test report #60...jan 18, 2016 · ewt charge cfm gpm vac esp db/wb test description entering water...

Air-Conditioning, Heating, and Refrigeration Institute (AHRI) Low-GWP Alternative Refrigerants Evaluation Program (Low-GWP AREP)

TEST REPORT #60 System Drop-in Tests of DR-5A, DR-55, L41-2 and R-32 in Water-To-Air Heat Pump

Robert R. Brown Charles B. Obosu WaterFurnace International Inc. 9000 Conservation Way Fort Wayne IN, 46809 January 18, 2016 This report has been made available to the public as part of the author company’s participation in the AHRI’s Low-GWP AREP.

AHRI Low GWP Alternative Refrigerants Evaluation Program Test report Checklist and Templates

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Table 1- List of Tested Refrigerants:

Composition (Mass %) Supplier GWP

AR-4

Glide (°F)

At 50 °F

Flammability

Rating

DR-5A R-32/R-

1234yf(68.9/31.1)

Chemours 460 2.9 A2L

DR-55 R-32/R-1234yf/125

(67%/26%/7%)

Chemours 676 2.5 A2L

L41-2 R-32/R-1234ze(E)/R125

(68/28.5/3.5)

Honeywell 581 6.5 A2L

R-32 R-32 (100) Daiken 675 0.0 A2L

R410A

(Reference)

R-32/R-125 (50%/50%) Chemours 2100 0.2 A1


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Introduction:

A 3-Ton Water-to-Air, Dual Capacity Packaged Heat Pump Unit was used to perform drop-in and

systems optimization tests for four refrigerants. The four (4) refrigerants tested were DuPont

refrigerants DR-5A(R-32/R-1234yf (68.9%/31.1%)), DR-55(R-32/R1234yf/125 (67%/26%/7%)),

Daiken supplied R32 (100%) and Honeywell’s L-41-2(R-32/R-1234ze (E)/R125

(68%/28.5%/3.5%)). All four refrigerants were compared to the baseline R410A, on a soft

optimization basis using an adjustable txv. All tests were performed at WaterFurnace International

Inc., engineering systems laboratory at 9000 Conservation Way, Fort Wayne Indiana 46809. The

unit was tested per conditions defined in ISO/AHRI 13256-1 standard defined in Tables 2a

and 2b.

Table-2a: Test Conditions per ISO/AHRI 13256-1

ISO/AHRI ISO/AHRI ISO/AHRI

13256-1 13256-1 13256-1

WLHP GWHP GLHP

Cooling:

Entering Air –DB/WB °F 80.6/66.2 80.6/66.2 80.6/66.2

Full Load - Entering Water - ºF 86 59 77

Full load - Fluid Flow Rated - Full load Rated - Full load Rated - Full load

Part Load - Entering Water - ºF 86 59 68

Part load - Fluid Flow Rated - Part load Rated - Part load Rated - Part load

Heating:

Entering Air –DB/WB °F 68 68 68

Full Load - Entering Water - ºF 68 50 32

Full load - Fluid Flow Rated - Full load Rated - Full load Rated - Full load

Part Load - Entering Water - ºF 68 50 41

Part load - Fluid Flow Rated - Part load Rated - Part load Rated - Part load

ISO/ASHRAE/ANSI/AHRI 13256-1

Conditions


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Table-2b: Test Conditions per ISO/AHRI 13256-1

EWT CHARGE CFM GPM VAC ESP DB/WB Test Description

Entering Water Temp

Optimum System charge

Air Flow

Water Flow

Voltage External Static

Pressure

Dry Bulb / Wet Bulb

Comments

77 Opt. chg. 1300 9 208 0.65 80.6/66.2 GLHP cooling optimize charge

77 “ 1300 9 208 0.65 80.6/66.2 CLG 77clg-GLHP Full Load

59 “ 1300 9 208 0.65 80.6/66.2 CLG 59clg-GWHP Full Load

86 “ 1300 9 208 0.65 80.6/66.2 CLG 86clg-WLHP Full Load

68 “ 1150 8 208 0.65 80.6/66.2 CLG 68clg-GLHP Part Load

59 “ 1150 8 208 0.65 80.6/66.2 CLG 59clg-GWHP Part Load

86 “ 1150 8 208 0.65 80.6/66.2 CLG 86clg-WLHP Part Load

32 Opt. chg. 1300 9 208 0.65 68/59 GLHP heating optimize Charge

32 “ 1300 9 208 0.65 68/59 HTG 32htg-GLHP Full Load

50 “ 1300 9 208 0.65 68/59 HTG 50htg-GWHP Full Load

68 “ 1300 9 208 0.65 68/59 HTG 68htg-WLHP Full Load

41 “ 1150 8 208 0.65 68/59 HTG 41htg-GLHP Part Load

50 “ 1150 8 208 0.65 68/59 HTG50htg-GWHP Part Load

68 “ 1150 8 208 0.65 68/59 HTG 68htg-WLHP Part Load

Description of System:

All tests were performed in accordance with AHRI/ASHRAE/ISO Standard 13256-1 as defined in

Tables 2a and 2b above for both full and part-load conditions.

The name and model of the tested system is the 5 Series Water-To-Air Heat Pump

NDV038A1010CL