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{"sheet":"General Notes","index":0,"n_rows":31,"n_cols":1,"rows_kept":31,"cut":false,"hidden":false,"merged":[]}
[]
["1. Need to review the \"Refrigerant Line Sizing Tables\" section on page 1.16.  Viscosity is being determined by NIST RefProp v10, not the Keating and Matula"]
["    correlation. The Keating and Matula reference at the end of the chapter can be removed."]
[]
["2.  Discharge refrigerant state is being determined using 2 methods: (1) isentrropic compression plus 50°F with 25°F (14 K) superheat entering the compressor,"]
["    and (2) Compression at an isentropic efficiency of 70 percent with 25°F (14 K) superheat entering the compressor.  The former is used by AHRI Standard"]
["    760, Performance Rating of Solenoid Valves for Use with Volatile Refrigerants.  I never particularly liked this method, and never got around to changing it"]
["    when I was chair of that product section.  My preference is for the latter method.  I provide both methods with Tables 3, 3A, 4, 5 and 6 for reference."]
[]
["3. R-448A and R-449A have properties close enough they do not require separate tables.  Most if not all component manufacturers treat these refrigerants as"]
["    the same."]
[]
["4. I do not find Tables 6 through 9 in the current I-P R2022/SI R2022 useful.  Who really needs discharge line capacities at 6 different evaporator temperatures?"]
["    Who really needs liquid line capacities at a Dt of 5°F?  Eliminating them will allow us to add additional refrigerant line tables."]
[]
["5. I've selected refrigerants 32, 290, 448A, 449A, 450A, 454B, 454C, 455A and 457A. I elected to use a smaller table for 290 as it will unlikely ever be used in"]
["    large capacity systems. Current refrigerants 448A and 449A will invasriably be used in new equipment in 2026.  454B is the heir apparent for 410A.  454C,"]
["    455A and 457A are the current contenders for future commercial refrigeration systems; all A2Ls having GWPs under 150.  If I had to get rid of one of the"]
["    refrigerants I've selected, it would be 450A, one the the 134a replacements.  It would be a simple matter for me to set up tables for any other refrigerants if"]
["    someone considers them important."]
[]
["6. Tables 19 and 20 are suction riser and hot gas riser minimum capacities in the SI R2022 edition.  They are reversed in the I-P R2022 edition.  The SI edition"]
["    is correct based on Example 3 which I use in this Excel file."]
[]
["7. For the Jacobs' limit calculation, I'm using the POE 32 oil densities as published in the 2022 RHB, p 12.11.  I have a tab set up showing the chart and my"]
["    linear equation.  The Jacob's limit equation actually requires the refrigerant saturated oil density, but the difference is certainly miniscule and will have little"]
["    effect on the capacity calculation.  If anyone has data on refrigerant saturated POE 32oil densities vs temperature, I can easily insert into my tables.  I note"]
["    my R-22/R-134a hot gas riser capacities match well with the 2022 RHB.  Not quite as well with the suction risers.  I'm consistent with my calculations."]
["    Feel free to check them."]
[]
["8. No reference to Table 21 exists in the chapter.  A reference to it should be made in Section 8.  An example problem (Example #4) is provided in this Excel file."]

{"sheet":"Fig 1 and 2","index":1,"n_rows":48,"n_cols":15,"rows_kept":48,"cut":false,"hidden":false,"merged":[[3,4,3,13],[27,4,27,13],[2,3,2,13],[26,3,26,13]]}
["NIST Refrigerant File",{"$f":"VLOOKUP(A3,'NIST refrigerants listing'!A1:B176,2)","v":"R454B.mix"}]
[]
[123,null,null,"Refrigerant Flow Rate, lb/min-ton"]
[null,null,"Series","Liquid","Evaporator Leaving Temp (Dew Point), °F"]
[null,null,"Name","Temp, °F",-40,-30,-20,-10,0,10,20,30,40,50]
[null,null,{"$f":"D6&\"°\"","v":"0°"},0,{"$f":"200/(Enthalpy($B$1,\"TVAP\",\"E\",E$5)-Enthalpy($B$1,\"TLIQ\",\"E\",$D6))","v":1.7091957127272948},1.6917640776531386,1.6753709326488975,1.6600337680929294,1.6457781887295926,1.6326397257453897,1.6206660492944918,1.6099196123363639,1.6004808340301331,1.5924522594726844]
[null,null,{"$f":"D7&\"°\"","v":"10°"},10,1.7655413763580139,1.7469477395008091,1.7294732193199369,1.7131343334582707,1.6979563322406517,1.6839751117333452,1.6712395531278907,1.6598143222966812,1.6497832464634907,1.6412537349045011]
[null,null,"20°",20,1.8265683067481586,1.8066742974932972,1.7879908650132588,1.7705331843490393,1.7543258725699151,1.7394050115493676,1.7258206260741675,1.7136396545352592,1.7029495389839224,1.6938629352280139]
[null,null,"30°",30,1.8929653498615802,1.8716071866834916,1.8515640837387013,1.8328493907976362,1.8154867210922878,1.7995120933649011,1.7849765620157882,1.7719493764946532,1.7605218079175713,1.7508121816368754]
[null,null,"40°",40,1.9655700853572691,1.9425520773900768,1.9209694342354298,1.9008330445893538,1.8821650219499091,1.8650009762751367,1.8493928110704192,1.835412091535102,1.8231541345785576,1.812743402606847]
[null,null,"50°",50,2.0454142331879925,2.0205000490077141,1.9971609845339222,1.975404620492121,1.9552509011031345,1.9367345463059555,1.9199080323715525,1.9048451917293703,1.8916455976166333,1.8804403647956036]
[null,null,"60°",60,2.1337876391594555,2.106688342533559,2.0813281610238406,2.057710224315799,2.0358513931128508,2.0157848231138948,1.9975631474194371,1.9812623342289932,1.9669864026494062,1.9548736847203434]
[null,null,"70°",70,2.2323311902359384,2.2026884577278643,2.1749795277839916,2.1492015117562713,2.1253669208736388,2.1035063925896416,2.0836720944853671,2.0659418696528,2.0504243265635997,2.0372656276668333]
[null,null,"80°",80,2.3431765427223903,2.3105384521578105,2.2800684426772699,2.2517554172784662,2.2256057541109899,2.2016462036145721,2.1799275343300453,2.1605289995946833,2.1435638520297111,2.1291867378188898]
[null,null,"90°",90,2.4691643077669685,2.4329492179720087,2.3991887110890082,2.3678603501933404,2.3389618127239555,2.3125139614197927,2.288564751392915,2.2671940552838481,2.2485196620107359,2.2327053736745945]
[null,null,"95°",95,2.5390010742154643,2.5007243086664261,2.4650704404593804,2.4320097571513926,2.4015342636085872,2.3736608376536026,2.3484352737138714,2.3259373018924583,2.3062868544336115,2.2896525573083975]
[null,null,"100°",100,2.6141986831541133,2.5736391656246691,2.5358915230551426,2.5009173710226738,2.4687018885596532,2.4392570539888769,2.4126258275758299,2.388887374327513,2.3681636170724589,2.3506281562189022]
[null,null,"105°",105,2.6955096242428143,2.6524085750886055,2.6123329362191781,2.5752339203906085,2.5410884489322649,2.5099024596004238,2.4817152286123507,2.4566048065310278,2.4346948782363254,2.4161641484320557]
[null,null,"110°",110,2.7838517380954242,2.737903301490789,2.6952233060875428,2.6557503922838066,2.6194514265167417,2.5863248676075203,2.5564052253283558,2.5297687176087829,2.5065404589296651,2.4869043538537778]
[null,null,"115°",115,2.8803599612152846,2.8311986297706562,2.7855846252483616,2.7434412610434946,2.7047230646867737,2.6694191812027954,2.6375579603200228,2.6092128410243003,2.584509890839596,2.5636382550474099]
[]
[]
[]
[]
[]
[]
[null,null,null,"Refrigerant Flow Rate, kg/h-kW"]
[null,null,"Series","Liquid","Evaporator Leaving Temp (Dew Point), °C"]
[null,null,"Name","Temp, °C",-40,-35,-30,-25,-20,-15,-10,-5,0,5,10]
[null,null,{"$f":"D30&\"°\"","v":"-15°"},-15,{"$f":"3600/(Enthalpy($B$1,\"TVAP\",\"C\",E$29)-Enthalpy($B$1,\"TLIQ\",\"C\",$D30))","v":13.449574511298026},13.323774217166481,13.204724084326367,13.092513794733907,12.987274049724476,12.889184646998515,12.798484183799463,12.715481560226486,12.640569397038202,12.57424018459729,12.51710742797207]
[null,null,{"$f":"D31&\"°\"","v":"-10°"},-10,13.856379774211703,13.722892067465262,13.596636533069345,13.477696658088885,13.366199866465074,13.262326001818018,13.166317532115274,13.07849166303253,12.999254486059906,12.929118033149155,12.868722643327891]
[null,null,"-5°",-5,14.294166559648408,14.152153846052315,14.017914681004132,13.891524414103197,13.77310564910071,13.662837163253593,13.560964654843465,13.4678135200821,13.383803798735961,13.309468221733475,13.245475921861491]
[null,null,"0°",0,14.767088333247273,14.615573006744967,14.472442904886101,14.337762768566181,14.211648395096812,14.094276027053656,13.985893688159958,13.886834683577339,13.797533419078839,13.718544541230363,13.650568133152804]
[null,null,"5°",5,15.280113492640504,15.117945477436045,14.964858350004535,14.820903073013758,14.686186063004232,14.56087908353377,14.445231219273264,14.339583166621887,14.244384012665384,14.160211582174989,14.087799281553639]
[null,null,"10°",10,15.839249798109691,15.665064045433521,15.500756181869258,15.34635928806131,15.201967035936711,15.067744122035768,14.94393893395749,14.830898706077638,14.729087356337709,14.639107171713226,14.561727490291]
[null,null,"15°",15,16.451851201065253,16.264011113541997,16.086969568325205,15.920736391771278,15.765388072384811,15.621078769801937,15.488053731531842,15.366665397009395,15.257392403873089,15.160862764370759,15.077884608325384]
[null,null,"20°",20,17.127047893176702,16.923568560818712,16.731961246329934,16.552205397998772,16.384354394420452,16.228547161377321,16.085022399326689,15.954135727735064,15.836379988062841,15.73241008857274,15.643076071468823]
[null,null,"25°",25,17.876366449459791,17.654808112298287,17.446386960635799,17.251042474385358,17.068796897263855,16.899767485502458,16.744181606187091,16.602395022001001,16.474913635612516,16.362420210465032,16.265810075993265]
[null,null,"30°",30,18.714651618439024,18.47196783483237,18.243931067846457,18.030427683766291,17.831437738761604,17.647047865804232,17.477467297862287,17.323047399131369,17.184305014471693,17.061951310063169,16.956930494622227]
[null,null,"35°",35,19.661480593829118,19.393795080806822,19.142585221397074,18.907665855475884,18.688959310792967,18.486508899872543,18.300495904567768,18.13126046005485,17.979326691948838,17.845433964270889,17.730579076671145]
[null,null,"40°",40,20.743411258988342,20.445677871634842,20.166674728170875,19.906118658731831,19.663851846914813,19.43985584154688,19.234269498964661,19.047411312999799,18.879806537648609,18.732221181176289,18.60570824609642]
[null,null,"45°",45,21.997718759384924,21.663180562698599,21.35021414150367,21.058398950269968,20.787463649435381,20.537300406336112,20.307983705196783,20.099794173707586,19.913247891264934,19.749133525764016,19.608563323757149]
[]
[]
[]
[]
[]
[null,null,"Note: SI R2022 incorrectly states flow rate per ton in Figure 1 description.  The published chart, however, is correct."]

{"sheet":"Example 1","index":2,"n_rows":49,"n_cols":10,"rows_kept":49,"cut":false,"hidden":false,"merged":[]}
["Example 1. An R-454B air conditioning system using copper pipe operates at"]
["40°F evaporator and 105°F condensing.  Capacity is 5 tons, and the"]
["liquid line is 100 ft equivalent length with a riser of 20 ft.  Determine the"]
["liquid line size and total required subcooling."]
[]
["Solution: From Table 3, the rating for the 1/2\" OD liquid line at 1°F drop is 5.58 tons."]
["Use the equation in Note 3 of Table 3 to compute actual temperature difference.  At 5 tons,"]
[null,null,null,null,null,null,null,null,null,"Actual"]
["Actual temperature drop",null,null,"=","1.0(5.0/5.58)1.8",null,"=","0.82°F",null,"0.82°F *"]
["R-454B saturation pressure at 105°F condensing"]
["   (see R-454B properties in Chapter 29, 2025 ASHRAE"]
["   Handbook—Fundamentals)",null,null,null,null,null,"=","322.8 psig"]
["R-454B saturation pressure at 104°F condensing",null,null,null,null,null,"=","318.3 psig"]
["Estimated friction loss",null,null,"=","0.82(322.8 - 318.3)",null,"=","3.7 psi"]
["Loss for riser",null,null,"=","20 x 0.51",null,"=","10 psi",null,"20(56.91/144) = 7.9 psi"]
["Total pressure loss",null,null,"=",null,null,null,"13.7 psi",null,"11.6 psi"]
["Initial pressure at beginning of liquid line",null,null,null,null,null,null,"322.8 psig"]
["Total liquid line losses",null,null,null,null,null,null,"-13.7 psi",null,"-11.6 psi"]
["Net pressure at expansion device",null,null,null,null,null,"=","309.1 psig",null,"311.2 psi"]
["The saturation temperature at 309.1 psig is 101.9°F",null,null,null,null,null,null,null,null,"311.2 psig is 102.4°F"]
["Required subcooling",null,null,null,null,null,"=","(105-101.9)",null,"(105-102.4)"]
[null,null,null,null,null,null,null,"or 3.1°F",null,"or 2.6°F"]
[]
["1Approximate loss per foot riser for halocarbon refrigerants.  For hydrocarbon refrigerants, use 0.25",null,null,null,null,null,null,null,null,"* using my refrigerant line Excel file"]
[]
[null,null,null,null,null,null,"Liq Density"]
[null,null,null,null,null,null,"@ 100°F","loss per foot"]
["NIST calculations:",null,null,null,null,"R22.fld",{"$f":"Density(F28,\"TLIQ\",\"E\",100)","v":71.05653848783777},{"$f":"G28/144","v":0.49344818394331785}]
["NIST Refrigerant File",null,"R454B.mix",null,null,"R32.fld",{"$f":"Density(F29,\"TLIQ\",\"E\",100)","v":56.428985745179169},{"$f":"G29/144","v":0.39186795656374424}]
[null,null,null,null,null,"R134a.fld",72.171339180164892,0.5011898554178118]
["Bubble point pressures",null,null,null,null,"R404A.mix",61.027525373722717,0.4238022595397411]
[null,"°F","psig",null,null,"R407A.mix",67.578447679727077,0.46929477555366028]
[null,105,{"$f":"psia_psig(Pressure($C$29,\"TLIQ\",\"E\",B33))","v":322.76125522935104},null,null,"R410A.mix",61.731817471704076,0.42869317688683384]
[null,104,{"$f":"psia_psig(Pressure($C$29,\"TLIQ\",\"E\",B34))","v":318.27534106681907},null,null,"R448A.mix",64.712677896319988,0.44939359650222216]
[null,null,null,null,null,"R449A.mix",64.704736515315147,0.44933844802302186]
["Bubble point temperatures",null,null,null,null,"R450A.mix",70.560241199921776,0.49000167499945679]
[null,"psig","°F",null,null,"R452B.mix",58.262915203637597,0.40460357780303885]
[null,309.10000000000002,{"$f":"Temperature($C$29,\"PLIQ\",\"E\",psig_psia(B38))","v":101.92272981218618},null,null,"R454A.mix",{"$f":"Density(F38,\"TLIQ\",\"E\",100)","v":60.095182330079489},{"$f":"G38/144","v":0.41732765506999647}]
[null,311.2,{"$f":"Temperature($C$29,\"PLIQ\",\"E\",psig_psia(B39))","v":102.4020211593493},null,null,"R454B.mix",{"$f":"Density(F39,\"TLIQ\",\"E\",100)","v":57.788900393211414},{"$f":"G39/144","v":0.4013118082861904}]
[null,null,null,null,null,"R455A.mix",60.949767956562489,0.42326227747612838]
["Liquid density",null,null,null,null,"R513A.mix",{"$f":"Density(F41,\"TLIQ\",\"E\",100)","v":67.62046752873789},{"$f":"G41/144","v":0.46958658006067977}]
[null,"°F","psig",null,null,"R1234yf.fld",{"$f":"Density(F42,\"TLIQ\",\"E\",100)","v":65.103362659522929},{"$f":"G42/144","v":0.45210668513557589}]
[null,105,{"$f":"Density($C$29,\"TLIQ\",\"E\",B43)","v":56.908462007076643},null,null,"R1234zee.fld",{"$f":"Density(F43,\"TLIQ\",\"E\",100)","v":69.887192206977147},{"$f":"G43/144","v":0.4853277236595635}]
[]
[null,null,null,null,null,"ammonia.fld",{"$f":"Density(F45,\"TLIQ\",\"E\",100)","v":36.406777318579444},{"$f":"G45/144","v":0.25282484249013504}]
[]
[null,null,null,null,null,"propane.fld",{"$f":"Density(F47,\"TLIQ\",\"E\",100)","v":29.425419917839875},{"$f":"G47/144","v":0.20434319387388802}]
[null,null,null,null,null,"isobutane.fld",{"$f":"Density(F48,\"TLIQ\",\"E\",100)","v":33.346440752548915},{"$f":"G48/144","v":0.23157250522603412}]
[null,null,null,null,null,"propylen.fld",{"$f":"Density(F49,\"TLIQ\",\"E\",100)","v":30.148953325896109},{"$f":"G49/144","v":0.20936773142983409}]

{"sheet":"Example 2","index":3,"n_rows":24,"n_cols":10,"rows_kept":24,"cut":false,"hidden":false,"merged":[]}
["Example 2. An R-454B air conditioning system using copper pipe operates at"]
["40°F evaporator and 100°F condensing.  Capacity is 20 tons, and the"]
["suction line has 50 ft of straight pipe with six long-radius elbows.  Determine the"]
["suction line size and pressure drop equivalent (in temperature difference)."]
[]
["Solution: From Table 3, the rating for the 1-5/8\" OD suction line at a 2°F loss per 100 ft"]
["equivalent length is 25.1 tons at 40°F evaporator and 105°F condensing. Use"]
["Note 4, Table 3, to determine capacity at 40°F evaporator and 100°F condensing:"]
[null,null,null,null,null,null,null,null,null,"Actual"]
["Actual 1-5/8\" OD line capacity",null,null,"=","25.1 x 1.03",null,"=","25.9 tons",null,"25.8 tons *"]
["Straight pipe length",null,null,null,null,null,"=","50 ft"]
["Six 1-1/2\" long-radius elbows"]
["   (Table 16)",null,null,"=","6 x 2.6",null,"=","15.6 ft"]
["Total equivalent length",null,null,null,null,null,null,"65.6 ft"]
[]
["Use the equation in Note 3 of Table 3 to compute actual temperature difference."]
[]
["Dt",null,null,"=","2.0(65.6/100)(20.0/25.9)1.8 =",null,null,"0.82°F",null,"0.81°F *"]
[null,null,null,null,null,null,"or","1.71 psi",null,"1.69 psi"]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,"* using my refrigerant line Excel file"]

{"sheet":"Table 2","index":4,"n_rows":53,"n_cols":3,"rows_kept":53,"cut":false,"hidden":false,"merged":[]}
["Table 2  Approximate Effect of Gas Line Pressure Drops on R-454B Compressor Capacity and Powera"]
[]
["Line Loss, °F","Capacity, %","Energy, %"]
["Suction Line"]
[0,100,100]
[2,96.4,104.8]
[4,92.9,108.1]
["Discharge Line"]
[0,100,100]
[2,99.1,103]
[4,98.2,106.3]
["aFor a system operating at a 40°F saturated evaporator temperature and 100°F saturated condensing temperature."]
["bEnergy percentage expressed as hp/ton."]
[]
["Footnotes for the SI version"]
["aFor a system operating at a 5°C saturated evaporator temperature and 38°C saturated condensing temperature."]
["bEnergy percentage expressed as kW (power) / kW (cooling)."]
[]
[]
["New Tables using Invotech YA50B3_220C_60HZ_1PH, R-454B performance data"]
[]
["IP"]
[]
["Table 2  Approximate Effect of Gas Line Pressure Drops on R-454B Compressor Capacity and Powera"]
[]
["Line Loss, °F","Capacity, %","Energy, %b"]
["Suction Line"]
[0,100,100]
[2,96.3,103.5]
[4,92.7,107.3]
["Discharge Line"]
[0,100,100]
[2,99.1,103]
[4,98.2,106.1]
["aFor a system operating at a 40°F dew point  evaporator temperature and 100°F dew point condensing temperature."]
["bEnergy usage as a percentage required to maintain zero gas line pressure drop capacity."]
[]
[]
["SI"]
[]
["Table 2  Approximate Effect of Gas Line Pressure Drops on R-454B Compressor Capacity and Powera"]
[]
["Line Loss, K","Capacity, %","Energy, %b"]
["Suction Line"]
[0,100,100]
[1,96.7,103.2]
[2,93.5,106.5]
["Discharge Line"]
[0,100,100]
[1,99.2,102.7]
[2,98.4,105.5]
["aFor a system operating at a 5°C dew point evaporator temperature and 38°C dew point condensing temperature."]
["bEnergy usage as a percentage required to maintain zero gas line pressure drop capacity."]

{"sheet":"Compressor data sheets","index":5,"n_rows":83,"n_cols":23,"rows_kept":83,"cut":false,"hidden":false,"merged":[]}
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[]
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[null,"Copeland YAD39K1E-TF5, R-454B",null,null,null,null,null,null,null,null,null,null,null,"C1","C2","C3","C4","C5","C6","C7","C8","C9","C10"]
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[null,null,null,null,null,null,null,null,null,null,null,null,"Watts",632.36212092462404,3.5124894564944,8.4023046335217693,-0.36062312974949101,2.2815381905619998E-3,8.78835707168453E-2,3.9203384298873798E-3,-6.6952608269811402E-4,9.0094534767164397E-4,7.3437344811286696E-5]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Evap","Cond"]
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[null,null,null,null,null,null,null,null,null,null,null,null,"(°C)","(°C)"]
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["NIST Refrigerant File","R22.fld",null,null,null,null,null,null,null,null,null,null,"NIST Refrigerant File",{"$f":"VLOOKUP(M3,'NIST refrigerants listing'!A1:B176,2)","v":"R457A.mix"}]
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[null,"Liquid Temp, °F",null,null,105,null,null,null,null,null,null,null,null,null,"Liquid Temp, °F",null,null,105,null,40,104]
[null,"Evaporator Enthalpy, Btu/lb",null,null,{"$f":"Enthalpy($B$1,\"TVAP\",\"E\",E3)","v":174.94602460470017},null,null,null,null,null,null,null,null,null,"Evaporator Enthalpy, Btu/lb",null,null,{"$f":"Enthalpy($N$1,\"TVAP\",\"E\",R3)","v":173.96633249312552}]
[null,"Liquid Enthalpy, Btu/lb",null,null,{"$f":"Enthalpy($B$1,\"TLIQ\",\"E\",E4)","v":107.71832257685735},null,null,null,null,null,null,null,null,null,"Liquid Enthalpy, Btu/lb",null,null,{"$f":"Enthalpy($N$1,\"TLIQ\",\"E\",R4)","v":112.80549215193506}]
[null,"Liquid Density, lb/ft3",null,null,{"$f":"Density($B$1,\"TLIQ\",\"E\",E4)","v":70.298965118903212},null,null,null,null,null,null,null,null,null,"Liquid Density, lb/ft3",null,null,{"$f":"Density($N$1,\"TLIQ\",\"E\",R4)","v":60.210973408948142}]
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[null,null,null,null,null,null,null,null,"V2= 2gh"]
[]
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[null,"1 3/8",1.2649999999999999,null,25,{"$f":"E15*E$9","v":74.374102478308941},1.0579686678532616,{"$f":"PI()*C15*C15/576","v":8.7278734446019548E-3},{"$f":"G15/H15","v":121.21723287676653},{"$f":"I15*I15/(2*J$9*3600)*12","v":0.76115265799437404},{"$f":"J15/C15","v":0.60170170592440642},null,null,null,{"$f":"SQRT(2*$J$9*$C15/12)*60","v":156.26932793843679},{"$f":"$O15*$H15","v":1.3638989175196767},{"$f":"$P15*$R$7","v":82.121681455270405},{"$f":"$Q15/$R$9","v":25.113155240179477},0.75,{"$f":"ROUND(R15*S15,1)","v":18.8},{"$f":"ROUND(R15*S15*3.51685284206667,1)","v":66.2}]
[null,"1 5/8",1.5049999999999999,null,40,118.99856396529431,1.6927498685652187,1.2353794965620175E-2,137.02266172265558,0.97258560174831821,0.64623628023144075,null,null,null,170.4498924800385,2.1057030236104,126.78642876174749,38.771822634634781,0.75,{"$f":"ROUND(R16*S16,1)","v":29.1},{"$f":"ROUND(R16*S16*3.51685284206667,1)","v":102.3}]
[null,"2 1/8",1.9850000000000001,null,80,237.99712793058862,3.3854997371304374,2.1490593599810495E-2,157.53402628954331,1.2855583175711602,0.64763643202577337,null,null,null,195.75314002771108,4.2068511782223359,253.29860442734721,77.459777520136711,0.75,{"$f":"ROUND(R17*S17,1)","v":58.1},{"$f":"ROUND(R17*S17*3.51685284206667,0)","v":204}]
[null,"2 5/8",2.4649999999999999,null,130,386.74533288720653,5.5014370728369615,3.3140666356872635E-2,166.00260880681074,1.4274893051530195,0.57910316639067738,null,null,null,218.14082106511066,7.2293321697330857,435.28512703625222,133.11202078779516,0.75,{"$f":"ROUND(R18*S18,1)","v":99.8},351]
[null,"3 1/8",2.9449999999999998,null,195,580.11799933080977,8.2521556092554409,4.7304013236806622E-2,174.44937637626376,1.5764560923840665,0.53529918247336727,null,null,null,238.43561772355361,11.278961616921144,679.1172579969857,207.67691094650348,0.75,{"$f":"ROUND(R19*S19,0)","v":156},548]
[null,"3 5/8",3.4249999999999998,null,null,null,null,{"$f":"PI()*C20*C20/576","v":6.3980634239612436E-2},null,null,null,null,null,null,257.13356409357482,16.45156851499895,990.56495439209027,302.91892511576623,0.75,227,799]
[null,"4 1/8",3.9049999999999998,null,410,1219.7352806442666,{"$f":"F21/E$7","v":17.350686152793489},{"$f":"PI()*C21*C21/576","v":8.3170529365290083E-2},{"$f":"G21/H21","v":208.61579558533538},2.2544334186692541,0.57731969748252343,null,null,null,274.56109660277167,22.835391747567069,1374.9411652956746,420.46278544589563,0.75,315,{"$f":"ROUND(R21*S21*3.51685284206667,0)","v":1109}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Line Size","Tons, Refrigeration"]
[null,"Note: Flow is being adjusted by a flow coefficient to account for the vena contracta.  0.75 appears to have been used which I find a reasonable number.",null,null,null,null,null,null,null,null,null,null,null,null,"Type L,","Refrigerant"]
[null,"0.61 is commonly used for a flat plate orifice.  0.90 - 0.98 is commonly used for a venturi nozzle.",null,null,null,null,null,null,null,null,null,null,null,null,"Copper,","448A/\n449A",32,"454B","454C/\n455A","454A/\n457A"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"OD, in"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1 1/8",11.5,17.3,14.1,10.3,11.1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1 3/8",19.5,29.3,23.9,17.399999999999999,18.8]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1 5/8",30.1,45.2,36.9,26.9,29.1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2 1/8",60.2,90.2,73.7,53.7,58.1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2 5/8",103,155,127,92.3,99.8]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"3 1/8",161,242,198,144,156]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"3 5/8",236,353,288,210,227]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"4 1/8",327,490,400,292,315]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Line Size","Kilowatts, Refrigeration"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Type L,","Refrigerant"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Copper,","448A/\n449A",32,"454B","454C/\n455A","454A/\n457A"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"OD, in (mm)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1 1/8 (29)",41,61.3,50.2,36.6,39.6]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1 3/8 (35)",69.5,104,84.9,62,67]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1 5/8 (41)",107,160,131,95.7,103]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2 1/8 (54)",214,320,262,191,207]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2 5/8 (67)",368,550,450,329,355]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"3 1/8 (79)",574,858,702,513,554]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"3 5/8 (92)",838,1250,1020,748,808]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"4 1/8 (105)",1160,1740,1420,1040,1120]

{"sheet":"Table 3","index":7,"n_rows":72,"n_cols":15,"rows_kept":72,"cut":false,"hidden":false,"merged":[[6,13,6,14],[43,3,43,9],[22,0,22,1],[5,0,5,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[13,0,13,1],[14,0,14,1],[12,0,12,1],[4,11,4,14],[21,0,21,1],[4,2,4,6],[15,0,15,1],[16,0,16,1],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[5,11,6,12],[6,7,6,10],[5,7,5,10],[4,7,4,10],[7,2,7,14],[5,2,5,6],[5,13,5,14]]}
["NIST Refrigerant File",null,null,"R454B.mix",null,null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":4.4084523872112982},null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":4.4859141625319694}]
[]
["Table 3 Suction, Discharge, and Liquid Line Capacities for Refrigerant 454B (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,null,null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 4.41 psi,",null,null,null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 4.49 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":1.1412749100033608},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":1.6613063303110422},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":2.3229194191025755},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":3.1411769933501859},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":4.131211977650608},"max velocity 3000 fpm)",null,null,null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,-40,-20,0,20,40,-40,40,-40,40,-40,40,-40,40]
["3/8",null,"---",0.11700000000000001,0.18099999999999999,0.27,0.38700000000000001,0.47299999999999998,0.57099999999999995,0.46400000000000002,0.59699999999999998,1.1100000000000001,1.23,2.0499999999999998,2.27]
["1/2",null,0.17799999999999999,0.28899999999999998,0.44800000000000001,0.66400000000000003,0.95199999999999996,1.1599999999999999,1.4,1.1399999999999999,1.46,2.19,2.42,5.04,5.58]
["5/8",null,0.32400000000000001,0.52500000000000002,0.81200000000000006,1.2,1.72,2.11,2.54,2.06,2.65,3.42,3.78,9.1300000000000008,10.1]
["3/4",null,0.55300000000000005,0.89700000000000002,1.38,2.0499999999999998,2.93,3.58,4.3099999999999996,3.51,4.5,5.0999999999999996,5.65,15.3,17]
["7/8",null,0.85799999999999998,1.39,2.14,3.16,4.5199999999999996,5.53,6.66,5.42,6.94,7.09,7.85,21.3,23.6]
["1 1/8",null,1.75,2.82,4.34,6.4,9.1300000000000008,11.2,13.4,11,14,12.1,13.4,36.299999999999997,40.200000000000003]
["1 3/8",null,3.05,4.93,7.57,11.1,15.9,19.5,23.4,19.100000000000001,24.4,18.399999999999999,20.399999999999999,55.2,61.2]
["1 5/8",null,4.68,7.61,11.8,17.600000000000001,25.1,30.7,36.9,30.1,38.4,26.1,28.9,78.2,86.6]
["2 1/8",null,8.14,13.2,20.6,30.9,45.1,63.5,76.2,62.4,79.400000000000006,45.3,50.2,136,151]
["2 5/8",null,12.6,20.399999999999999,31.8,47.7,69.599999999999994,108,134,105,140,69.900000000000006,77.400000000000006,210,232]
["3 1/8",null,17.899999999999999,29.1,45.3,68.099999999999994,99.3,155,197,149,212,100,110,299,331]
["3 5/8",null,24.2,39.4,61.3,92.1,134,209,267,202,287,135,149,405,448]
["4 1/8",null,31.5,51.2,79.7,120,175,272,347,263,373,175,194,526,583]
["Steel"]
["IPS","SCH"]
["3/8","80",0.13700000000000001,0.217,0.32800000000000001,0.47599999999999998,0.66800000000000004,0.82399999999999995,0.98199999999999998,0.81,1.02,2.06,2.2799999999999998,3.62,4]
["1/2","80",0.27200000000000002,0.42899999999999999,0.64700000000000002,0.93700000000000006,1.32,1.62,1.93,1.59,2.0099999999999998,3.43,3.8,7.12,7.89]
["3/4","80",0.61399999999999999,0.96899999999999997,1.46,2.11,2.96,3.65,4.3499999999999996,3.59,4.5199999999999996,6.34,7.01,16.100000000000001,17.8]
["1","80",1.21,1.9,2.86,4.1399999999999997,5.8,7.16,8.52,7.03,8.84,10.5,11.7,31.4,34.799999999999997]
["1 1/4","80",2.59,4.08,6.13,8.86,12.4,15.3,18.3,15.1,18.899999999999999,18.8,20.8,56.4,62.4]
["1 1/2","80",3.96,6.22,9.34,13.5,18.899999999999999,23.4,27.8,23,28.9,25.9,28.7,77.7,86]
["2","40",8.83,14.3,21.7,31.4,43.9,54.2,64.599999999999994,53.3,67,49.2,54.4,147,163]
["2 1/2","40",12.6,20.5,31.9,47.9,69.8,86.4,103,85,107,70.099999999999994,77.7,210,233]
["3","40",19.5,31.6,49.2,73.900000000000006,108,153,182,150,188,108,120,325,360]
["4","40",33.5,54.4,84.7,127,186,289,369,279,384,187,206,560,619]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined by adding 50°F to the temperature resulting from isentropic compression and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["    (For comparison, values in red have discharge refrigerant state determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering the compressor)."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.22,1.1399999999999999,1.05,0.95,0.86,0.77,0.67]
[null,"Suction Line",null,{"$f":"ROUND($J57/$J$60,2)","v":1.1399999999999999},{"$f":"ROUND($J58/$J$60,2)","v":1.0900000000000001},{"$f":"ROUND($J59/$J$60,2)","v":1.03},{"$f":"ROUND($J61/$J$60,2)","v":0.97},{"$f":"ROUND($J62/$J$60,2)","v":0.91},{"$f":"ROUND($J63/$J$60,2)","v":0.84},{"$f":"ROUND($J64/$J$60,2)","v":0.77}]
[null,"Discharge Line",null,0.85,0.91,0.97,1.03,1.07,1.1100000000000001,1.1299999999999999]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,"Discharge refrigerant state calculator",null,null,null,null,null,"NRE @ 0°F"]
[null,null,null,null,null,null,null,null,"Cond","Evap,"]
[null,null,null,"NIST Refrigerant File",null,null,"R454B.mix",null,"Temp, °F","Btu/lb"]
[null,null,null,"Evap, °F",null,null,-20,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$I57)","v":89.863175286356707}]
[null,null,null,"Superheat, °F",null,null,25,null,90,85.508022795412785]
[null,null,null,"Cond, °F",null,null,105,null,100,81.014237047750058]
[null,null,null,null,null,null,null,null,105,78.706429948960505]
[null,null,null,"Evap, psia",null,null,{"$f":"Pressure($G$56,\"TVAP\",\"E\",G57)","v":37.249903219990173},null,110,76.351864354267974]
[null,null,null,"Cond, psia",null,null,{"$f":"Pressure($G$56,\"TLIQ\",\"E\",G59)","v":337.45720400486454},null,120,71.477876072166168]
[null,null,null,"Evap Entropy, Btu/lb-°F",null,null,{"$f":"Entropy($G$56,\"PT\",\"E\",G61,G57+G58)","v":0.49878704847896599},null,130,66.327047172272614]
[null,null,null,null,null,null,null,null,140,60.792026238212856]
[null,null,null,"Isentropic Temperature + 50°F",null,null,{"$f":"Temperature(G56,\"PS\",\"E\",G62,G63)+50","v":263.38940963300894}]
[]
[null,null,null,"Isentropic Efficiency",null,null,0.7]
[null,null,null,"Evap Enthalpy, Btu/lb",null,null,{"$f":"Enthalpy($G$56,\"PT\",\"E\",G61,G57+G58)","v":198.79213432045231}]
[null,null,null,"Cond Enthalpy, isentropic, Btu/lb",null,null,{"$f":"Enthalpy($G$56,\"PS\",\"E\",G62,G63)","v":234.29630330864589}]
[null,null,null,"Cond Enthalpy, actual, Btu/lb",null,null,{"$f":"(G69-G68)/G67+G68","v":249.51237573215744}]
[]
[null,null,null,"Discharge Temperature, °F",null,null,{"$f":"Temperature($G$56,\"HP\",\"E\",G70,G62)","v":267.83048583404923}]

{"sheet":"Table 3 SI","index":8,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[7,2,7,12],[4,2,4,6],[5,0,5,1],[5,2,5,6],[6,0,6,1],[7,0,7,1],[4,9,4,12],[5,9,6,10],[4,7,4,8],[5,7,5,8],[6,7,6,8],[6,11,6,12],[5,11,5,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[42,3,42,9],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1]]}
["NIST Refrigerant File",null,null,"R454B.mix",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":27.085951963786048},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":27.57168722300829}]
[]
["Table 3 Suction, Discharge, and Liquid Line Capacities for Refrigerant 454B (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 27.1 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 27.6 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":7.0959697574760341},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":9.9659780225460342},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":13.540312814176392},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":20.371789679559328},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":26.006032392959288},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-40,-30,-20,-5,5,-40,5,-40,5,-40,5]
["3/8 (10)",null,0.24099999999999999,0.376,0.56100000000000005,0.96199999999999997,1.33,1.54,1.99,3.89,4.3099999999999996,6.87,7.6]
["1/2 (13)",null,0.59899999999999998,0.93100000000000005,1.39,2.37,3.26,3.8,4.8899999999999997,7.64,8.4600000000000009,16.899999999999999,18.7]
["5/8 (16)",null,1.0900000000000001,1.69,2.52,4.29,5.9,6.88,8.84,11.9,13.2,30.6,33.9]
["3/4 (19)",null,1.87,2.89,4.29,7.3,10,11.7,15,17.8,19.7,52.2,57.8]
["7/8 (22)",null,2.89,4.4800000000000004,6.64,11.3,15.5,18.100000000000001,23.2,24.8,27.4,74.3,82.3]
["1 1/8 (29)",null,5.89,9.09,13.5,22.8,31.3,36.6,46.8,42.2,46.8,127,140]
["1 3/8 (35)",null,10.3,15.9,23.5,39.799999999999997,54.5,63.7,81.5,64.3,71.2,193,214]
["1 5/8 (41)",null,16.3,25.1,37.200000000000003,62.8,86,101,129,91.1,101,273,303]
["2 1/8 (54)",null,28.4,44,65.8,114,160,208,266,158,175,475,526]
["2 5/8 (67)",null,43.7,67.8,102,176,247,360,468,244,271,733,812]
["3 1/8 (79)",null,62.4,96.8,145,251,352,514,733,349,386,1050,1160]
["3 5/8 (92)",null,84.4,131,196,340,476,696,992,472,522,1410,1570]
["4 1/8 (105)",null,110,170,255,442,619,904,1290,613,679,1840,2040]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.46500000000000002,0.70399999999999996,1.03,1.7,2.2999999999999998,2.71,3.42,7.19,7.97,12.2,13.5]
["1/2 (13)","80",0.91900000000000004,1.39,2.02,3.34,4.5199999999999996,5.34,6.73,12,13.3,24,26.6]
["3/4 (19)","80",2.08,3.14,4.5599999999999996,7.53,10.199999999999999,12,15.1,22.1,24.5,54.1,59.9]
["1 (25)","80",4.08,6.16,8.94,14.7,19.899999999999999,23.5,29.6,36.799999999999997,40.799999999999997,106,117]
["1 1/4 (32)","80",8.77,13.2,19.2,31.6,42.7,50.4,63.5,65.7,72.7,197,218]
["1 1/2 (38)","80",13.4,20.2,29.2,48.2,65.099999999999994,76.900000000000006,96.8,90.5,100,271,301]
["2 (51)","40",30.8,46.9,67.900000000000006,112,151,178,225,172,190,515,571]
["2 1/2 (64)","40",43.9,68,102,177,241,284,358,245,271,735,814]
["3 (76)","40",67.8,105,157,273,382,502,632,378,419,1140,1260]
["4 (102)","40",117,181,271,470,658,961,1290,652,722,1960,2170]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.24,1.1599999999999999,1.08,0.92,0.84,0.75,0.66]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.1499999999999999},{"$f":"ROUND($E57/$E$59,2)","v":1.1000000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.05},{"$f":"ROUND($E60/$E$59,2)","v":0.95},{"$f":"ROUND($E61/$E$59,2)","v":0.89},{"$f":"ROUND($E62/$E$59,2)","v":0.83},{"$f":"ROUND($E63/$E$59,2)","v":0.77}]
[null,"Discharge Line",null,0.83,0.89,0.95,1.05,1.0900000000000001,1.1200000000000001,1.1399999999999999]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D56)","v":211.76982438079051}]
[null,null,null,30,202.74926878016603]
[null,null,null,35,193.48574811149047]
[null,null,null,40,183.93570055568784]
[null,null,null,45,174.03995096744706]
[null,null,null,50,163.71520503621645]
[null,null,null,55,152.83832590282378]
[null,null,null,60,141.21348317897503]

{"sheet":"Table 3A","index":9,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1]]}
["NIST Refrigerant File",null,null,"R454A.mix",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":3.5341442963184875},null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":3.7407405225403636}]
[]
["Table 3A Suction, Discharge, and Liquid Line Capacities for Refrigerant 454A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 3.53 psi,",null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 3.74 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":0.83973661355457985},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":1.2446450317519258},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":1.7667352634965781},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":2.4195959756090488},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":3.2170461962609238},"max velocity 3000 fpm)",null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,-40,-20,0,20,40,-40,40,-40,40,-40,40]
["3/8",null,"---","---",0.11,0.16900000000000001,0.25,0.33300000000000002,0.44400000000000001,0.81499999999999995,0.97799999999999998,1.32,1.59]
["1/2",null,0.1,0.16900000000000001,0.27100000000000002,0.41599999999999998,0.61399999999999999,0.81799999999999995,1.0900000000000001,1.6,1.92,3.26,3.92]
["5/8",null,0.18099999999999999,0.307,0.49199999999999999,0.754,1.1100000000000001,1.48,1.97,2.5,3,5.91,7.1]
["3/4",null,0.311,0.52500000000000002,0.83899999999999997,1.28,1.89,2.5099999999999998,3.34,3.74,4.4800000000000004,10.1,12.1]
["7/8",null,0.48199999999999998,0.81299999999999994,1.3,1.98,2.92,3.88,5.16,5.19,6.23,15.6,18.7]
["1 1/8",null,0.98199999999999998,1.65,2.64,4.0199999999999996,5.9,7.85,10.4,8.85,10.6,26.6,31.9]
["1 3/8",null,1.72,2.89,4.5999999999999996,7,10.3,13.6,18.100000000000001,13.5,16.2,40.4,48.5]
["1 5/8",null,2.73,4.57,7.28,11.1,16.2,21.5,28.6,19.100000000000001,22.9,57.2,68.7]
["2 1/8",null,5.13,8.66,13.9,21.6,32.4,44.5,59,33.200000000000003,39.799999999999997,100,119]
["2 5/8",null,7.91,13.4,21.5,33.299999999999997,49.9,78.5,104,51.2,61.4,154,184]
["3 1/8",null,11.3,19.100000000000001,30.7,47.5,71.2,125,165,73.099999999999994,87.7,219,263]
["3 5/8",null,15.3,25.8,41.5,64.3,96.4,174,245,98.8,119,296,356]
["4 1/8",null,19.899999999999999,33.5,54,83.6,125,226,324,128,154,385,462]
["Steel"]
["IPS","SCH"]
["3/8","80","---",0.128,0.20100000000000001,0.30099999999999999,0.435,0.57599999999999996,0.75800000000000001,1.51,1.81,2.36,2.84]
["1/2","80",0.154,0.254,0.39600000000000002,0.59299999999999997,0.85699999999999998,1.1299999999999999,1.49,2.5099999999999998,3.01,4.66,5.59]
["3/4","80",0.34899999999999998,0.57299999999999995,0.89400000000000002,1.34,1.93,2.5499999999999998,3.36,4.6399999999999997,5.57,10.5,12.6]
["1","80",0.68600000000000005,1.1200000000000001,1.75,2.62,3.78,5,6.57,7.72,9.26,20.6,24.7]
["1 1/4","80",1.47,2.41,3.76,5.61,8.1,10.7,14.1,13.8,16.5,41.3,49.5]
["1 1/2","80",2.25,3.68,5.73,8.56,12.3,16.3,21.4,19,22.7,56.9,68.2]
["2","40",5.24,8.56,13.3,19.899999999999999,28.6,37.9,49.8,36,43.2,108,130]
["2 1/2","40",7.94,13.4,21.2,31.7,45.7,60.4,79.3,51.4,61.6,154,185]
["3","40",12.3,20.7,33.299999999999997,51.6,77.3,107,140,79.3,95.1,238,285]
["4","40",21.1,35.6,57.4,88.8,133,217,285,137,164,410,492]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.25,1.1499999999999999,1.05,0.95,0.85,0.74,0.64]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.17},{"$f":"ROUND($E57/$E$59,2)","v":1.1100000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.04},{"$f":"ROUND($E60/$E$59,2)","v":0.96},{"$f":"ROUND($E61/$E$59,2)","v":0.89},{"$f":"ROUND($E62/$E$59,2)","v":0.81},{"$f":"ROUND($E63/$E$59,2)","v":0.73}]
[null,"Discharge Line",null,0.87,0.92,0.98,1.02,1.05,1.07,1.08]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D56)","v":67.735538651165882}]
[null,null,null,90,63.810404966560952]
[null,null,null,100,59.777596258299965]
[null,null,null,105,57.714705672648975]
[null,null,null,110,55.616680865455962]
[null,null,null,120,51.299137757351531]
[null,null,null,130,46.78377453202161]
[null,null,null,140,42.006958353356168]

{"sheet":"Tavle 3A SI","index":10,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1]]}
["NIST Refrigerant File",null,null,"R454A.mix",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":21.705355761269864},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":23.0013420434545}]
[]
["Table 3A Suction, Discharge, and Liquid Line Capacities for Refrigerant 454A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 21.7 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 23.0 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":5.2216494244509413},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":7.4547085611776644},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":10.27020475125301},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":15.720201150833557},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":20.262617515195423},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-40,-30,-20,-5,5,-40,5,-40,5,-40,5]
["3/8 (10)",null,0.13500000000000001,0.218,0.33800000000000002,0.60499999999999998,0.85799999999999998,1.1100000000000001,1.48,2.85,3.42,4.45,5.34]
["1/2 (13)",null,0.33600000000000002,0.54200000000000004,0.83599999999999997,1.49,2.11,2.73,3.64,5.6,6.73,11,13.2]
["5/8 (16)",null,0.61299999999999999,0.98599999999999999,1.52,2.7,3.82,4.93,6.58,8.76,10.5,19.899999999999999,23.9]
["3/4 (19)",null,1.05,1.69,2.59,4.5999999999999996,6.5,8.39,11.2,13.1,15.7,33.9,40.700000000000003]
["7/8 (22)",null,1.63,2.61,4.01,7.12,10,13,17.3,18.2,21.8,52.4,62.9]
["1 1/8 (29)",null,3.32,5.31,8.14,14.4,20.3,26.2,34.9,31,37.200000000000003,92.9,112]
["1 3/8 (35)",null,5.81,9.2899999999999991,14.2,25.1,35.299999999999997,45.6,60.6,47.2,56.6,142,170]
["1 5/8 (41)",null,9.2100000000000009,14.7,22.5,39.700000000000003,55.8,72,95.6,66.8,80.2,200,240]
["2 1/8 (54)",null,17.899999999999999,28.7,44.4,80.099999999999994,115,149,198,116,139,349,418]
["2 5/8 (67)",null,27.6,44.3,68.400000000000006,124,177,263,348,179,215,537,645]
["3 1/8 (79)",null,39.4,63.2,97.6,176,253,418,554,256,307,767,921]
["3 5/8 (92)",null,53.3,85.5,132,239,342,599,822,346,415,1040,1250]
["4 1/8 (105)",null,69.3,111,172,310,445,779,1120,450,540,1350,1620]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.26400000000000001,0.41499999999999998,0.624,1.08,1.5,1.93,2.54,5.28,6.33,7.98,9.58]
["1/2 (13)","80",0.52200000000000002,0.81899999999999995,1.23,2.13,2.95,3.8,5,8.7899999999999991,10.5,15.7,18.899999999999999]
["3/4 (19)","80",1.18,1.85,2.78,4.79,6.65,8.56,11.3,16.2,19.5,35.5,42.6]
["1 (25)","80",2.3199999999999998,3.63,5.45,9.39,13,16.8,22.1,27,32.4,69.5,83.4]
["1 1/4 (32)","80",5,7.81,11.7,20.100000000000001,27.9,35.9,47.2,48.2,57.8,144,173]
["1 1/2 (38)","80",7.63,11.9,17.8,30.7,42.5,54.7,72,66.3,79.599999999999994,199,239]
["2 (51)","40",17.8,27.7,41.5,71.3,98.7,127,167,126,151,378,454]
["2 1/2 (64)","40",27.7,44.2,66.099999999999994,114,157,202,266,180,216,539,647]
["3 (76)","40",42.8,68.599999999999994,106,191,275,358,470,278,333,833,999]
["4 (102)","40",73.599999999999994,118,182,330,473,728,956,478,574,1430,1720]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.27,1.18,1.0900000000000001,0.91,0.82,0.73,0.63]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.19},{"$f":"ROUND($E57/$E$59,2)","v":1.1299999999999999},{"$f":"ROUND($E58/$E$59,2)","v":1.06},{"$f":"ROUND($E60/$E$59,2)","v":0.93},{"$f":"ROUND($E61/$E$59,2)","v":0.87},{"$f":"ROUND($E62/$E$59,2)","v":0.8},{"$f":"ROUND($E63/$E$59,2)","v":0.72}]
[null,"Discharge Line",null,0.85,0.91,0.96,1.03,1.06,1.07,1.08]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D56)","v":160.01873250181961}]
[null,null,null,30,151.87857383525318]
[null,null,null,35,143.54809271145507]
[null,null,null,40,134.99739171438438]
[null,null,null,45,126.18647544523395]
[null,null,null,50,117.06088596318602]
[null,null,null,55,107.54386091038759]
[null,null,null,60,97.520316012798162]

{"sheet":"Table 4","index":11,"n_rows":46,"n_cols":15,"rows_kept":46,"cut":false,"hidden":false,"merged":[[11,0,11,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[25,3,25,9],[12,0,12,1],[4,2,4,6],[4,11,4,14],[5,0,5,1],[5,2,5,6],[5,11,6,12],[6,0,6,1],[4,7,4,10],[5,7,5,10],[6,7,6,10],[5,13,5,14],[6,13,6,14],[7,0,7,1],[7,2,7,14],[8,0,8,1],[9,0,9,1],[10,0,10,1]]}
["NIST Refrigerant File",null,null,"propane.fld",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":2.5597250908220985},null,null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":2.5597250908530782}]
[]
["Table 4 Suction, Discharge, and Liquid Line Capacities for Refrigerant 290 (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,null,null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 2.56 psi,",null,null,null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 2.56 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":0.75956519428163638},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":1.082201770651217},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":1.4840503950357942},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":1.9707582385629578},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":2.5471124260919993},"max velocity 3000 fpm)",null,null,null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,-40,-20,0,20,40,-40,40,-40,40,-40,40,-40,40]
["1/4",null,3.3099999999999997E-2,5.3999999999999999E-2,8.3900000000000002E-2,0.125,0.18,0.20300000000000001,0.25700000000000001,0.20399999999999999,0.27100000000000002,0.27100000000000002,0.33400000000000002,0.81200000000000006,1]
["5/16",null,6.83E-2,0.111,0.17199999999999999,0.25600000000000001,0.36699999999999999,0.41399999999999998,0.52600000000000002,0.41699999999999998,0.55400000000000005,0.46300000000000002,0.57099999999999995,1.39,1.71]
["3/8",null,0.123,0.19900000000000001,0.31,0.46500000000000002,0.66600000000000004,0.751,0.95299999999999996,0.75600000000000001,1,0.72599999999999998,0.89500000000000002,2.1800000000000002,2.68]
["1/2",null,0.24099999999999999,0.39200000000000002,0.60899999999999999,0.91400000000000003,1.33,1.84,2.33,1.85,2.4500000000000002,1.43,1.76,4.28,5.28]
["5/8",null,0.377,0.61199999999999999,0.95199999999999996,1.43,2.08,3.24,4.2,3.27,4.41,2.23,2.75,6.68,8.24]
["3/4",null,0.56299999999999994,0.91400000000000003,1.42,2.13,3.11,4.84,6.27,4.8899999999999997,6.85,3.33,4.0999999999999996,10,12.3]
["7/8",null,0.78300000000000003,1.27,1.97,2.96,4.32,6.73,8.7100000000000009,6.79,9.52,4.62,5.7,13.9,17.100000000000001]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined by adding 50°F to the temperature resulting from isentropic compression and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["    (For comparison, values in red have discharge refrigerant state determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering the compressor)."]
["   Dp = pressure drop from line friction, psi per 20 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 20 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.22,1.1299999999999999,1.04,0.96,0.87,0.78,0.7]
[null,"Suction Line",null,{"$f":"ROUND($E39/$E$42,2)","v":1.1599999999999999},{"$f":"ROUND($E40/$E$42,2)","v":1.1000000000000001},{"$f":"ROUND($E41/$E$42,2)","v":1.03},{"$f":"ROUND($E43/$E$42,2)","v":0.97},{"$f":"ROUND($E44/$E$42,2)","v":0.9},{"$f":"ROUND($E45/$E$42,2)","v":0.83},{"$f":"ROUND($E46/$E$42,2)","v":0.76}]
[null,"Discharge Line",null,0.85,0.91,0.97,1.03,1.08,1.1200000000000001,1.1399999999999999]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D39)","v":122.6366399368078}]
[null,null,null,90,116.02414132997825]
[null,null,null,100,109.25827597781736]
[null,null,null,105,105.81295924538227]
[null,null,null,110,102.32300565771186]
[null,null,null,120,95.198262543827781]
[null,null,null,130,87.858155499594858]
[null,null,null,140,80.268018764387108]

{"sheet":"Table 4 SI","index":12,"n_rows":45,"n_cols":13,"rows_kept":45,"cut":false,"hidden":false,"merged":[[6,11,6,12],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[6,7,6,8],[24,3,24,9],[11,0,11,1],[4,2,4,6],[5,0,5,1],[5,2,5,6],[6,0,6,1],[7,2,7,12],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[4,7,4,8],[4,9,4,12],[5,7,5,8],[5,9,6,10],[5,11,5,12]]}
["NIST Refrigerant File",null,null,"propane.fld",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":15.742828399172515},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":15.742828398723541}]
[]
["Table 4 Suction, Discharge, and Liquid Line Capacities for Refrigerant 290 (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 15.7 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 15.7 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":4.7221345423452963},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":6.504608776031068},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":8.682336173017557},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":12.746285319382878},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":16.018889777252966},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-40,-30,-20,-5,5,-40,5,-40,5,-40,5]
["1/4 (6)",null,0.124,0.193,0.28799999999999998,0.49199999999999999,0.68,0.751,1,0.94599999999999995,1.17,2.84,3.5]
["5/16 (8)",null,0.255,0.39600000000000002,0.59,1.01,1.39,1.53,2.04,1.62,2,4.8600000000000003,5.99]
["3/8 (10)",null,0.42799999999999999,0.66300000000000003,0.99099999999999999,1.72,2.4,2.78,3.7,2.54,3.13,7.61,9.39]
["1/2 (13)",null,0.84199999999999997,1.3,1.95,3.38,4.72,6.8,9.0299999999999994,4.9800000000000004,6.15,14.9,18.5]
["5/8 (16)",null,1.32,2.04,3.04,5.27,7.38,11.3,15.8,7.79,9.61,23.4,28.8]
["3/4 (19)",null,1.96,3.04,4.55,7.87,11,16.8,23.6,11.6,14.4,34.9,43.1]
["7/8 (22)",null,2.73,4.22,6.32,10.9,15.3,23.4,32.799999999999997,16.2,19.899999999999999,48.5,59.8]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 5 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 5 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.23,1.1499999999999999,1.08,0.92,0.84,0.77,0.69]
[null,"Suction Line",null,{"$f":"ROUND($E38/$E$41,2)","v":1.17},{"$f":"ROUND($E39/$E$41,2)","v":1.1100000000000001},{"$f":"ROUND($E40/$E$41,2)","v":1.06},{"$f":"ROUND($E42/$E$41,2)","v":0.94},{"$f":"ROUND($E43/$E$41,2)","v":0.88},{"$f":"ROUND($E44/$E$41,2)","v":0.82},{"$f":"ROUND($E45/$E$41,2)","v":0.75}]
[null,"Discharge Line",null,0.83,0.89,0.95,1.05,1.0900000000000001,1.1200000000000001,1.1499999999999999]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D38)","v":289.35064363668158}]
[null,null,null,30,275.62303783581694]
[null,null,null,35,261.61721449377688]
[null,null,null,40,247.30842558120213]
[null,null,null,45,232.66676866386058]
[null,null,null,50,217.65528908433333]
[null,null,null,55,202.22710171612169]
[null,null,null,60,186.3208243570644]

{"sheet":"Table 5","index":13,"n_rows":51,"n_cols":15,"rows_kept":51,"cut":false,"hidden":false,"merged":[[7,0,7,1],[7,2,7,14],[8,0,8,1],[4,11,4,14],[5,0,5,1],[5,2,5,6],[5,11,6,12],[6,0,6,1],[6,7,6,10],[4,2,4,6],[5,13,5,14],[6,13,6,14],[31,3,31,9],[9,0,9,1],[10,0,10,1],[4,7,4,10],[5,7,5,10],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[17,0,17,1],[11,0,11,1]]}
["NIST Refrigerant File",null,null,"R449A.mix",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",0)-Pressure($D$1,\"TVAP\",\"E\",-1)","v":0.84662467719191881},null,null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",0)-Pressure($D$1,\"TLIQ\",\"E\",-1)","v":0.98469314982017409}]
[]
["Table 5 Suction, Discharge, and Liquid Line Capacities for Refrigerants 448A/449A (Intermediate- or Low-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,null,null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 0.85 psi,",null,null,null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 0.98 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":0.21631182977218444},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":0.29013329645937702},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":0.49199051837697994},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":0.7802246755698814},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":0.96181826959926653},"max velocity 3000 fpm)",null,null,null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,-90,-80,-60,-40,-30,-90,-30,-90,-30,-90,-30,-90,-30]
["3/8",null,"---","---","---","---","---","---",0.115,"---",0.121,1.65,1.83,1,1.1100000000000001]
["1/2",null,"---","---","---",0.156,0.20399999999999999,0.24299999999999999,0.28699999999999998,0.24099999999999999,0.3,3.24,3.59,2.5099999999999998,2.78]
["5/8",null,"---","---",0.158,0.28399999999999997,0.371,0.442,0.52200000000000002,0.439,0.54500000000000004,5.0599999999999996,5.61,4.59,5.08]
["3/4",null,"---",0.13900000000000001,0.27,0.48599999999999999,0.63500000000000001,0.75700000000000001,0.89200000000000002,0.751,0.93200000000000005,7.56,8.3800000000000008,7.86,8.7100000000000009]
["7/8",null,0.14899999999999999,0.216,0.42099999999999999,0.755,0.98499999999999999,1.17,1.38,1.17,1.44,10.5,11.6,12.2,13.5]
["1 1/8",null,0.307,0.443,0.86,1.54,2.0099999999999998,2.39,2.82,2.37,2.94,17.899999999999999,19.8,25,27.7]
["1 3/8",null,0.54100000000000004,0.78,1.51,2.69,3.51,4.1900000000000004,4.93,4.1500000000000004,5.14,27.3,30.2,43.8,48.5]
["1 5/8",null,0.86299999999999999,1.24,2.4,4.2699999999999996,5.56,6.64,7.81,6.59,8.14,38.6,42.8,69.5,77]
["2 1/8",null,1.73,2.46,4.68,8.3000000000000007,10.8,13.8,16.2,13.7,16.899999999999999,67.2,74.400000000000006,145,161]
["2 5/8",null,2.67,3.79,7.21,12.8,16.7,24.5,28.8,24.3,30,104,115,258,285]
["3 1/8",null,3.81,5.41,10.3,18.3,23.8,37.299999999999997,45.4,36.799999999999997,47.9,148,164,412,457]
["3 5/8",null,5.15,7.32,13.9,24.7,32.200000000000003,50.4,61.4,49.8,65.7,200,222,600,665]
["4 1/8",null,6.69,9.52,18.100000000000001,32.1,41.9,65.5,79.900000000000006,64.7,85.4,260,288,780,864]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined by adding 50°F to the temperature resulting from isentropic compression and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["    (For comparison, values in red have discharge refrigerant state determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering the compressor)."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 0°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -60°F evaporator temperature, and are suitable in the range of -90°F to -30°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,-30,-20,-10,0,10,20,30]
[null,"Liquid Line",null,1.1599999999999999,1.1100000000000001,1.05,1,0.95,0.89,0.84]
[null,"Suction Line",null,{"$f":"ROUND($E45/$E$48,2)","v":1.1100000000000001},{"$f":"ROUND($E46/$E$48,2)","v":1.08},{"$f":"ROUND($E47/$E$48,2)","v":1.04},{"$f":"ROUND($E48/$E$48,2)","v":1},{"$f":"ROUND($E49/$E$48,2)","v":0.96},{"$f":"ROUND($E50/$E$48,2)","v":0.92},{"$f":"ROUND($E51/$E$48,2)","v":0.88}]
[null,"Discharge Line",null,0.63,0.74,0.86,1,1.1499999999999999,1.3,1.47]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -60°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,-30,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",-60)-Enthalpy($D$1,\"TLIQ\",\"E\",$D45)","v":93.492854685822351}]
[null,null,null,-20,90.32664662845545]
[null,null,null,-10,87.128524528091347]
[null,null,null,0,83.895438966441077]
[null,null,null,10,80.624137881845911]
[null,null,null,20,77.311084771380848]
[null,null,null,30,73.952366090467763]

{"sheet":"Table 5 SI","index":14,"n_rows":50,"n_cols":13,"rows_kept":50,"cut":false,"hidden":false,"merged":[[30,3,30,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R449A.mix",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",-15)-Pressure($D$1,\"TVAP\",\"C\",-15.5))*1000","v":5.7168174561167966},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",-15)-Pressure($D$1,\"TLIQ\",\"C\",-15.5))*1000","v":6.6113559274065263}]
[]
["Table 5 Suction, Discharge, and Liquid Line Capacities for Refrigerants 448A/449A (Intermediate- or Low-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 5.72 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 6.61 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":1.1898513706827505},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":2.0185608353178659},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":3.2137640278735584},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":4.8519238869357686},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":7.0057529019214861},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-70,-60,-50,-40,-30,-70,-30,-70,-30,-70,-30]
["3/8 (10)",null,"---","---",0.12,0.20499999999999999,0.33100000000000002,0.34200000000000003,0.44500000000000001,5.51,6.24,3.42,3.87]
["1/2 (13)",null,"---",0.16600000000000001,0.30099999999999999,0.51200000000000001,0.82299999999999995,0.85099999999999998,1.1100000000000001,10.8,12.3,8.5399999999999991,9.67]
["5/8 (16)",null,0.156,0.30499999999999999,0.55100000000000005,0.93300000000000005,1.5,1.55,2.0099999999999998,16.899999999999999,19.2,15.6,17.7]
["3/4 (19)",null,0.26900000000000002,0.52400000000000002,0.94499999999999995,1.6,2.56,2.65,3.44,25.3,28.6,26.7,30.3]
["7/8 (22)",null,0.42,0.81699999999999995,1.47,2.48,3.97,4.12,5.33,35.1,39.799999999999997,41.5,47.1]
["1 1/8 (29)",null,0.86399999999999999,1.67,3.01,5.0599999999999996,8.07,8.39,10.8,59.8,67.8,84.8,96.1]
["1 3/8 (35)",null,1.52,2.94,5.27,8.86,14.1,14.7,18.899999999999999,91.1,103,149,168]
["1 5/8 (41)",null,2.4300000000000002,4.6900000000000004,8.3800000000000008,14.1,22.4,23.3,30,129,146,236,268]
["2 1/8 (54)",null,5.0599999999999996,9.5500000000000007,16.899999999999999,28.2,45,48.5,62.3,224,254,493,558]
["2 5/8 (67)",null,7.8,14.7,26,43.5,69.400000000000006,85.9,110,346,392,874,991]
["3 1/8 (79)",null,11.1,21,37.1,62.1,99.1,134,176,494,560,1400,1590]
["3 5/8 (92)",null,15.1,28.4,50.2,83.9,134,181,252,668,757,2000,2270]
["4 1/8 (105)",null,19.600000000000001,36.9,65.3,109,174,235,327,868,984,2610,2950]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on -15°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -50°C evaporator temperature, and are suitable in the range of -70°C to -30°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,-30,-25,-20,-15,-10,-5,0]
[null,"Liquid Line",null,1.1499999999999999,1.1000000000000001,1.05,1,0.95,0.9,0.85]
[null,"Suction Line",null,{"$f":"ROUND($E44/$E$47,2)","v":1.1100000000000001},{"$f":"ROUND($E45/$E$47,2)","v":1.07},{"$f":"ROUND($E46/$E$47,2)","v":1.04},{"$f":"ROUND($E47/$E$47,2)","v":1},{"$f":"ROUND($E48/$E$47,2)","v":0.96},{"$f":"ROUND($E49/$E$47,2)","v":0.93},{"$f":"ROUND($E50/$E$47,2)","v":0.89}]
[null,"Discharge Line",null,0.66,0.77,0.88,1,1.1299999999999999,1.26,1.4]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -50°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,-30,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-50)-Enthalpy($D$1,\"TLIQ\",\"C\",$D44)","v":212.10440464448718}]
[null,null,null,-25,205.43125899357321]
[null,null,null,-20,198.69404541086141]
[null,null,null,-15,191.8873915050074]
[null,null,null,-10,185.00554324300006]
[null,null,null,-5,178.04224502152178]
[null,null,null,0,170.99060510722245]

{"sheet":"Table 6","index":15,"n_rows":64,"n_cols":15,"rows_kept":64,"cut":false,"hidden":false,"merged":[[5,13,5,14],[6,13,6,14],[22,0,22,1],[16,0,16,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[43,3,43,9],[4,2,4,6],[4,11,4,14],[5,0,5,1],[5,2,5,6],[5,11,6,12],[6,0,6,1],[4,7,4,10],[5,7,5,10],[6,7,6,10],[17,0,17,1],[7,0,7,1],[7,2,7,14],[8,0,8,1],[9,0,9,1],[10,0,10,1]]}
["NIST Refrigerant File",null,null,"R450A.mix",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":1.9384354677346778},null,null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":1.960543258438264}]
[]
["Table 6 Suction, Discharge, and Liquid Line Capacities for Refrigerant 450A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,null,null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 1.94 psi,",null,null,null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 1.96 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":0.84764322141152704},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":1.0163766749376606},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":1.2067945844433581},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":1.4200492942861445},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":1.657235807854839},"max velocity 3000 fpm)",null,null,null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,0,10,20,30,40,0,40,0,40,0,40,0,40]
["3/8",null,"---","---","---","---",0.121,0.189,0.21299999999999999,0.19500000000000001,0.224,0.95599999999999996,1.07,0.95699999999999996,1.07]
["1/2",null,0.11899999999999999,0.152,0.193,0.24199999999999999,0.3,0.46700000000000003,0.52600000000000002,0.48,0.55300000000000005,1.88,2.1,2.38,2.66]
["5/8",null,0.216,0.27700000000000002,0.35099999999999998,0.439,0.54500000000000004,0.84499999999999997,0.95199999999999996,0.87,1,2.94,3.29,4.32,4.84]
["3/4",null,0.36899999999999999,0.47299999999999998,0.59899999999999998,0.75,0.92900000000000005,1.44,1.62,1.48,1.71,4.3899999999999997,4.91,7.38,8.27]
["7/8",null,0.57299999999999995,0.73399999999999999,0.92800000000000005,1.1599999999999999,1.44,2.23,2.5099999999999998,2.29,2.64,6.09,6.82,11.4,12.8]
["1 1/8",null,1.17,1.49,1.89,2.36,2.92,4.51,5.08,4.6399999999999997,5.34,10.4,11.6,23.3,26.1]
["1 3/8",null,2.04,2.61,3.29,4.1100000000000003,5.09,7.86,8.85,8.08,9.3000000000000007,15.8,17.7,40.700000000000003,45.6]
["1 5/8",null,3.23,4.13,5.22,6.51,8.0500000000000007,12.4,14,12.8,14.7,22.4,25.1,64.400000000000006,72.2]
["2 1/8",null,6.73,8.59,10.8,13.5,16.7,25.7,29,26.5,30.4,39,43.6,117,131]
["2 5/8",null,10.9,14,17.7,22.3,27.7,45.4,51.2,46.7,53.7,60.1,67.3,180,202]
["3 1/8",null,15.6,20,25.3,31.8,39.5,72.400000000000006,81.599999999999994,74.400000000000006,85.5,85.7,96,257,288]
["3 5/8",null,21.1,27,34.200000000000003,43,53.5,108,121,111,127,116,130,348,390]
["4 1/8",null,27.4,35.1,44.5,55.9,69.5,152,171,156,179,151,169,452,507]
["Steel"]
["IPS","SCH"]
["3/8","80","---",0.11700000000000001,0.14599999999999999,0.18099999999999999,0.222,0.33900000000000002,0.38100000000000001,0.34699999999999998,0.39800000000000002,1.77,1.98,1.81,2.0299999999999998]
["1/2","80",0.182,0.23,0.28799999999999998,0.35699999999999998,0.437,0.66700000000000004,0.751,0.68400000000000005,0.78400000000000003,2.95,3.3,3.59,4.0199999999999996]
["3/4","80",0.41199999999999998,0.52100000000000002,0.65100000000000002,0.80600000000000005,0.98699999999999999,1.5,1.69,1.54,1.77,5.44,6.1,8.1,9.07]
["1","80",0.80900000000000005,1.02,1.28,1.58,1.93,2.95,3.32,3.02,3.46,9.0500000000000007,10.1,15.9,17.8]
["1 1/4","80",1.74,2.2000000000000002,2.74,3.39,4.1500000000000004,6.32,7.11,6.47,7.42,16.100000000000001,18.100000000000001,34.200000000000003,38.299999999999997]
["1 1/2","80",2.65,3.35,4.1900000000000004,5.17,6.33,9.6300000000000008,10.8,9.8699999999999992,11.3,22.2,24.9,52.1,58.4]
["2","40",6.18,7.8,9.73,12,14.7,22.4,25.2,22.9,26.3,42.2,47.3,121,136]
["2 1/2","40",9.86,12.4,15.5,19.2,23.4,35.6,40.1,36.5,41.8,60.3,67.5,181,203]
["3","40",16.899999999999999,21.7,27.4,33.9,41.4,63,70.900000000000006,64.5,73.900000000000006,93.1,104,279,313]
["4","40",29.1,37.299999999999997,47.3,59.4,73.900000000000006,128,144,131,150,160,179,481,538]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined by adding 50°F to the temperature resulting from isentropic compression and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["    (For comparison, values in red have discharge refrigerant state determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering the compressor)."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 20°F evaporator temperature, and are suitable in the range of 0°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.21,1.1299999999999999,1.04,0.96,0.88,0.79,0.71]
[null,"Suction Line",null,{"$f":"ROUND($E57/$E$60,2)","v":1.1599999999999999},{"$f":"ROUND($E58/$E$60,2)","v":1.0900000000000001},{"$f":"ROUND($E59/$E$60,2)","v":1.03},{"$f":"ROUND($E61/$E$60,2)","v":0.97},{"$f":"ROUND($E62/$E$60,2)","v":0.9},{"$f":"ROUND($E63/$E$60,2)","v":0.84},{"$f":"ROUND($E64/$E$60,2)","v":0.77}]
[null,"Discharge Line",null,0.8,0.88,0.96,1.04,1.1200000000000001,1.19,1.25]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ 20°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",20)-Enthalpy($D$1,\"TLIQ\",\"E\",$D57)","v":63.661054399685113}]
[null,null,null,90,60.264275913215016]
[null,null,null,100,56.813708391115284]
[null,null,null,105,55.06650186601324]
[null,null,null,110,53.303614744722665]
[null,null,null,120,49.727094998717405]
[null,null,null,130,46.075626966132035]
[null,null,null,140,42.338358122393004]

{"sheet":"Table 6 SI","index":16,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1]]}
["NIST Refrigerant File",null,null,"R450A.mix",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":11.900393272401889},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":12.037349976089185}]
[]
["Table 6 Suction, Discharge, and Liquid Line Capacities for Refrigerant 450A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 11.9 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 12.0 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":5.7774513163716676},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":6.7746168385501013},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":7.8832546364017988},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":9.1082968256360477},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":10.45481466549858},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-15,-10,-5,0,5,-15,5,-15,5,-15,5]
["3/8 (10)",null,0.182,0.22800000000000001,0.28100000000000003,0.34399999999999997,0.41799999999999998,0.66,0.748,3.39,3.75,3.25,3.6]
["1/2 (13)",null,0.45400000000000001,0.56499999999999995,0.69699999999999995,0.85199999999999998,1.03,1.63,1.84,6.66,7.36,8.08,8.93]
["5/8 (16)",null,0.82599999999999996,1.03,1.27,1.55,1.87,2.95,3.34,10.4,11.5,14.7,16.2]
["3/4 (19)",null,1.41,1.76,2.16,2.64,3.2,5.03,5.69,15.5,17.2,25.1,27.8]
["7/8 (22)",null,2.19,2.72,3.35,4.09,4.95,7.77,8.8000000000000007,21.6,23.9,38.9,43]
["1 1/8 (29)",null,4.46,5.54,6.81,8.3000000000000007,10,15.7,17.8,36.799999999999997,40.700000000000003,79.2,87.6]
["1 3/8 (35)",null,7.8,9.68,11.9,14.5,17.5,27.4,31,56.1,62,138,153]
["1 5/8 (41)",null,12.4,15.3,18.8,22.9,27.7,43.4,49,79.400000000000006,87.7,219,243]
["2 1/8 (54)",null,25.7,31.9,39.1,47.6,57.5,89.8,102,138,153,414,458]
["2 5/8 (67)",null,43.1,53.6,66.2,81.099999999999994,98.6,159,179,213,235,639,706]
["3 1/8 (79)",null,61.5,76.5,94.5,116,141,253,286,304,336,912,1010]
["3 5/8 (92)",null,83.2,104,128,156,190,375,424,411,454,1230,1360]
["4 1/8 (105)",null,108,135,166,203,247,529,598,534,591,1600,1770]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.35099999999999998,0.432,0.52700000000000002,0.63800000000000001,0.76500000000000001,1.18,1.33,6.27,6.93,6.2,6.85]
["1/2 (13)","80",0.69399999999999995,0.85399999999999998,1.04,1.26,1.51,2.33,2.63,10.4,11.5,12.2,13.5]
["3/4 (19)","80",1.57,1.93,2.35,2.84,3.4,5.24,5.92,19.3,21.3,27.7,30.6]
["1 (25)","80",3.08,3.79,4.6100000000000003,5.57,6.67,10.3,11.6,32.1,35.5,54.3,60.1]
["1 1/4 (32)","80",6.63,8.14,9.9,12,14.3,22,24.8,57.2,63.3,117,129]
["1 1/2 (38)","80",10.1,12.4,15.1,18.2,21.8,33.6,37.9,78.900000000000006,87.2,178,197]
["2 (51)","40",23.5,28.9,35.1,42.4,50.7,78,87.9,150,165,414,458]
["2 1/2 (64)","40",37.5,46.1,56,67.599999999999994,80.900000000000006,124,140,214,236,641,708]
["3 (76)","40",66.400000000000006,81.400000000000006,99,119,143,220,248,330,365,990,1090]
["4 (102)","40",115,143,177,216,263,447,504,568,628,1700,1880]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -5°C evaporator temperature, and are suitable in the range of -15°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.22,1.1499999999999999,1.07,0.93,0.85,0.78,0.71]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.17},{"$f":"ROUND($E57/$E$59,2)","v":1.1100000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.06},{"$f":"ROUND($E60/$E$59,2)","v":0.94},{"$f":"ROUND($E61/$E$59,2)","v":0.89},{"$f":"ROUND($E62/$E$59,2)","v":0.83},{"$f":"ROUND($E63/$E$59,2)","v":0.77}]
[null,"Discharge Line",null,0.79,0.87,0.93,1.06,1.1200000000000001,1.17,1.21]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -5°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-5)-Enthalpy($D$1,\"TLIQ\",\"C\",$D56)","v":151.40860547276606}]
[null,null,null,30,144.33951702708566]
[null,null,null,35,137.17302034947028]
[null,null,null,40,129.90011050462101]
[null,null,null,45,122.51027052557714]
[null,null,null,50,114.99097273795365]
[null,null,null,55,107.3269541877429]
[null,null,null,60,99.499138075025087]

{"sheet":"Table 7","index":17,"n_rows":64,"n_cols":15,"rows_kept":64,"cut":false,"hidden":false,"merged":[[19,0,19,1],[20,0,20,1],[4,2,4,6],[4,11,4,14],[5,0,5,1],[5,2,5,6],[5,11,6,12],[6,0,6,1],[4,7,4,10],[5,7,5,10],[6,7,6,10],[5,13,5,14],[6,13,6,14],[43,3,43,9],[21,0,21,1],[22,0,22,1],[17,0,17,1],[7,0,7,1],[7,2,7,14],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[18,0,18,1]]}
["NIST Refrigerant File",null,null,"R449A.mix",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":3.4442854297091117},null,null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":3.6120269375311409}]
[]
["Table 7 Suction, Discharge, and Liquid Line Capacities for Refrigerants 448A/449A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,null,null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 3.44 psi,",null,null,null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 3.61 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":0.7802246755698814},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":1.1709367018934884},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":1.6789658767555125},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":2.3180983319827888},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":3.1018420471482813},"max velocity 3000 fpm)",null,null,null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,-40,-20,0,20,40,-40,40,-40,40,-40,40,-40,40]
["3/8",null,3.5700000000000003E-2,6.1899999999999997E-2,0.10100000000000001,0.158,0.23599999999999999,0.317,0.40100000000000002,0.316,0.42299999999999999,0.83399999999999996,1.01,1.27,1.53]
["1/2",null,8.8999999999999996E-2,0.154,0.25,0.38900000000000001,0.57999999999999996,0.78,0.98599999999999999,0.77700000000000002,1.04,1.64,1.98,3.13,3.78]
["5/8",null,0.16200000000000001,0.28000000000000003,0.45500000000000002,0.70399999999999996,1.05,1.41,1.78,1.4,1.87,2.56,3.09,5.67,6.85]
["3/4",null,0.27800000000000002,0.47799999999999998,0.77600000000000002,1.2,1.78,2.4,3.03,2.39,3.18,3.82,4.6100000000000003,9.67,11.7]
["7/8",null,0.43099999999999999,0.74099999999999999,1.2,1.86,2.76,3.7,4.68,3.69,4.91,5.31,6.41,15,18.100000000000001]
["1 1/8",null,0.879,1.51,2.44,3.76,5.57,7.48,9.44,7.45,9.92,9.0500000000000007,10.9,27.2,32.799999999999997]
["1 3/8",null,1.54,2.63,4.25,6.55,9.6999999999999993,13,16.399999999999999,13,17.2,13.8,16.600000000000001,41.4,49.9]
["1 5/8",null,2.44,4.17,6.73,10.4,15.3,20.5,25.9,20.5,27.2,19.5,23.6,58.6,70.7]
["2 1/8",null,4.74,8.1300000000000008,13.3,20.8,31.4,42.5,53.5,42.3,56.2,34,41,102,123]
["2 5/8",null,7.32,12.5,20.5,32,48.4,74.900000000000006,94.4,74.599999999999994,99,52.4,63.2,157,190]
["3 1/8",null,10.4,17.899999999999999,29.2,45.7,69.099999999999994,119,150,119,158,74.7,90.2,224,271]
["3 5/8",null,14.1,24.2,39.5,61.8,93.5,172,223,171,234,101,122,303,366]
["4 1/8",null,18.399999999999999,31.5,51.3,80.400000000000006,122,224,292,222,318,131,159,394,476]
["Steel"]
["IPS","SCH"]
["3/8","80",7.0099999999999996E-2,0.11700000000000001,0.186,0.28199999999999997,0.41099999999999998,0.54900000000000004,0.69,0.54700000000000004,0.72099999999999997,1.54,1.86,2.29,2.76]
["1/2","80",0.13900000000000001,0.23200000000000001,0.36699999999999999,0.55600000000000005,0.81,1.08,1.36,1.08,1.42,2.57,3.1,4.5,5.44]
["3/4","80",0.314,0.52400000000000002,0.82899999999999996,1.25,1.82,2.4300000000000002,3.06,2.4300000000000002,3.2,4.75,5.73,10.199999999999999,12.3]
["1","80",0.61799999999999999,1.03,1.62,2.4500000000000002,3.57,4.76,5.99,4.75,6.26,7.89,9.5299999999999994,19.899999999999999,24]
["1 1/4","80",1.33,2.21,3.49,5.26,7.66,10.199999999999999,12.8,10.199999999999999,13.4,14.1,17,42.2,51]
["1 1/2","80",2.0299999999999998,3.37,5.32,8.02,11.7,15.6,19.5,15.5,20.399999999999999,19.399999999999999,23.4,58.2,70.2]
["2","40",4.7300000000000004,7.84,12.4,18.600000000000001,27.1,36.1,45.3,36,47.4,36.799999999999997,44.5,110,133]
["2 1/2","40",7.34,12.5,19.7,29.7,43.2,57.5,72.2,57.3,75.5,52.5,63.4,158,190]
["3","40",11.3,19.399999999999999,31.7,49.6,75,102,128,101,133,81.099999999999994,97.9,243,294]
["4","40",19.5,33.5,54.6,85.4,129,207,260,206,271,140,169,419,506]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined by adding 50°F to the temperature resulting from isentropic compression and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["    (For comparison, values in red have discharge refrigerant state determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering the compressor)."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.25,1.1499999999999999,1.05,0.95,0.85,0.75,0.64]
[null,"Suction Line",null,{"$f":"ROUND($E57/$E$60,2)","v":1.17},{"$f":"ROUND($E58/$E$60,2)","v":1.1100000000000001},{"$f":"ROUND($E59/$E$60,2)","v":1.04},{"$f":"ROUND($E61/$E$60,2)","v":0.96},{"$f":"ROUND($E62/$E$60,2)","v":0.89},{"$f":"ROUND($E63/$E$60,2)","v":0.81},{"$f":"ROUND($E64/$E$60,2)","v":0.73}]
[null,"Discharge Line",null,0.85,0.91,0.97,1.03,1.07,1.0900000000000001,1.1100000000000001]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D57)","v":64.558215163345153}]
[null,null,null,90,60.804497507797393]
[null,null,null,100,56.95193590784065]
[null,null,null,105,54.983341359095405]
[null,null,null,110,52.983000706579148]
[null,null,null,120,48.873316162303112]
[null,null,null,130,44.587419238190833]
[null,null,null,140,40.069905226815379]

{"sheet":"Table 7 SI","index":18,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R449A.mix",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":21.15254246088827},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":22.205074616238996}]
[]
["Table 7 Suction, Discharge, and Liquid Line Capacities for Refrigerant 448A/449A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 21.2 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 22.2 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":4.8519238869357686},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":7.0057529019214861},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":9.7424201157944861},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":15.077282360737076},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":19.542978589190184},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-40,-30,-20,-5,5,-40,5,-40,5,-40,5]
["3/8 (10)",null,0.121,0.19800000000000001,0.311,0.56599999999999995,0.81,1.05,1.41,2.92,3.52,4.26,5.14]
["1/2 (13)",null,0.3,0.49299999999999999,0.77,1.4,1.99,2.59,3.47,5.73,6.92,10.5,12.7]
["5/8 (16)",null,0.54800000000000004,0.89600000000000002,1.4,2.5299999999999998,3.61,4.6900000000000004,6.26,8.9600000000000009,10.8,19.100000000000001,23]
["3/4 (19)",null,0.93799999999999994,1.53,2.39,4.3099999999999996,6.14,7.97,10.6,13.4,16.2,32.5,39.299999999999997]
["7/8 (22)",null,1.46,2.38,3.7,6.66,9.48,12.3,16.399999999999999,18.600000000000001,22.4,50.3,60.7]
["1 1/8 (29)",null,2.97,4.83,7.5,13.5,19.2,24.9,33.200000000000003,31.7,38.299999999999997,95.1,115]
["1 3/8 (35)",null,5.2,8.4499999999999993,13.1,23.5,33.4,43.3,57.7,48.3,58.3,145,175]
["1 5/8 (41)",null,8.25,13.4,20.7,37.200000000000003,52.7,68.400000000000006,91.1,68.3,82.5,205,247]
["2 1/8 (54)",null,16.600000000000001,26.9,42.1,77,109,141,188,119,144,356,431]
["2 5/8 (67)",null,25.5,41.6,64.900000000000006,119,172,249,331,183,221,550,664]
["3 1/8 (79)",null,36.4,59.3,92.7,170,246,397,527,262,316,785,948]
["3 5/8 (92)",null,49.3,80.2,125,230,332,588,782,354,427,1060,1280]
["4 1/8 (105)",null,64.099999999999994,104,163,299,432,765,1100,460,555,1380,1670]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.23699999999999999,0.379,0.57699999999999996,1.01,1.42,1.83,2.42,5.4,6.52,7.71,9.31]
["1/2 (13)","80",0.47,0.749,1.1399999999999999,2,2.79,3.61,4.76,8.99,10.9,15.2,18.399999999999999]
["3/4 (19)","80",1.06,1.69,2.57,4.5,6.29,8.1300000000000008,10.7,16.600000000000001,20.100000000000001,34.299999999999997,41.4]
["1 (25)","80",2.09,3.32,5.04,8.81,12.3,15.9,21,27.6,33.4,67.2,81.099999999999994]
["1 1/4 (32)","80",4.5,7.14,10.8,18.899999999999999,26.4,34.1,45,49.3,59.5,144,174]
["1 1/2 (38)","80",6.88,10.9,16.5,28.8,40.200000000000003,51.9,68.5,67.900000000000006,82,204,246]
["2 (51)","40",16,25.3,38.4,66.900000000000006,93.4,121,159,129,156,387,467]
["2 1/2 (64)","40",25.6,40.4,61.2,107,149,192,253,184,222,552,666]
["3 (76)","40",39.5,64.400000000000006,101,184,263,339,447,284,343,852,1030]
["4 (102)","40",68.099999999999994,111,173,317,459,691,910,489,590,1470,1770]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.27,1.18,1.0900000000000001,0.91,0.82,0.73,0.64]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.19},{"$f":"ROUND($E57/$E$59,2)","v":1.1299999999999999},{"$f":"ROUND($E58/$E$59,2)","v":1.06},{"$f":"ROUND($E60/$E$59,2)","v":0.93},{"$f":"ROUND($E61/$E$59,2)","v":0.87},{"$f":"ROUND($E62/$E$59,2)","v":0.8},{"$f":"ROUND($E63/$E$59,2)","v":0.72}]
[null,"Discharge Line",null,0.85,0.91,0.96,1.04,1.07,1.08,1.0900000000000001]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D56)","v":152.51896241709579}]
[null,null,null,30,144.73192719807489]
[null,null,null,35,136.76955989310005]
[null,null,null,40,128.60602775691649]
[null,null,null,45,120.20714974045404]
[null,null,null,50,111.5263192781598]
[null,null,null,55,102.49729069227021]
[null,null,null,60,93.019713564845119]

{"sheet":"Table 8","index":19,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[4,9,4,12],[5,11,5,12],[6,11,6,12],[5,9,6,10],[4,7,4,8],[5,7,5,8],[6,7,6,8],[22,0,22,1],[16,0,16,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[7,2,7,12],[42,3,42,9],[4,2,4,6],[5,0,5,1],[5,2,5,6],[6,0,6,1],[17,0,17,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1]]}
["NIST Refrigerant File",null,null,"R32.fld",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":4.8944355391009253},null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":4.8944355391140562}]
[]
["Table 8 Suction, Discharge, and Liquid Line Capacities for Refrigerant 32 (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 4.89 psi,",null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 4.89 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":1.8513258811376474},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":2.1996594952551476},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":2.5896527532731994},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":3.5026499803206406},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":4.6062873416668992},"max velocity 3000 fpm)",null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,-20,-10,0,20,40,-20,40,-20,40,-20,40]
["3/8",null,0.154,0.192,0.23599999999999999,0.34799999999999998,0.495,0.59899999999999998,0.71699999999999997,1.45,1.51,2.83,2.94]
["1/2",null,0.38100000000000001,0.47399999999999998,0.58399999999999996,0.85799999999999998,1.22,1.47,1.76,2.85,2.96,6.96,7.24]
["5/8",null,0.69099999999999995,0.86,1.06,1.55,2.2000000000000002,2.67,3.18,4.45,4.63,12.6,13.1]
["3/4",null,1.18,1.47,1.8,2.64,3.74,4.54,5.41,6.65,6.91,19.899999999999999,20.7]
["7/8",null,1.83,2.27,2.79,4.08,5.77,7.01,8.35,9.23,9.61,27.7,28.8]
["1 1/8",null,3.71,4.6100000000000003,5.66,8.27,11.7,14.2,16.899999999999999,15.7,16.399999999999999,47.2,49.1]
["1 3/8",null,6.45,8.0399999999999991,9.86,14.4,20.3,24.7,29.3,24,24.9,71.900000000000006,74.8]
["1 5/8",null,9.1199999999999992,11.4,14.1,20.9,30.3,39,46.3,33.9,35.299999999999997,102,106]
["2 1/8",null,15.9,19.8,24.5,36.4,52.7,78.5,95.6,59,61.4,177,184]
["2 5/8",null,24.5,30.5,37.700000000000003,56.2,81.2,121,159,91,94.7,273,284]
["3 1/8",null,34.9,43.6,53.9,80.2,116,173,227,130,135,390,406]
["3 5/8",null,47.3,59,72.900000000000006,108,157,234,306,176,183,527,549]
["4 1/8",null,61.4,76.599999999999994,94.7,141,204,304,398,228,238,685,713]
["Steel"]
["IPS","SCH"]
["3/8","80",0.28599999999999998,0.35099999999999998,0.42699999999999999,0.61399999999999999,0.85399999999999998,1.05,1.23,2.68,2.79,4.9800000000000004,5.18]
["1/2","80",0.56399999999999995,0.69299999999999995,0.84199999999999997,1.21,1.68,2.0699999999999998,2.42,4.47,4.6500000000000004,9.81,10.199999999999999]
["3/4","80",1.27,1.56,1.9,2.72,3.78,4.66,5.45,8.25,8.58,22.1,23]
["1","80",2.5,3.06,3.72,5.33,7.41,9.1199999999999992,10.7,13.7,14.3,41.2,42.8]
["1 1/4","80",5.36,6.57,7.98,11.4,15.9,19.5,22.9,24.5,25.5,73.400000000000006,76.400000000000006]
["1 1/2","80",8.18,10,12.2,17.399999999999999,24.2,29.8,34.799999999999997,33.700000000000003,35.1,101,105]
["2","40",17.2,21.5,26.5,39.5,56.1,69.099999999999994,80.900000000000006,64,66.599999999999994,192,200]
["2 1/2","40",24.6,30.6,37.9,56.4,81.5,110,129,91.3,95,274,285]
["3","40",37.9,47.3,58.5,87,126,188,228,141,147,423,440]
["4","40",65.3,81.5,101,150,217,323,423,243,253,729,758]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 10°F evaporator temperature, and are suitable in the range of -20°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.2,1.1200000000000001,1.04,0.96,0.88,0.79,0.7]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.1200000000000001},{"$f":"ROUND($E57/$E$59,2)","v":1.07},{"$f":"ROUND($E58/$E$59,2)","v":1.02},{"$f":"ROUND($E60/$E$59,2)","v":0.97},{"$f":"ROUND($E61/$E$59,2)","v":0.92},{"$f":"ROUND($E62/$E$59,2)","v":0.87},{"$f":"ROUND($E63/$E$59,2)","v":0.81}]
[null,"Discharge Line",null,0.84,0.9,0.97,1.03,1.0900000000000001,1.1399999999999999,1.19]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ 10°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",10)-Enthalpy($D$1,\"TLIQ\",\"E\",$D56)","v":113.39966373646628}]
[null,null,null,90,108.70760110868041]
[null,null,null,100,103.86022292385044]
[null,null,null,105,101.3681357240466]
[null,null,null,110,98.82350980558958]
[null,null,null,120,93.548988195472816]
[null,null,null,130,87.963241486797813]
[null,null,null,140,81.945281668532374]

{"sheet":"Table 8 SI","index":20,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R32.fld",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":30.075981603645108},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":30.075981603745028}]
[]
["Table 8 Suction, Discharge, and Liquid Line Capacities for Refrigerant 32 (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 30.1 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 30.1 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":11.105403520674129},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":15.094078338627027},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":19.944994360761026},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":22.716342339129667},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":28.996209535532614},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-30,-20,-10,-5,5,-30,5,-30,5,-30,5]
["3/8 (10)",null,0.49399999999999999,0.73299999999999998,1.05,1.24,1.7,1.98,2.39,5.05,5.26,9.4499999999999993,9.85]
["1/2 (13)",null,1.23,1.81,2.58,3.05,4.17,4.88,5.88,9.92,10.3,23.3,24.3]
["5/8 (16)",null,2.23,3.29,4.68,5.52,7.54,8.82,10.6,15.5,16.2,42.2,44]
["3/4 (19)",null,3.8,5.6,7.97,9.4,12.8,15,18.100000000000001,23.1,24.1,69.400000000000006,72.400000000000006]
["7/8 (22)",null,5.89,8.67,12.3,14.5,19.8,23.2,27.9,32.200000000000003,33.5,96.5,101]
["1 1/8 (29)",null,12,17.600000000000001,25,29.4,40,47,56.3,54.8,57.2,164,172]
["1 3/8 (35)",null,20.9,30.7,43.5,51.2,69.599999999999994,81.8,98,83.5,87.1,251,261]
["1 5/8 (41)",null,30.3,45,64.900000000000006,77.099999999999994,107,129,155,118,123,355,370]
["2 1/8 (54)",null,52.8,78.3,113,134,186,267,320,206,214,617,643]
["2 5/8 (67)",null,81.400000000000006,121,174,207,288,412,548,317,331,951,992]
["3 1/8 (79)",null,116,172,248,295,410,589,782,453,472,1360,1420]
["3 5/8 (92)",null,157,233,336,399,555,796,1060,612,638,1840,1910]
["4 1/8 (105)",null,204,303,437,519,722,1030,1380,796,830,2390,2490]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.92500000000000004,1.34,1.87,2.1800000000000002,2.93,3.49,4.12,9.34,9.74,16.7,17.399999999999999]
["1/2 (13)","80",1.83,2.63,3.68,4.3,5.77,6.87,8.11,15.6,16.2,33,34.4]
["3/4 (19)","80",4.13,5.94,8.2899999999999991,9.69,13,15.5,18.3,28.7,30,74.3,77.400000000000006]
["1 (25)","80",8.09,11.6,16.2,19,25.4,30.3,35.799999999999997,47.8,49.8,143,150]
["1 1/4 (32)","80",17.399999999999999,25,34.799999999999997,40.700000000000003,54.5,64.900000000000006,76.599999999999994,85.2,88.9,256,267]
["1 1/2 (38)","80",26.5,38.1,53.1,62,83,99,117,117,122,352,367]
["2 (51)","40",57.2,84.9,122,144,193,230,271,223,232,669,697]
["2 1/2 (64)","40",81.599999999999994,121,175,208,288,366,432,318,332,954,995]
["3 (76)","40",126,187,270,320,445,639,762,491,512,1470,1540]
["4 (102)","40",217,322,464,552,767,1100,1460,845,882,2540,2650]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -12°C evaporator temperature, and are suitable in the range of -30°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.21,1.1499999999999999,1.07,0.93,0.85,0.78,0.7]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.1299999999999999},{"$f":"ROUND($E57/$E$59,2)","v":1.0900000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.04},{"$f":"ROUND($E60/$E$59,2)","v":0.95},{"$f":"ROUND($E61/$E$59,2)","v":0.91},{"$f":"ROUND($E62/$E$59,2)","v":0.86},{"$f":"ROUND($E63/$E$59,2)","v":0.8}]
[null,"Discharge Line",null,0.82,0.89,0.94,1.06,1.1100000000000001,1.1499999999999999,1.19]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -12°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-12)-Enthalpy($D$1,\"TLIQ\",\"C\",$D56)","v":266.86504995716723}]
[null,null,null,30,257.15024631778238]
[null,null,null,35,247.16371549978874]
[null,null,null,40,236.85567603869123]
[null,null,null,45,226.15923666502198]
[null,null,null,50,214.98066572410369]
[null,null,null,55,203.1813118970673]
[null,null,null,60,190.54045386563502]

{"sheet":"Table 9","index":21,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R454C.mix",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":3.0182100506718541},null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":3.2754960783865101}]
[]
["Table 9 Suction, Discharge, and Liquid Line Capacities for Refrigerant 454C (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 3.02 psi,",null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 3.28 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":0.69004107570286344},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":1.0308691626530972},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":1.4736648084322894},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":2.0307995674729469},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":2.7146388033920914},"max velocity 3000 fpm)",null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,-40,-20,0,20,40,-40,40,-40,40,-40,40]
["3/8",null,"---","---","---",0.13,0.19500000000000001,0.27300000000000002,0.373,0.71399999999999997,0.89800000000000002,1.06,1.33]
["1/2",null,"---",0.126,0.20499999999999999,0.32100000000000001,0.48099999999999998,0.67,0.91600000000000004,1.4,1.76,2.62,3.29]
["5/8",null,0.13200000000000001,0.22800000000000001,0.373,0.58099999999999996,0.87,1.21,1.65,2.19,2.76,4.74,5.96]
["3/4",null,0.22600000000000001,0.39,0.63600000000000001,0.99,1.48,2.06,2.81,3.28,4.12,8.08,10.199999999999999]
["7/8",null,0.35199999999999998,0.60499999999999998,0.98599999999999999,1.53,2.29,3.18,4.34,4.55,5.72,12.5,15.7]
["1 1/8",null,0.71699999999999997,1.23,2,3.1,4.63,6.43,8.76,7.76,9.75,23.3,29.2]
["1 3/8",null,1.26,2.15,3.49,5.41,8.06,11.2,15.2,11.8,14.8,35.5,44.5]
["1 5/8",null,1.99,3.41,5.53,8.5500000000000007,12.7,17.7,24,16.7,21,50.2,63.1]
["2 1/8",null,3.99,6.85,11.2,17.600000000000001,26.3,36.5,49.6,29.1,36.6,87.3,110]
["2 5/8",null,6.15,10.6,17.3,27.2,41.2,64.3,87.5,44.9,56.4,135,169]
["3 1/8",null,8.77,15.1,24.7,38.799999999999997,58.9,102,139,64.099999999999994,80.5,192,241]
["3 5/8",null,11.9,20.399999999999999,33.4,52.4,79.599999999999994,152,206,86.6,109,260,327]
["4 1/8",null,15.4,26.5,43.4,68.099999999999994,104,203,291,113,142,338,425]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---",0.153,0.23400000000000001,0.34300000000000003,0.47199999999999998,0.63800000000000001,1.32,1.66,1.91,2.4]
["1/2","80",0.113,0.19,0.30299999999999999,0.46100000000000002,0.67600000000000005,0.92900000000000005,1.26,2.2000000000000002,2.77,3.77,4.7300000000000004]
["3/4","80",0.25700000000000001,0.43,0.68300000000000005,1.04,1.52,2.09,2.83,4.07,5.1100000000000003,8.49,10.7]
["1","80",0.505,0.84399999999999997,1.34,2.04,2.98,4.0999999999999996,5.54,6.76,8.5,16.600000000000001,20.9]
["1 1/4","80",1.0900000000000001,1.81,2.88,4.37,6.39,8.7799999999999994,11.9,12.1,15.2,35.700000000000003,44.8]
["1 1/2","80",1.66,2.77,4.38,6.65,9.74,13.4,18.100000000000001,16.600000000000001,20.9,49.9,62.6]
["2","40",3.86,6.44,10.199999999999999,15.5,22.6,31,41.9,31.6,39.6,94.7,119]
["2 1/2","40",6.17,10.3,16.2,24.6,36,49.5,66.8,45,56.6,135,170]
["3","40",9.52,16.399999999999999,26.8,42.1,63.7,87.4,118,69.5,87.3,209,262]
["4","40",16.399999999999999,28.2,46.1,72.400000000000006,110,178,240,120,150,359,451]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.26,1.1599999999999999,1.05,0.95,0.84,0.74,0.63]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.19},{"$f":"ROUND($E57/$E$59,2)","v":1.1100000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.04},{"$f":"ROUND($E60/$E$59,2)","v":0.96},{"$f":"ROUND($E61/$E$59,2)","v":0.88},{"$f":"ROUND($E62/$E$59,2)","v":0.8},{"$f":"ROUND($E63/$E$59,2)","v":0.71}]
[null,"Discharge Line",null,0.87,0.92,0.98,1.02,1.06,1.07,1.08]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D56)","v":60.021869856380604}]
[null,null,null,90,56.296203431040297]
[null,null,null,100,52.479880755656097]
[null,null,null,105,50.533233712591425]
[null,null,null,110,48.557912625720263]
[null,null,null,120,44.509777065523622]
[null,null,null,130,40.306980085723566]
[null,null,null,140,35.908069065548688]

{"sheet":"Table 9 SI","index":22,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R454C.mix",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":18.534623505363612},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":20.144047823286826}]
[]
["Table 9 Suction, Discharge, and Liquid Line Capacities for Refrigerant 454C (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 18.5 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 20.1 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":4.2909881329718234},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":6.1698977593638844},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":8.555330335525996},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":13.205871755545218},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":17.102835745071875},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-40,-30,-20,-5,5,-40,5,-40,5,-40,5]
["3/8 (10)",null,"---",0.16200000000000001,0.255,0.46700000000000003,0.67200000000000004,0.91,1.25,2.5,3.14,3.56,4.4800000000000004]
["1/2 (13)",null,0.245,0.40200000000000002,0.63100000000000001,1.1499999999999999,1.65,2.2400000000000002,3.06,4.92,6.18,8.8000000000000007,11.1]
["5/8 (16)",null,0.44700000000000001,0.73199999999999998,1.1499999999999999,2.09,2.99,4.05,5.53,7.68,9.66,15.9,20]
["3/4 (19)",null,0.76500000000000001,1.25,1.96,3.56,5.0999999999999996,6.88,9.41,11.5,14.4,27.2,34.200000000000003]
["7/8 (22)",null,1.19,1.94,3.03,5.51,7.88,10.6,14.5,15.9,20,42.1,52.9]
["1 1/8 (29)",null,2.42,3.95,6.16,11.2,15.9,21.5,29.3,27.2,34.200000000000003,81.5,102]
["1 3/8 (35)",null,4.24,6.91,10.8,19.5,27.8,37.4,51,41.4,52,124,156]
["1 5/8 (41)",null,6.73,11,17,30.8,43.8,59,80.5,58.6,73.599999999999994,176,221]
["2 1/8 (54)",null,13.9,22.7,35.4,63.7,90.7,122,166,102,128,306,384]
["2 5/8 (67)",null,21.5,35,54.8,101,147,215,293,157,198,471,593]
["3 1/8 (79)",null,30.6,50,78.3,144,209,343,467,224,282,673,846]
["3 5/8 (92)",null,41.4,67.599999999999994,106,195,283,509,692,303,381,910,1140]
["4 1/8 (105)",null,53.9,87.8,138,253,368,698,974,394,496,1180,1490]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.19400000000000001,0.311,0.47499999999999998,0.84099999999999997,1.18,1.58,2.14,4.63,5.82,6.45,8.11]
["1/2 (13)","80",0.38400000000000001,0.61399999999999999,0.93799999999999994,1.66,2.33,3.12,4.22,7.71,9.69,12.7,16]
["3/4 (19)","80",0.87,1.39,2.12,3.74,5.25,7.02,9.5,14.2,17.899999999999999,28.7,36.1]
["1 (25)","80",1.71,2.73,4.16,7.32,10.3,13.7,18.600000000000001,23.7,29.8,56.2,70.7]
["1 1/4 (32)","80",3.68,5.86,8.92,15.7,22.1,29.4,39.799999999999997,42.2,53.1,121,152]
["1 1/2 (38)","80",5.63,8.94,13.6,23.9,33.6,44.9,60.7,58.2,73.099999999999994,175,219]
["2 (51)","40",13.1,20.8,31.6,55.6,78,104,141,110,139,331,417]
["2 1/2 (64)","40",20.9,33.200000000000003,50.4,88.6,124,166,224,158,198,473,595]
["3 (76)","40",33.200000000000003,54.2,84.9,156,220,293,396,243,306,730,918]
["4 (102)","40",57.2,93.4,146,269,391,596,806,419,527,1260,1580]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.28,1.19,1.0900000000000001,0.91,0.81,0.72,0.62]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.2},{"$f":"ROUND($E57/$E$59,2)","v":1.1399999999999999},{"$f":"ROUND($E58/$E$59,2)","v":1.07},{"$f":"ROUND($E60/$E$59,2)","v":0.93},{"$f":"ROUND($E61/$E$59,2)","v":0.86},{"$f":"ROUND($E62/$E$59,2)","v":0.78},{"$f":"ROUND($E63/$E$59,2)","v":0.7}]
[null,"Discharge Line",null,0.86,0.91,0.96,1.03,1.05,1.07,1.08]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D56)","v":141.9443758456818}]
[null,null,null,30,134.21104780643125]
[null,null,null,35,126.31617284771312]
[null,null,null,40,118.23774104439593]
[null,null,null,45,109.94657717747339]
[null,null,null,50,101.40390099749106]
[null,null,null,55,92.557227610744519]
[null,null,null,60,83.332238666660714]

{"sheet":"Table 10","index":23,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R455A.mix",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":3.2247250807043599},null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":3.5533037517810158}]
[]
["Table 10 Suction, Discharge, and Liquid Line Capacities for Refrigerant 455A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 3.22 psi,",null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 3.55 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":0.73701743383021068},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":1.1002650955224382},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":1.5720333282886045},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":2.1656625941871539},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":2.8946768462049164},"max velocity 3000 fpm)",null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,-40,-20,0,20,40,-40,40,-40,40,-40,40]
["3/8",null,"---","---","---",0.13900000000000001,0.20899999999999999,0.30299999999999999,0.41299999999999998,0.72499999999999998,0.90500000000000003,1.1299999999999999,1.42]
["1/2",null,"---",0.13500000000000001,0.221,0.34399999999999997,0.51400000000000001,0.74299999999999999,1.01,1.42,1.78,2.8,3.49]
["5/8",null,0.14299999999999999,0.246,0.40100000000000002,0.622,0.93,1.34,1.83,2.23,2.78,5.07,6.33]
["3/4",null,0.24399999999999999,0.42,0.68300000000000005,1.06,1.58,2.2799999999999998,3.11,3.32,4.1500000000000004,8.6300000000000008,10.8]
["7/8",null,0.38,0.65200000000000002,1.06,1.64,2.4500000000000002,3.53,4.8099999999999996,4.62,5.77,13.4,16.7]
["1 1/8",null,0.77400000000000002,1.33,2.15,3.32,4.95,7.13,9.6999999999999993,7.88,9.83,23.6,29.5]
["1 3/8",null,1.35,2.3199999999999998,3.75,5.79,8.61,12.4,16.899999999999999,12,15,36,44.9]
["1 5/8",null,2.15,3.67,5.93,9.16,13.6,19.600000000000001,26.6,17,21.2,50.9,63.6]
["2 1/8",null,4.21,7.22,11.8,18.5,28,40.4,54.9,29.5,36.9,88.6,111]
["2 5/8",null,6.49,11.1,18.2,28.5,43.1,71.3,96.8,45.5,56.9,137,171]
["3 1/8",null,9.27,15.9,25.9,40.6,61.6,114,154,65,81.099999999999994,195,243]
["3 5/8",null,12.5,21.5,35.1,55,83.3,168,228,87.9,110,264,329]
["4 1/8",null,16.3,27.9,45.6,71.400000000000006,108,223,321,114,143,343,428]
["Steel"]
["IPS","SCH"]
["3/8","80","---",0.10299999999999999,0.16400000000000001,0.25,0.36599999999999999,0.52200000000000002,0.70499999999999996,1.34,1.67,2.0299999999999998,2.54]
["1/2","80",0.122,0.20399999999999999,0.32400000000000001,0.49299999999999999,0.72099999999999997,1.03,1.39,2.23,2.79,4.01,5]
["3/4","80",0.27700000000000002,0.46200000000000002,0.73199999999999998,1.1100000000000001,1.62,2.3199999999999998,3.12,4.13,5.15,9.0299999999999994,11.3]
["1","80",0.54400000000000004,0.90700000000000003,1.44,2.1800000000000002,3.18,4.53,6.11,6.86,8.57,17.7,22.1]
["1 1/4","80",1.17,1.95,3.08,4.66,6.82,9.7100000000000009,13.1,12.2,15.3,36.700000000000003,45.8]
["1 1/2","80",1.79,2.97,4.7,7.11,10.4,14.8,20,16.899999999999999,21.1,50.6,63.2]
["2","40",4.16,6.91,10.9,16.5,24.1,34.299999999999997,46.3,32,40,96.1,120]
["2 1/2","40",6.51,11,17.399999999999999,26.3,38.4,54.7,73.8,45.7,57,137,171]
["3","40",10.1,17.2,28.1,44.1,66.8,96.6,130,70.599999999999994,88.1,212,264]
["4","40",17.3,29.7,48.4,15.9,115,197,265,121,152,364,455]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.27,1.1599999999999999,1.05,0.95,0.84,0.73,0.63]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.19},{"$f":"ROUND($E57/$E$59,2)","v":1.1100000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.04},{"$f":"ROUND($E60/$E$59,2)","v":0.96},{"$f":"ROUND($E61/$E$59,2)","v":0.88},{"$f":"ROUND($E62/$E$59,2)","v":0.8},{"$f":"ROUND($E63/$E$59,2)","v":0.71}]
[null,"Discharge Line",null,0.87,0.93,0.98,1.02,1.05,1.06,1.06]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D56)","v":61.316286823237832}]
[null,null,null,90,57.526069603927183]
[null,null,null,100,53.641132733030787]
[null,null,null,105,51.6583019218629]
[null,null,null,110,49.645354416809553]
[null,null,null,120,45.51705727697356]
[null,null,null,130,41.226410373044672]
[null,null,null,140,36.729662008564489]

{"sheet":"Table 10 SI","index":24,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R455A.mix",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":19.801564396983995},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":21.865872075346182}]
[]
["Table 10 Suction, Discharge, and Liquid Line Capacities for Refrigerant 455A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 19.8 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 21.9 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":4.5830904901015828},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":6.5856397390495207},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":9.1272100129915774},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":14.082449195077729},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":18.23716304498879},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-40,-30,-20,-5,5,-40,5,-40,5,-40,5]
["3/8 (10)",null,0.106,0.17499999999999999,0.27400000000000002,0.5,0.71799999999999997,1.01,1.38,2.54,3.17,3.81,4.76]
["1/2 (13)",null,0.26500000000000001,0.434,0.67800000000000005,1.23,1.77,2.48,3.4,4.99,6.23,9.41,11.8]
["5/8 (16)",null,0.48199999999999998,0.78900000000000003,1.23,2.2400000000000002,3.2,4.49,6.14,7.8,9.74,17.100000000000001,21.3]
["3/4 (19)",null,0.82599999999999996,1.35,2.1,3.81,5.45,7.64,10.4,11.6,14.5,29.1,36.299999999999997]
["7/8 (22)",null,1.28,2.09,3.26,5.9,8.42,11.8,16.100000000000001,16.2,20.2,45,56.2]
["1 1/8 (29)",null,2.62,4.26,6.62,11.9,17,23.8,32.5,27.6,34.4,82.7,103]
["1 3/8 (35)",null,4.58,7.44,11.6,20.8,29.7,41.5,56.5,42,52.5,126,157]
["1 5/8 (41)",null,7.27,11.8,18.3,32.9,46.8,65.5,89.2,59.4,74.2,178,223]
["2 1/8 (54)",null,14.7,23.9,37.4,68.2,96.9,135,184,103,129,310,387]
["2 5/8 (67)",null,22.7,36.9,57.6,106,153,239,325,159,199,478,598]
["3 1/8 (79)",null,32.4,52.6,82.3,151,219,380,517,228,284,683,853]
["3 5/8 (92)",null,43.8,71.2,111,204,296,564,766,308,385,924,1150]
["4 1/8 (105)",null,56.9,92.6,145,266,385,768,1080,400,500,1200,1500]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.20899999999999999,0.33400000000000002,0.51,0.89800000000000002,1.26,1.75,2.37,4.7,5.86,6.87,8.58]
["1/2 (13)","80",0.41399999999999998,0.66,1.01,1.77,2.4900000000000002,3.45,4.66,7.82,9.77,13.5,16.899999999999999]
["3/4 (19)","80",0.93799999999999994,1.49,2.27,3.99,5.6,7.77,10.5,14.5,18,30.5,38.1]
["1 (25)","80",1.84,2.93,4.45,7.82,11,15.2,20.5,24,30,59.8,74.7]
["1 1/4 (32)","80",3.97,6.29,9.56,16.8,23.5,32.6,44,42.9,53.5,128,160]
["1 1/2 (38)","80",6.06,9.6,14.6,25.6,35.799999999999997,49.7,67.099999999999994,59.1,73.8,177,221]
["2 (51)","40",14.1,22.3,33.9,59.4,83.2,115,156,112,140,336,420]
["2 1/2 (64)","40",22.5,35.6,54,94.6,133,184,248,160,200,480,599]
["3 (76)","40",35.1,57.1,89.3,164,234,324,438,247,309,741,926]
["4 (102)","40",60.5,98.4,154,282,409,660,891,425,531,1280,1590]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.28,1.19,1.1000000000000001,0.9,0.81,0.72,0.62]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.2},{"$f":"ROUND($E57/$E$59,2)","v":1.1299999999999999},{"$f":"ROUND($E58/$E$59,2)","v":1.07},{"$f":"ROUND($E60/$E$59,2)","v":0.93},{"$f":"ROUND($E61/$E$59,2)","v":0.86},{"$f":"ROUND($E62/$E$59,2)","v":0.78},{"$f":"ROUND($E63/$E$59,2)","v":0.71}]
[null,"Discharge Line",null,0.86,0.91,0.96,1.03,1.05,1.06,1.06]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D56)","v":144.99761946787487}]
[null,null,null,30,137.13172065609632]
[null,null,null,35,129.09743349217592]
[null,null,null,40,120.87088614350262]
[null,null,null,45,112.4209583062526]
[null,null,null,50,103.70688493579382]
[null,null,null,55,94.673728039500077]
[null,null,null,60,85.242893304718791]

{"sheet":"Table 11","index":25,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R457A.mix",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":2.7819383259829067},null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":3.0077937344091765}]
[]
["Table 11 Suction, Discharge, and Liquid Line Capacities for Refrigerant 457A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 2.78 psi,",null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 3.01 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":0.62622398738453278},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":0.93967535913778377},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":1.3484204897978671},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":1.8640880653897369},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":2.4979285255529362},"max velocity 3000 fpm)",null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,-40,-20,0,20,40,-40,40,-40,40,-40,40]
["3/8",null,"---","---","---",0.126,0.189,0.26500000000000001,0.35899999999999999,0.78400000000000003,0.97099999999999997,1.1100000000000001,1.37]
["1/2",null,"---",0.122,0.19900000000000001,0.311,0.46700000000000003,0.65300000000000002,0.88200000000000001,1.54,1.91,2.74,3.39]
["5/8",null,0.128,0.222,0.36199999999999999,0.56399999999999995,0.84499999999999997,1.18,1.59,2.41,2.98,4.96,6.15]
["3/4",null,0.22,0.379,0.61799999999999999,0.96199999999999997,1.44,2.0099999999999998,2.71,3.59,4.45,8.4600000000000009,10.5]
["7/8",null,0.34100000000000003,0.58799999999999997,0.95799999999999996,1.49,2.2200000000000002,3.11,4.18,4.99,6.18,13.1,16.2]
["1 1/8",null,0.69599999999999995,1.2,1.94,3.02,4.5,6.28,8.4499999999999993,8.51,10.5,25.5,31.6]
["1 3/8",null,1.22,2.09,3.4,5.26,7.84,10.9,14.7,13,16.100000000000001,38.9,48.2]
["1 5/8",null,1.93,3.32,5.38,8.32,12.4,17.3,23.2,18.399999999999999,22.7,55.1,68.2]
["2 1/8",null,3.82,6.56,10.7,16.8,25.5,35.700000000000003,47.9,31.9,39.5,95.8,119]
["2 5/8",null,5.89,10.1,16.5,26,39.4,62.9,84.5,49.2,61,148,183]
["3 1/8",null,8.41,14.4,23.6,37,56.2,100,135,70.3,87,211,261]
["3 5/8",null,11.4,19.5,31.9,50.1,76,148,199,95.1,118,285,353]
["4 1/8",null,14.8,25.4,41.5,65.099999999999994,98.8,193,276,124,153,371,459]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---",0.15,0.22900000000000001,0.33600000000000002,0.46300000000000002,0.61899999999999999,1.45,1.8,2.0099999999999998,2.4900000000000002]
["1/2","80",0.111,0.186,0.29599999999999999,0.45100000000000001,0.66100000000000003,0.91200000000000003,1.22,2.42,2.99,3.97,4.92]
["3/4","80",0.251,0.42099999999999999,0.66800000000000004,1.02,1.49,2.06,2.74,4.46,5.53,8.9499999999999993,11.1]
["1","80",0.49399999999999999,0.82599999999999996,1.31,1.99,2.92,4.0199999999999996,5.37,7.42,9.19,17.5,21.7]
["1 1/4","80",1.06,1.78,2.81,4.2699999999999996,6.25,8.6199999999999992,11.5,13.2,16.399999999999999,37.6,46.6]
["1 1/2","80",1.62,2.71,4.29,6.51,9.5299999999999994,13.1,17.5,18.2,22.6,54.7,67.7]
["2","40",3.78,6.3,10,15.1,22.1,30.5,40.700000000000003,34.6,42.9,104,129]
["2 1/2","40",5.91,10.1,15.9,24.1,35.299999999999997,48.6,64.8,49.4,61.2,148,184]
["3","40",9.1300000000000008,15.7,25.6,40.200000000000003,61,85.9,114,76.3,94.5,229,283]
["4","40",15.7,27,44.1,69.2,105,175,233,131,163,394,488]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.24,1.1499999999999999,1.05,0.95,0.86,0.76,0.66]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.17},{"$f":"ROUND($E57/$E$59,2)","v":1.1000000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.04},{"$f":"ROUND($E60/$E$59,2)","v":0.96},{"$f":"ROUND($E61/$E$59,2)","v":0.89},{"$f":"ROUND($E62/$E$59,2)","v":0.82},{"$f":"ROUND($E63/$E$59,2)","v":0.74}]
[null,"Discharge Line",null,0.84,0.91,0.97,1.03,1.08,1.1100000000000001,1.1299999999999999]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D56)","v":65.066412884035088}]
[null,null,null,90,61.293150622240816]
[null,null,null,100,57.435741870484605]
[null,null,null,105,55.471911395696111]
[null,null,null,110,53.482276531960949]
[null,null,null,120,49.416546953597674]
[null,null,null,130,45.216346002591024]
[null,null,null,140,40.850587097700441]

{"sheet":"Table 11 SI","index":26,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R457A.mix",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":17.08493354100149},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":18.494030877212797}]
[]
["Table 11 Suction, Discharge, and Liquid Line Capacities for Refrigerant 457A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 17.1 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 18.5 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":3.8942355122870835},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":5.621875535433932},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":7.8228046576376826},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":12.126980641787188},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":15.739299562730958},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-40,-30,-20,-5,5,-40,5,-40,5,-40,5]
["3/8 (10)",null,"---",0.157,0.247,0.45300000000000001,0.65100000000000002,0.88500000000000001,1.2,2.74,3.4,3.72,4.6100000000000003]
["1/2 (13)",null,0.23699999999999999,0.39,0.61199999999999999,1.1200000000000001,1.61,2.1800000000000002,2.95,5.39,6.68,9.19,11.4]
["5/8 (16)",null,0.433,0.71,1.1100000000000001,2.0299999999999998,2.91,3.94,5.33,8.42,10.4,16.7,20.7]
["3/4 (19)",null,0.74099999999999999,1.21,1.9,3.46,4.95,6.71,9.06,12.6,15.6,28.4,35.200000000000003]
["7/8 (22)",null,1.1499999999999999,1.88,2.94,5.35,7.65,10.4,14,17.5,21.6,44,54.5]
["1 1/8 (29)",null,2.35,3.84,5.98,10.8,15.5,21,28.3,29.8,36.9,89.3,111]
["1 3/8 (35)",null,4.12,6.71,10.5,18.899999999999999,27,36.5,49.2,45.4,56.2,136,169]
["1 5/8 (41)",null,6.54,10.6,16.600000000000001,29.9,42.6,57.7,77.599999999999994,64.2,79.599999999999994,193,239]
["2 1/8 (54)",null,13.3,21.7,34,62,88.3,119,160,112,138,335,415]
["2 5/8 (67)",null,20.6,33.5,52.4,96.5,140,210,283,172,213,517,640]
["3 1/8 (79)",null,29.3,47.8,74.8,138,200,335,450,246,305,738,914]
["3 5/8 (92)",null,39.700000000000003,64.7,101,186,270,497,668,333,412,998,1240]
["4 1/8 (105)",null,51.6,84.1,132,242,351,663,941,432,536,1300,1610]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.189,0.30299999999999999,0.46400000000000002,0.82099999999999995,1.1599999999999999,1.55,2.0699999999999998,5.07,6.29,6.79,8.42]
["1/2 (13)","80",0.375,0.6,0.91700000000000004,1.62,2.2799999999999998,3.06,4.08,8.4499999999999993,10.5,13.4,16.600000000000001]
["3/4 (19)","80",0.85,1.36,2.0699999999999998,3.65,5.13,6.89,9.1999999999999993,15.6,19.3,30.2,37.5]
["1 (25)","80",1.67,2.66,4.0599999999999996,7.16,10.1,13.5,18,26,32.200000000000003,59.2,73.400000000000006]
["1 1/4 (32)","80",3.6,5.73,8.73,15.3,21.6,28.9,38.6,46.3,57.4,127,157]
["1 1/2 (38)","80",5.5,8.74,13.3,23.4,32.9,44,58.8,63.8,79,191,237]
["2 (51)","40",12.8,20.399999999999999,31,54.4,76.3,102,136,121,150,363,450]
["2 1/2 (64)","40",20.5,32.5,49.4,86.7,122,163,217,173,214,518,642]
["3 (76)","40",31.8,51.9,81.2,149,215,288,384,267,331,800,992]
["4 (102)","40",54.8,89.4,140,257,373,586,781,459,569,1380,1710]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.26,1.17,1.0900000000000001,0.91,0.83,0.74,0.65]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.18},{"$f":"ROUND($E57/$E$59,2)","v":1.1200000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.06},{"$f":"ROUND($E60/$E$59,2)","v":0.94},{"$f":"ROUND($E61/$E$59,2)","v":0.87},{"$f":"ROUND($E62/$E$59,2)","v":0.8},{"$f":"ROUND($E63/$E$59,2)","v":0.73}]
[null,"Discharge Line",null,0.85,0.91,0.96,1.04,1.08,1.1100000000000001,1.1299999999999999]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D56)","v":153.70166043950178}]
[null,null,null,30,145.86510014330665]
[null,null,null,35,137.87743497412012]
[null,null,null,40,129.72108488463999]
[null,null,null,45,121.37294229156669]
[null,null,null,50,112.80244927702728]
[null,null,null,55,103.96892634834188]
[null,null,null,60,94.817015239742602]

{"sheet":"Table 11A","index":27,"n_rows":63,"n_cols":15,"rows_kept":63,"cut":false,"hidden":false,"merged":[[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1]]}
["NIST Refrigerant File",null,null,"R1234yf;7750;R134a;850;R152a;1400 mass",null,null,null,null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",105)-Pressure($D$1,\"TVAP\",\"E\",104)","v":2.1540855832729449},null,null,null,{"$f":"Pressure($D$1,\"TLIQ\",\"E\",105)-Pressure($D$1,\"TLIQ\",\"E\",104)","v":2.1550936712689293},null,{"$f":"(I1+M1)/2","v":2.1545896272709371}]
[]
["Table 11A Suction, Discharge, and Liquid Line Capacities for Refrigerant 516A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 2°F, max velocity 3000 fpm,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, psi)",null,null,null,null," (Dt = 1°F, Dp = 2.15 psi,",null,"Velocity = 100 fpm",null," (Dt = 1°F, Dp = 2.15 psi,"]
["Type L,",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C9)-Pressure($D$1,\"TVAP\",\"E\",C9-2)","v":1.0431402864366532},{"$f":"Pressure($D$1,\"TVAP\",\"E\",D9)-Pressure($D$1,\"TVAP\",\"E\",D9-2)","v":1.2342668945296964},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E9)-Pressure($D$1,\"TVAP\",\"E\",E9-2)","v":1.4475055590923631},{"$f":"Pressure($D$1,\"TVAP\",\"E\",F9)-Pressure($D$1,\"TVAP\",\"E\",F9-2)","v":1.6838088885207512},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G9)-Pressure($D$1,\"TVAP\",\"E\",G9-2)","v":1.9440938811853314},"max velocity 3000 fpm)",null,null,null,"max velocity 300 fpm)"]
["Copper,",null,"Saturated Suction Temperature, °F"]
["OD, in",null,0,10,20,30,40,0,40,0,40,0,40]
["3/8",null,"---","---","---",0.114,0.14000000000000001,0.20899999999999999,0.24199999999999999,0.81299999999999994,0.91700000000000004,0.92,1.04]
["1/2",null,0.14299999999999999,0.182,0.22700000000000001,0.28199999999999997,0.34599999999999997,0.51400000000000001,0.59399999999999997,1.6,1.8,2.2799999999999998,2.57]
["5/8",null,0.26100000000000001,0.33,0.41299999999999998,0.51100000000000001,0.627,0.93100000000000005,1.08,2.5,2.81,4.1399999999999997,4.67]
["3/4",null,0.44500000000000001,0.56299999999999994,0.70399999999999996,0.872,1.07,1.58,1.83,3.73,4.2,7.07,7.97]
["7/8",null,0.69,0.872,1.0900000000000001,1.35,1.65,2.4500000000000002,2.83,5.18,5.84,10.9,12.3]
["1 1/8",null,1.4,1.77,2.21,2.73,3.35,4.95,5.72,8.83,10,22.2,25.1]
["1 3/8",null,2.4500000000000002,3.09,3.86,4.7699999999999996,5.83,8.6199999999999992,10,13.5,15.2,38.799999999999997,43.8]
["1 5/8",null,3.88,4.9000000000000004,6.11,7.54,9.2200000000000006,13.6,15.7,19,21.5,57.1,64.400000000000006]
["2 1/8",null,8.07,10.199999999999999,12.7,15.6,19.100000000000001,28.2,32.5,33.1,37.299999999999997,99.4,112]
["2 5/8",null,12.9,16.399999999999999,20.6,25.7,31.7,49.7,57.3,51.1,57.6,153,173]
["3 1/8",null,18.5,23.4,29.4,36.6,45.2,79.099999999999994,91.3,72.900000000000006,82.2,219,247]
["3 5/8",null,25,31.7,39.799999999999997,49.5,61.1,117,135,98.6,111,296,334]
["4 1/8",null,32.5,41.2,51.7,64.400000000000006,79.5,165,191,128,145,385,434]
["Steel"]
["IPS","SCH"]
["3/8","80",0.109,0.13700000000000001,0.16900000000000001,0.20699999999999999,0.251,0.36699999999999999,0.42299999999999999,1.5,1.7,1.72,1.93]
["1/2","80",0.216,0.27,0.33300000000000002,0.40799999999999997,0.496,0.72199999999999998,0.83199999999999996,2.5099999999999998,2.83,3.39,3.82]
["3/4","80",0.48699999999999999,0.60899999999999999,0.752,0.92100000000000004,1.1200000000000001,1.63,1.87,4.63,5.22,7.64,8.6199999999999992]
["1","80",0.95599999999999996,1.19,1.47,1.8,2.19,3.19,3.67,7.7,8.68,15,16.899999999999999]
["1 1/4","80",2.0499999999999998,2.56,3.16,3.87,4.6900000000000004,6.83,7.86,13.7,15.5,32.200000000000003,36.299999999999997]
["1 1/2","80",3.13,3.91,4.83,5.9,7.15,10.4,12,18.899999999999999,21.3,49.1,55.3]
["2","40",7.28,9.08,11.2,13.7,16.600000000000001,24.2,27.8,35.9,40.5,108,121]
["2 1/2","40",11.6,14.5,17.899999999999999,21.9,26.5,38.5,44.3,51.2,57.8,154,173]
["3","40",20.100000000000001,25.4,31.6,38.6,46.8,68,78.3,79.099999999999994,89.2,237,268]
["4","40",34.5,43.8,55,68.400000000000006,84.5,138,159,136,154,409,461]
["Notes:"]
["1. Table capacities are in tons of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F condensing temperature and 0°F subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a 20°F evaporator temperature, and are suitable in the range of 0°F to 40°F."]
[null,null,null,"Condensing Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Liquid Line",null,1.23,1.1399999999999999,1.05,0.95,0.86,0.77,0.68]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.17},{"$f":"ROUND($E57/$E$59,2)","v":1.1000000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.04},{"$f":"ROUND($E60/$E$59,2)","v":0.96},{"$f":"ROUND($E61/$E$59,2)","v":0.89},{"$f":"ROUND($E62/$E$59,2)","v":0.82},{"$f":"ROUND($E63/$E$59,2)","v":0.74}]
[null,"Discharge Line",null,0.84,0.91,0.97,1.03,1.07,1.1100000000000001,1.1299999999999999]
["aSame as I-P R2022 chapter 1 tables."]
["bSame as I-P R2022 chapter 1 tables."]
["cSame as I-P R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ 20°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",20)-Enthalpy($D$1,\"TLIQ\",\"E\",$D56)","v":61.090574137460223}]
[null,null,null,90,57.560633756317799]
[null,null,null,100,53.963844883415973]
[null,null,null,105,52.138430725656136]
[null,null,null,110,50.293694352612889]
[null,null,null,120,46.541236028819171]
[null,null,null,130,42.694076555769954]
[null,null,null,140,38.735169849424025]

{"sheet":"Table 11A SI","index":28,"n_rows":63,"n_cols":13,"rows_kept":63,"cut":false,"hidden":false,"merged":[[42,3,42,9],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[22,0,22,1],[16,0,16,1],[6,11,6,12],[7,0,7,1],[7,2,7,12],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[4,2,4,6],[4,7,4,8],[4,9,4,12],[5,0,5,1],[5,2,5,6],[5,7,5,8],[5,9,6,10],[5,11,5,12],[6,0,6,1],[6,7,6,8]]}
["NIST Refrigerant File",null,null,"R1234yf;7750;R134a;850;R152a;1400 mass",null,null,null,null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",40)-Pressure($D$1,\"TVAP\",\"C\",39.5))*1000","v":13.232383979639994},null,null,null,{"$f":"(Pressure($D$1,\"TLIQ\",\"C\",40)-Pressure($D$1,\"TLIQ\",\"C\",39.5))*1000","v":13.238498091851403}]
[]
["Table 11A Suction, Discharge, and Liquid Line Capacities for Refrigerant 516A (Single- or High-Stage Applications)"]
[]
[null,null,"Suction Lines (Dt = 1 K, max velocity 15 m/s,",null,null,null,null,"Discharge Linesc",null,"Liquid Linesa,b,c"]
["Line Size",null,"corresponding Dp, kPa)",null,null,null,null,"(Dt = 0.5 K, Dp = 13.2 kPa,",null,"Velocity = 0.5 m/s",null,"(Dt = 0.5 K, Dp = 13.2 kPa,"]
["Type L,",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C9)-Pressure($D$1,\"TVAP\",\"C\",C9-1))*1000","v":7.061027313889884},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",D9)-Pressure($D$1,\"TVAP\",\"C\",D9-1))*1000","v":8.1845058534769368},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E9)-Pressure($D$1,\"TVAP\",\"C\",E9-1))*1000","v":9.4211194396583426},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",F9)-Pressure($D$1,\"TVAP\",\"C\",F9-1))*1000","v":10.775108905013763},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G9)-Pressure($D$1,\"TVAP\",\"C\",G9-1))*1000","v":12.250591406203382},"max velocity 15 m/s)",null,null,null,"max velocity 1.5 m/s)"]
["Copper,",null,"Saturated Suction Temperature, °C"]
["OD, in (mm)",null,-15,-10,-5,0,5,-15,5,-15,5,-15,5]
["3/8 (10)",null,0.22,0.27100000000000002,0.33100000000000002,0.40100000000000002,0.48299999999999998,0.70899999999999996,0.80600000000000005,2.89,3.21,3.13,3.48]
["1/2 (13)",null,0.54500000000000004,0.67100000000000004,0.81899999999999995,0.99199999999999999,1.19,1.75,1.98,5.68,6.31,7.77,8.6300000000000008]
["5/8 (16)",null,0.99099999999999999,1.22,1.49,1.8,2.16,3.16,3.59,8.8699999999999992,9.86,14.1,15.7]
["3/4 (19)",null,1.69,2.08,2.54,3.07,3.68,5.38,6.11,13.2,14.7,24.1,26.8]
["7/8 (22)",null,2.62,3.22,3.93,4.74,5.69,8.32,9.44,18.399999999999999,20.399999999999999,37.299999999999997,41.5]
["1 1/8 (29)",null,5.33,6.55,7.97,9.6199999999999992,11.5,16.8,19.100000000000001,31.4,34.9,75.900000000000006,84.3]
["1 3/8 (35)",null,9.32,11.4,13.9,16.8,20.100000000000001,29.3,33.299999999999997,47.8,53.1,133,147]
["1 5/8 (41)",null,14.8,18.100000000000001,22,26.5,31.8,46.3,52.5,67.599999999999994,75.2,203,225]
["2 1/8 (54)",null,30.7,37.6,45.6,55,65.8,95.8,109,118,131,353,392]
["2 5/8 (67)",null,50.9,62.8,76.8,93.3,113,169,192,181,202,544,605]
["3 1/8 (79)",null,72.7,89.6,110,133,161,269,305,259,288,777,863]
["3 5/8 (92)",null,98.3,121,148,180,217,400,453,350,389,1050,1170]
["4 1/8 (105)",null,128,158,193,234,283,563,638,455,506,1370,1520]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.41399999999999998,0.504,0.60899999999999999,0.72899999999999998,0.86699999999999999,1.25,1.42,5.34,5.94,5.87,6.53]
["1/2 (13)","80",0.81699999999999995,0.995,1.2,1.44,1.71,2.46,2.79,8.9,9.89,11.6,12.9]
["3/4 (19)","80",1.85,2.25,2.71,3.24,3.85,5.55,6.28,16.399999999999999,18.3,26.2,29.1]
["1 (25)","80",3.62,4.41,5.31,6.36,7.55,10.9,12.3,27.3,30.4,51.4,57.1]
["1 1/4 (32)","80",7.78,9.4600000000000009,11.4,13.6,16.2,23.3,26.4,48.8,54.2,110,123]
["1 1/2 (38)","80",11.9,14.4,17.399999999999999,20.8,24.7,35.5,40.200000000000003,67.2,74.7,168,187]
["2 (51)","40",27.6,33.5,40.4,48.3,57.3,82.4,93.3,128,142,383,425]
["2 1/2 (64)","40",44,53.4,64.400000000000006,77,91.4,131,149,182,202,546,607]
["3 (76)","40",77.8,94.5,114,136,161,232,263,281,312,843,937]
["4 (102)","40",136,167,205,249,300,472,534,484,538,1450,1610]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration. Discharge refrigerant state is determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor.  Liquid and suction refrigerant states are at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C condensing temperature and 0 K subcooling.  Multiply capacities by the following correction factors for other condensing temperatures.  Correction factors based on a -5°C evaporator temperature, and are suitable in the range of -15°C to 5°C."]
[null,null,null,"Condensing Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Liquid Line",null,1.24,1.1599999999999999,1.08,0.92,0.84,0.76,0.68]
[null,"Suction Line",null,{"$f":"ROUND($E56/$E$59,2)","v":1.18},{"$f":"ROUND($E57/$E$59,2)","v":1.1200000000000001},{"$f":"ROUND($E58/$E$59,2)","v":1.06},{"$f":"ROUND($E60/$E$59,2)","v":0.94},{"$f":"ROUND($E61/$E$59,2)","v":0.87},{"$f":"ROUND($E62/$E$59,2)","v":0.81},{"$f":"ROUND($E63/$E$59,2)","v":0.74}]
[null,"Discharge Line",null,0.82,0.88,0.94,1.05,1.0900000000000001,1.1299999999999999,1.1499999999999999]
["aSame as SI R2022 chapter 1 tables."]
["bSame as SI R2022 chapter 1 tables."]
["cSame as SI R2022 chapter 1 tables."]
[]
[]
[null,null,null,null,"NRE @ -5°C"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-5)-Enthalpy($D$1,\"TLIQ\",\"C\",$D56)","v":145.52079931377551}]
[null,null,null,30,138.18262546004172]
[null,null,null,35,130.7226188460512]
[null,null,null,40,123.13114130680179]
[null,null,null,45,115.39553529500665]
[null,null,null,50,107.49884735233042]
[null,null,null,55,99.418366888084051]
[null,null,null,60,91.123879635390495]

{"sheet":"Table 12","index":29,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[21,0,21,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,2,4,11],[17,0,17,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[5,2,5,3],[4,0,4,1],[5,0,5,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[41,3,41,9],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R454B.mix",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-1)","v":0.57632406364578515},{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-0.5)","v":0.28957848833513467},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-1)","v":0.83800637001364464},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-0.5)","v":0.42085256180048702},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-1)","v":1.1706779096922304},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-0.5)","v":0.58765574979338453},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-1)","v":1.5818578910931507},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-0.5)","v":0.79375971245502797},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-1)","v":2.0791216588720118},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-0.5)","v":1.0429544546332039}]
[]
["Table 12 Suction Line Capacities in Tons for Refrigerant 454B (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °F"]
["Type L,",null,-40,null,-20,null,0,null,20,null,40]
["Copper,",null,"Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F"]
["OD, in",null,"Dp = 0.58 psi","Dp = 0.29 psi","Dp = 0.84 psi","Dp = 0.42 psi","Dp = 1.17 psi","Dp = 0.59 psi","Dp = 1.58 psi","Dp = 0.79 psi","Dp = 2.08 psi","Dp = 1,04 psi"]
["3/8",null,"---","---","---","---",0.124,"---",0.185,0.126,0.26600000000000001,0.18099999999999999]
["1/2",null,0.121,"---",0.19800000000000001,0.13400000000000001,0.307,0.20899999999999999,0.45600000000000002,0.311,0.65500000000000003,0.44800000000000001]
["5/8",null,0.221,0.15,0.36,0.245,0.55700000000000005,0.38,0.82699999999999996,0.56599999999999995,1.19,0.81299999999999994]
["3/4",null,0.379,0.25800000000000001,0.61499999999999999,0.42,0.95099999999999996,0.65,1.41,0.96599999999999997,2.02,1.39]
["7/8",null,0.58799999999999997,0.40100000000000002,0.95399999999999996,0.65200000000000002,1.47,1.01,2.1800000000000002,1.5,3.12,2.15]
["1 1/8",null,1.2,0.81899999999999995,1.94,1.33,2.99,2.0499999999999998,4.42,3.04,6.32,4.3499999999999996]
["1 3/8",null,2.1,1.44,3.39,2.33,5.22,3.59,7.71,5.31,11,7.59]
["1 5/8",null,3.33,2.2799999999999998,5.38,3.69,8.27,5.69,12.2,8.41,17.399999999999999,12]
["2 1/8",null,6.95,4.7699999999999996,11.2,7.7,17.2,11.8,25.3,17.5,36,24.9]
["2 5/8",null,12.3,8.4700000000000006,19.8,13.7,30.4,21,44.7,30.9,63.5,44]
["3 1/8",null,17.899999999999999,13.6,29.1,21.8,45.3,33.5,68.099999999999994,49.4,99.3,70.3]
["3 5/8",null,24.2,20.2,39.4,32.5,61.3,49.9,92.1,73.400000000000006,134,104]
["4 1/8",null,31.5,28.6,51.2,46,79.7,70.400000000000006,120,104,175,147]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---",0.153,0.106,0.23100000000000001,0.161,0.33500000000000002,0.23499999999999999,0.47099999999999997,0.33100000000000002]
["1/2","80",0.19,0.13300000000000001,0.30199999999999999,0.21099999999999999,0.45500000000000002,0.31900000000000001,0.66100000000000003,0.46400000000000002,0.92900000000000005,0.65400000000000003]
["3/4","80",0.43099999999999999,0.30099999999999999,0.68200000000000005,0.47799999999999998,1.03,0.72199999999999998,1.49,1.05,2.09,1.47]
["1","80",0.84899999999999998,0.59299999999999997,1.34,0.93899999999999995,2.02,1.42,2.92,2.06,4.0999999999999996,2.89]
["1 1/4","80",1.83,1.28,2.88,2.02,4.33,3.05,6.27,4.42,8.7899999999999991,6.2]
["1 1/2","80",2.79,1.96,4.3899999999999997,3.09,6.6,4.6500000000000004,9.56,6.74,13.4,9.4499999999999993]
["2","40",6.5,4.5599999999999996,10.199999999999999,7.19,15.3,10.8,22.2,15.7,31.1,22]
["2 1/2","40",10.4,7.29,16.3,11.5,24.5,17.3,35.4,25,49.6,35]
["3","40",18.399999999999999,12.9,28.8,20.3,43.3,30.5,62.5,44.2,87.6,61.9]
["4","40",33.5,26.4,54.4,41.4,84.7,62.2,127,90,178,126]
["Notes:"]
["1. Table capacities are in tons of refrigeration.  Maximum veloxity = 3000 fpm.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Liquid Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.1399999999999999},{"$f":"ROUND($E51/$E$53,2)","v":1.0900000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.03},{"$f":"ROUND($E54/$E$53,2)","v":0.97},{"$f":"ROUND($E55/$E$53,2)","v":0.91},{"$f":"ROUND($E56/$E$53,2)","v":0.84},{"$f":"ROUND($E57/$E$53,2)","v":0.77}]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D50)","v":89.863175286356707}]
[null,null,null,90,85.508022795412785]
[null,null,null,100,81.014237047750058]
[null,null,null,105,78.706429948960505]
[null,null,null,110,76.351864354267974]
[null,null,null,120,71.477876072166168]
[null,null,null,130,66.327047172272614]
[null,null,null,140,60.792026238212856]

{"sheet":"Table 12 SI","index":30,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9]]}
["NIST Refrigerant File",null,null,"R454B.mix",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.5))*1000","v":3.5797957244283474},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.25))*1000","v":1.7978889761910144},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.5))*1000","v":5.0231200810454677},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.25))*1000","v":2.5216479011024862},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.5))*1000","v":6.8195250376349996},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.25))*1000","v":3.4221650858374253},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.5))*1000","v":10.250702031026627},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.25))*1000","v":5.1416212025219288},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.5))*1000","v":13.079222120589762},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.25))*1000","v":6.558736850773017}]
[]
["Table 12 Suction Line Capacities in Tons for Refrigerant 454B (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °C"]
["Type L,",null,-40,null,-30,null,-20,null,-5,null,5]
["Copper,",null,"Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K"]
["OD, in (mm)",null,"Dp = 3.58 kPa","Dp = 1.80 kPa","Dp = 5.02 kPa","Dp = 2.52 kPa","Dp = 6.82 kPa","Dp = 3.42 kPa","Dp = 10.3 kPa","Dp = 5.14 kPa","Dp = 13.1 kPa","Dp = 6.56 kPa"]
["3/8 (10)",null,0.16400000000000001,0.11,0.255,0.17299999999999999,0.38300000000000001,0.26,0.65800000000000003,0.44800000000000001,0.91,0.621]
["1/2 (13)",null,0.40799999999999997,0.27600000000000002,0.63500000000000001,0.43099999999999999,0.94899999999999995,0.64600000000000002,1.62,1.1100000000000001,2.2400000000000002,1.54]
["5/8 (16)",null,0.74399999999999999,0.505,1.1599999999999999,0.78700000000000003,1.72,1.18,2.95,2.02,4.0599999999999996,2.79]
["3/4 (19)",null,1.28,0.86699999999999999,1.98,1.35,2.95,2.0099999999999998,5.0199999999999996,3.44,6.92,4.75]
["7/8 (22)",null,1.98,1.35,3.07,2.1,4.57,3.12,7.77,5.33,10.7,7.36]
["1 1/8 (29)",null,4.04,2.76,6.25,4.28,9.2799999999999994,6.36,15.8,10.8,21.7,14.9]
["1 3/8 (35)",null,7.08,4.84,10.9,7.49,16.2,11.1,27.5,18.899999999999999,37.700000000000003,26]
["1 5/8 (41)",null,11.2,7.69,17.3,11.9,25.7,17.600000000000001,43.5,30,59.7,41.2]
["2 1/8 (54)",null,23.4,16.100000000000001,36.1,24.8,53.3,36.700000000000003,90.1,62.2,124,85.4]
["2 5/8 (67)",null,41.6,28.5,63.9,44,94.4,65.099999999999994,159,110,218,151]
["3 1/8 (79)",null,62.4,45.7,96.8,70.400000000000006,145,104,251,176,347,241]
["3 5/8 (92)",null,84.4,68.2,131,105,196,155,340,261,476,358]
["4 1/8 (105)",null,110,96.4,170,148,255,219,442,369,619,505]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.32500000000000001,0.22500000000000001,0.49299999999999999,0.34399999999999997,0.72,0.503,1.2,0.83799999999999997,1.62,1.1399999999999999]
["1/2 (13)","80",0.64300000000000002,0.44700000000000001,0.97499999999999998,0.68100000000000005,1.42,1,2.36,1.65,3.19,2.2400000000000002]
["3/4 (19)","80",1.46,1.02,2.21,1.54,3.21,2.25,5.31,3.74,7.19,5.0599999999999996]
["1 (25)","80",2.87,2,4.34,3.04,6.3,4.43,10.4,7.33,14.1,9.93]
["1 1/4 (32)","80",6.17,4.32,9.32,6.54,13.5,9.52,22.3,15.7,30.2,21.3]
["1 1/2 (38)","80",9.43,6.61,14.2,10,20.6,14.5,34.1,24,46,32.5]
["2 (51)","40",22,15.4,33.1,23.3,48,33.799999999999997,79.099999999999994,55.8,107,75.5]
["2 1/2 (64)","40",35.1,24.7,52.8,37.200000000000003,76.599999999999994,54,126,89,170,120]
["3 (76)","40",62.1,43.7,93.4,65.8,135,95.5,223,157,301,213]
["4 (102)","40",117,89.2,181,134,271,195,454,321,613,433]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration.  Maximum veloxity = 15 m/s.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Liquid Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.1499999999999999},{"$f":"ROUND($E51/$E$53,2)","v":1.1000000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.05},{"$f":"ROUND($E54/$E$53,2)","v":0.95},{"$f":"ROUND($E55/$E$53,2)","v":0.89},{"$f":"ROUND($E56/$E$53,2)","v":0.83},{"$f":"ROUND($E57/$E$53,2)","v":0.77}]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D50)","v":211.76982438079051}]
[null,null,null,30,202.74926878016603]
[null,null,null,35,193.48574811149047]
[null,null,null,40,183.93570055568784]
[null,null,null,45,174.03995096744706]
[null,null,null,50,163.71520503621645]
[null,null,null,55,152.83832590282378]
[null,null,null,60,141.21348317897503]

{"sheet":"Table 12A","index":31,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R454A.mix",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-1)","v":0.42425563694374091},{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-0.5)","v":0.21323270543551942},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-1)","v":0.62808747875237003},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-0.5)","v":0.31549414655404462},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-1)","v":0.8906829690446898},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-0.5)","v":0.44718054070198576},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-1)","v":1.2188326018777573},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-0.5)","v":0.61168624737052824},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-1)","v":1.6194564374333851},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-0.5)","v":0.8124740421854284}]
[]
["Table 12A Suction Line Capacities in Tons for Refrigerant 454A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °F"]
["Type L,",null,-40,null,-20,null,0,null,20,null,40]
["Copper,",null,"Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F"]
["OD, in",null,"Dp = 0.42 psi","Dp = 0.21 psi","Dp = 0.63 psi","Dp = 0.32 psi","Dp = 0.89 psi","Dp = 0.45 psi","Dp = 1.22 psi","Dp = 0.61 psi","Dp = 1.62 psi","Dp = 0.81 psi"]
["3/8",null,"---","---","---","---","---","---",0.115,"---",0.17100000000000001,0.11700000000000001]
["1/2",null,"---","---",0.115,"---",0.186,0.126,0.28499999999999998,0.19500000000000001,0.42199999999999999,0.28899999999999998]
["5/8",null,0.124,"---",0.21,0.14299999999999999,0.33700000000000002,0.23,0.51800000000000002,0.35399999999999998,0.76500000000000001,0.52400000000000002]
["3/4",null,0.21199999999999999,0.14399999999999999,0.35899999999999999,0.245,0.57599999999999996,0.39400000000000002,0.88300000000000001,0.60499999999999998,1.3,0.89400000000000002]
["7/8",null,0.33,0.22500000000000001,0.55800000000000005,0.38100000000000001,0.89300000000000002,0.61099999999999999,1.37,0.93700000000000006,2.02,1.38]
["1 1/8",null,0.67400000000000004,0.46,1.1399999999999999,0.77700000000000002,1.82,1.24,2.77,1.91,4.08,2.81]
["1 3/8",null,1.18,0.80700000000000005,1.99,1.36,3.17,2.1800000000000002,4.84,3.33,7.12,4.91]
["1 5/8",null,1.87,1.28,3.15,2.16,5.0199999999999996,3.45,7.66,5.28,11.2,7.76]
["2 1/8",null,3.91,2.68,6.56,4.51,10.4,7.19,15.9,11,23.3,16.100000000000001]
["2 5/8",null,6.94,4.7699999999999996,11.6,8,18.5,12.7,28.1,19.399999999999999,41.2,28.5]
["3 1/8",null,11.1,7.64,18.600000000000001,12.8,29.5,20.399999999999999,44.8,31,65.599999999999994,45.5]
["3 5/8",null,15.3,11.4,25.8,19.100000000000001,41.5,30.3,64.3,46.1,96.4,67.599999999999994]
["4 1/8",null,19.899999999999999,16.100000000000001,33.5,27,54,42.8,83.6,65.099999999999994,125,95.3]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---","---","---",0.14099999999999999,"---",0.21199999999999999,0.14899999999999999,0.307,0.216]
["1/2","80",0.108,"---",0.17799999999999999,0.124,0.27900000000000003,0.19500000000000001,0.41799999999999998,0.29299999999999998,0.60499999999999998,0.42499999999999999]
["3/4","80",0.245,0.17100000000000001,0.40300000000000002,0.28199999999999997,0.63,0.442,0.94299999999999995,0.66300000000000003,1.36,0.96]
["1","80",0.48199999999999998,0.33600000000000002,0.79200000000000004,0.55500000000000005,1.24,0.86799999999999999,1.85,1.3,2.67,1.88]
["1 1/4","80",1.04,0.72599999999999998,1.7,1.19,2.65,1.87,3.97,2.79,5.73,4.04]
["1 1/2","80",1.59,1.1100000000000001,2.6,1.83,4.05,2.85,6.05,4.26,8.73,6.16]
["2","40",3.7,2.59,6.05,4.26,9.42,6.63,14.1,9.92,20.3,14.3]
["2 1/2","40",5.9,4.1500000000000004,9.65,6.8,15,10.6,22.4,15.8,32.299999999999997,22.8]
["3","40",10.5,7.35,17.100000000000001,12,26.5,18.7,39.6,28,57.1,40.299999999999997]
["4","40",21.1,15,34.799999999999997,24.5,54.1,38.200000000000003,80.7,57,116,82.2]
["Notes:"]
["1. Table capacities are in tons of refrigeration.  Maximum veloxity = 3000 fpm.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Liquid Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.17},{"$f":"ROUND($E51/$E$53,2)","v":1.1100000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.04},{"$f":"ROUND($E54/$E$53,2)","v":0.96},{"$f":"ROUND($E55/$E$53,2)","v":0.89},{"$f":"ROUND($E56/$E$53,2)","v":0.81},{"$f":"ROUND($E57/$E$53,2)","v":0.73}]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D50)","v":67.735538651165882}]
[null,null,null,90,63.810404966560952]
[null,null,null,100,59.777596258299965]
[null,null,null,105,57.714705672648975]
[null,null,null,110,55.616680865455962]
[null,null,null,120,51.299137757351531]
[null,null,null,130,46.78377453202161]
[null,null,null,140,42.00695835335614]

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["NIST Refrigerant File",null,null,"R454A.mix",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.5))*1000","v":2.6353627950668477},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.25))*1000","v":1.323856427094372},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.5))*1000","v":3.7587769264519624},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.25))*1000","v":1.8872896802692718},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.5))*1000","v":5.1741945320673555},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.25))*1000","v":2.5969206534406375},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.5))*1000","v":7.9121317480099211},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.25))*1000","v":3.969131298701134},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.5))*1000","v":10.192983853995919},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.25))*1000","v":5.11197383235662}]
[]
["Table 12A Suction Line Capacities in Tons for Refrigerant 454A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °C"]
["Type L,",null,-40,null,-30,null,-20,null,-5,null,5]
["Copper,",null,"Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K"]
["OD, in (mm)",null,"Dp = 2.64 kPa","Dp = 1.32 kPa","Dp = 3.76 kPa","Dp = 1.89 kPa","Dp = 5.17 kPa","Dp = 2.60 kPa","Dp = 7.91 kPa","Dp = 3.97 kPa","Dp = 10.2 kPa","Dp = 5.11 kPa"]
["3/8 (10)",null,"---","---",0.14799999999999999,0.1,0.23,0.156,0.41299999999999998,0.28100000000000003,0.58799999999999997,0.4]
["1/2 (13)",null,0.22900000000000001,0.155,0.37,0.251,0.57099999999999995,0.38800000000000001,1.02,0.69699999999999995,1.45,0.99099999999999999]
["5/8 (16)",null,0.41799999999999998,0.28299999999999997,0.67400000000000004,0.45800000000000002,1.04,0.70799999999999996,1.86,1.27,2.63,1.8]
["3/4 (19)",null,0.71599999999999997,0.48699999999999999,1.1499999999999999,0.78500000000000003,1.78,1.21,3.17,2.17,4.4800000000000004,3.07]
["7/8 (22)",null,1.1100000000000001,0.75800000000000001,1.79,1.22,2.75,1.88,4.9000000000000004,3.36,6.93,4.76]
["1 1/8 (29)",null,2.27,1.55,3.65,2.4900000000000002,5.6,3.83,9.94,6.83,14,9.66]
["1 3/8 (35)",null,3.99,2.72,6.39,4.37,9.7899999999999991,6.71,17.399999999999999,11.9,24.5,16.899999999999999]
["1 5/8 (41)",null,6.33,4.33,10.1,6.94,15.5,10.7,27.5,18.899999999999999,38.700000000000003,26.7]
["2 1/8 (54)",null,13.2,9.0500000000000007,21.1,14.5,32.299999999999997,22.2,57,39.299999999999997,80.099999999999994,55.4]
["2 5/8 (67)",null,23.4,16.100000000000001,37.4,25.7,57.1,39.299999999999997,101,69.599999999999994,142,97.9]
["3 1/8 (79)",null,37.5,25.8,59.8,41.2,91.2,62.9,161,111,226,156]
["3 5/8 (92)",null,53.3,38.5,85.5,61.4,132,93.7,239,165,335,232]
["4 1/8 (105)",null,69.3,54.4,111,86.7,172,132,310,233,445,328]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.184,0.127,0.28999999999999998,0.20200000000000001,0.438,0.30599999999999999,0.76,0.53200000000000003,1.06,0.74199999999999999]
["1/2 (13)","80",0.36499999999999999,0.253,0.57499999999999996,0.40100000000000002,0.86599999999999999,0.60499999999999998,1.5,1.05,2.08,1.46]
["3/4 (19)","80",0.82899999999999996,0.57699999999999996,1.3,0.90900000000000003,1.96,1.37,3.38,2.38,4.7,3.3]
["1 (25)","80",1.63,1.1399999999999999,2.56,1.79,3.84,2.7,6.63,4.66,9.1999999999999993,6.48]
["1 1/4 (32)","80",3.51,2.46,5.5,3.86,8.25,5.8,14.2,10,19.7,13.9]
["1 1/2 (38)","80",5.37,3.76,8.4,5.89,12.6,8.86,21.7,15.3,30.1,21.2]
["2 (51)","40",12.5,8.7799999999999994,19.600000000000001,13.7,29.3,20.6,50.4,35.5,69.900000000000006,49.3]
["2 1/2 (64)","40",20,14,31.2,22,46.7,32.9,80.3,56.7,111,78.599999999999994]
["3 (76)","40",35.4,24.9,55.2,38.9,82.6,58.2,142,100,197,139]
["4 (102)","40",72.3,50.8,113,79.3,168,119,289,204,401,283]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration.  Maximum veloxity = 15 m/s.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Liquid Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.19},{"$f":"ROUND($E51/$E$53,2)","v":1.1299999999999999},{"$f":"ROUND($E52/$E$53,2)","v":1.06},{"$f":"ROUND($E54/$E$53,2)","v":0.93},{"$f":"ROUND($E55/$E$53,2)","v":0.87},{"$f":"ROUND($E56/$E$53,2)","v":0.8},{"$f":"ROUND($E57/$E$53,2)","v":0.72}]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D50)","v":160.01873250181961}]
[null,null,null,30,151.87857383525318]
[null,null,null,35,143.54809271145507]
[null,null,null,40,134.99739171438438]
[null,null,null,45,126.18647544523395]
[null,null,null,50,117.06088596318602]
[null,null,null,55,107.54386091038759]
[null,null,null,60,97.520316012798105]

{"sheet":"Table 13","index":33,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9]]}
["NIST Refrigerant File",null,null,"R450A.mix",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-1)","v":0.42777871828380043},{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-0.5)","v":0.21488502596694659},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-1)","v":0.51267390112229094},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-0.5)","v":0.25746593805752482},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-1)","v":0.60843853882589016},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-0.5)","v":0.30548672254484899},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-1)","v":0.71565065732966815},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-0.5)","v":0.35923931510744467},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-1)","v":0.83485558405075722},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-0.5)","v":0.41899502659375543}]
[]
["Table 13 Suction Line Capacities in Tons for Refrigerant 450A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °F"]
["Type L,",null,0,null,10,null,20,null,30,null,40]
["Copper,",null,"Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F"]
["OD, in",null,"Dp = 0.43 psi","Dp = 0.21 psi","Dp = 0.51 psi","Dp = 0.26 psi","Dp = 0.61 psi","Dp = 0.31 psi","Dp = 0.72 psi","Dp = 0.36 psi","Dp = 0.83 psi","Dp = 0.42 psi"]
["3/8",null,"---","---","---","---","---","---","---","---","---","---"]
["1/2",null,"---","---",0.104,"---",0.13200000000000001,"---",0.16500000000000001,0.112,0.20499999999999999,0.14000000000000001]
["5/8",null,0.14699999999999999,0.1,0.189,0.129,0.24,0.16300000000000001,0.30099999999999999,0.20499999999999999,0.373,0.255]
["3/4",null,0.252,0.17199999999999999,0.32400000000000001,0.221,0.41,0.28000000000000003,0.51400000000000001,0.35099999999999998,0.63800000000000001,0.436]
["7/8",null,0.39200000000000002,0.26700000000000002,0.503,0.34300000000000003,0.63700000000000001,0.435,0.79700000000000004,0.54500000000000004,0.98799999999999999,0.67600000000000005]
["1 1/8",null,0.8,0.54600000000000004,1.02,0.7,1.3,0.88700000000000001,1.62,1.1100000000000001,2.0099999999999998,1.38]
["1 3/8",null,1.4,0.95799999999999996,1.79,1.23,2.27,1.55,2.84,1.94,3.51,2.41]
["1 5/8",null,2.23,1.52,2.85,1.95,3.6,2.4700000000000002,4.49,3.09,5.56,3.82]
["2 1/8",null,4.6399999999999997,3.18,5.93,4.07,7.48,5.14,9.34,6.43,11.5,7.95]
["2 5/8",null,8.23,5.65,10.5,7.23,13.3,9.1300000000000008,16.5,11.4,20.399999999999999,14.1]
["3 1/8",null,13.2,9.06,16.8,11.6,21.2,14.6,26.4,18.2,32.6,22.5]
["3 5/8",null,19.600000000000001,13.5,25,17.2,31.5,21.8,39.299999999999997,27.1,48.5,33.5]
["4 1/8",null,27.4,19.100000000000001,35.1,24.4,44.5,30.7,55.5,38.299999999999997,68.400000000000006,47.3]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---","---","---",0.10199999999999999,"---",0.127,"---",0.156,0.109]
["1/2","80",0.127,"---",0.16200000000000001,0.113,0.20200000000000001,0.14099999999999999,0.251,0.17499999999999999,0.308,0.215]
["3/4","80",0.28899999999999998,0.20200000000000001,0.36599999999999999,0.25600000000000001,0.45800000000000002,0.32100000000000001,0.56699999999999995,0.39700000000000002,0.69499999999999995,0.48799999999999999]
["1","80",0.56899999999999995,0.39700000000000002,0.72,0.504,0.9,0.63100000000000001,1.1100000000000001,0.78100000000000003,1.36,0.95799999999999996]
["1 1/4","80",1.22,0.85699999999999998,1.55,1.0900000000000001,1.93,1.36,2.39,1.68,2.93,2.06]
["1 1/2","80",1.87,1.31,2.36,1.66,2.95,2.0699999999999998,3.65,2.57,4.47,3.14]
["2","40",4.3600000000000003,3.06,5.5,3.87,6.87,4.83,8.49,5.98,10.4,7.32]
["2 1/2","40",6.96,4.8899999999999997,8.7799999999999994,6.18,11,7.72,13.5,9.5399999999999991,16.600000000000001,11.7]
["3","40",12.3,8.66,15.5,10.9,19.399999999999999,13.7,23.9,16.899999999999999,29.3,20.7]
["4","40",25.1,17.7,31.7,22.3,39.5,27.9,48.8,34.4,59.7,42.1]
["Notes:"]
["1. Table capacities are in tons of refrigeration.  Maximum veloxity = 3000 fpm.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F liquid temperature entering the expension device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 20°F evaporator temperature, and are suitable in the range of 0°F to 40°F."]
[null,null,null,"Liquid Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.1599999999999999},{"$f":"ROUND($E51/$E$53,2)","v":1.0900000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.03},{"$f":"ROUND($E54/$E$53,2)","v":0.97},{"$f":"ROUND($E55/$E$53,2)","v":0.9},{"$f":"ROUND($E56/$E$53,2)","v":0.84},{"$f":"ROUND($E57/$E$53,2)","v":0.77}]
[]
[]
[null,null,null,null,"NRE @ 20°F"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",20)-Enthalpy($D$1,\"TLIQ\",\"E\",$D50)","v":63.661054399685113}]
[null,null,null,90,60.264275913215016]
[null,null,null,100,56.813708391115284]
[null,null,null,105,55.06650186601324]
[null,null,null,110,53.303614744722665]
[null,null,null,120,49.727094998717405]
[null,null,null,130,46.075626966132035]
[null,null,null,140,42.338358122393004]

{"sheet":"Table 13 SI","index":34,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R450A.mix",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.5))*1000","v":2.9123094872795798},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.25))*1000","v":1.4620864873262918},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.5))*1000","v":3.4136086039739668},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.25))*1000","v":1.7134141905914835},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.5))*1000","v":3.970803876716972},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.25))*1000","v":1.9927523766747057},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.5))*1000","v":4.5862733442720298},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.25))*1000","v":2.3012058721632034},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.5))*1000","v":5.2626279453908413},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.25))*1000","v":2.640158581816654}]
[]
["Table 13 Suction Line Capacities in Tons for Refrigerant 450A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °C"]
["Type L,",null,-15,null,-10,null,-5,null,0,null,5]
["Copper,",null,"Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K"]
["OD, in (mm)",null,"Dp = 2.91 kPa","Dp = 1.46 kPa","Dp = 3.41 kPa","Dp = 1.71 kPa","Dp = 3.97 kPa","Dp = 1.99 kPa","Dp = 4.59 kPa","Dp = 2.30 kPa","Dp = 5.26 kPa","Dp = 2.64 kPa"]
["3/8 (10)",null,0.124,"---",0.155,0.105,0.191,0.129,0.23400000000000001,0.159,0.28499999999999998,0.193]
["1/2 (13)",null,0.309,0.20899999999999999,0.38500000000000001,0.26100000000000001,0.47599999999999998,0.32300000000000001,0.58199999999999996,0.39600000000000002,0.70599999999999996,0.48]
["5/8 (16)",null,0.56299999999999994,0.38200000000000001,0.70199999999999996,0.47699999999999998,0.86599999999999999,0.58899999999999997,1.06,0.72099999999999997,1.28,0.875]
["3/4 (19)",null,0.96499999999999997,0.65600000000000003,1.2,0.81799999999999995,1.48,1.01,1.81,1.23,2.19,1.5]
["7/8 (22)",null,1.5,1.02,1.87,1.27,2.2999999999999998,1.57,2.81,1.92,3.4,2.3199999999999998]
["1 1/8 (29)",null,3.06,2.09,3.8,2.6,4.68,3.2,5.71,3.91,6.91,4.7300000000000004]
["1 3/8 (35)",null,5.36,3.66,6.65,4.55,8.19,5.61,10,6.84,12.1,8.2899999999999991]
["1 5/8 (41)",null,8.5,5.82,10.6,7.23,13,8.9,15.8,10.9,19.100000000000001,13.1]
["2 1/8 (54)",null,17.7,12.2,22,15.1,27,18.600000000000001,32.9,22.6,39.700000000000003,27.4]
["2 5/8 (67)",null,31.4,21.6,39,26.8,47.9,32.9,58.3,40.1,70.3,48.5]
["3 1/8 (79)",null,50.3,34.6,62.3,42.9,76.5,52.7,93.1,64.2,112,77.5]
["3 5/8 (92)",null,74.900000000000006,51.6,92.8,63.9,114,78.5,138,95.6,167,115]
["4 1/8 (105)",null,106,72.900000000000006,131,90.3,161,111,195,135,236,163]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.245,0.17,0.30199999999999999,0.21,0.36899999999999999,0.25700000000000001,0.44700000000000001,0.312,0.53700000000000003,0.375]
["1/2 (13)","80",0.48599999999999999,0.33800000000000002,0.59899999999999998,0.41699999999999998,0.73099999999999998,0.51,0.88400000000000001,0.61799999999999999,1.06,0.74299999999999999]
["3/4 (19)","80",1.1000000000000001,0.76800000000000002,1.36,0.94699999999999995,1.65,1.1599999999999999,2,1.4,2.4,1.68]
["1 (25)","80",2.17,1.51,2.66,1.86,3.25,2.2799999999999998,3.92,2.75,4.7,3.3]
["1 1/4 (32)","80",4.66,3.27,5.73,4.0199999999999996,6.98,4.9000000000000004,8.43,5.92,10.1,7.1]
["1 1/2 (38)","80",7.12,4.99,8.75,6.14,10.7,7.48,12.9,9.0399999999999991,15.4,10.8]
["2 (51)","40",16.600000000000001,11.6,20.399999999999999,14.3,24.8,17.399999999999999,29.9,21.1,35.799999999999997,25.2]
["2 1/2 (64)","40",26.5,18.600000000000001,32.5,22.9,39.6,27.8,47.7,33.6,57.2,40.299999999999997]
["3 (76)","40",46.9,33,57.5,40.5,70,49.3,84.4,59.5,101,71.2]
["4 (102)","40",95.6,67.3,117,82.6,143,101,172,121,206,145]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration.  Maximum veloxity = 15 m/s.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -5°C evaporator temperature, and are suitable in the range of -15°C to 5°C."]
[null,null,null,"Liquid Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.17},{"$f":"ROUND($E51/$E$53,2)","v":1.1100000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.06},{"$f":"ROUND($E54/$E$53,2)","v":0.94},{"$f":"ROUND($E55/$E$53,2)","v":0.89},{"$f":"ROUND($E56/$E$53,2)","v":0.83},{"$f":"ROUND($E57/$E$53,2)","v":0.77}]
[]
[]
[null,null,null,null,"NRE @ -5°C"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-5)-Enthalpy($D$1,\"TLIQ\",\"C\",$D50)","v":151.40860547276606}]
[null,null,null,30,144.33951702708566]
[null,null,null,35,137.17302034947028]
[null,null,null,40,129.90011050462101]
[null,null,null,45,122.51027052557714]
[null,null,null,50,114.99097273795365]
[null,null,null,55,107.3269541877429]
[null,null,null,60,99.499138075025087]

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["NIST Refrigerant File",null,null,"R449A.mix",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-1)","v":0.3943244026369026},{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-0.5)","v":0.19822368515316668},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-1)","v":0.59105582957288405},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-0.5)","v":0.29693396416122653},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-1)","v":0.84662467719191881},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-0.5)","v":0.42510802461112718},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-1)","v":1.167913529763446},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-0.5)","v":0.58618415379014266},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-1)","v":1.5616801266143909},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-0.5)","v":0.78354226340583466}]
[]
["Table 14 Suction Line Capacities in Tons for Refrigerant 448A/449A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °F"]
["Type L,",null,-40,null,-20,null,0,null,20,null,40]
["Copper,",null,"Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F"]
["OD, in",null,"Dp = 0.39 psi","Dp = 0.20 psi","Dp = 0.59 psi","Dp = 0.30 psi","Dp = 0.85 psi","Dp = 0.43 psi","Dp = 1.17 psi","Dp = 0.59 psi","Dp = 1.56 psi","Dp = 0.78 psi"]
["3/8",null,"---","---","---","---","---","---",0.108,"---",0.161,0.11]
["1/2",null,"---","---",0.105,"---",0.17100000000000001,0.11700000000000001,0.26700000000000002,0.182,0.39800000000000002,0.27200000000000002]
["5/8",null,0.111,"---",0.191,0.13,0.312,0.21199999999999999,0.48399999999999999,0.33100000000000002,0.72199999999999998,0.49399999999999999]
["3/4",null,0.19,0.129,0.32700000000000001,0.223,0.53200000000000003,0.36399999999999999,0.82599999999999996,0.56499999999999995,1.23,0.84399999999999997]
["7/8",null,0.29499999999999998,0.20100000000000001,0.50800000000000001,0.34599999999999997,0.82499999999999996,0.56399999999999995,1.28,0.876,1.9,1.31]
["1 1/8",null,0.60299999999999998,0.41099999999999998,1.03,0.70699999999999996,1.68,1.1499999999999999,2.59,1.78,3.85,2.65]
["1 3/8",null,1.06,0.72199999999999998,1.81,1.24,2.93,2.0099999999999998,4.53,3.11,6.72,4.63]
["1 5/8",null,1.68,1.1499999999999999,2.87,1.97,4.6500000000000004,3.19,7.16,4.93,10.6,7.33]
["2 1/8",null,3.5,2.4,5.98,4.1100000000000003,9.65,6.65,14.9,10.3,22,15.2]
["2 5/8",null,6.22,4.2699999999999996,10.6,7.3,17.100000000000001,11.8,26.3,18.2,38.9,26.9]
["3 1/8",null,10,6.84,17,11.7,27.3,18.8,41.9,29,61.9,42.9]
["3 5/8",null,14.1,10.199999999999999,24.2,17.399999999999999,39.5,28,61.8,43.1,92,63.8]
["4 1/8",null,18.399999999999999,14.4,31.5,24.6,51.3,39.6,80.400000000000006,60.9,122,90]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---","---","---",0.13100000000000001,"---",0.19900000000000001,0.13900000000000001,0.28999999999999998,0.20399999999999999]
["1/2","80","---","---",0.16300000000000001,0.114,0.25800000000000001,0.18099999999999999,0.39200000000000002,0.27500000000000002,0.57199999999999995,0.40200000000000002]
["3/4","80",0.22,0.153,0.36899999999999999,0.25800000000000001,0.58399999999999996,0.40899999999999997,0.88400000000000001,0.621,1.29,0.90700000000000003]
["1","80",0.434,0.30299999999999999,0.72499999999999998,0.50700000000000001,1.1499999999999999,0.80500000000000005,1.73,1.22,2.5299999999999998,1.78]
["1 1/4","80",0.93500000000000005,0.65400000000000003,1.56,1.0900000000000001,2.46,1.73,3.72,2.62,5.41,3.82]
["1 1/2","80",1.43,1,2.38,1.67,3.76,2.64,5.67,4,8.25,5.82]
["2","40",3.33,2.34,5.54,3.9,8.73,6.15,13.2,9.2899999999999991,19.2,13.5]
["2 1/2","40",5.32,3.74,8.84,6.22,13.9,9.82,21,14.8,30.6,21.6]
["3","40",9.42,6.62,15.6,11,24.6,17.399999999999999,37.1,26.2,54,38.1]
["4","40",19.2,13.5,31.9,22.5,50.2,35.4,75.599999999999994,53.4,110,77.7]
["Notes:"]
["1. Table capacities are in tons of refrigeration.  Maximum veloxity = 3000 fpm.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F liquid temperature entering the expension device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Liquid Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.17},{"$f":"ROUND($E51/$E$53,2)","v":1.1100000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.04},{"$f":"ROUND($E54/$E$53,2)","v":0.96},{"$f":"ROUND($E55/$E$53,2)","v":0.89},{"$f":"ROUND($E56/$E$53,2)","v":0.81},{"$f":"ROUND($E57/$E$53,2)","v":0.73}]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D50)","v":64.558215163345153}]
[null,null,null,90,60.804497507797393]
[null,null,null,100,56.95193590784065]
[null,null,null,105,54.983341359095405]
[null,null,null,110,52.983000706579148]
[null,null,null,120,48.873316162303112]
[null,null,null,130,44.587419238190833]
[null,null,null,140,40.069905226815379]

{"sheet":"Table 14 SI","index":36,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R449A.mix",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.5))*1000","v":2.4495225955624007},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.25))*1000","v":1.2306866948011974},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.5))*1000","v":3.5333342908137055},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.25))*1000","v":1.7742939495865306},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.5))*1000","v":4.9093275741815265},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.25))*1000","v":2.4642436612934135},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.5))*1000","v":7.5897217772264991},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.25))*1000","v":3.8076886566881796},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.5))*1000","v":9.8321880617431301},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.25))*1000","v":4.9313315034513749}]
[]
["Table 14 Suction Line Capacities in Tons for Refrigerant 448A/449A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °C"]
["Type L,",null,-40,null,-30,null,-20,null,-5,null,5]
["Copper,",null,"Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K"]
["OD, in (mm)",null,"Dp = 2.45 kPa","Dp = 1.23 kPa","Dp = 3.53 kPa","Dp = 1.77 kPa","Dp = 4.91 kPa","Dp = 2.46 kPa","Dp = 7.59 kPa","Dp = 3.81 kPa","Dp = 9.83 kPa","Dp = 4.93 kPa"]
["3/8 (10)",null,"---","---",0.13500000000000001,"---",0.21199999999999999,0.14299999999999999,0.38700000000000001,0.26300000000000001,0.55400000000000005,0.378]
["1/2 (13)",null,0.20399999999999999,0.13800000000000001,0.33600000000000002,0.22800000000000001,0.52600000000000002,0.35699999999999998,0.95699999999999996,0.65200000000000002,1.37,0.93500000000000005]
["5/8 (16)",null,0.373,0.253,0.61199999999999999,0.41599999999999998,0.95699999999999996,0.65200000000000002,1.74,1.19,2.48,1.7]
["3/4 (19)",null,0.64,0.435,1.05,0.71299999999999997,1.64,1.1200000000000001,2.96,2.0299999999999998,4.2300000000000004,2.9]
["7/8 (22)",null,1,0.67700000000000005,1.63,1.1100000000000001,2.54,1.73,4.59,3.14,6.54,4.49]
["1 1/8 (29)",null,2.0299999999999998,1.39,3.32,2.27,5.16,3.53,9.31,6.39,13.3,9.1199999999999992]
["1 3/8 (35)",null,3.57,2.44,5.81,3.97,9.02,6.19,16.2,11.2,23.1,15.9]
["1 5/8 (41)",null,5.67,3.88,9.2200000000000006,6.31,14.3,9.82,25.7,17.7,36.5,25.2]
["2 1/8 (54)",null,11.8,8.11,19.2,13.2,29.7,20.5,53.4,36.799999999999997,75.7,52.3]
["2 5/8 (67)",null,21,14.4,34.1,23.4,52.7,36.299999999999997,94.3,65.099999999999994,134,92.5]
["3 1/8 (79)",null,33.700000000000003,23.1,54.5,37.5,84.2,58,151,104,213,148]
["3 5/8 (92)",null,49.3,34.5,80.2,55.9,125,86.4,224,155,317,219]
["4 1/8 (105)",null,64.099999999999994,48.8,104,79,163,122,299,218,432,310]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.16500000000000001,0.114,0.26500000000000001,0.184,0.40500000000000003,0.28199999999999997,0.71299999999999997,0.499,1,0.70099999999999996]
["1/2 (13)","80",0.32800000000000001,0.22800000000000001,0.52500000000000002,0.36499999999999999,0.8,0.55900000000000005,1.41,0.98599999999999999,1.97,1.38]
["3/4 (19)","80",0.746,0.51900000000000002,1.19,0.83,1.81,1.27,3.17,2.23,4.4400000000000004,3.12]
["1 (25)","80",1.47,1.02,2.34,1.63,3.55,2.4900000000000002,6.22,4.38,8.6999999999999993,6.13]
["1 1/4 (32)","80",3.17,2.21,5.03,3.52,7.64,5.36,13.3,9.4,18.7,13.2]
["1 1/2 (38)","80",4.84,3.38,7.68,5.39,11.7,8.19,20.399999999999999,14.3,28.4,20.100000000000001]
["2 (51)","40",11.3,7.91,17.899999999999999,12.6,27.1,19.100000000000001,47.3,33.299999999999997,66.099999999999994,46.6]
["2 1/2 (64)","40",18,12.6,28.5,20.100000000000001,43.2,30.5,75.400000000000006,53.2,105,74.3]
["3 (76)","40",31.9,22.4,50.5,35.5,76.5,53.9,133,94.1,186,131]
["4 (102)","40",65.2,45.8,103,72.5,156,110,217,192,379,268]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration.  Maximum veloxity = 15 m/s.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Liquid Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.19},{"$f":"ROUND($E51/$E$53,2)","v":1.1299999999999999},{"$f":"ROUND($E52/$E$53,2)","v":1.06},{"$f":"ROUND($E54/$E$53,2)","v":0.93},{"$f":"ROUND($E55/$E$53,2)","v":0.87},{"$f":"ROUND($E56/$E$53,2)","v":0.8},{"$f":"ROUND($E57/$E$53,2)","v":0.72}]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D50)","v":152.51896241709579}]
[null,null,null,30,144.73192719807489]
[null,null,null,35,136.76955989310005]
[null,null,null,40,128.60602775691649]
[null,null,null,45,120.20714974045404]
[null,null,null,50,111.5263192781598]
[null,null,null,55,102.49729069227021]
[null,null,null,60,93.019713564845119]

{"sheet":"Table 15","index":37,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R32.fld",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-1)","v":0.93386764369955699},{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-0.5)","v":0.46899737758977267},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-1)","v":1.1090502849755737},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-0.5)","v":0.55684330507603619},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-1)","v":1.3051138057111871},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-0.5)","v":0.65514241739413848},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-1)","v":1.7638954106716653},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-0.5)","v":0.8851052069858838},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-1)","v":2.3181987538977751},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-0.5)","v":1.1628793471314793}]
[]
["Table 15 Suction Line Capacities in Tons for Refrigerant 32 (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °F"]
["Type L,",null,-20,null,-10,null,0,null,20,null,40]
["Copper,",null,"Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F"]
["OD, in",null,"Dp = 0.93 psi","Dp = 0.47 psi","Dp = 1.11 psi","Dp = 0.56 psi","Dp = 1.31 psi","Dp = 0.66 psi","Dp = 1.76 psi","Dp = 0.89 psi","Dp = 2.32 psi","Dp = 1.16 psi"]
["3/8",null,0.105,"---",0.13100000000000001,"---",0.161,0.11,0.23799999999999999,0.16200000000000001,0.34,0.23200000000000001]
["1/2",null,0.26,0.17699999999999999,0.32400000000000001,0.221,0.4,0.27200000000000002,0.58899999999999997,0.40200000000000002,0.83799999999999997,0.57299999999999995]
["5/8",null,0.47299999999999998,0.32200000000000001,0.59,0.40200000000000002,0.72599999999999998,0.496,1.07,0.73099999999999998,1.52,1.04]
["3/4",null,0.81,0.55200000000000005,1.01,0.68799999999999994,1.24,0.84799999999999998,1.82,1.25,2.58,1.77]
["7/8",null,1.26,0.85799999999999998,1.56,1.07,1.92,1.31,2.82,1.93,3.99,2.74]
["1 1/8",null,2.5499999999999998,1.75,3.17,2.1800000000000002,3.9,2.68,5.71,3.93,8.08,5.57]
["1 3/8",null,4.47,3.06,5.55,3.81,6.81,4.68,10,6.86,14.1,9.7100000000000009]
["1 5/8",null,7.08,4.8600000000000003,8.7799999999999994,6.04,10.8,7.42,15.8,10.9,22.2,15.4]
["2 1/8",null,14.7,10.1,18.3,12.6,22.4,15.4,32.6,22.6,46,31.9]
["2 5/8",null,24.5,18,30.5,22.3,37.700000000000003,27.3,56.2,39.9,81.2,56.3]
["3 1/8",null,34.9,28.7,43.6,35.6,53.9,43.7,80.2,63.7,116,89.8]
["3 5/8",null,47.3,42.8,59,53,72.900000000000006,65,108,94.7,157,133]
["4 1/8",null,61.4,60.5,76.599999999999994,74.900000000000006,94.7,91.7,141,134,204,188]
["Steel"]
["IPS","SCH"]
["3/8","80",0.20100000000000001,0.14000000000000001,0.247,0.17299999999999999,0.3,0.21,0.432,0.30299999999999999,0.60199999999999998,0.42299999999999999]
["1/2","80",0.39700000000000002,0.27700000000000002,0.48699999999999999,0.34100000000000003,0.59299999999999997,0.41599999999999998,0.85299999999999998,0.59899999999999998,1.19,0.83499999999999996]
["3/4","80",0.89700000000000002,0.628,1.1000000000000001,0.77300000000000002,1.34,0.94,1.92,1.35,2.67,1.88]
["1","80",1.76,1.24,2.16,1.52,2.63,1.85,3.77,2.65,5.24,3.69]
["1 1/4","80",3.78,2.66,4.6399999999999997,3.26,5.64,3.97,8.08,5.7,11.2,7.92]
["1 1/2","80",5.77,4.0599999999999996,7.08,4.9800000000000004,8.6,6.05,12.3,8.69,17.100000000000001,12.1]
["2","40",13.4,9.4600000000000009,16.5,11.6,20,14.1,28.6,20.2,39.700000000000003,28]
["2 1/2","40",21.4,15.1,26.3,18.5,31.9,22.5,45.6,32.200000000000003,63.3,44.7]
["3","40",37.9,26.7,46.4,32.700000000000003,56.3,39.700000000000003,80.599999999999994,56.9,112,79]
["4","40",65.3,54.5,81.5,66.8,101,81,150,116,217,161]
["Notes:"]
["1. Table capacities are in tons of refrigeration.  Maximum veloxity = 3000 fpm.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F liquid temperature entering the expension device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 10°F evaporator temperature, and are suitable in the range of -20°F to 40°F."]
[null,null,null,"Liquid Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.1200000000000001},{"$f":"ROUND($E51/$E$53,2)","v":1.07},{"$f":"ROUND($E52/$E$53,2)","v":1.02},{"$f":"ROUND($E54/$E$53,2)","v":0.97},{"$f":"ROUND($E55/$E$53,2)","v":0.92},{"$f":"ROUND($E56/$E$53,2)","v":0.87},{"$f":"ROUND($E57/$E$53,2)","v":0.81}]
[]
[]
[null,null,null,null,"NRE @ 10°F"]
[null,null,null,"Cond","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",10)-Enthalpy($D$1,\"TLIQ\",\"E\",$D50)","v":113.39966373646628}]
[null,null,null,90,108.70760110868041]
[null,null,null,100,103.86022292385044]
[null,null,null,105,101.3681357240466]
[null,null,null,110,98.82350980558958]
[null,null,null,120,93.548988195472816]
[null,null,null,130,87.963241486797813]
[null,null,null,140,81.945281668532374]

{"sheet":"Table 15 SI","index":38,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R32.fld",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.5))*1000","v":5.5974780886492432},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.25))*1000","v":2.8099947141342896},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.5))*1000","v":7.6021347321640338},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.25))*1000","v":3.8149086738658022},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.5))*1000","v":10.038823587127489},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.25))*1000","v":5.0360664215018947},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.5))*1000","v":11.430449394101538},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.25))*1000","v":5.7333701016125671},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.5))*1000","v":14.582981224556701},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.25))*1000","v":7.312791527996465}]
[]
["Table 15 Suction Line Capacities in Tons for Refrigerant 32 (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °C"]
["Type L,",null,-30,null,-20,null,-10,null,-5,null,5]
["Copper,",null,"Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K"]
["OD, in (mm)",null,"Dp = 5.60 kPa","Dp = 2.81 kPa","Dp = 7.60 kPa","Dp = 3.81 kPa","Dp = 10.0 kPa","Dp = 5.04 kPa","Dp = 11.4 kPa","Dp = 5.73 kPa","Dp = 14.6 kPa","Dp = 7.31 kPa"]
["3/8 (10)",null,0.33600000000000002,0.22800000000000001,0.5,0.33900000000000002,0.71599999999999997,0.48699999999999999,0.84799999999999998,0.57699999999999996,1.1599999999999999,0.79300000000000004]
["1/2 (13)",null,0.83599999999999997,0.56799999999999995,1.24,0.84299999999999997,1.77,1.21,2.09,1.43,2.87,1.96]
["5/8 (16)",null,1.52,1.04,2.25,1.54,3.21,2.2000000000000002,3.8,2.6,5.19,3.56]
["3/4 (19)",null,2.6,1.78,3.85,2.63,5.48,3.75,6.47,4.4400000000000004,8.84,6.07]
["7/8 (22)",null,4.04,2.76,5.96,4.08,8.49,5.82,10,6.87,13.7,9.4]
["1 1/8 (29)",null,8.2200000000000006,5.63,12.1,8.3000000000000007,17.2,11.8,20.3,14,27.7,19.100000000000001]
["1 3/8 (35)",null,14.4,9.86,21.2,14.5,30.1,20.7,35.4,24.4,48.2,33.299999999999997]
["1 5/8 (41)",null,22.8,15.6,33.5,23,47.5,32.700000000000003,56,38.6,76.2,52.6]
["2 1/8 (54)",null,47.5,32.6,69.599999999999994,47.9,98.6,68.099999999999994,116,80.2,158,109]
["2 5/8 (67)",null,81.400000000000006,57.9,121,84.9,174,120,205,142,278,193]
["3 1/8 (79)",null,116,92.6,172,136,248,192,295,226,410,308]
["3 5/8 (92)",null,157,138,233,202,336,286,399,337,555,457]
["4 1/8 (105)",null,204,195,303,285,437,404,519,475,722,645]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.64900000000000002,0.45200000000000001,0.93899999999999995,0.65600000000000003,1.31,0.92100000000000004,1.54,1.08,2.0699999999999998,1.45]
["1/2 (13)","80",1.28,0.89600000000000002,1.85,1.3,2.59,1.82,3.03,2.13,4.07,2.86]
["3/4 (19)","80",2.9,2.0299999999999998,4.1900000000000004,2.94,5.85,4.1100000000000003,6.84,4.8099999999999996,9.17,6.46]
["1 (25)","80",5.7,4,8.2200000000000006,5.77,11.5,8.07,13.4,9.43,18,12.7]
["1 1/4 (32)","80",12.3,8.6,17.600000000000001,12.4,24.6,17.3,28.7,20.3,38.5,27.2]
["1 1/2 (38)","80",18.7,13.1,26.9,18.899999999999999,37.5,26.4,43.8,30.9,58.7,41.4]
["2 (51)","40",43.5,30.6,62.6,44.1,87.1,61.5,102,71.8,136,96.3]
["2 1/2 (64)","40",69.400000000000006,48.9,100,70.3,139,98,162,115,217,153]
["3 (76)","40",123,86.5,176,124,246,173,287,202,384,271]
["4 (102)","40",217,176,322,254,454,353,552,412,767,552]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration.  Maximum veloxity = 15 m/s.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -12°C evaporator temperature, and are suitable in the range of -30°C to 5°C."]
[null,null,null,"Liquid Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.1299999999999999},{"$f":"ROUND($E51/$E$53,2)","v":1.0900000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.04},{"$f":"ROUND($E54/$E$53,2)","v":0.95},{"$f":"ROUND($E55/$E$53,2)","v":0.91},{"$f":"ROUND($E56/$E$53,2)","v":0.86},{"$f":"ROUND($E57/$E$53,2)","v":0.8}]
[]
[]
[null,null,null,null,"NRE @ -12°C"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-12)-Enthalpy($D$1,\"TLIQ\",\"C\",$D50)","v":266.86504995716723}]
[null,null,null,30,257.15024631778238]
[null,null,null,35,247.16371549978874]
[null,null,null,40,236.85567603869123]
[null,null,null,45,226.15923666502198]
[null,null,null,50,214.98066572410369]
[null,null,null,55,203.1813118970673]
[null,null,null,60,190.54045386563502]

{"sheet":"Table 16","index":39,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R454C.mix",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-1)","v":0.34869713475416653},{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-0.5)","v":0.17527467446070055},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-1)","v":0.5203058650328316},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-0.5)","v":0.26137873286603153},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-1)","v":0.74305657163087346},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-0.5)","v":0.37309326553133815},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-1)","v":1.0231294464381762},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-0.5)","v":0.51350703671226228},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-1)","v":1.3667134845985487},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-0.5)","v":0.68571620779566445}]
[]
["Table 16 Suction Line Capacities in Tons for Refrigerant 454C (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °F"]
["Type L,",null,-40,null,-20,null,0,null,20,null,40]
["Copper,",null,"Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F"]
["OD, in",null,"Dp = 0.35 psi","Dp = 0.18 psi","Dp = 0.52 psi","Dp = 0.26 psi","Dp = 0.74 psi","Dp = 0.37 psi","Dp = 1.02 psi","Dp = 0.51 psi","Dp = 1.37 psi","Dp = 0.69 psi"]
["3/8",null,"---","---","---","---","---","---","---","---",0.13400000000000001,"---"]
["1/2",null,"---","---","---","---",0.14000000000000001,"---",0.22,0.15,0.33,0.22500000000000001]
["5/8",null,"---","---",0.156,0.106,0.255,0.17399999999999999,0.39900000000000002,0.27200000000000002,0.59799999999999998,0.41]
["3/4",null,0.155,0.105,0.26700000000000002,0.182,0.437,0.29799999999999999,0.68100000000000005,0.46600000000000003,1.02,0.69899999999999995]
["7/8",null,0.24099999999999999,0.16400000000000001,0.41499999999999998,0.28299999999999997,0.67700000000000005,0.46300000000000002,1.05,0.72199999999999998,1.58,1.08]
["1 1/8",null,0.49099999999999999,0.33500000000000002,0.84599999999999997,0.57799999999999996,1.38,0.94299999999999995,2.14,1.47,3.2,2.2000000000000002]
["1 3/8",null,0.86199999999999999,0.58899999999999997,1.48,1.01,2.41,1.65,3.74,2.57,5.58,3.84]
["1 5/8",null,1.37,0.93600000000000005,2.35,1.61,3.81,2.62,5.91,4.07,8.82,6.08]
["2 1/8",null,2.86,1.96,4.8899999999999997,3.36,7.93,5.46,12.3,8.4600000000000009,18.3,12.6]
["2 5/8",null,5.07,3.48,8.67,5.97,14,9.68,21.7,15,32.299999999999997,22.3]
["3 1/8",null,8.1300000000000008,5.58,13.9,9.5500000000000007,22.4,15.5,34.700000000000003,24,51.5,35.700000000000003]
["3 5/8",null,11.9,8.33,20.399999999999999,14.2,33.4,23,51.5,35.6,76.5,53]
["4 1/8",null,15.4,11.8,26.5,20.100000000000001,43.4,32.5,68.099999999999994,50.3,104,74.8]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---","---","---",0.108,"---",0.16400000000000001,0.115,0.24199999999999999,0.17]
["1/2","80","---","---",0.13300000000000001,"---",0.21299999999999999,0.14899999999999999,0.32500000000000001,0.22800000000000001,0.47699999999999998,0.33500000000000002]
["3/4","80",0.18,0.125,0.30199999999999999,0.21099999999999999,0.48099999999999998,0.33700000000000002,0.73299999999999998,0.51500000000000001,1.08,0.75700000000000001]
["1","80",0.35399999999999998,0.247,0.59399999999999997,0.41599999999999998,0.94499999999999995,0.66300000000000003,1.44,1.01,2.11,1.48]
["1 1/4","80",0.76400000000000001,0.53400000000000003,1.28,0.89600000000000002,2.0299999999999998,1.43,3.08,2.17,4.5199999999999996,3.19]
["1 1/2","80",1.17,0.81699999999999995,1.95,1.37,3.1,2.1800000000000002,4.7,3.31,6.89,4.8600000000000003]
["2","40",2.72,1.91,4.55,3.19,7.2,5.07,10.9,7.71,16,11.3]
["2 1/2","40",4.3499999999999996,3.05,7.25,5.0999999999999996,11.5,8.1,17.399999999999999,12.3,25.5,18]
["3","40",7.7,5.41,12.8,9.0399999999999991,20.3,14.3,30.8,21.7,45.1,31.8]
["4","40",15.7,11.1,26.2,18.399999999999999,41.4,29.2,62.7,44.3,91.8,64.8]
["Notes:"]
["1. Table capacities are in tons of refrigeration.  Maximum veloxity = 3000 fpm.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F liquid temperature entering the expension device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Liquid Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.19},{"$f":"ROUND($E51/$E$53,2)","v":1.1100000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.04},{"$f":"ROUND($E54/$E$53,2)","v":0.96},{"$f":"ROUND($E55/$E$53,2)","v":0.88},{"$f":"ROUND($E56/$E$53,2)","v":0.8},{"$f":"ROUND($E57/$E$53,2)","v":0.71}]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D50)","v":60.021869856380604}]
[null,null,null,90,56.296203431040297]
[null,null,null,100,52.479880755656097]
[null,null,null,105,50.533233712591425]
[null,null,null,110,48.557912625720263]
[null,null,null,120,44.50977706552365]
[null,null,null,130,40.306980085723566]
[null,null,null,140,35.908069065548688]

{"sheet":"Table 16 SI","index":40,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R454C.mix",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.5))*1000","v":2.1660579389816275},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.25))*1000","v":1.0882049245688337},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.5))*1000","v":3.1114810855962793},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.25))*1000","v":1.562413224690723},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.5))*1000","v":4.3108851374464301},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.25))*1000","v":2.1637915852539544},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.5))*1000","v":6.6474847313171548},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.25))*1000","v":3.3349300976474039},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.5))*1000","v":8.6044207359541325},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.25))*1000","v":4.3155165494608294}]
[]
["Table 16 Suction Line Capacities in Tons for Refrigerant 454C (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °C"]
["Type L,",null,-40,null,-30,null,-20,null,-5,null,5]
["Copper,",null,"Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K"]
["OD, in (mm)",null,"Dp = 2.17 kPa","Dp = 1.09 kPa","Dp = 3.11 kPa","Dp = 1.56 kPa","Dp = 4.31 kPa","Dp = 2.16 kPa","Dp = 6.65 kPa","Dp = 3.33 kPa","Dp = 8.60 kPa","Dp = 4.32 kPa"]
["3/8 (10)",null,"---","---",0.11,"---",0.17299999999999999,0.11700000000000001,0.31900000000000001,0.217,0.46,0.313]
["1/2 (13)",null,0.16700000000000001,0.113,0.27400000000000002,0.186,0.43099999999999999,0.29299999999999998,0.78900000000000003,0.53800000000000003,1.1399999999999999,0.77500000000000002]
["5/8 (16)",null,0.30399999999999999,0.20599999999999999,0.5,0.34,0.78400000000000003,0.53400000000000003,1.43,0.97799999999999998,2.06,1.41]
["3/4 (19)",null,0.52200000000000002,0.35499999999999998,0.85599999999999998,0.58299999999999996,1.34,0.91400000000000003,2.4500000000000002,1.67,3.51,2.4]
["7/8 (22)",null,0.81200000000000006,0.55200000000000005,1.33,0.90600000000000003,2.08,1.42,3.79,2.59,5.43,3.73]
["1 1/8 (29)",null,1.66,1.1299999999999999,2.71,1.85,4.2300000000000004,2.9,7.69,5.28,11,7.57]
["1 3/8 (35)",null,2.91,1.99,4.75,3.25,7.41,5.07,13.4,9.23,19.2,13.2]
["1 5/8 (41)",null,4.63,3.16,7.54,5.16,11.7,8.0500000000000007,21.3,14.6,30.4,20.9]
["2 1/8 (54)",null,9.66,6.61,15.7,10.8,24.4,16.8,44.1,30.4,62.9,43.5]
["2 5/8 (67)",null,17.2,11.8,27.9,19.100000000000001,43.3,29.8,78,53.9,111,76.900000000000006]
["3 1/8 (79)",null,27.5,18.899999999999999,44.6,30.7,69.099999999999994,47.6,125,86.1,177,123]
["3 5/8 (92)",null,40.9,28.1,66.400000000000006,45.7,103,71,185,128,263,183]
["4 1/8 (105)",null,53.9,39.799999999999997,87.8,64.599999999999994,138,100,253,181,368,258]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.13500000000000001,"---",0.217,0.151,0.33300000000000002,0.23200000000000001,0.59099999999999997,0.41399999999999998,0.83399999999999996,0.58499999999999996]
["1/2 (13)","80",0.26800000000000002,0.186,0.43,0.29899999999999999,0.65900000000000003,0.46,1.17,0.81799999999999995,1.64,1.1499999999999999]
["3/4 (19)","80",0.60899999999999999,0.42399999999999999,0.97399999999999998,0.68,1.49,1.04,2.63,1.85,3.71,2.61]
["1 (25)","80",1.2,0.83599999999999997,1.92,1.34,2.93,2.0499999999999998,5.16,3.63,7.27,5.12]
["1 1/4 (32)","80",2.59,1.81,4.12,2.89,6.29,4.42,11.1,7.8,15.6,11]
["1 1/2 (38)","80",3.96,2.77,6.3,4.42,9.6,6.75,16.899999999999999,11.9,23.8,16.8]
["2 (51)","40",9.23,6.47,14.7,10.3,22.3,15.7,39.299999999999997,27.7,55.2,38.9]
["2 1/2 (64)","40",14.7,10.3,23.4,16.5,35.6,25.1,62.6,44.2,88,62.1]
["3 (76)","40",26.1,18.3,41.4,29.2,63,44.4,111,78.099999999999994,155,110]
["4 (102)","40",53.3,37.5,84.5,59.5,128,90.6,226,159,317,224]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration.  Maximum veloxity = 15 m/s.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Liquid Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.2},{"$f":"ROUND($E51/$E$53,2)","v":1.1399999999999999},{"$f":"ROUND($E52/$E$53,2)","v":1.07},{"$f":"ROUND($E54/$E$53,2)","v":0.93},{"$f":"ROUND($E55/$E$53,2)","v":0.86},{"$f":"ROUND($E56/$E$53,2)","v":0.78},{"$f":"ROUND($E57/$E$53,2)","v":0.7}]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D50)","v":141.9443758456818}]
[null,null,null,30,134.21104780643111]
[null,null,null,35,126.31617284771312]
[null,null,null,40,118.23774104439593]
[null,null,null,45,109.94657717747339]
[null,null,null,50,101.40390099749106]
[null,null,null,55,92.557227610744576]
[null,null,null,60,83.332238666660714]

{"sheet":"Table 17","index":41,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R455A.mix",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-1)","v":0.3724283148472427},{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-0.5)","v":0.1872014587659212},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-1)","v":0.55532313810287803},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-0.5)","v":0.27896770783670988},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-1)","v":0.79264781388086902},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-0.5)","v":0.39799121084497102},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-1)","v":1.0910687018066483},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-0.5)","v":0.54760427655070032},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-1)","v":1.4573572019467633},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-0.5)","v":0.73119503286528698}]
[]
["Table 17 Suction Line Capacities in Tons for Refrigerant 455A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °F"]
["Type L,",null,-40,null,-20,null,0,null,20,null,40]
["Copper,",null,"Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F"]
["OD, in",null,"Dp = 0.37 psi","Dp = 0.19 psi","Dp = 0.56 psi","Dp = 0.28 psi","Dp = 0.79 psi","Dp = 0.40 psi","Dp = 1.09 psi","Dp = 0.55 psi","Dp = 1.45 psi","Dp = 0.73 psi"]
["3/8",null,"---","---","---","---","---","---","---","---",0.14299999999999999,"---"]
["1/2",null,"---","---","---","---",0.151,0.10299999999999999,0.23499999999999999,0.16,0.35299999999999998,0.24099999999999999]
["5/8",null,"---","---",0.16800000000000001,0.114,0.27400000000000002,0.187,0.42699999999999999,0.29199999999999998,0.64,0.438]
["3/4",null,0.16700000000000001,0.114,0.28799999999999998,0.19600000000000001,0.46899999999999997,0.32,0.72899999999999998,0.499,1.0900000000000001,0.748]
["7/8",null,0.26,0.17699999999999999,0.44700000000000001,0.30499999999999999,0.72699999999999998,0.497,1.1299999999999999,0.77400000000000002,1.69,1.1599999999999999]
["1 1/8",null,0.53,0.36199999999999999,0.91,0.622,1.48,1.01,2.29,1.57,3.42,2.35]
["1 3/8",null,0.93,0.63500000000000001,1.59,1.0900000000000001,2.58,1.77,4,2.75,5.96,4.1100000000000003]
["1 5/8",null,1.48,1.01,2.5299999999999998,1.73,4.09,2.81,6.33,4.3600000000000003,9.43,6.5]
["2 1/8",null,3.08,2.11,5.26,3.62,8.51,5.86,13.1,9.07,19.5,13.5]
["2 5/8",null,5.47,3.76,9.33,6.42,15.1,10.4,23.2,16.100000000000001,34.5,23.9]
["3 1/8",null,8.77,6.02,14.9,10.3,24.1,16.600000000000001,37.1,25.6,55,38.1]
["3 5/8",null,12.5,8.99,21.5,15.3,35.1,24.7,55,38.200000000000003,81.7,56.7]
["4 1/8",null,16.3,12.7,27.9,21.6,45.6,34.9,71.400000000000006,53.9,108,79.900000000000006]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---","---","---",0.115,"---",0.17599999999999999,0.123,0.25800000000000001,0.18099999999999999]
["1/2","80","---","---",0.14299999999999999,0.1,0.22800000000000001,0.16,0.34699999999999998,0.24299999999999999,0.50900000000000001,0.35799999999999998]
["3/4","80",0.19400000000000001,0.13500000000000001,0.32500000000000001,0.22700000000000001,0.51600000000000001,0.36099999999999999,0.78300000000000003,0.55000000000000004,1.1499999999999999,0.80700000000000005]
["1","80",0.38200000000000001,0.26600000000000001,0.63800000000000001,0.44700000000000001,1.01,0.71,1.54,1.08,2.25,1.58]
["1 1/4","80",0.82299999999999995,0.57499999999999996,1.37,0.96299999999999997,2.17,1.53,3.3,2.3199999999999998,4.82,3.4]
["1 1/2","80",1.26,0.88,2.1,1.47,3.32,2.33,5.03,3.54,7.35,5.18]
["2","40",2.93,2.06,4.88,3.43,7.71,5.43,11.7,8.24,17.100000000000001,12]
["2 1/2","40",4.68,3.29,7.79,5.48,12.3,8.67,18.600000000000001,13.1,27.2,19.2]
["3","40",8.2899999999999991,5.83,13.8,9.6999999999999993,21.8,15.3,32.9,23.2,48.1,34]
["4","40",16.899999999999999,11.9,28.1,19.8,44.3,31.3,67,47.3,97.9,69.2]
["Notes:"]
["1. Table capacities are in tons of refrigeration.  Maximum veloxity = 3000 fpm.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F liquid temperature entering the expension device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Liquid Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.19},{"$f":"ROUND($E51/$E$53,2)","v":1.1100000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.04},{"$f":"ROUND($E54/$E$53,2)","v":0.96},{"$f":"ROUND($E55/$E$53,2)","v":0.88},{"$f":"ROUND($E56/$E$53,2)","v":0.8},{"$f":"ROUND($E57/$E$53,2)","v":0.71}]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D50)","v":61.316286823237832}]
[null,null,null,90,57.526069603927183]
[null,null,null,100,53.641132733030787]
[null,null,null,105,51.6583019218629]
[null,null,null,110,49.645354416809553]
[null,null,null,120,45.51705727697356]
[null,null,null,130,41.226410373044672]
[null,null,null,140,36.729662008564489]

{"sheet":"Table 17 SI","index":42,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R455A.mix",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.5))*1000","v":2.3134681934585122},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.25))*1000","v":1.1622520996105168},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.5))*1000","v":3.3210921684251051},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.25))*1000","v":1.6676563226775964},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.5))*1000","v":4.5989971047901701},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.25))*1000","v":2.3083934411968765},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.5))*1000","v":7.0887037845956407},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.25))*1000","v":3.5562756879217727},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.5))*1000","v":9.1751091581068209},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.25))*1000","v":4.6017492404244464}]
[]
["Table 17 Suction Line Capacities in Tons for Refrigerant 455A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °C"]
["Type L,",null,-40,null,-30,null,-20,null,-5,null,5]
["Copper,",null,"Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K"]
["OD, in (mm)",null,"Dp = 2.31 kPa","Dp = 1.16 kPa","Dp = 3.32 kPa","Dp = 1.67 kPa","Dp = 4.60 kPa","Dp = 2.31 kPa","Dp = 7.09 kPa","Dp = 3.56 kPa","Dp = 9.18 kPa","Dp = 4.60 kPa"]
["3/8 (10)",null,"---","---",0.11899999999999999,"---",0.186,0.126,0.34200000000000003,0.23200000000000001,0.49199999999999999,0.33500000000000002]
["1/2 (13)",null,0.18,0.122,0.29499999999999998,0.2,0.46300000000000002,0.315,0.84599999999999997,0.57599999999999996,1.21,0.82899999999999996]
["5/8 (16)",null,0.32900000000000001,0.223,0.53900000000000003,0.36599999999999999,0.84299999999999997,0.57399999999999995,1.54,1.05,2.2000000000000002,1.51]
["3/4 (19)",null,0.56399999999999995,0.38300000000000001,0.92200000000000004,0.628,1.44,0.98299999999999998,2.62,1.79,3.75,2.57]
["7/8 (22)",null,0.877,0.59599999999999997,1.43,0.97599999999999998,2.2400000000000002,1.53,4.0599999999999996,2.78,5.8,3.98]
["1 1/8 (29)",null,1.79,1.22,2.92,1.99,4.55,3.11,8.24,5.65,11.8,8.09]
["1 3/8 (35)",null,3.14,2.15,5.1100000000000003,3.5,7.95,5.45,14.4,9.8800000000000008,20.5,14.1]
["1 5/8 (41)",null,4.99,3.41,8.11,5.56,12.6,8.65,22.8,15.7,32.4,22.4]
["2 1/8 (54)",null,10.4,7.14,16.899999999999999,11.6,26.2,18,47.2,32.6,67.2,46.4]
["2 5/8 (67)",null,18.5,12.7,30,20.6,46.4,32,83.5,57.7,119,82.2]
["3 1/8 (79)",null,29.6,20.399999999999999,48,33,74.2,51.2,133,92.1,189,131]
["3 5/8 (92)",null,43.8,30.4,71.2,49.2,110,76.2,198,137,281,195]
["4 1/8 (105)",null,56.9,43,92.6,69.5,145,108,266,193,385,275]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.14599999999999999,0.10100000000000001,0.23300000000000001,0.16200000000000001,0.35699999999999998,0.249,0.63200000000000001,0.442,0.89,0.624]
["1/2 (13)","80",0.28899999999999998,0.2,0.46200000000000002,0.32200000000000001,0.70699999999999996,0.49399999999999999,1.25,0.874,1.75,1.23]
["3/4 (19)","80",0.65600000000000003,0.45700000000000002,1.05,0.73099999999999998,1.6,1.1200000000000001,2.81,1.98,3.95,2.78]
["1 (25)","80",1.29,0.90100000000000002,2.06,1.44,3.14,2.2000000000000002,5.52,3.88,7.75,5.46]
["1 1/4 (32)","80",2.79,1.95,4.43,3.1,6.74,4.74,11.8,8.34,16.600000000000001,11.7]
["1 1/2 (38)","80",4.26,2.98,6.76,4.74,10.3,7.23,18.100000000000001,12.7,25.3,17.899999999999999]
["2 (51)","40",9.94,6.96,15.8,11.1,23.9,16.8,42,29.6,58.9,41.5]
["2 1/2 (64)","40",15.9,11.1,25.2,17.7,38.200000000000003,26.9,66.900000000000006,47.2,93.8,66.2]
["3 (76)","40",28.1,19.7,44.5,31.3,67.5,47.6,118,83.5,166,117]
["4 (102)","40",57.4,40.4,90.8,63.9,138,97.1,241,170,338,238]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration.  Maximum veloxity = 15 m/s.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Liquid Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.2},{"$f":"ROUND($E51/$E$53,2)","v":1.1299999999999999},{"$f":"ROUND($E52/$E$53,2)","v":1.07},{"$f":"ROUND($E54/$E$53,2)","v":0.93},{"$f":"ROUND($E55/$E$53,2)","v":0.86},{"$f":"ROUND($E56/$E$53,2)","v":0.78},{"$f":"ROUND($E57/$E$53,2)","v":0.71}]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D50)","v":144.99761946787487}]
[null,null,null,30,137.13172065609632]
[null,null,null,35,129.09743349217592]
[null,null,null,40,120.87088614350262]
[null,null,null,45,112.4209583062526]
[null,null,null,50,103.70688493579382]
[null,null,null,55,94.673728039500077]
[null,null,null,60,85.242893304718791]

{"sheet":"Table 18","index":43,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R457A.mix",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-1)","v":0.3164855614165436},{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-0.5)","v":0.15909265299869979},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-1)","v":0.47432635881173013},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-0.5)","v":0.2382928060119589},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-1)","v":0.67996425599077526},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-0.5)","v":0.34142899232904611},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-1)","v":0.93920490464731898},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-0.5)","v":0.47140190490918599},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-1)","v":1.2576735839290478},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-0.5)","v":0.63102425379423721}]
[]
["Table 18 Suction Line Capacities in Tons for Refrigerant 457A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °F"]
["Type L,",null,-40,null,-20,null,0,null,20,null,40]
["Copper,",null,"Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F"]
["OD, in",null,"Dp = 0.32 psi","Dp = 0.16 psi","Dp = 0.47 psi","Dp = 0.24 psi","Dp = 0.68 psi","Dp = 0.34 psi","Dp = 0.94 psi","Dp = 0.47 psi","Dp = 1.26 psi","Dp = 0.63 psi"]
["3/8",null,"---","---","---","---","---","---","---","---",0.13,"---"]
["1/2",null,"---","---","---","---",0.13600000000000001,"---",0.21299999999999999,0.14499999999999999,0.32,0.219]
["5/8",null,"---","---",0.151,0.10299999999999999,0.248,0.16900000000000001,0.38700000000000001,0.26400000000000001,0.58099999999999996,0.39700000000000002]
["3/4",null,0.15,0.10199999999999999,0.25900000000000001,0.17599999999999999,0.42399999999999999,0.28899999999999998,0.66100000000000003,0.45200000000000001,0.99099999999999999,0.67900000000000005]
["7/8",null,0.23300000000000001,0.159,0.40300000000000002,0.27400000000000002,0.65700000000000003,0.44900000000000001,1.02,0.70099999999999996,1.53,1.05]
["1 1/8",null,0.47699999999999998,0.32500000000000001,0.82099999999999995,0.56100000000000005,1.34,0.91600000000000004,2.08,1.43,3.11,2.14]
["1 3/8",null,0.83599999999999997,0.57099999999999995,1.44,0.98399999999999999,2.34,1.6,3.63,2.5,5.42,3.73]
["1 5/8",null,1.33,0.90800000000000003,2.2799999999999998,1.56,3.71,2.54,5.75,3.96,8.58,5.91]
["2 1/8",null,2.78,1.9,4.76,3.26,7.71,5.3,11.9,8.23,17.8,12.3]
["2 5/8",null,4.93,3.38,8.44,5.8,13.7,9.41,21.1,14.6,31.4,21.7]
["3 1/8",null,7.9,5.42,13.5,9.2899999999999991,21.8,15.1,33.700000000000003,23.3,50.1,34.700000000000003]
["3 5/8",null,11.4,8.09,19.5,13.8,31.9,22.4,50.1,34.700000000000003,74.5,51.6]
["4 1/8",null,14.8,11.5,25.4,19.600000000000001,41.5,31.7,65.099999999999994,49,98.8,72.8]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---","---","---",0.105,"---",0.161,0.112,0.23599999999999999,0.16600000000000001]
["1/2","80","---","---",0.13,"---",0.20799999999999999,0.14499999999999999,0.317,0.222,0.46600000000000003,0.32700000000000001]
["3/4","80",0.17599999999999999,0.122,0.29499999999999998,0.20599999999999999,0.47,0.32900000000000001,0.71599999999999997,0.503,1.05,0.73899999999999999]
["1","80",0.34599999999999997,0.24099999999999999,0.58099999999999996,0.40600000000000003,0.92400000000000004,0.64800000000000002,1.41,0.98799999999999999,2.06,1.45]
["1 1/4","80",0.747,0.52100000000000002,1.25,0.876,1.99,1.39,3.02,2.12,4.42,3.11]
["1 1/2","80",1.1399999999999999,0.79800000000000004,1.91,1.34,3.03,2.13,4.5999999999999996,3.24,6.74,4.75]
["2","40",2.66,1.87,4.45,3.12,7.05,4.96,10.7,7.54,15.7,11]
["2 1/2","40",4.26,2.98,7.1,4.99,11.2,7.92,17.100000000000001,12,25,17.600000000000001]
["3","40",7.54,5.29,12.6,8.84,19.899999999999999,14,30.2,21.3,44.1,31.1]
["4","40",15.4,10.8,25.6,18.100000000000001,40.5,28.6,61.4,43.4,89.8,63.4]
["Notes:"]
["1. Table capacities are in tons of refrigeration.  Maximum veloxity = 3000 fpm.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F liquid temperature entering the expension device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,"Liquid Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.17},{"$f":"ROUND($E51/$E$53,2)","v":1.1000000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.04},{"$f":"ROUND($E54/$E$53,2)","v":0.96},{"$f":"ROUND($E55/$E$53,2)","v":0.89},{"$f":"ROUND($E56/$E$53,2)","v":0.82},{"$f":"ROUND($E57/$E$53,2)","v":0.74}]
[]
[]
[null,null,null,null,"NRE @ 0°F"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",0)-Enthalpy($D$1,\"TLIQ\",\"E\",$D50)","v":65.066412884035088}]
[null,null,null,90,61.293150622240816]
[null,null,null,100,57.435741870484605]
[null,null,null,105,55.471911395696111]
[null,null,null,110,53.482276531960949]
[null,null,null,120,49.416546953597674]
[null,null,null,130,45.216346002591024]
[null,null,null,140,40.850587097700441]

{"sheet":"Table 18 SI","index":44,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R457A.mix",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.5))*1000","v":1.9659871957595498},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.25))*1000","v":0.98774356162292798},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.5))*1000","v":2.8353771961052985},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.25))*1000","v":1.4238354810381382},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.5))*1000","v":3.9420960104897818},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.25))*1000","v":1.97876258620025},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.5))*1000","v":6.1047697027873937},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.25))*1000","v":3.0627517968360718},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.5))*1000","v":7.9187887958979131},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.25))*1000","v":3.9717304114408325}]
[]
["Table 18 Suction Line Capacities in Tons for Refrigerant 457A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °C"]
["Type L,",null,-40,null,-30,null,-20,null,-5,null,5]
["Copper,",null,"Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K"]
["OD, in (mm)",null,"Dp = 1.97 kPa","Dp = 0.99 kPa","Dp = 2.84 kPa","Dp = 1.42 kPa","Dp = 3.94 kPa","Dp = 1.98 kPa","Dp = 6.10 kPa","Dp = 3.06 kPa","Dp = 7.92 kPa","Dp = 3.97 kPa"]
["3/8 (10)",null,"---","---",0.106,"---",0.16800000000000001,0.113,0.309,0.21,0.44500000000000001,0.30299999999999999]
["1/2 (13)",null,0.161,0.109,0.26500000000000001,0.18,0.41699999999999998,0.28299999999999997,0.76500000000000001,0.52100000000000002,1.1000000000000001,0.751]
["5/8 (16)",null,0.29399999999999998,0.19900000000000001,0.48399999999999999,0.32900000000000001,0.76,0.51700000000000002,1.39,0.94799999999999995,2,1.36]
["3/4 (19)",null,0.50600000000000001,0.34300000000000003,0.83,0.56399999999999995,1.3,0.88600000000000001,2.37,1.62,3.41,2.33]
["7/8 (22)",null,0.78700000000000003,0.53500000000000003,1.29,0.878,2.02,1.38,3.68,2.52,5.27,3.61]
["1 1/8 (29)",null,1.61,1.1000000000000001,2.63,1.8,4.1100000000000003,2.81,7.47,5.12,10.7,7.34]
["1 3/8 (35)",null,2.82,1.93,4.6100000000000003,3.15,7.19,4.92,13,8.9600000000000009,18.7,12.8]
["1 5/8 (41)",null,4.49,3.07,7.32,5.01,11.4,7.82,20.7,14.2,29.5,20.3]
["2 1/8 (54)",null,9.3699999999999992,6.42,15.3,10.5,23.7,16.3,42.9,29.5,61.2,42.2]
["2 5/8 (67)",null,16.7,11.4,27.1,18.600000000000001,42.1,28.9,75.900000000000006,52.3,108,74.7]
["3 1/8 (79)",null,26.7,18.3,43.3,29.8,67.2,46.3,121,83.7,173,119]
["3 5/8 (92)",null,39.700000000000003,27.3,64.5,44.4,100,69,180,125,256,178]
["4 1/8 (105)",null,51.6,38.700000000000003,84.1,62.8,132,97.5,242,176,351,250]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.13200000000000001,"---",0.21199999999999999,0.14699999999999999,0.32500000000000001,0.22600000000000001,0.57699999999999996,0.40400000000000003,0.81399999999999995,0.57099999999999995]
["1/2 (13)","80",0.26100000000000001,0.18099999999999999,0.42,0.29199999999999998,0.64300000000000002,0.44900000000000001,1.1399999999999999,0.79800000000000004,1.61,1.1299999999999999]
["3/4 (19)","80",0.59399999999999997,0.41299999999999998,0.95099999999999996,0.66300000000000003,1.46,1.02,2.57,1.81,3.62,2.5499999999999998]
["1 (25)","80",1.17,0.81499999999999995,1.87,1.31,2.86,2,5.05,3.55,7.1,5]
["1 1/4 (32)","80",2.5299999999999998,1.76,4.03,2.82,6.15,4.32,10.8,7.62,15.2,10.7]
["1 1/2 (38)","80",3.86,2.7,6.16,4.3099999999999996,9.39,6.59,16.5,11.6,23.2,16.399999999999999]
["2 (51)","40",9.02,6.32,14.3,10.1,21.9,15.4,38.4,27.1,54,38.1]
["2 1/2 (64)","40",14.4,10.1,22.9,16.100000000000001,34.9,24.5,61.3,43.2,86,60.7]
["3 (76)","40",25.5,17.899999999999999,40.6,28.5,61.7,43.4,108,76.400000000000006,152,107]
["4 (102)","40",52.2,36.6,82.7,58.2,126,88.6,221,156,310,219]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration.  Maximum veloxity = 15 m/s.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,"Liquid Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.18},{"$f":"ROUND($E51/$E$53,2)","v":1.1200000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.06},{"$f":"ROUND($E54/$E$53,2)","v":0.94},{"$f":"ROUND($E55/$E$53,2)","v":0.87},{"$f":"ROUND($E56/$E$53,2)","v":0.8},{"$f":"ROUND($E57/$E$53,2)","v":0.73}]
[]
[]
[null,null,null,null,"NRE @ -18°C"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-18)-Enthalpy($D$1,\"TLIQ\",\"C\",$D50)","v":153.70166043950178}]
[null,null,null,30,145.86510014330665]
[null,null,null,35,137.87743497412012]
[null,null,null,40,129.72108488463999]
[null,null,null,45,121.37294229156669]
[null,null,null,50,112.80244927702728]
[null,null,null,55,103.96892634834188]
[null,null,null,60,94.817015239742602]

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["NIST Refrigerant File",null,null,"R1234yf;7750;R134a;850;R152a;1400 mass",null,{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-1)","v":0.52608012601753629},{"$f":"Pressure($D$1,\"TVAP\",\"E\",C6)-Pressure($D$1,\"TVAP\",\"E\",C6-0.5)","v":0.26417416081368827},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-1)","v":0.62218392899557884},{"$f":"Pressure($D$1,\"TVAP\",\"E\",E6)-Pressure($D$1,\"TVAP\",\"E\",E6-0.5)","v":0.31236150002022711},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-1)","v":0.72936815424722568},{"$f":"Pressure($D$1,\"TVAP\",\"E\",G6)-Pressure($D$1,\"TVAP\",\"E\",G6-0.5)","v":0.36609513300745533},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-1)","v":0.84810801134738512},{"$f":"Pressure($D$1,\"TVAP\",\"E\",I6)-Pressure($D$1,\"TVAP\",\"E\",I6-0.5)","v":0.42561239571402609},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-1)","v":0.97886132466177145},{"$f":"Pressure($D$1,\"TVAP\",\"E\",K6)-Pressure($D$1,\"TVAP\",\"E\",K6-0.5)","v":0.49114203712182558}]
[]
["Table 18A Suction Line Capacities in Tons for Refrigerant 516A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °F"]
["Type L,",null,0,null,10,null,20,null,30,null,40]
["Copper,",null,"Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F","Dt = 1°F","Dt = 0.5°F"]
["OD, in",null,"Dp = 0.53 psi","Dp = 0.26 psi","Dp = 0.62 psi","Dp = 0.31 psi","Dp = 0.73 psi","Dp = 0.37 psi","Dp = 0.85 psi","Dp = 0.43 psi","Dp = 0.98 psi","Dp = 0.49 psi"]
["3/8",null,"---","---","---","---","---","---","---","---","---","---"]
["1/2",null,"---","---",0.124,"---",0.156,0.106,0.193,0.13100000000000001,0.23699999999999999,0.16200000000000001]
["5/8",null,0.17799999999999999,0.121,0.22600000000000001,0.154,0.28299999999999997,0.193,0.35099999999999998,0.23899999999999999,0.43,0.29399999999999998]
["3/4",null,0.30499999999999999,0.20799999999999999,0.38600000000000001,0.26300000000000001,0.48299999999999998,0.33,0.59899999999999998,0.40899999999999997,0.73399999999999999,0.503]
["7/8",null,0.47299999999999998,0.32300000000000001,0.59899999999999998,0.40899999999999997,0.749,0.51200000000000001,0.92700000000000005,0.63500000000000001,1.1399999999999999,0.77900000000000003]
["1 1/8",null,0.96399999999999997,0.65900000000000003,1.22,0.83399999999999996,1.52,1.04,1.88,1.29,2.31,1.58]
["1 3/8",null,1.69,1.1599999999999999,2.13,1.46,2.66,1.83,3.29,2.2599999999999998,4.03,2.77]
["1 5/8",null,2.68,1.83,3.38,2.3199999999999998,4.22,2.9,5.21,3.58,6.38,4.3899999999999997]
["2 1/8",null,5.57,3.83,7.03,4.83,8.76,6.03,10.8,7.45,13.2,9.1300000000000008]
["2 5/8",null,9.8699999999999992,6.79,12.4,8.57,15.5,10.7,19.100000000000001,13.2,23.4,16.2]
["3 1/8",null,15.8,10.9,19.899999999999999,13.7,24.8,17.100000000000001,30.6,21.1,37.299999999999997,25.8]
["3 5/8",null,23.5,16.2,29.6,20.399999999999999,36.9,25.5,45.4,31.4,55.5,38.4]
["4 1/8",null,32.5,22.9,41.2,28.8,51.7,35.9,64.099999999999994,44.3,78.3,54.2]
["Steel"]
["IPS","SCH"]
["3/8","80","---","---","---","---",0.11899999999999999,"---",0.14599999999999999,0.10199999999999999,0.17699999999999999,0.124]
["1/2","80",0.151,0.106,0.189,0.13200000000000001,0.23400000000000001,0.16400000000000001,0.28699999999999998,0.20100000000000001,0.34899999999999998,0.245]
["3/4","80",0.34200000000000003,0.23899999999999999,0.42799999999999999,0.3,0.53,0.372,0.64900000000000002,0.45600000000000002,0.78800000000000003,0.55400000000000005]
["1","80",0.67300000000000004,0.47099999999999997,0.84099999999999997,0.59,1.04,0.73,1.27,0.89500000000000002,1.55,1.0900000000000001]
["1 1/4","80",1.45,1.02,1.81,1.27,2.23,1.57,2.73,1.92,3.32,2.33]
["1 1/2","80",2.21,1.55,2.76,1.94,3.41,2.4,4.17,2.94,5.0599999999999996,3.56]
["2","40",5.14,3.62,6.42,4.5199999999999996,7.92,5.58,9.69,6.83,11.8,8.2899999999999991]
["2 1/2","40",8.2100000000000009,5.77,10.199999999999999,7.21,12.6,8.91,15.5,10.9,18.7,13.2]
["3","40",14.5,10.199999999999999,18.100000000000001,12.8,22.3,15.8,27.3,19.3,33.1,23.4]
["4","40",29.6,20.9,36.9,26,45.5,32.1,55.7,39.299999999999997,67.400000000000006,47.6]
["Notes:"]
["1. Table capacities are in tons of refrigeration.  Maximum veloxity = 3000 fpm.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, psi per 100 ft equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, °F per 100 ft equivalent length."]
["2. Same as I-P R2022 chapter 1 tables."]
["3. Same as I-P R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 105°F liquid temperature entering the expension device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 20°F evaporator temperature, and are suitable in the range of 0°F to 40°F."]
[null,null,null,"Liquid Temperature, °F"]
[null,null,null,80,90,100,110,120,130,140]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.17},{"$f":"ROUND($E51/$E$53,2)","v":1.1000000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.04},{"$f":"ROUND($E54/$E$53,2)","v":0.96},{"$f":"ROUND($E55/$E$53,2)","v":0.89},{"$f":"ROUND($E56/$E$53,2)","v":0.82},{"$f":"ROUND($E57/$E$53,2)","v":0.74}]
[]
[]
[null,null,null,null,"NRE @ 20°F"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °F","Btu/lb"]
[null,null,null,80,{"$f":"Enthalpy($D$1,\"TVAP\",\"E\",20)-Enthalpy($D$1,\"TLIQ\",\"E\",$D50)","v":61.090574137460223}]
[null,null,null,90,57.560633756317799]
[null,null,null,100,53.963844883415973]
[null,null,null,105,52.138430725656136]
[null,null,null,110,50.293694352612889]
[null,null,null,120,46.541236028819171]
[null,null,null,130,42.694076555769954]
[null,null,null,140,38.735169849424025]

{"sheet":"Table 18A SI","index":46,"n_rows":57,"n_cols":15,"rows_kept":57,"cut":false,"hidden":false,"merged":[[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[41,3,41,9],[17,0,17,1],[6,0,6,1],[7,0,7,1],[8,0,8,1],[9,0,9,1],[10,0,10,1],[11,0,11,1],[12,0,12,1],[13,0,13,1],[14,0,14,1],[15,0,15,1],[16,0,16,1],[4,0,4,1],[4,2,4,11],[5,0,5,1],[5,2,5,3],[5,4,5,5],[5,6,5,7],[5,8,5,9],[5,10,5,11]]}
["NIST Refrigerant File",null,null,"R1234yf;7750;R134a;850;R152a;1400 mass",null,{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.5))*1000","v":3.5572227581237015},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",C6)-Pressure($D$1,\"TVAP\",\"C\",C6-0.25))*1000","v":1.7853226502474173},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.5))*1000","v":4.1217359818856716},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",E6)-Pressure($D$1,\"TVAP\",\"C\",E6-0.25))*1000","v":2.0682741319312803},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.5))*1000","v":4.7429248122879404},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",G6)-Pressure($D$1,\"TVAP\",\"C\",G6-0.25))*1000","v":2.3795903783793704},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.5))*1000","v":5.4229057881433622},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",I6)-Pressure($D$1,\"TVAP\",\"C\",I6-0.25))*1000","v":2.7203287127225972},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.5))*1000","v":6.1637352153772751},{"$f":"(Pressure($D$1,\"TVAP\",\"C\",K6)-Pressure($D$1,\"TVAP\",\"C\",K6-0.25))*1000","v":3.0915167368016361}]
[]
["Table 18A Suction Line Capacities in Tons for Refrigerant 516A (Single- or High-Stage Applications)"]
[]
["Line Size",null,"Saturated Suction Temperature, °C"]
["Type L,",null,-15,null,-10,null,-5,null,0,null,5]
["Copper,",null,"Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K","Dt = 0.5 K","Dt = 0.25 K"]
["OD, in (mm)",null,"Dp = 3.56 kPa","Dp = 1.79 kPa","Dp = 4.12 kPa","Dp = 2.07 kPa","Dp = 4.74 kPa","Dp = 2.38 kPa","Dp = 5.42 kPa","Dp = 2.72 kPa","Dp = 6.16 kPa","Dp = 3.09 kPa"]
["3/8 (10)",null,0.14899999999999999,0.10100000000000001,0.184,0.125,0.22600000000000001,0.153,0.27400000000000002,0.186,0.32900000000000001,0.224]
["1/2 (13)",null,0.372,0.252,0.45800000000000002,0.311,0.56000000000000005,0.38100000000000001,0.67800000000000005,0.46200000000000002,0.81499999999999995,0.55600000000000005]
["5/8 (16)",null,0.67700000000000005,0.46100000000000002,0.83399999999999996,0.56799999999999995,1.02,0.69399999999999995,1.23,0.84099999999999997,1.48,1.01]
["3/4 (19)",null,1.1599999999999999,0.79,1.43,0.97299999999999998,1.74,1.19,2.1,1.44,2.5299999999999998,1.73]
["7/8 (22)",null,1.8,1.23,2.21,1.51,2.7,1.84,3.26,2.23,3.91,2.68]
["1 1/8 (29)",null,3.66,2.5,4.5,3.08,5.48,3.76,6.62,4.54,7.94,5.45]
["1 3/8 (35)",null,6.41,4.3899999999999997,7.87,5.39,9.58,6.57,11.6,7.94,13.9,9.5299999999999994]
["1 5/8 (41)",null,10.199999999999999,6.97,12.5,8.56,15.2,10.4,18.3,12.6,21.9,15.1]
["2 1/8 (54)",null,21.2,14.5,25.9,17.8,31.5,21.7,38.1,26.2,45.6,31.4]
["2 5/8 (67)",null,37.5,25.8,46,31.6,55.8,38.5,67.3,46.4,80.599999999999994,55.6]
["3 1/8 (79)",null,59.9,41.3,73.400000000000006,50.6,89.2,61.5,107,74.2,129,88.8]
["3 5/8 (92)",null,89.2,61.5,109,75.400000000000006,133,91.6,160,110,191,132]
["4 1/8 (105)",null,126,86.9,154,106,187,129,225,156,270,187]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.28999999999999998,0.20200000000000001,0.35299999999999998,0.247,0.42699999999999999,0.29799999999999999,0.51200000000000001,0.35799999999999998,0.61,0.42699999999999999]
["1/2 (13)","80",0.57399999999999995,0.4,0.69899999999999995,0.48799999999999999,0.84399999999999997,0.59099999999999997,1.01,0.70899999999999996,1.2,0.84399999999999997]
["3/4 (19)","80",1.3,0.90800000000000003,1.58,1.1100000000000001,1.91,1.34,2.2799999999999998,1.6,2.72,1.91]
["1 (25)","80",2.5499999999999998,1.79,3.1,2.1800000000000002,3.74,2.63,4.4800000000000004,3.15,5.33,3.75]
["1 1/4 (32)","80",5.48,3.85,6.67,4.68,8.0399999999999991,5.65,9.6199999999999992,6.77,11.4,8.0500000000000007]
["1 1/2 (38)","80",8.3699999999999992,5.88,10.199999999999999,7.15,12.3,8.6300000000000008,14.7,10.3,17.399999999999999,12.3]
["2 (51)","40",19.5,13.7,23.7,16.7,28.5,20.100000000000001,34.1,24,40.5,28.6]
["2 1/2 (64)","40",31.1,21.9,37.799999999999997,26.6,45.5,32.1,54.4,38.4,64.599999999999994,45.6]
["3 (76)","40",55,38.700000000000003,66.8,47.1,80.400000000000006,56.7,96.2,67.8,114,80.599999999999994]
["4 (102)","40",112,79,136,96,164,116,196,138,233,164]
["Notes:"]
["1. Table capacities are in kilowatts of refrigeration.  Maximum veloxity = 15 m/s.  Suction refrigerant state is at saturation."]
["   Dp = pressure drop from line friction, kPa per 30 meters equivalent length."]
["   Dt = change in saturation temperature corresponding to Dp, K per 30 meters equivalent length."]
["2. Same as SI R2022 chapter 1 tables."]
["3. Same as SI R2022 chapter 1 tables."]
["4. Refrigerant thermodynamic and thermophysical properties calculated using NIST RefProp v10.0.  Refrigerant flow rates calculated using the Darcy-Weisbach and Colebrook equations."]
["5. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -5°C evaporator temperature, and are suitable in the range of -15°C to 5°C."]
[null,null,null,"Liquid Temperature, °C"]
[null,null,null,25,30,35,45,50,55,60]
[null,"Suction Line",null,{"$f":"ROUND($E50/$E$53,2)","v":1.18},{"$f":"ROUND($E51/$E$53,2)","v":1.1200000000000001},{"$f":"ROUND($E52/$E$53,2)","v":1.06},{"$f":"ROUND($E54/$E$53,2)","v":0.94},{"$f":"ROUND($E55/$E$53,2)","v":0.87},{"$f":"ROUND($E56/$E$53,2)","v":0.81},{"$f":"ROUND($E57/$E$53,2)","v":0.74}]
[]
[]
[null,null,null,null,"NRE @ -5°C"]
[null,null,null,"Liquid","Evap,"]
[null,null,null,"Temp, °C","Btu/lb"]
[null,null,null,25,{"$f":"Enthalpy($D$1,\"TVAP\",\"C\",-5)-Enthalpy($D$1,\"TLIQ\",\"C\",$D50)","v":145.52079931377551}]
[null,null,null,30,138.18262546004172]
[null,null,null,35,130.7226188460512]
[null,null,null,40,123.13114130680179]
[null,null,null,45,115.39553529500665]
[null,null,null,50,107.49884735233042]
[null,null,null,55,99.418366888084051]
[null,null,null,60,91.123879635390495]

{"sheet":"Example 3","index":47,"n_rows":38,"n_cols":8,"rows_kept":38,"cut":false,"hidden":false,"merged":[]}
["I-P"]
[]
["Example 3. Determine the maximum size suction and discharge riser that will transport"]
["oil at minimum loading, using R-454B with a 40 ton compressor having capacity steps of"]
["of 25, 50, 75 and 100 percent. Minimum system loading is 10 tons at 40°F evaporator"]
["and 100°F condenser temperature with 25°F superheated refrigerant entering the compressor."]
[]
["Solution: From Table 22, the minimum rating for the 2-1/8\" OD suction riser at 40°F evaporator,"]
["25°F superheat and 105°F liquid to transport oil is approximately 8.56 tons.  Use Note 1,"]
["to determine capacity at 100°F condensing and zero subcooling:"]
[]
["Actual minimum 2-1/8\" OD line capacity",null,null,null,"=","8.56 x 1.03 =",null,"8.8 tons"]
[]
["Simple inspection shows the 2-5/8\" OD suction riser is too large."]
[]
["From Table 23, the minimum capacity for the 1-5/8\" OD discharge riser at 40°F evaporator,"]
["25°F superheat and 100°F condensing to transport oil is 6.21 tons.  The 2-1/8\" OD riser"]
["having a 12.4 ton minumum capacity is too large."]
[]
[]
["SI"]
[]
["Example 3. Determine the maximum size suction and discharge riser that will transport"]
["oil at minimum loading, using R-454B with a 140 kW compressor having capacity steps of"]
["of 25, 50, 75 and 100 percent. Minimum system loading is 35 kW at 5°C evaporator"]
["and 35°C condenser temperature with 14 K superheated refrigerant entering the compressor."]
[]
["Solution: From Table 22, the minimum rating for the 54 mm OD suction riser at 5°C evaporator,"]
["14 K superheat and 40°C liquid to transport oil is approximately 30.5 kW.  Use Note 1,"]
["to determine capacity at 35°C condensing and zero subcooling:"]
[]
["Actual minimum 54 mm OD line capacity",null,null,null,"=","30.5 x 1.05 =",null,"32.0 kW"]
[]
["Simple inspection shows the 67 mm OD suction riser is too large."]
[]
["From Table 23, the minimum capacity for the 41 mm OD discharge riser at 5°C evaporator,"]
["14 K superheat and 35°C condensing to transport oil is approximately 21.8 kW.  The 54 mm OD"]
["riser having approximately a  43.7 kW minumum capacity is too large."]

{"sheet":"Table 22","index":48,"n_rows":46,"n_cols":74,"rows_kept":46,"cut":false,"hidden":false,"merged":[[42,25,42,31],[1,49,1,60],[2,49,2,60],[4,49,4,60],[6,49,6,60],[1,62,1,73],[2,62,2,73],[4,62,4,73],[6,62,6,73],[1,36,1,47],[2,36,2,47],[4,36,4,47],[6,36,6,47],[6,10,6,21],[1,10,1,21],[2,10,2,21],[4,10,4,21],[1,23,1,34],[2,23,2,34],[4,23,4,34],[6,23,6,34]]}
[null,"jg*1/2",0.85,null,null,"in to m",null,2.5399999999999999E-2]
[null,"g, m/s2",9.8066499999999994,null,null,"lb/ft3 to kg/m3",null,16.018463373960099,null,null,"Jacob's Limit, kg/m2-s",null,null,null,null,null,null,null,null,null,null,null,null,"Minimum Capacity, tons",null,null,null,null,null,null,null,null,null,null,null,null,"Velocity, ft/min",null,null,null,null,null,null,null,null,null,null,null,null,"Capacity, tons - R2022 Table 20 Data, R-22 & R-134a, 90°F liquid",null,null,null,null,null,null,null,null,null,null,null,null,"Capacity Difference, percent"]
[null,"tl, °F",105,null,null,"kg/m2-s to lb/ft2-s",null,{"$f":"0.09290304/0.45359237","v":0.20481614362252171},null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in"]
[null,null,null,null,null,null,null,"Liquid","POE32 &",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8"]
[null,null,null,null,null,"Suction",null,"Density at","Refrigerant",null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in"]
[null,null,"Suction",null,"Evap","Gas",null,"Saturated","Mixture",null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998]
["Refrigerant","Evap","Gas",null,"Pressure","Density","NRE","Suction","Density",null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2"]
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[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Notes:"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1. Minimum refrigeration capacity is determined at 105°F liquid temperature and using ISO 32 POE oil.  For other liquid temperatures, use correction factors listed in the table below:"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2. Table capacities based on 105°F liquid temperature entering the expension device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a 0°F evaporator temperature, and are suitable in the range of -40°F to 40°F."]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Liquid Temperature, °F"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Refrigerant",null,80,90,100,110,120,130,140]
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{"sheet":"Table 22 SI","index":49,"n_rows":46,"n_cols":48,"rows_kept":46,"cut":false,"hidden":false,"merged":[[6,10,6,21],[6,23,6,34],[6,36,6,47],[42,25,42,31],[4,10,4,21],[4,23,4,34],[4,36,4,47],[2,10,2,21],[2,23,2,34],[2,36,2,47],[1,10,1,21],[1,23,1,34],[1,36,1,47]]}
[null,"jg*1/2",0.85,null,null,"in to m",null,2.5399999999999999E-2,null,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998]
[null,"g, m/s2",9.8066499999999994,null,null,"lb/ft3 to kg/m3",null,16.018463373960099,null,null,"Jacob's Limit, kg/m2-s",null,null,null,null,null,null,null,null,null,null,null,null,"Minimum Capacity, kW",null,null,null,null,null,null,null,null,null,null,null,null,"Velocity, m/s"]
[null,"tl, °C",40,null,null,"kg/m2-s to lb/ft2-s",null,{"$f":"0.09290304/0.45359237","v":0.20481614362252171},null,null,"Pipe OD, in (mm)",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in (mm)",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in (mm)"]
[null,null,null,null,null,null,null,"Liquid","POE32 &",null,"1/2 (13)","5/8 (16)","3/4 (19)","7/8 (22)","1 1/8 (29)","1 3/8 (35)","1 5/8 (41)","2 1/8 (54)","2 5/8 (67)","3 1/8 (79)","3 5/8 (92)","4 1/8 (105)",null,"1/2 (13)","5/8 (16)","3/4 (19)","7/8 (22)","1 1/8 (29)","1 3/8 (35)","1 5/8 (41)","2 1/8 (54)","2 5/8 (67)","3 1/8 (79)","3 5/8 (92)","4 1/8 (105)",null,"1/2 (13)","5/8 (16)","3/4 (19)","7/8 (22)","1 1/8 (29)","1 3/8 (35)","1 5/8 (41)","2 1/8 (54)","2 5/8 (67)","3 1/8 (79)","3 5/8 (92)","4 1/8 (105)"]
[null,null,null,null,null,"Suction",null,"Density at","Refrigerant",null,"Pipe ID, mm",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, mm",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, mm"]
[null,null,"Suction",null,"Evap","Gas",null,"Saturated","Mixture",null,{"$f":"K1*25.4","v":11.074399999999999},{"$f":"L1*25.4","v":13.843},16.916399999999999,19.939,26.034999999999997,32.130999999999993,38.226999999999997,50.418999999999997,62.61099999999999,74.802999999999997,86.99499999999999,99.186999999999983,null,{"$f":"K6","v":11.074399999999999},{"$f":"L6","v":13.843},16.916399999999999,19.939,26.034999999999997,32.130999999999993,38.226999999999997,50.418999999999997,62.61099999999999,74.802999999999997,86.99499999999999,99.186999999999983,null,{"$f":"K6","v":11.074399999999999},{"$f":"L6","v":13.843},16.916399999999999,19.939,26.034999999999997,32.130999999999993,38.226999999999997,50.418999999999997,62.61099999999999,74.802999999999997,86.99499999999999,99.186999999999983]
["Refrigerant","Evap","Gas",null,"Pressure","Density","NRE","Suction","Density",null,"Area, cm2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, cm2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, cm2"]
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[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Notes:"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1. Minimum refrigeration capacity is determined at 40°C liquid temperature and using ISO 32 POE oil.  For other liquid temperatures, use correction factors listed in the table below:"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2. Table capacities based on 40°C liquid temperature entering the expansion device.  Multiply capacities by the following correction factors for other liquid temperatures.  Correction factors based on a -18°C evaporator temperature, and are suitable in the range of -40°C to 5°C."]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Liquid Temperature, °C"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Refrigerant",null,25,30,35,45,50,55,60]
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{"sheet":"Table 23","index":50,"n_rows":38,"n_cols":75,"rows_kept":38,"cut":false,"hidden":false,"merged":[[1,11,1,22],[1,24,1,35],[1,37,1,48],[1,50,1,61],[1,63,1,74],[2,11,2,22],[2,24,2,35],[2,37,2,48],[2,50,2,61],[2,63,2,74],[4,11,4,22],[4,24,4,35],[4,37,4,48],[4,50,4,61],[4,63,4,74],[6,11,6,22],[6,24,6,35],[6,37,6,48],[6,50,6,61],[6,63,6,74]]}
[null,"jg*1/2",0.85,null,null,"in to m",null,null,2.5399999999999999E-2]
[null,"g, m/s2",9.8066499999999994,null,null,"lb/ft3 to kg/m3",null,null,16.018463373960099,null,null,"Jacob's Limit, kg/m2-s",null,null,null,null,null,null,null,null,null,null,null,null,"Minimum Capacity, tons",null,null,null,null,null,null,null,null,null,null,null,null,"Velocity, ft/min",null,null,null,null,null,null,null,null,null,null,null,null,"Capacity, tons - R2022 Table 19 Data, R-22 & R-134a",null,null,null,null,null,null,null,null,null,null,null,null,"Capacity Difference, percent"]
[null,"te, °F",20,null,null,"kg/m2-s to lb/ft2-s",null,null,{"$f":"0.09290304/0.45359237","v":0.20481614362252171},null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in"]
[null,"subc, °F",15,null,null,null,null,null,"Liquid","POE32 &",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8"]
[null,null,null,null,null,null,"Discharge",null,"Density at","Refrigerant",null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in"]
[null,null,"Discharge",null,"Evap","Cond","Gas",null,"Saturated","Mixture",null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998]
["Refrigerant","Cond","Gas",null,"Pressure","Pressure","Density","NRE","Cond","Density",null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2"]
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{"sheet":"Table 23 proposed","index":51,"n_rows":42,"n_cols":54,"rows_kept":42,"cut":false,"hidden":false,"merged":[[4,16,4,27],[4,29,4,40],[4,42,4,53],[6,16,6,27],[6,29,6,40],[6,42,6,53],[1,16,1,27],[1,29,1,40],[1,42,1,53],[2,16,2,27],[2,29,2,40],[2,42,2,53]]}
[null,"jg*1/2",0.85,null,null,"isentropic efficiency, %",null,null,70,null,null,"in to m",null,2.5399999999999999E-2]
[null,"g, m/s2",9.8066499999999994,null,null,null,null,null,null,null,null,"lb/ft3 to kg/m3",null,16.018463373960099,null,null,"Jacob's Limit, kg/m2-s",null,null,null,null,null,null,null,null,null,null,null,null,"Minimum Capacity, tons",null,null,null,null,null,null,null,null,null,null,null,null,"Velocity, ft/min"]
[null,"subc, °F",0,null,null,null,null,null,null,null,null,"kg/m2-s to lb/ft2-s",null,{"$f":"0.09290304/0.45359237","v":0.20481614362252171},null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in"]
[null,"suph, °F",25,null,null,null,"Entropy","Enthalpy","Enthalpy","Enthalpy",null,null,null,"Liquid","POE32 &",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8",null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8"]
[null,null,null,null,null,null,"Superheat","Superheat","Isentropic","Actual",null,"Discharge",null,"Density at","Refrigerant",null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe ID, in"]
[null,null,null,null,"Evap","Cond","Suction","Suction","Discharge","Discharge","Actual","Gas",null,"Saturated","Mixture",null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998]
["Refrigerant","Evap","Cond",null,"Pressure","Pressure","Gas","Gas","Gas","Gas","Discharge","Density","NRE","Cond","Density",null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2",null,null,null,null,null,null,null,null,null,null,null,null,"Area, in2"]
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[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Notes:"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1. Minimum refrigeration capacity is determined at 0°F subcooling and using ISO 32 POE oil."]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2. Discharge refrigerant state determined with compression at 70 percent isentropic efficiency and 25°F superheated refrigerant entering the compressor."]

{"sheet":"Table 23 SI proposed","index":52,"n_rows":42,"n_cols":54,"rows_kept":42,"cut":false,"hidden":false,"merged":[[6,42,6,53],[1,42,1,53],[2,16,2,27],[2,29,2,40],[2,42,2,53],[4,16,4,27],[4,29,4,40],[4,42,4,53],[1,16,1,27],[1,29,1,40],[6,16,6,27],[6,29,6,40]]}
[null,"jg*1/2",0.85,null,null,"isentropic efficiency, %",null,null,70,null,null,"in to m",null,2.5399999999999999E-2,null,null,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998]
[null,"g, m/s2",9.8066499999999994,null,null,null,null,null,null,null,null,"lb/ft3 to kg/m3",null,16.018463373960099,null,null,"Jacob's Limit, kg/m2-s",null,null,null,null,null,null,null,null,null,null,null,null,"Minimum Capacity, kW",null,null,null,null,null,null,null,null,null,null,null,null,"Velocity, m/s"]
[null,"subc, K",0,null,null,null,null,null,null,null,null,"kg/m2-s to lb/ft2-s",null,{"$f":"0.09290304/0.45359237","v":0.20481614362252171},null,null,"Pipe OD, in (mm)",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in (mm)",null,null,null,null,null,null,null,null,null,null,null,null,"Pipe OD, in (mm)"]
[null,"suph, K",14,null,null,null,"Entropy","Enthalpy","Enthalpy","Enthalpy",null,null,null,"Liquid","POE32 &",null,"1/2 (13)","5/8 (16)","3/4 (19)","7/8 (22)","1 1/8 (29)","1 3/8 (35)","1 5/8 (41)","2 1/8 (54)","2 5/8 (67)","3 1/8 (79)","3 5/8 (92)","4 1/8 (105)",null,"1/2 (13)","5/8 (16)","3/4 (19)","7/8 (22)","1 1/8 (29)","1 3/8 (35)","1 5/8 (41)","2 1/8 (54)","2 5/8 (67)","3 1/8 (79)","3 5/8 (92)","4 1/8 (105)",null,"1/2 (13)","5/8 (16)","3/4 (19)","7/8 (22)","1 1/8 (29)","1 3/8 (35)","1 5/8 (41)","2 1/8 (54)","2 5/8 (67)","3 1/8 (79)","3 5/8 (92)","4 1/8 (105)"]
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[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Notes:"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"1. Minimum refrigeration capacity is determined at 0°F subcooling and using ISO 32 POE oil."]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2. Discharge refrigerant state determined with compression at 70 percent isentropic efficiency and 14 K superheated refrigerant entering the compressor."]

{"sheet":"Jacob's limit calcs","index":53,"n_rows":55,"n_cols":16,"rows_kept":55,"cut":false,"hidden":false,"merged":[[7,4,7,15],[12,4,12,15],[12,2,12,3],[14,4,14,15],[16,2,16,15]]}
[]
["NIST Refrigerant File","R410A.mix"]
[]
["Evap, °C",12]
["Superheat, °C",15]
[]
["Evap Pressure, MPa",{"$f":"Pressure($B$2,\"TVAP\",\"C\",B4)","v":1.1503913472652587}]
["Vapor Density, kg/m3",{"$f":"Density($B$2,\"PT\",\"C\",B7,B4+B5)","v":40.013326619563273},null,null,"Pipe OD, in"]
["Liquid Density, kg/m3",{"$f":"Density($B$2,\"TLIQ\",\"C\",B4)","v":1119.6635869540439},null,null,"1/2","5/8","3/4","7/8","1 1/8","1 3/8","1 5/8","2 1/8","2 5/8","3 1/8","3 5/8","4 1/8"]
["POE32 Density, kg/m3",980]
["Mixture, pct",1]
["Liquid/Oil Density, kg/m3",{"$f":"(1-B11)*B9+B11*B10","v":980}]
[null,null,"Pipe ID, mm",null,"Pipe ID, in"]
["g, m/s2",9.8066499999999994,7.2,18.5,0.436,0.54500000000000004,0.66600000000000004,0.78500000000000003,1.0249999999999999,1.2649999999999999,1.5049999999999999,1.9850000000000001,2.4649999999999999,2.9449999999999998,3.4249999999999998,3.9049999999999998]
[null,null,null,null,"Pipe ID, mm"]
[null,null,null,null,{"$f":"E14*25.4","v":11.074399999999999},{"$f":"F14*25.4","v":13.843},16.916399999999999,19.939,26.034999999999997,32.130999999999993,38.226999999999997,50.418999999999997,62.61099999999999,74.802999999999997,86.99499999999999,99.186999999999983]
[null,null,"Jacob's Limit, kg/m2s"]
["jg*1/2",0.85,{"$f":"$B18*$B18*SQRT($B8*$B14*C14/1000*($B12-$B8))","v":37.232964413121572},{"$f":"$B18*$B18*SQRT($B8*$B14*D14/1000*($B12-$B8))","v":59.682530853411251},{"$f":"$B18*$B18*SQRT($B8*$B14*E16/1000*($B12-$B8))","v":46.176548695103811},{"$f":"$B18*$B18*SQRT($B8*$B14*F16/1000*($B12-$B8))","v":51.626950924290668},57.070981284748662,61.960234635473654,70.801124923455703,78.65448432715462,85.791937378255085,98.527730856861339,109.79604262672571,120.01095035527979,129.42212111484301,138.19385899001719]
[null,null,42.9,59.8,"<==","Zoellick, Hrnjak calculation (2010)"]
[]
[null,"Velocity"]
[null,"m/s","ft/min","kg/m2s"]
[null,1.6,{"$f":"B23/0.3048*60","v":314.96062992125985},{"$f":"B$8*B23","v":64.021322591301242}]
[null,1.8,{"$f":"B24/0.3048*60","v":354.33070866141736},72.023987915213894]
[null,2,393.70078740157476,80.026653239126546]
[null,2.8,551.18110236220468,112.03731453477715]
[null,4,787.40157480314951,160.05330647825309]
[null,5,984.25196850393706,200.06663309781635]
[null,6.5,1279.5275590551182,260.08662302716129]
[]
[null,null,"D=7.2 mm",null,null,"D=18.5 mm"]
[null,"m/s","kg/m2s","kg/m3","m/s","kg/m2s","kg/m3"]
[null,2.8,100,{"$f":"C33/B33","v":35.714285714285715},1.6,60,{"$f":"F33/E33","v":37.5}]
[null,4,150,{"$f":"C34/B34","v":37.5},1.8,70,{"$f":"F34/E34","v":38.888888888888886}]
[null,5,200,{"$f":"C35/B35","v":40},2,80,{"$f":"F35/E35","v":40}]
[null,6.5,250,{"$f":"C36/B36","v":38.46153846153846},2.8,100,{"$f":"F36/E36","v":35.714285714285715}]
[]
[null,"Jacobs",42.9,null,null,59.8]
[]
["NIST Refrigerant File","R1234yf.fld","R134a.fld","R410A.mix"]
[]
["Evap, °C",13,13,13]
["Superheat, °C",15,15,15]
[]
["Evap Pressure, MPa",{"$f":"Pressure($B$40,\"TVAP\",\"C\",B42)","v":0.4801513508860763},{"$f":"Pressure($B$40,\"TVAP\",\"C\",C42)","v":0.4801513508860763},{"$f":"Pressure($B$40,\"TVAP\",\"C\",D42)","v":0.4801513508860763}]
["Vapor Density, kg/m3",{"$f":"Density(B$40,\"PT\",\"C\",B45,B42+B43)","v":24.558409298211103},{"$f":"Density(C$40,\"PT\",\"C\",C45,C42+C43)","v":21.759886067979618},14.841426751212186]
["Liquid Density, kg/m3",{"$f":"Density(B$40,\"TLIQ\",\"C\",B42)","v":1134.0074038299304},{"$f":"Density(C$40,\"TLIQ\",\"C\",C42)","v":1250.4775953252522},1115.2386859227072]
["D, mm",10.199999999999999,10.199999999999999,10.199999999999999]
["g, m/s2",9.8066499999999994,9.8066499999999994,9.8066499999999994]
["jg*1/2",0.85,0.85,0.85]
[]
["Jacob's limit",{"$f":"B50*B50*SQRT(B46*B49*B48/1000*(B47-B46))","v":37.718295805427033},{"$f":"C50*C50*SQRT(C46*C49*C48/1000*(C47-C46))","v":37.36393797909863},29.201882663846764]
[]
["POE32 Density, kg/m3"]
["POE100 Density, kg/m3"]

{"sheet":"POE 32 Density","index":54,"n_rows":34,"n_cols":13,"rows_kept":34,"cut":false,"hidden":false,"merged":[]}
["From 2022 Refrigeration Handbook, p 12.11"]
[]
[]
[null,null,null,null,null,null,null,"selecting endpoints for POE 32 (line E):"]
[]
[null,null,null,null,null,null,null,"Temp","Density"]
[null,null,null,null,null,null,null,"°F","kg/m3"]
[null,null,null,null,null,null,null,0,1024]
[null,null,null,null,null,null,null,200,915]
[]
[null,null,null,null,null,null,null,"slope",{"$f":"-(I9-I8)/200","v":0.54500000000000004}]
[]
[null,null,null,null,null,null,null,"linear eqn: density = -0.545 * temp (°F) + 1024"]
[]
[null,null,null,null,null,null,null,"Temp","Density","Density",null,"Temp","Density"]
[null,null,null,null,null,null,null,"°F","kg/m3","lb/ft3",null,"°C","kg/m3"]
[null,null,null,null,null,null,null,0,{"$f":"-0.545*H17+1024","v":1024},{"$f":"I17*0.0624279605761446","v":63.926231629972072},null,-35,{"$f":"-0.545*(L17*1.8+32)+1024","v":1040.895}]
[null,null,null,null,null,null,null,20,{"$f":"-0.545*H18+1024","v":1013.1},{"$f":"I18*0.0624279605761446","v":63.245766859692097},null,-30,{"$f":"-0.545*(L18*1.8+32)+1024","v":1035.99}]
[null,null,null,null,null,null,null,40,1002.2,62.565302089412121,null,-25,1031.085]
[null,null,null,null,null,null,null,60,991.3,61.884837319132139,null,-20,1026.18]
[null,null,null,null,null,null,null,80,980.4,61.204372548852163,null,-15,1021.275]
[null,null,null,null,null,null,null,100,969.5,60.523907778572195,null,-10,1016.37]
[null,null,null,null,null,null,null,120,958.6,59.843443008292219,null,-5,1011.465]
[null,null,null,null,null,null,null,140,947.7,59.162978238012244,null,0,1006.56]
[null,null,null,null,null,null,null,160,936.8,58.482513467732261,null,5,1001.655]
[null,null,null,null,null,null,null,180,925.9,57.802048697452285,null,10,996.75]
[null,null,null,null,null,null,null,200,915,57.12158392717231,null,15,991.84500000000003]
[null,null,null,null,null,null,null,null,null,null,null,20,986.94]
[null,null,null,null,null,null,null,null,null,null,null,25,982.03499999999997]
[null,null,null,null,null,null,null,null,null,null,null,30,977.13]
[null,null,null,null,null,null,null,null,null,null,null,35,972.22500000000002]
[null,null,null,null,null,null,null,null,null,null,null,40,967.31999999999994]
[null,null,null,null,null,null,null,null,null,null,null,45,962.41499999999996]
[null,null,null,null,null,null,null,null,null,null,null,50,957.51]

{"sheet":"Example 4","index":55,"n_rows":18,"n_cols":1,"rows_kept":18,"cut":false,"hidden":false,"merged":[]}
["I-P"]
[]
["Example 4. Determine the maximum size defrost line which will maintain a minimum refrigerant"]
["velocity of 2000 fpm using R-448A at a condensing temperature of 70°F given a minimum"]
["refrigerant flow rate of 10,000 lb/h."]
[]
["Solution: From Table 24, the rating for the 2-5/8\" OD defrost line is 10,900 lb/hr at 2000 fpm. As"]
["a result, the 2-1/8\" OD line must be used."]
[]
[]
["SI"]
[]
["Example 4. Determine the maximum size defrost line which will maintain a minimum refrigerant"]
["velocity of 10 m/s using R-448A at a condensing temperature of 21°C given a minimum"]
["refrigerant flow rate of 4000 kg/h."]
[]
["Solution: From Table 24, the rating for the 67 mm OD defrost line is 4850 kg/hr at 10 m/s. As"]
["a result, the 54 mm OD line must be used."]

{"sheet":"Table 24","index":56,"n_rows":87,"n_cols":15,"rows_kept":87,"cut":false,"hidden":false,"merged":[[23,0,23,1],[24,0,24,1],[25,0,25,1],[26,0,26,1],[27,0,27,1],[15,3,15,14],[16,3,16,5],[16,9,16,11],[16,12,16,14],[22,0,22,1],[17,0,17,1],[17,3,17,14],[18,0,18,1],[19,0,19,1],[20,0,20,1],[21,0,21,1],[15,0,15,1],[16,0,16,1],[16,6,16,8],[28,0,28,1],[29,0,29,1],[30,0,30,1],[31,0,31,1],[32,0,32,1],[52,0,52,1],[52,3,52,14],[53,0,53,1],[53,3,53,5],[53,6,53,8],[53,9,53,11],[53,12,53,14],[54,0,54,1],[54,3,54,14],[55,0,55,1],[56,0,56,1],[57,0,57,1],[58,0,58,1],[59,0,59,1],[60,0,60,1],[61,0,61,1],[62,0,62,1],[68,0,68,1],[69,0,69,1],[63,0,63,1],[64,0,64,1],[65,0,65,1],[66,0,66,1],[67,0,67,1]]}
["Table 24 Refrigerant Flow Capacity for Defrost Lines"]
[]
[null,null,null,122,null,null,124,null,null,111,null,null,112]
[]
[]
[]
[]
[]
[]
[]
[]
["Condensing Temp, °F",null,null,70]
["Refrigerant NIST file",null,null,{"$f":"VLOOKUP(D$3,'NIST refrigerants listing'!A$1:B$176,2)","v":"R454A.mix"},null,null,{"$f":"VLOOKUP(G$3,'NIST refrigerants listing'!A$1:B$176,2)","v":"R454C.mix"},null,null,{"$f":"VLOOKUP(J$3,'NIST refrigerants listing'!A$1:B$176,2)","v":"R448A.mix"},null,null,{"$f":"VLOOKUP(M$3,'NIST refrigerants listing'!A$1:B$176,2)","v":"R449A.mix"}]
["Vapor Density, lb/ft3",null,null,{"$f":"Density(D13,\"TVAP\",\"E\",$D$12)","v":2.67735883953431},null,null,{"$f":"Density(G13,\"TVAP\",\"E\",$D$12)","v":2.4745407030008595},null,null,{"$f":"Density(J13,\"TVAP\",\"E\",$D$12)","v":2.7173168486355679},null,null,{"$f":"Density(M13,\"TVAP\",\"E\",$D$12)","v":2.741041697394468}]
[]
["Line Size",null,null,"Refrigerant Mass Flow, lb/h"]
["Type L,",null,null,{"$f":"VLOOKUP(D$3,'NIST refrigerants listing'!A$1:C$176,3)","v":"R-454A"},null,null,{"$f":"VLOOKUP(G$3,'NIST refrigerants listing'!A$1:C$176,3)","v":"R-454C"},null,null,{"$f":"VLOOKUP(J$3,'NIST refrigerants listing'!A$1:C$176,3)","v":"R-448A"},null,null,{"$f":"VLOOKUP(M$3,'NIST refrigerants listing'!A$1:C$176,3)","v":"R-449A"}]
["Copper,",null,null,"Velocity, fpm"]
["OD, in",null,"ID, in",1000,2000,3000,1000,2000,3000,1000,2000,3000,1000,2000,3000]
["3/8",null,0.311,{"$f":"prec3($D$14*$C20*$C20*PI()/576*D$19*60)","v":84.7},{"$f":"prec3($D$14*$C20*$C20*PI()/576*E$19*60)","v":169},254,{"$f":"prec3($G$14*$C20*$C20*PI()/576*G$19*60)","v":78.3},{"$f":"prec3($G$14*$C20*$C20*PI()/576*H$19*60)","v":157},235,{"$f":"prec3($J$14*$C20*$C20*PI()/576*J$19*60)","v":86},{"$f":"prec3($J$14*$C20*$C20*PI()/576*K$19*60)","v":172},258,{"$f":"prec3($M$14*$C20*$C20*PI()/576*M$19*60)","v":86.8},{"$f":"prec3($M$14*$C20*$C20*PI()/576*N$19*60)","v":174},260]
["1/2",null,0.436,{"$f":"prec3($D$14*$C21*$C21*PI()/576*D$19*60)","v":167},333,500,{"$f":"prec3($G$14*$C21*$C21*PI()/576*G$19*60)","v":154},308,462,{"$f":"prec3($J$14*$C21*$C21*PI()/576*J$19*60)","v":169},338,507,{"$f":"prec3($M$14*$C21*$C21*PI()/576*M$19*60)","v":171},341,512]
["5/8",null,0.54500000000000004,260,520,781,241,481,722,264,528,792,266,533,799]
["3/4",null,0.66600000000000004,389,777,1170,359,718,1080,394,789,1180,398,796,1190]
["7/8",null,0.78500000000000003,540,1080,1620,499,998,1500,548,1100,1640,553,1110,1660]
["1 1/8",null,1.0249999999999999,921,1840,2760,851,1700,2550,934,1870,2800,942,1880,2830]
["1 3/8",null,1.2649999999999999,1400,2800,4210,1300,2590,3890,1420,2850,4270,1440,2870,4310]
["1 5/8",null,1.5049999999999999,1980,3970,5950,1830,3670,5500,2010,4030,6040,2030,4060,6100]
["2 1/8",null,1.9850000000000001,3450,6900,10400,3190,6380,9570,3500,7010,10500,3530,7070,10600]
["2 5/8",null,2.4649999999999999,5320,10600,16000,4920,9840,14800,5400,10800,16200,5450,10900,16400]
["3 1/8",null,2.9449999999999998,7600,15200,22800,7020,14000,21100,7710,15400,23100,7780,15600,23300]
["3 5/8",null,3.4249999999999998,10300,20600,30800,9500,19000,28500,10400,20900,31300,10500,21000,31600]
["4 1/8",null,3.9049999999999998,13400,26700,{"$f":"prec3($D$14*$C32*$C32*PI()/576*F$19*60)","v":40100},12300,24700,37000,13600,27100,40700,13700,27400,41000]
["Steel"]
["IPS","SCH"]
["3/8","80",0.42299999999999999,{"$f":"prec3($D$14*$C35*$C35*PI()/576*D$19*60)","v":157},314,470,{"$f":"prec3($G$14*$C35*$C35*PI()/576*G$19*60)","v":145},290,435,{"$f":"prec3($J$14*$C35*$C35*PI()/576*J$19*60)","v":159},318,477,{"$f":"prec3($M$14*$C35*$C35*PI()/576*M$19*60)","v":160},321,481]
["1/2","80",0.54600000000000004,261,522,784,241,483,724,265,530,795,267,535,802]
["3/4","80",0.74199999999999999,482,965,1450,446,892,1340,490,979,1470,494,988,1480]
["1","80",0.95699999999999996,802,1600,2410,742,1480,2220,814,1630,2440,822,1640,2460]
["1 1/4","80",1.278,1430,2860,4290,1320,2650,3970,1450,2900,4360,1470,2930,4400]
["1 1/2","80",1.5,1970,3940,5910,1820,3640,5470,2000,4000,6000,2020,4040,6050]
["2","40",2.0670000000000002,3740,7490,11200,3460,6920,10400,3800,7600,11400,3830,7660,11500]
["2 1/2","40",2.4689999999999999,5340,10700,16000,4940,9870,14800,5420,10800,16300,5470,10900,16400]
["3","40",3.0680000000000001,8250,16500,24700,7620,15200,22900,8370,16700,25100,8440,16900,25300]
["4","40","4.026",14200,28400,42600,13100,26300,39400,14400,28800,43200,14500,29100,43600]
[]
["Note: Refrigerant flow data based on 70°F condensing temperature at saturation."]
[]
[]
["Condensing Temp, °C",null,null,21]
["Refrigerant NIST file",null,null,{"$f":"VLOOKUP(D$3,'NIST refrigerants listing'!A$1:B$176,2)","v":"R454A.mix"},null,null,{"$f":"VLOOKUP(G$3,'NIST refrigerants listing'!A$1:B$176,2)","v":"R454C.mix"},null,null,{"$f":"VLOOKUP(J$3,'NIST refrigerants listing'!A$1:B$176,2)","v":"R448A.mix"},null,null,{"$f":"VLOOKUP(M$3,'NIST refrigerants listing'!A$1:B$176,2)","v":"R449A.mix"}]
["Vapor Density, kg/m3",null,null,{"$f":"Density(D50,\"TVAP\",\"C\",$D$49)","v":42.745798380047823},null,null,{"$f":"Density(G50,\"TVAP\",\"C\",$D$49)","v":39.507814485523035},null,null,{"$f":"Density(J50,\"TVAP\",\"C\",$D$49)","v":43.381733407971566},null,null,{"$f":"Density(M50,\"TVAP\",\"C\",$D$49)","v":43.760596724578974}]
[]
["Line Size",null,null,"Refrigerant Mass Flow, kg/h"]
["Type L,",null,null,{"$f":"VLOOKUP(D$3,'NIST refrigerants listing'!A$1:C$176,3)","v":"R-454A"},null,null,{"$f":"VLOOKUP(G$3,'NIST refrigerants listing'!A$1:C$176,3)","v":"R-454C"},null,null,{"$f":"VLOOKUP(J$3,'NIST refrigerants listing'!A$1:C$176,3)","v":"R-448A"},null,null,{"$f":"VLOOKUP(M$3,'NIST refrigerants listing'!A$1:C$176,3)","v":"R-449A"}]
["Copper,",null,null,"Velocity, m/s"]
["OD, in (mm)",null,"ID, in",5,10,15,5,10,15,5,10,15,5,10,15]
["3/8 (10)",null,0.311,{"$f":"prec3($D$51*$C57*$C57*PI()*0.0254*0.0254/4*D$56*3600)","v":37.700000000000003},{"$f":"prec3($D$51*$C57*$C57*PI()*0.0254*0.0254/4*E$56*3600)","v":75.400000000000006},113,{"$f":"prec3($G$51*$C57*$C57*PI()*0.0254*0.0254/4*G$56*3600)","v":34.9},{"$f":"prec3($G$51*$C57*$C57*PI()*0.0254*0.0254/4*H$56*3600)","v":69.7},105,{"$f":"prec3($J$51*$C57*$C57*PI()*0.0254*0.0254/4*J$56*3600)","v":38.299999999999997},{"$f":"prec3($J$51*$C57*$C57*PI()*0.0254*0.0254/4*K$56*3600)","v":76.5},115,{"$f":"prec3($M$51*$C57*$C57*PI()*0.0254*0.0254/4*M$56*3600)","v":38.6},{"$f":"prec3($M$51*$C57*$C57*PI()*0.0254*0.0254/4*N$56*3600)","v":77.2},116]
["1/2 (13)",null,0.436,{"$f":"prec3($D$51*$C58*$C58*PI()*0.0254*0.0254/4*D$56*3600)","v":74.099999999999994},148,222,{"$f":"prec3($G$51*$C58*$C58*PI()*0.0254*0.0254/4*G$56*3600)","v":68.5},137,205,{"$f":"prec3($J$51*$C58*$C58*PI()*0.0254*0.0254/4*J$56*3600)","v":75.2},150,226,{"$f":"prec3($M$51*$C58*$C58*PI()*0.0254*0.0254/4*M$56*3600)","v":75.900000000000006},152,228]
["5/8 (16)",null,0.54500000000000004,116,232,347,107,214,321,118,235,353,119,237,356]
["3/4 (19)",null,0.66600000000000004,173,346,519,160,320,479,176,351,527,177,354,531]
["7/8 (22)",null,0.78500000000000003,240,480,721,222,444,666,244,488,731,246,492,738]
["1 1/8 (29)",null,1.0249999999999999,410,819,1230,379,757,1140,416,831,1250,419,839,1260]
["1 3/8 (35)",null,1.2649999999999999,624,1250,1870,577,1150,1730,633,1270,1900,639,1280,1920]
["1 5/8 (41)",null,1.5049999999999999,883,1770,2650,816,1630,2450,896,1790,2690,904,1810,2710]
["2 1/8 (54)",null,1.9850000000000001,1540,3070,4610,1420,2840,4260,1560,3120,4680,1570,3150,4720]
["2 5/8 (67)",null,2.4649999999999999,2370,4740,7110,2190,4380,6570,2400,4810,7210,2430,4850,7280]
["3 1/8 (79)",null,2.9449999999999998,3380,6760,10100,3130,6250,9380,3430,6860,10300,3460,6920,10400]
["3 5/8 (92)",null,3.4249999999999998,4570,9150,13700,4230,8450,12700,4640,9280,13900,4680,9360,14000]
["4 1/8 (105)",null,3.9049999999999998,5950,11900,17800,5490,11000,16500,6030,12100,18100,6090,12200,18300]
["Steel"]
["IPS (mm)","SCH"]
["3/8 (10)","80",0.42299999999999999,{"$f":"prec3($D$51*$C72*$C72*PI()*0.0254*0.0254/4*D$56*3600)","v":69.8},140,209,{"$f":"prec3($G$51*$C72*$C72*PI()*0.0254*0.0254/4*G$56*3600)","v":64.5},129,193,{"$f":"prec3($J$51*$C72*$C72*PI()*0.0254*0.0254/4*J$56*3600)","v":70.8},142,212,{"$f":"prec3($M$51*$C72*$C72*PI()*0.0254*0.0254/4*M$56*3600)","v":71.400000000000006},143,214]
["1/2 (13)","80",0.54600000000000004,116,232,349,107,215,322,118,236,354,119,238,357]
["3/4 (19)","80",0.74199999999999999,215,429,644,198,397,595,218,436,654,220,439,659]
["1 (25)","80",0.95699999999999996,357,714,1070,330,660,990,362,725,1090,366,731,1100]
["1 1/4 (32)","80",1.278,637,1270,1910,589,1180,1770,646,1290,1940,652,1300,1960]
["1 1/2 (38)","80",1.5,877,1750,2630,811,1620,2430,890,1780,2670,898,1800,2690]
["2 (51)","40",2.0670000000000002,1670,3330,5000,1540,3080,4620,1690,3380,5070,1710,3410,5120]
["2 1/2 (64)","40",2.4689999999999999,2380,4750,7130,2200,4390,6590,2410,4820,7240,2430,4870,7300]
["3 (76)","40",3.0680000000000001,3670,7340,11000,3390,6780,10200,3720,7450,11200,3760,7510,11300]
["4 (102)","40","4.026",6320,12600,19000,5840,11700,17500,6410,12800,19200,6470,12900,19400]
[]
["Note: Refrigerant flow data based on 21°C condensing temperature at saturation."]
[]
[]
[]
["Note: I find someone managed to reverse the published flow rates for R-22 and R-134a in both the I-P R2022 and SI R2022 Handbooks."]

{"sheet":"Ch 48 Table 1 I-P and SI","index":57,"n_rows":38,"n_cols":15,"rows_kept":38,"cut":false,"hidden":false,"merged":[]}
["Table 1  Low Temperature Characteristics of Several Refrigerants at Three Different Evaporating Temperatures"]
[]
[null,42]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Temp","Enthalpy","Entropy","Density"]
["Refrigerant NIST file",null,{"$f":"VLOOKUP(B$3,'NIST refrigerants listing'!A$1:B$176,2)","v":"R404A.mix"},null,null,null,null,null,null,null,null,-100,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L12)","v":45.576833603536215},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L12)","v":0.14389542550802489},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L12)","v":86.618392400572091}]
["Condensing Temp, °F",null,95,null,null,null,null,null,null,null,null,-110,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L13)","v":42.67365695697324},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L13)","v":0.13570934967143336},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L13)","v":87.634301643040601}]
["Condensing Press, psia",null,{"$f":"Pressure(C$12,\"TLIQ\",\"E\",C13)","v":234.8937446693258},null,null,null,null,null,null,null,null,-120,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L14)","v":39.773483110086254},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L14)","v":0.12729441059291788},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L14)","v":88.64956523213408}]
[null,null,null,null,null,null,null,null,null,null,null,-130,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L15)","v":36.870039518891055},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L15)","v":0.11861817202569905},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L15)","v":89.668069547033255}]
[null,null,null,null,null,null,null,null,null,null,null,-140,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L16)","v":33.955427146690425},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L16)","v":0.10964018405864714},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L16)","v":90.694368278538136}]
[null,"Freezing","Evaporating Temperature, °F",null,null,null,null,null,null,null,null,-150,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L17)","v":31.019398863820761},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L17)","v":0.1003086675222961},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L17)","v":91.733895111260424}]
[null,"Point, °F",-60,-95,-130,null,null,null,null,null,null,-160,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L18)","v":"#[TPFLSH error 2] One or more inputs are out of range; Density above upper limit: D = 15.2290 mol/L, Dmax = 15.1891 mol/L.                                                                                                                                     "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L18)","v":"#[TPFLSH error 2] One or more inputs are out of range; Density above upper limit: D = 15.2290 mol/L, Dmax = 15.1891 mol/L.                                                                                                                                     "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L18)","v":"#[TPFLSH error 2] One or more inputs are out of range; Density above upper limit: D = 15.2290 mol/L, Dmax = 15.1891 mol/L.                                                                                                                                     "}]
[null,null,"Intermediate Pressure, psia (geometric mean)",null,null,null,"lb/min-ton",null,null,null,null,-170,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L19)","v":"#[TPFLSH error 3] One or more inputs are out of range; Temperature below triple-point or minimum temperature: T = 160.928 K, Tmin = 161.060 K; Density above upper limit: D = 15.4073 mol/L, Dmax = 15.1891 mol/L.                                             "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L19)","v":"#[TPFLSH error 3] One or more inputs are out of range; Temperature below triple-point or minimum temperature: T = 160.928 K, Tmin = 161.060 K; Density above upper limit: D = 15.4073 mol/L, Dmax = 15.1891 mol/L.                                             "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L19)","v":"#[TPFLSH error 3] One or more inputs are out of range; Temperature below triple-point or minimum temperature: T = 160.928 K, Tmin = 161.060 K; Density above upper limit: D = 15.4073 mol/L, Dmax = 15.1891 mol/L.                                             "}]
[null,{"$f":"Temperature(C$12,\"PMelt\",\"E\",psig_psia(0))","v":"#[ROOTFIND error 151] Iteration failed to converge.                                                                                                                                                                                                            "},{"$f":"SQRT($C$14*Pressure($C$12,\"TVAP\",\"E\",C18))","v":51.068005489588771},{"$f":"SQRT($C$14*Pressure($C$12,\"TVAP\",\"E\",D18))","v":29.281658989868429},{"$f":"SQRT($C$14*Pressure($C$12,\"TVAP\",\"E\",E18))","v":14.484982816911325},null,{"$f":"200/(Enthalpy($C$12,\"TVAP\",\"E\",C18)-Enthalpy($C$12,\"PLIQ\",\"E\",C20))","v":2.9249856978208144},{"$f":"200/(Enthalpy($C$12,\"TVAP\",\"E\",D18)-Enthalpy($C$12,\"PLIQ\",\"E\",D20))","v":2.8020824740756822},{"$f":"200/(Enthalpy($C$12,\"TVAP\",\"E\",E18)-Enthalpy($C$12,\"PLIQ\",\"E\",E20))","v":2.6691609369097633},null,null,-180,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L20)","v":"#[TPFLSH error 3] One or more inputs are out of range; Temperature below triple-point or minimum temperature: T = 155.372 K, Tmin = 161.060 K; Density above upper limit: D = 15.5918 mol/L, Dmax = 15.1891 mol/L.                                             "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L20)","v":"#[TPFLSH error 3] One or more inputs are out of range; Temperature below triple-point or minimum temperature: T = 155.372 K, Tmin = 161.060 K; Density above upper limit: D = 15.5918 mol/L, Dmax = 15.1891 mol/L.                                             "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L20)","v":"#[TPFLSH error 3] One or more inputs are out of range; Temperature below triple-point or minimum temperature: T = 155.372 K, Tmin = 161.060 K; Density above upper limit: D = 15.5918 mol/L, Dmax = 15.1891 mol/L.                                             "}]
[null,null,"Evaporating Pressure, psia",null,null,null,"Vapor Density (lb/ft3)",null,null,null,null,-190,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L21)","v":"#[TPFLSH error 3] One or more inputs are out of range; Temperature below triple-point or minimum temperature: T = 149.817 K, Tmin = 161.060 K; Density above upper limit: D = 15.7841 mol/L, Dmax = 15.1891 mol/L.                                             "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L21)","v":"#[TPFLSH error 3] One or more inputs are out of range; Temperature below triple-point or minimum temperature: T = 149.817 K, Tmin = 161.060 K; Density above upper limit: D = 15.7841 mol/L, Dmax = 15.1891 mol/L.                                             "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L21)","v":"#[TPFLSH error 3] One or more inputs are out of range; Temperature below triple-point or minimum temperature: T = 149.817 K, Tmin = 161.060 K; Density above upper limit: D = 15.7841 mol/L, Dmax = 15.1891 mol/L.                                             "}]
[null,null,{"$f":"Pressure($C$12,\"TVAP\",\"E\",C18)","v":11.10264212593667},{"$f":"Pressure($C$12,\"TVAP\",\"E\",D18)","v":3.6502272736380381},{"$f":"Pressure($C$12,\"TVAP\",\"E\",E18)","v":0.89323250179175828},null,{"$f":"Density($C$12,\"TVAP\",\"E\",C18)","v":0.26294741805864691},{"$f":"Density($C$12,\"TVAP\",\"E\",D18)","v":9.2779519915414832E-2},2.4826535311212542E-2,null,null,-200,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L22)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L22)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L22)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "}]
[null,null,"Pressure Ratio",null,null,null,"Volumetric Flow, CFM per ton",null,null,null,null,-210,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L23)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L23)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L23)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "}]
[null,null,{"$f":"C20/C22","v":4.5996263691405286},{"$f":"D20/D22","v":8.0218728300401274},16.216363363240276,null,{"$f":"G20/G22","v":11.123842627610191},{"$f":"H20/H22","v":30.201519436943443},107.51242182811855,null,null,-220,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L24)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L24)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L24)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "}]
[null,null,null,null,null,null,null,null,null,null,null,-230,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L25)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L25)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L25)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "}]
[null,null,null,null,null,null,null,null,null,null,null,-240,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L26)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L26)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L26)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "}]
["Condensing Temp, °C",null,35,null,null,null,null,null,null,null,null,-250,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L27)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L27)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L27)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "}]
["Condensing Press, MPa",null,{"$f":"Pressure(C$12,\"TLIQ\",\"C\",C27)","v":1.6195353591784616},null,null,null,null,null,null,null,null,-260,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L28)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L28)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L28)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "}]
[null,null,null,null,null,null,null,null,null,null,null,-270,{"$f":"Enthalpy(C$12,\"PT\",\"E\",psig_psia(0),L29)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Entropy(C$12,\"PT\",\"E\",psig_psia(0),L29)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "},{"$f":"Density(C$12,\"PT\",\"E\",psig_psia(0),L29)","v":"#[TPFL2 error 226] 2-phase iteration did not converge.                                                                                                                                                                                                         "}]
[]
[null,"Freezing","Evaporating Temperature, °C"]
[null,"Point, °C",-50,-70,-90]
[null,null,"Intermediate Pressure, MPa (geometric mean)",null,null,null,"kg/s-kW"]
[null,{"$f":"Temperature(C$12,\"PMelt\",\"C\",0.101325)","v":"#[ROOTFIND error 151] Iteration failed to converge.                                                                                                                                                                                                            "},{"$f":"SQRT($C$28*Pressure($C$12,\"TVAP\",\"C\",C32))","v":0.36220274269841962},{"$f":"SQRT($C$28*Pressure($C$12,\"TVAP\",\"C\",D32))","v":0.20549399821010567},{"$f":"SQRT($C$28*Pressure($C$12,\"TVAP\",\"C\",E32))","v":9.9870440918317802E-2},null,{"$f":"1/(Enthalpy($C$12,\"TVAP\",\"C\",C32)-Enthalpy($C$12,\"PLIQ\",\"C\",C34))","v":6.3064729701180471E-3},{"$f":"1/(Enthalpy($C$12,\"TVAP\",\"C\",D32)-Enthalpy($C$12,\"PLIQ\",\"C\",D34))","v":6.0352342365323835E-3},{"$f":"1/(Enthalpy($C$12,\"TVAP\",\"C\",E32)-Enthalpy($C$12,\"PLIQ\",\"C\",E34))","v":5.7415029713642146E-3}]
[null,null,"Evaporating Pressure, MPa",null,null,null,"Vapor Density (kg/m3)"]
[null,null,{"$f":"Pressure($C$12,\"TVAP\",\"C\",C32)","v":8.1005225402924513E-2},{"$f":"Pressure($C$12,\"TVAP\",\"C\",D32)","v":2.6074011327419065E-2},{"$f":"Pressure($C$12,\"TVAP\",\"C\",E32)","v":6.158621306223749E-3},null,{"$f":"Density($C$12,\"TVAP\",\"C\",C32)","v":4.4418527627537019},{"$f":"Density($C$12,\"TVAP\",\"C\",D32)","v":1.5362048281071019},{"$f":"Density($C$12,\"TVAP\",\"C\",E32)","v":0.39768294658498643}]
[null,null,"Pressure Ratio",null,null,null,"Volumetric Flow, L/s per kW"]
[null,null,{"$f":"C34/C36","v":4.4713503468054432},{"$f":"D34/D36","v":7.88118082905069},16.21636336324028,null,{"$f":"G34/G36*1000","v":1.4197843348162635},{"$f":"H34/H36*1000","v":3.9286650621772523},14.437387925904519]

{"sheet":"Ch 48 Table 2 I-P and SI","index":58,"n_rows":16,"n_cols":6,"rows_kept":16,"cut":false,"hidden":false,"merged":[]}
["Table 2  Properties of Refrigerant R-508B"]
[]
["Refrigerant NIST file",null,"R508B.mix"]
[]
["Composition",null,null,null,"R-23 46% by mass"]
[null,null,null,null,"R-116 54% by mass"]
[]
[null,null,null,null,"°F","°C"]
["Boiling point (1 atm)",null,null,null,{"$f":"Temperature($C$3,\"PLIQ\",\"E\",psig_psia(0))","v":-125.6776069792696},{"$f":"Temperature($C$3,\"PLIQ\",\"C\",0.101325)","v":-87.598670544018773}]
["Critical temperature",null,null,null,{"$f":"Temperature($C$3,\"Crit\",\"E\")","v":52.15516800622968},{"$f":"Temperature($C$3,\"Crit\",\"C\")","v":11.197315559016488}]
[]
[null,null,null,null,"psia","kPa"]
["Critical pressure",null,null,null,{"$f":"Pressure($C$3,\"Crit\",\"E\")","v":546.91526280434095},{"$f":"Pressure($C$3,\"Crit\",\"C\")*1000","v":3770.8479969653226}]
[]
[null,null,null,null,"Btu/lb","kJ/kg"]
["Latent heat of vaporization at boiling point",null,null,null,{"$f":"Enthalpy($C$3,\"PVAP\",\"E\",psig_psia(0))-Enthalpy($C$3,\"PLIQ\",\"E\",psig_psia(0))","v":71.13745184997218},{"$f":"Enthalpy($C$3,\"PVAP\",\"C\",0.101325)-Enthalpy($C$3,\"PLIQ\",\"C\",0.101325)","v":165.35505474455465}]

{"sheet":"Ch 48 Table 3 I-P and SI","index":59,"n_rows":53,"n_cols":13,"rows_kept":53,"cut":false,"hidden":false,"merged":[]}
["Table 3  Theoretical Performance of Cascade System Using R-508B, R-23, R-170 (Ethane) and R-1150 (Ethylene)"]
[]
["Evap Temp, °F",null,-120]
["Condensing Temp, °F",null,-30]
["Subcooling, °F",null,10]
["Suction Gas Temp, °F",null,-100]
["Isentropic Efficiency",null,0.7]
[]
["Refrigerant NIST file",null,"R508B.mix","R13.fld","R23.fld","R503.mix","ethylene.fld","ethane.fld"]
["Suction Pressure, psia",null,{"$f":"Pressure(C$9,\"TVAP\",\"E\",$C3)","v":17.184962579051287},{"$f":"Pressure(D$9,\"TVAP\",\"E\",$C3)","v":12.500840248320426},{"$f":"Pressure(E$9,\"TVAP\",\"E\",$C3)","v":12.745616001518725},{"$f":"Pressure(F$9,\"TVAP\",\"E\",$C3)","v":17.667046492496958},{"$f":"Pressure(G$9,\"TVAP\",\"E\",$C3)","v":40.364618122932555},{"$f":"Pressure(H$9,\"TVAP\",\"E\",$C3)","v":18.273360036511622}]
["Discharge Pressure, psia",null,{"$f":"Pressure(C$9,\"TLIQ\",\"E\",$C4)","v":149.33154941594429},{"$f":"Pressure(D$9,\"TLIQ\",\"E\",$C4)","v":105.67584554658033},{"$f":"Pressure(E$9,\"TLIQ\",\"E\",$C4)","v":125.27987395586921},{"$f":"Pressure(F$9,\"TLIQ\",\"E\",$C4)","v":147.01980470975784},{"$f":"Pressure(G$9,\"TLIQ\",\"E\",$C4)","v":247.83995292345796},{"$f":"Pressure(H$9,\"TLIQ\",\"E\",$C4)","v":134.69241903407681}]
["W, lb/min-ton",null,{"$f":"200/(Enthalpy(C$9,\"TVAP\",\"E\",$C3)-Enthalpy(C$9,\"TLIQ\",\"E\",$C4-$C5))","v":4.1385588495317505},4.2568829518900211,2.5278423833485664,3.6223761104561194,1.3878501541723858,1.2621520943550486]
["hg, Btu/lb",null,{"$f":"Enthalpy(C$9,\"PT\",\"E\",C10,$C6)","v":112.5852578837346},{"$f":"Enthalpy(D$9,\"PT\",\"E\",D10,$C6)","v":116.56377198527701},142.11948280044277,121.33005169632739,{"$f":"Enthalpy(G$9,\"PT\",\"E\",G10,$C6)","v":221.62179819881882},219.54144717756756]
["sg, Btu/lb-°F",null,{"$f":"Entropy(C$9,\"PT\",\"E\",C10,$C6)","v":0.34495795206122581},{"$f":"Entropy(D$9,\"PT\",\"E\",D10,$C6)","v":0.34985078205833736},0.43307095043579502,0.36825076293339676,{"$f":"Entropy(G$9,\"PT\",\"E\",G10,$C6)","v":0.65476661019531635},0.64583715871432079]
["hi, Btu/lb",null,{"$f":"Enthalpy(C$9,\"PS\",\"E\",C11,C14)","v":130.25611826499008},{"$f":"Enthalpy(D$9,\"PS\",\"E\",D11,D14)","v":132.8937196474144},170.058659175049,140.96501990866884,274.75512540135452,{"$f":"Enthalpy(H$9,\"PS\",\"E\",H11,H14)","v":274.35350774140653}]
["hd, Btu/lb",null,{"$f":"C15+(C15-C13)/$C7","v":155.50020452392647},{"$f":"D15+(D15-D13)/$C7","v":156.22221630761067},209.97176828162935,169.01497449772805,350.65987854783407,{"$f":"H15+(H15-H13)/$C7","v":352.65645140403365}]
["Discharge Temperature, °F",null,{"$f":"Temperature(C$9,\"PH\",\"E\",C11,C16)","v":160.41219081528038},{"$f":"Temperature(D$9,\"PH\",\"E\",D11,D16)","v":177.18496029528947},285.67610043435877,209.14966390164457,256.70628499325801,{"$f":"Temperature(H$9,\"PH\",\"E\",H11,H16)","v":228.28582099168904}]
["COP",null,{"$f":"(Enthalpy(C$9,\"TVAP\",\"E\",$C3)-Enthalpy(C$9,\"TLIQ\",\"E\",$C4-$C5))/(C16-C13)","v":1.1260878784819108},1.1846842442836449,1.1660455712057813,1.1578581868959663,1.1167848764533732,1.1903955456099646]
["Vapor Density, lb/ft3",null,{"$f":"Density(C$9,\"PT\",\"E\",C10,$C6)","v":0.4423678613573348},{"$f":"Density(D$9,\"PT\",\"E\",D10,$C6)","v":0.34878948531940002},0.23830331357556783,0.4150504301662144,0.31075929161718963,{"$f":"Density(H$9,\"PT\",\"E\",H10,$C6)","v":0.14715973192412424}]
["CFM per ton",null,{"$f":"C12/C19","v":9.3554690813958477},{"$f":"D12/D19","v":12.204734176524354},10.607667788668696,8.7275565742829713,4.4659972898960518,{"$f":"H12/H19","v":8.5767490729448728},null,"2022 RHB"]
[]
[null,null,"R-508B","R-23","R-1150","R-170",null,null,null,"R-503","R-13","R-23","R-508B"]
["Capacity",null,{"$f":"$C20/C20*100","v":100},{"$f":"$C20/E20*100","v":88.195343856729096},{"$f":"$C20/G20*100","v":209.48219342993823},{"$f":"$C20/H20*100","v":109.07943093388877},null,null,null,{"$f":"$F20/F20*100","v":100},{"$f":"$F20/D20*100","v":71.509599865520315},{"$f":"$F20/E20*100","v":82.275922928185082},{"$f":"$F20/C20*100","v":93.288284086561362}]
["Efficiency",null,{"$f":"C18/$C18*100","v":100},{"$f":"E18/$C18*100","v":103.54836363017581},{"$f":"G18/$C18*100","v":99.173865361104944},{"$f":"H18/$C18*100","v":105.71071479916358},null,null,null,{"$f":"F18/$F18*100","v":100},{"$f":"D18/$F18*100","v":102.31686899926795},{"$f":"E18/$F18*100","v":100.70711460198456},{"$f":"C18/$F18*100","v":97.256114023840297}]
["Discharge Pressure, psia",null,{"$f":"C11","v":149.33154941594429},{"$f":"E11","v":125.27987395586921},{"$f":"G11","v":247.83995292345796},{"$f":"H11","v":134.69241903407681},null,null,null,{"$f":"F11","v":147.01980470975784},{"$f":"D11","v":105.67584554658033},{"$f":"E11","v":125.27987395586921},{"$f":"C11","v":149.33154941594429}]
["Suction Pressure, psia",null,{"$f":"C10","v":17.184962579051287},{"$f":"E10","v":12.745616001518725},{"$f":"G10","v":40.364618122932555},{"$f":"H10","v":18.273360036511622},null,null,null,{"$f":"F10","v":17.667046492496958},{"$f":"D10","v":12.500840248320426},{"$f":"E10","v":12.745616001518725},{"$f":"C10","v":17.184962579051287}]
["Discharge Temperature, °F",null,{"$f":"C17","v":160.41219081528038},{"$f":"E17","v":285.67610043435877},{"$f":"G17","v":256.70628499325801},{"$f":"H17","v":228.28582099168904},null,null,null,{"$f":"F17","v":209.14966390164457},{"$f":"D17","v":177.18496029528947},{"$f":"E17","v":285.67610043435877},{"$f":"C17","v":160.41219081528038}]
[]
[]
["Evap Temp, °C",null,-85]
["Condensing Temp, °C",null,-35]
["Subcooling, °C",null,5]
["Suction Gas Temp, °C",null,-75]
["Isentropic Efficiency",null,0.7]
[]
["Suction Pressure, MPa",null,{"$f":"Pressure(C$9,\"TVAP\",\"C\",$C30)","v":0.1147985674277661},{"$f":"Pressure(D$9,\"TVAP\",\"C\",$C30)","v":8.3565420093966933E-2},{"$f":"Pressure(E$9,\"TVAP\",\"C\",$C30)","v":8.5008691336057304E-2},{"$f":"Pressure(F$9,\"TVAP\",\"C\",$C30)","v":0.11815433722860465},{"$f":"Pressure(G$9,\"TVAP\",\"C\",$C30)","v":0.27119450134875428},{"$f":"Pressure(H$9,\"TVAP\",\"C\",$C30)","v":0.12243249530048983}]
["Discharge Pressure, MPa",null,{"$f":"Pressure(C$9,\"TLIQ\",\"C\",$C31)","v":1.0106813215020254},{"$f":"Pressure(D$9,\"TLIQ\",\"C\",$C31)","v":0.7153328429906276},{"$f":"Pressure(E$9,\"TLIQ\",\"C\",$C31)","v":0.84696787874220114},{"$f":"Pressure(F$9,\"TLIQ\",\"C\",$C31)","v":0.99525675184712747},{"$f":"Pressure(G$9,\"TLIQ\",\"C\",$C31)","v":1.681755574162318},{"$f":"Pressure(H$9,\"TLIQ\",\"C\",$C31)","v":0.91265411737082802}]
["W, kg/s-kW",null,{"$f":"1/(Enthalpy(C$9,\"TVAP\",\"C\",$C30)-Enthalpy(C$9,\"TLIQ\",\"C\",$C31-$C32))","v":8.9218927327816295E-3},9.1758096020223522E-3,5.4445760600882491E-3,7.8053696586328084E-3,2.9893533895992163E-3,2.7195112672942241E-3]
["hg, kJ/kg",null,{"$f":"Enthalpy(C$9,\"PT\",\"C\",C36,$C33)","v":260.71502377014554},{"$f":"Enthalpy(D$9,\"PT\",\"C\",D36,$C33)","v":270.10825764595182},329.35954521941005,281.12536434864876,513.12460942828602,{"$f":"Enthalpy(H$9,\"PT\",\"C\",H36,$C33)","v":508.02827115723301}]
["sg, kJ/kg-K",null,{"$f":"Entropy(C$9,\"PT\",\"C\",C36,$C33)","v":1.4410089037596812},{"$f":"Entropy(D$9,\"PT\",\"C\",D36,$C33)","v":1.4619532267175459},1.8108214061209498,1.5390339945677978,2.7366178111606296,{"$f":"Entropy(H$9,\"PT\",\"C\",H36,$C33)","v":2.6983687959854135}]
["hi, kJ/kg",null,{"$f":"Enthalpy(C$9,\"PS\",\"C\",C37,C40)","v":301.75783434614618},{"$f":"Enthalpy(D$9,\"PS\",\"C\",D37,D40)","v":308.03691156593436},394.27633461025749,326.72279470764471,636.48922575781648,{"$f":"Enthalpy(H$9,\"PS\",\"C\",H37,H40)","v":635.32590051651766}]
["hd, kJ/kg",null,{"$f":"C41+(C41-C39)/$C34","v":360.39042088328995},362.22070288019512,487.01460516861096,391.8619809347818,812.72439194286005,817.17965674406719]
["Discharge Temperature, °C",null,{"$f":"Temperature(C$9,\"PH\",\"C\",C37,C42)","v":69.974995158452487},{"$f":"Temperature(D$9,\"PH\",\"C\",D37,D42)","v":79.299839994230695},139.68690093892587,97.031985745510383,123.49614968354803,{"$f":"Temperature(H$9,\"PH\",\"C\",H37,H42)","v":107.7703502467665}]
["COP",null,{"$f":"(Enthalpy(C$9,\"TVAP\",\"C\",$C30)-Enthalpy(C$9,\"TLIQ\",\"C\",$C31-$C32))/(C42-C39)","v":1.1244885249511485},1.1831431544949871,1.1650056101996833,1.156951821203835,1.1165578971666514,1.1894274037963173]
["Vapor Density, kg/m3",null,{"$f":"Density(C$9,\"PT\",\"C\",C36,$C33)","v":6.9234901598046665},{"$f":"Density(D$9,\"PT\",\"C\",D36,$C33)","v":5.4624450883780167},3.7239723315707876,6.5036936589065997,4.8915042407463618,{"$f":"Density(H$9,\"PT\",\"C\",H36,$C33)","v":2.3097388306435787}]
["L/s per kW",null,{"$f":"C38/C45*1000","v":1.2886409205257459},{"$f":"D38/D45*1000","v":1.6797989643035403},1.4620345092069209,1.2001441131753807,0.61113171786662723,{"$f":"H38/H45*1000","v":1.1774107233312037}]
[]
[null,null,"R-508B","R-23","R-1150","R-170",null,null,null,"R-503","R-13","R-23","R-508B"]
["Capacity",null,{"$f":"$C46/C46*100","v":100},{"$f":"$C46/E46*100","v":88.140253353169328},{"$f":"$C46/G46*100","v":210.86140399064962},{"$f":"$C46/H46*100","v":109.4470175097304},null,null,null,{"$f":"$F46/F46*100","v":100},{"$f":"$F46/D46*100","v":71.445699079411639},{"$f":"$F46/E46*100","v":82.087263030911473},{"$f":"$F46/C46*100","v":93.132547171149909}]
["Efficiency",null,{"$f":"C44/$C44*100","v":100},{"$f":"E44/$C44*100","v":103.60315684415677},{"$f":"G44/$C44*100","v":99.294734663046782},{"$f":"H44/$C44*100","v":105.77497034467203},null,null,null,{"$f":"F44/$F44*100","v":100},{"$f":"D44/$F44*100","v":102.2638222967573},{"$f":"E44/$F44*100","v":100.69612138105009},{"$f":"C44/$F44*100","v":97.194066714125768}]
["Discharge Pressure, kPa",null,{"$f":"C37*1000","v":1010.6813215020254},{"$f":"E37*1000","v":846.96787874220115},{"$f":"G37*1000","v":1681.755574162318},{"$f":"H37*1000","v":912.65411737082798},null,null,null,{"$f":"F37*1000","v":995.25675184712748},{"$f":"D37*1000","v":715.33284299062757},{"$f":"E37*1000","v":846.96787874220115},{"$f":"C37*1000","v":1010.6813215020254}]
["Suction Pressure, kPa",null,{"$f":"C36*1000","v":114.7985674277661},{"$f":"E36*1000","v":85.008691336057311},{"$f":"G36*1000","v":271.19450134875427},{"$f":"H36*1000","v":122.43249530048983},null,null,null,{"$f":"F36*1000","v":118.15433722860465},{"$f":"D36*1000","v":83.565420093966935},{"$f":"E36*1000","v":85.008691336057311},{"$f":"C36*1000","v":114.7985674277661}]
["Discharge Temperature, °C",null,{"$f":"C43","v":69.974995158452487},{"$f":"E43","v":139.68690093892587},{"$f":"G43","v":123.49614968354803},{"$f":"H43","v":107.7703502467665},null,null,null,{"$f":"F43","v":97.031985745510383},{"$f":"D43","v":79.299839994230695},{"$f":"E43","v":139.68690093892587},{"$f":"C43","v":69.974995158452487}]

{"sheet":"Ch 48 Table 4 I-P abd SI","index":60,"n_rows":41,"n_cols":10,"rows_kept":41,"cut":false,"hidden":false,"merged":[]}
["Table 4  Theoretical Compressor Performance Data for Two Different Evaporating Temperatures"]
[]
["Evap Temp, °F",null,-110,-150]
["Condensing Temp, °F",null,-30]
["Subcooling, °F",null,10]
["Suction Gas Superheat, °F",null,20]
["Isentropic Efficiency",null,0.7]
[]
["Refrigerant NIST file",null,"R508B.mix","R508B.mix","R23.fld","R23.fld","ethylene.fld","ethylene.fld","ethane.fld","ethane.fld"]
["Suction Pressure, psia",null,{"$f":"Pressure(C$9,\"TVAP\",\"E\",$C3)","v":23.295128906350119},{"$f":"Pressure(D$9,\"TVAP\",\"E\",$D3)","v":5.9608616729003199},{"$f":"Pressure(E$9,\"TVAP\",\"E\",$C3)","v":17.551356115074999},{"$f":"Pressure(F$9,\"TVAP\",\"E\",$D3)","v":4.2205032285668604},{"$f":"Pressure(G$9,\"TVAP\",\"E\",$C3)","v":51.829352519734464},{"$f":"Pressure(H$9,\"TVAP\",\"E\",$D3)","v":17.142589230377592},{"$f":"Pressure(I$9,\"TVAP\",\"E\",$C3)","v":24.095905280572428},{"$f":"Pressure(J$9,\"TVAP\",\"E\",$D3)","v":7.0749056804609891}]
["Discharge Pressure, psia",null,{"$f":"Pressure(C$9,\"TLIQ\",\"E\",$C4)","v":149.33154941594429},{"$f":"Pressure(D$9,\"TLIQ\",\"E\",$C4)","v":149.33154941594429},{"$f":"Pressure(E$9,\"TLIQ\",\"E\",$C4)","v":125.27987395586921},{"$f":"Pressure(F$9,\"TLIQ\",\"E\",$C4)","v":125.27987395586921},{"$f":"Pressure(G$9,\"TLIQ\",\"E\",$C4)","v":247.83995292345796},{"$f":"Pressure(H$9,\"TLIQ\",\"E\",$C4)","v":247.83995292345796},{"$f":"Pressure(I$9,\"TLIQ\",\"E\",$C4)","v":134.69241903407681},{"$f":"Pressure(J$9,\"TLIQ\",\"E\",$C4)","v":134.69241903407681}]
["W, lb/min-ton",null,{"$f":"200/(Enthalpy(C$9,\"TVAP\",\"E\",$C3)-Enthalpy(C$9,\"TLIQ\",\"E\",$C4-$C5))","v":4.0506771641501942},{"$f":"200/(Enthalpy(D$9,\"TVAP\",\"E\",$D3)-Enthalpy(D$9,\"TLIQ\",\"E\",$C4-$C5))","v":4.4404469423263242},{"$f":"200/(Enthalpy(E$9,\"TVAP\",\"E\",$C3)-Enthalpy(E$9,\"TLIQ\",\"E\",$C4-$C5))","v":2.4961505767389474},{"$f":"200/(Enthalpy(F$9,\"TVAP\",\"E\",$D3)-Enthalpy(F$9,\"TLIQ\",\"E\",$C4-$C5))","v":2.6348240471059001},{"$f":"200/(Enthalpy(G$9,\"TVAP\",\"E\",$C3)-Enthalpy(G$9,\"TLIQ\",\"E\",$C4-$C5))","v":1.3701568417061554},{"$f":"200/(Enthalpy(H$9,\"TVAP\",\"E\",$D3)-Enthalpy(H$9,\"TLIQ\",\"E\",$C4-$C5))","v":1.4516584336665481},{"$f":"200/(Enthalpy(I$9,\"TVAP\",\"E\",$C3)-Enthalpy(I$9,\"TLIQ\",\"E\",$C4-$C5))","v":1.2416782707499696},{"$f":"200/(Enthalpy(J$9,\"TVAP\",\"E\",$D3)-Enthalpy(J$9,\"TLIQ\",\"E\",$C4-$C5))","v":1.3315430025948989}]
["hg, Btu/lb",null,{"$f":"Enthalpy(C$9,\"PT\",\"E\",C10,$C3+$C6)","v":113.73234612698835},{"$f":"Enthalpy(D$9,\"PT\",\"E\",D10,$D3+$C6)","v":109.0374393599415},{"$f":"Enthalpy(E$9,\"PT\",\"E\",E10,$C3+$C6)","v":143.22626215130416},{"$f":"Enthalpy(F$9,\"PT\",\"E\",F10,$D3+$C6)","v":138.64094450002284},{"$f":"Enthalpy(G$9,\"PT\",\"E\",G10,$C3+$C6)","v":223.66476343003626},{"$f":"Enthalpy(H$9,\"PT\",\"E\",H10,$D3+$C6)","v":214.86529342189635},{"$f":"Enthalpy(I$9,\"PT\",\"E\",I10,$C3+$C6)","v":222.31483275907911},{"$f":"Enthalpy(J$9,\"PT\",\"E\",J10,$D3+$C6)","v":210.90057396094136}]
["sg, Btu/lb-°F",null,{"$f":"Entropy(C$9,\"PT\",\"E\",C10,$C3+$C6)","v":0.3420481533500046},{"$f":"Entropy(D$9,\"PT\",\"E\",D10,$D3+$C6)","v":0.35609021965151572},{"$f":"Entropy(E$9,\"PT\",\"E\",E10,$C3+$C6)","v":0.42732768693772866},{"$f":"Entropy(F$9,\"PT\",\"E\",F10,$D3+$C6)","v":0.45367806952680384},{"$f":"Entropy(G$9,\"PT\",\"E\",G10,$C3+$C6)","v":0.6437446035978216},{"$f":"Entropy(H$9,\"PT\",\"E\",H10,$D3+$C6)","v":0.69325873260252668},{"$f":"Entropy(I$9,\"PT\",\"E\",I10,$C3+$C6)","v":0.63582497741060506},{"$f":"Entropy(J$9,\"PT\",\"E\",J10,$D3+$C6)","v":0.68198192329072749}]
["hi, Btu/lb",null,{"$f":"Enthalpy(C$9,\"PS\",\"E\",C11,C14)","v":128.83269342351772},135.90128645762547,166.94910634808355,182.00519550471475,268.84415816478145,296.66084397726365,{"$f":"Enthalpy(I$9,\"PS\",\"E\",I11,I14)","v":269.16612740842584},294.07277500424652]
["hd, Btu/lb",null,{"$f":"C15+(C15-C13)/$C7","v":150.4046181328454},174.27821088288829,200.83888377205412,243.95412551141749,333.38615064298887,413.51163048493123,{"$f":"I15+(I15-I13)/$C7","v":336.09654833606402},412.89020506611104]
["Vapor Density, lb/ft3",null,{"$f":"Density(C$9,\"PT\",\"E\",C10,$C3+$C6)","v":0.58917492483897471},{"$f":"Density(D$9,\"PT\",\"E\",D10,$D3+$C6)","v":0.16384000035142604},{"$f":"Density(E$9,\"PT\",\"E\",E10,$C3+$C6)","v":0.32165612983006225},{"$f":"Density(F$9,\"PT\",\"E\",F10,$D3+$C6)","v":8.4721976109682753E-2},{"$f":"Density(G$9,\"PT\",\"E\",G10,$C3+$C6)","v":0.39273477215348152},{"$f":"Density(H$9,\"PT\",\"E\",H10,$D3+$C6)","v":0.14016923298231315},{"$f":"Density(I$9,\"PT\",\"E\",I10,$C3+$C6)","v":0.19023729741120127},{"$f":"Density(J$9,\"PT\",\"E\",J10,$D3+$C6)","v":6.1114824885436438E-2}]
[]
["Discharge Temperature, °F",null,{"$f":"Temperature(C$9,\"PH\",\"E\",C11,C16)","v":135.31619922701097},249.51706842690703,243.05838826879346,434.63216361528566,219.25324221135006,383.97662294396127,{"$f":"Temperature(I$9,\"PH\",\"E\",I11,I16)","v":195.64441362427311},338.94319246106937]
["CFM per ton",null,{"$f":"C12/C17","v":6.8751689750837075},27.102337236339459,7.7603078108839911,31.099652865683922,3.488758670879021,10.356469838496736,{"$f":"I12/I17","v":6.526997006617794},21.787561448322229]
["Pressure Ratio",null,{"$f":"C11/C10","v":6.4104195351860609},{"$f":"D11/D10","v":25.052007177896055},7.1379027999019025,29.683634195064933,4.7818454384335753,14.457556533191159,{"$f":"I11/I10","v":5.5898468003471926},19.038051546900689]
[]
[]
["Evap Temp, °C",null,-80,-100]
["Condensing Temp, °C",null,-35]
["Subcooling, °C",null,5]
["Suction Gas Superheat, °C",null,10]
["Isentropic Efficiency",null,0.7]
[]
["Suction Pressure, MPa",null,{"$f":"Pressure(C$9,\"TVAP\",\"C\",$C24)","v":0.15138791900357773},{"$f":"Pressure(D$9,\"TVAP\",\"C\",$D24)","v":4.4452694659652417E-2},{"$f":"Pressure(E$9,\"TVAP\",\"C\",$C24)","v":0.11370388650477707},{"$f":"Pressure(F$9,\"TVAP\",\"C\",$D24)","v":3.1568000626054638E-2},{"$f":"Pressure(G$9,\"TVAP\",\"C\",$C24)","v":0.34034383095066856},{"$f":"Pressure(H$9,\"TVAP\",\"C\",$D24)","v":0.12584993944552475},{"$f":"Pressure(I$9,\"TVAP\",\"C\",$C24)","v":0.15741342756289439},{"$f":"Pressure(J$9,\"TVAP\",\"C\",$D24)","v":5.2295092908210848E-2}]
["Discharge Pressure, MPa",null,{"$f":"Pressure(C$9,\"TLIQ\",\"C\",$C25)","v":1.0106813215020254},{"$f":"Pressure(D$9,\"TLIQ\",\"C\",$C25)","v":1.0106813215020254},{"$f":"Pressure(E$9,\"TLIQ\",\"C\",$C25)","v":0.84696787874220114},{"$f":"Pressure(F$9,\"TLIQ\",\"C\",$C25)","v":0.84696787874220114},{"$f":"Pressure(G$9,\"TLIQ\",\"C\",$C25)","v":1.681755574162318},{"$f":"Pressure(H$9,\"TLIQ\",\"C\",$C25)","v":1.681755574162318},{"$f":"Pressure(I$9,\"TLIQ\",\"C\",$C25)","v":0.91265411737082802},{"$f":"Pressure(J$9,\"TLIQ\",\"C\",$C25)","v":0.91265411737082802}]
["W, kg/s-kW",null,{"$f":"1/(Enthalpy(C$9,\"TVAP\",\"C\",$C24)-Enthalpy(C$9,\"TLIQ\",\"C\",$C25-$C26))","v":8.7499610966963355E-3},{"$f":"1/(Enthalpy(D$9,\"TVAP\",\"C\",$D24)-Enthalpy(D$9,\"TLIQ\",\"C\",$C25-$C26))","v":9.5043633936199197E-3},{"$f":"1/(Enthalpy(E$9,\"TVAP\",\"C\",$C24)-Enthalpy(E$9,\"TLIQ\",\"C\",$C25-$C26))","v":5.3826321884765452E-3},{"$f":"1/(Enthalpy(F$9,\"TVAP\",\"C\",$D24)-Enthalpy(F$9,\"TLIQ\",\"C\",$C25-$C26))","v":5.6511363626390474E-3},{"$f":"1/(Enthalpy(G$9,\"TVAP\",\"C\",$C24)-Enthalpy(G$9,\"TLIQ\",\"C\",$C25-$C26))","v":2.9545842741048197E-3},{"$f":"1/(Enthalpy(H$9,\"TVAP\",\"C\",$D24)-Enthalpy(H$9,\"TLIQ\",\"C\",$C25-$C26))","v":3.1123497848792132E-3},{"$f":"1/(Enthalpy(I$9,\"TVAP\",\"C\",$C24)-Enthalpy(I$9,\"TLIQ\",\"C\",$C25-$C26))","v":2.6795017013785173E-3},{"$f":"1/(Enthalpy(J$9,\"TVAP\",\"C\",$D24)-Enthalpy(J$9,\"TLIQ\",\"C\",$C25-$C26))","v":2.8534421417117204E-3}]
["hg, kJ/kg",null,{"$f":"Enthalpy(C$9,\"PT\",\"C\",C30,$C24+$C27)","v":263.10297886065183},{"$f":"Enthalpy(D$9,\"PT\",\"C\",D30,$D24+$C27)","v":253.34670194854885},{"$f":"Enthalpy(E$9,\"PT\",\"C\",E30,$C24+$C27)","v":331.66572461248995},{"$f":"Enthalpy(F$9,\"PT\",\"C\",F30,$D24+$C27)","v":322.13823119340935},{"$f":"Enthalpy(G$9,\"PT\",\"C\",G30,$C24+$C27)","v":517.39978410841093},{"$f":"Enthalpy(H$9,\"PT\",\"C\",H30,$D24+$C27)","v":499.10043334673219},{"$f":"Enthalpy(I$9,\"PT\",\"C\",I30,$C24+$C27)","v":513.81867394550397},{"$f":"Enthalpy(J$9,\"PT\",\"C\",J30,$D24+$C27)","v":490.04125132184379}]
["sg, kJ/kg-K",null,{"$f":"Entropy(C$9,\"PT\",\"C\",C30,$C24+$C27)","v":1.4298580647145622},{"$f":"Entropy(D$9,\"PT\",\"C\",D30,$D24+$C27)","v":1.4826072110038937},{"$f":"Entropy(E$9,\"PT\",\"C\",E30,$C24+$C27)","v":1.7889176768331223},{"$f":"Entropy(F$9,\"PT\",\"C\",F30,$D24+$C27)","v":1.8879796398315811},{"$f":"Entropy(G$9,\"PT\",\"C\",G30,$C24+$C27)","v":2.6946997501517398},{"$f":"Entropy(H$9,\"PT\",\"C\",H30,$D24+$C27)","v":2.8807066350107347},{"$f":"Entropy(I$9,\"PT\",\"C\",I30,$C24+$C27)","v":2.6602213560812729},{"$f":"Entropy(J$9,\"PT\",\"C\",J30,$D24+$C27)","v":2.8334794639474805}]
["hi, kJ/kg",null,{"$f":"Enthalpy(C$9,\"PS\",\"C\",C31,C34)","v":298.742065307649},313.37807439663163,387.71106086235721,418.87233502132125,624.04870480399086,681.60123000566352,{"$f":"Enthalpy(I$9,\"PS\",\"C\",I31,I34)","v":624.3910042960963},675.8983025515015]
["hd, kJ/kg",null,{"$f":"C35+(C35-C33)/$C28","v":349.65504594621638},399.13717789389273,467.77582693359614,557.06391191833825,776.40430579767644,942.31665380413688,{"$f":"I35+(I35-I33)/$C28","v":782.35147622551392},941.40837573672684]
["Vapor Density, kg/m3",null,{"$f":"Density(C$9,\"PT\",\"C\",C30,$C24+$C27)","v":8.9841640865479349},{"$f":"Density(D$9,\"PT\",\"C\",D30,$D24+$C27)","v":2.8432817159713135},{"$f":"Density(E$9,\"PT\",\"C\",E30,$C24+$C27)","v":4.8908731573362267},{"$f":"Density(F$9,\"PT\",\"C\",F30,$D24+$C27)","v":1.4740962693255135},{"$f":"Density(G$9,\"PT\",\"C\",G30,$C24+$C27)","v":6.0501303016391148},{"$f":"Density(H$9,\"PT\",\"C\",H30,$D24+$C27)","v":2.3957539765502678},{"$f":"Density(I$9,\"PT\",\"C\",I30,$C24+$C27)","v":2.9163324847554626},{"$f":"Density(J$9,\"PT\",\"C\",J30,$D24+$C27)","v":1.0507926745599447}]
[]
["Discharge Temperature, °C",null,{"$f":"Temperature(C$9,\"PH\",\"C\",C31,C36)","v":57.315386051114046},114.15957662264589,118.21508097041908,213.562045149808,104.64973317045269,186.71717415754625,{"$f":"Temperature(I$9,\"PH\",\"C\",I31,I36)","v":91.340928347510896},162.76798642876668]
["L/s per kW",null,{"$f":"C32/C37*1000","v":0.97393157698418775},3.342744174884924,1.1005462655278,3.8336277489018933,0.48835051921185191,1.2991107665240307,{"$f":"I32/I37*1000","v":0.91879156968043585},2.7155139265761408]
["Pressure Ratio",null,{"$f":"C31/C30","v":6.6761028763341415},{"$f":"D31/D30","v":22.736109233426799},{"$f":"E31/E30","v":7.4488911925329591},{"$f":"F31/F30","v":26.829950010934699},{"$f":"G31/G30","v":4.941342904511413},{"$f":"H31/H30","v":13.363181433156594},{"$f":"I31/I30","v":5.7978161806188862},17.452002981861654]

{"sheet":"NIST refrigerants listing","index":61,"n_rows":176,"n_cols":3,"rows_kept":176,"cut":false,"hidden":false,"merged":[]}
[1,"CF3I.fld","CF3I (R-13I1)"]
[2,"R11.fld","R-11"]
[3,"R12.fld","R-12"]
[4,"R123.fld","R-123"]
[5,"R124.fld","R-124"]
[6,"R125.fld","R-125"]
[7,"R13.fld","R-13"]
[8,"R14.fld","R-14"]
[9,"R21.fld","R-21"]
[10,"R22.fld","R-22"]
[11,"R23.fld","R-23"]
[12,"R32.fld","R-32"]
[13,"R40.fld","R-40"]
[14,"R41.fld","R-41"]
[15,"methane.fld","R-50"]
[16,"R113.fld","R-113"]
[17,"R114.fld","R-114"]
[18,"R115.fld","R-115"]
[19,"R116.fld","R-116"]
[20,"R134A.fld","R-134a"]
[21,"R141B.fld","R-141b"]
[22,"R142B.fld","R-142b"]
[23,"R143A.fld","R-143a"]
[24,"R150.fld","R-150"]
[25,"R152A.fld","R-152a"]
[26,"R161.fld","R-161"]
[27,"R218.fld","R-218"]
[28,"R227EA.fld","R-227ea"]
[29,"R236EA.fld","R-236ea"]
[30,"R236FA.fld","R-236fa"]
[31,"R245CA.fld","R-245ca"]
[32,"R245FA.fld","R-245fa"]
[33,"propane.fld","R-290 (propane)"]
[34,"R365MFC.fld","R-365mfc"]
[35,"R401A.mix","R-401A"]
[36,"R401B.mix","R-401B"]
[37,"R401C.mix","R-401C"]
[38,"R402A.mix","R-402A"]
[39,"R402B.mix","R-402B"]
[40,"R403A.mix","R-403A"]
[41,"R403B.mix","R-403B"]
[42,"R404A.mix","R-404A"]
[43,"R405A.mix","R-405A"]
[44,"R406A.mix","R-406A"]
[45,"R407A.mix","R-407A"]
[46,"R407B.mix","R-407B"]
[47,"R407C.mix","R-407C"]
[48,"R407D.mix","R-407D"]
[49,"R407E.mix","R-407E"]
[50,"R407F.mix","R-407F"]
[51,"R407G.mix","R-407G"]
[52,"R407H.mix","R-407H"]
[53,"R408A.mix","R-408A"]
[54,"R409A.mix","R-409A"]
[55,"R409B.mix","R-409B"]
[56,"R410A.mix","R-410A"]
[57,"R410B.mix","R-410B"]
[58,"R411A.mix","R-411A"]
[59,"R411B.mix","R-411B"]
[60,"R412A.mix","R-412A"]
[61,"R413A.mix","R-413A"]
[62,"R414A.mix","R-414A"]
[63,"R414B.mix","R-414B"]
[64,"R415A.mix","R-415A"]
[65,"R415B.mix","R-415B"]
[66,"R416A.mix","R-416A"]
[67,"R417A.mix","R-417A"]
[68,"R417B.mix","R-417B"]
[69,"R417C.mix","R-417C"]
[70,"R418A.mix","R-418A"]
[71,"R419A.mix","R-419A"]
[72,"R419B.mix","R-419B"]
[73,"R420A.mix","R-420A"]
[74,"R421A.mix","R-421A"]
[75,"R421B.mix","R-421B"]
[76,"R422A.mix","R-422A"]
[77,"R422B.mix","R-422B"]
[78,"R422C.mix","R-422C"]
[79,"R422D.mix","R-422D"]
[80,"R422E.mix","R-422E"]
[81,"R423A.mix","R-423A"]
[82,"R424A.mix","R-424A"]
[83,"R425A.mix","R-425A"]
[84,"R426A.mix","R-426A"]
[85,"R427A.mix","R-427A"]
[86,"R428A.mix","R-428A"]
[87,"R429A.mix","R-429A"]
[88,"R430A.mix","R-430A"]
[89,"R431A.mix","R-431A"]
[90,"R432A.mix","R-432A"]
[91,"R433A.mix","R-433A"]
[92,"R433B.mix","R-433B"]
[93,"R433C.mix","R-433C"]
[94,"R434A.mix","R-434A"]
[95,"R435A.mix","R-435A"]
[96,"R436A.mix","R-436A"]
[97,"R436B.mix","R-436B"]
[98,"R437A.mix","R-437A"]
[99,"R438A.mix","R-438A"]
[100,"R439A.mix","R-439A"]
[101,"R440A.mix","R-440A"]
[102,"R441A.mix","R-441A"]
[103,"R442A.mix","R-442A"]
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[105,"R444A.mix","R-444A"]
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[107,"R445A.mix","R-445A"]
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[109,"R447A.mix","R-447A"]
[110,"R447B.mix","R-447B"]
[111,"R448A.mix","R-448A"]
[112,"R449A.mix","R-449A"]
[113,"R449B.mix","R-449B"]
[114,"R449C.mix","R-449C"]
[115,"R450A.mix","R-450A"]
[116,"R451A.mix","R-451A"]
[117,"R451B.mix","R-451B"]
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[119,"R452B.mix","R-452B"]
[120,"R452C.mix","R-452C"]
[121,"R453A.mix","R-453A"]
[122,"R454A.mix","R-454A"]
[123,"R454B.mix","R-454B"]
[124,"R454C.mix","R-454C"]
[125,"R455A.mix","R-455A"]
[126,"R456A.mix","R-456A"]
[127,"R457A.mix","R-457A"]
[128,"R458A.mix","R-458A"]
[129,"R459A.mix","R-459A"]
[130,"R459B.mix","R-459B"]
[131,"R460A.mix","R-460A"]
[132,"R460B.mix","R-460B"]
[133,"R32;4900;R125;1150;CF3I;3950 mass","R-466A"]
[134,"CO2;1000;R32;1700;R125;1900;R134a;700;R227ea;300;R1234zee;4400 mass","R-470A"]
[135,"R227ea;430;R1234zee;1700;R1336mzze;7870 mass","R-471A"]
[136,"R500.mix","R-500"]
[137,"R501.mix","R-501"]
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[150,"R515A.mix","R-515A"]
[151,"R1234yf;7750;R134a;850;R152a;1400 mass","R-516A"]
[152,"butane.fld","R-600 (butane)"]
[153,"isobutane.fld","R-600a (isobutane)"]
[154,"pentane.fld","R-601 (pentane)"]
[155,"helium.fld","R-704 (helium)"]
[156,"ammonia.fld","R-717 (ammonia)"]
[157,"water.fld","R-718 (H2O)"]
[158,"nitrogen.fld","R-728 (nitrogen)"]
[159,"air.mix","R-729 (air)"]
[160,"CO2.fld","R-744 (CO2)"]
[161,"N2O.fld","R-744A (N2O)"]
[162,"R1123.fld","R-1123"]
[163,"R1216.fld","R-1216"]
[164,"R1224YDZ.fld","R-1224yd(Z)"]
[165,"R1233ZDE.fld","R-1233zd(E)"]
[166,"R1234YF.fld","R-1234yf"]
[167,"R1234ZEE.fld","R-1234ze(E)"]
[168,"R1234ZEZ.fld","R-1234ze(Z)"]
[169,"R1243ZF.fld","R-1243zf"]
[170,"propylen.fld","R-1270"]
[171,"R1336MZZZ.fld","R-1336mzz(Z)"]
[172,"RC318.fld","R-C318"]
[173,"RE143A.fld","R-E143a"]
[174,"RE245CB2.fld","R-E245cb2"]
[175,"RE245FA2.fld","R-E245fa2"]
[176,"RE347MCC.fld","R-E347mcc"]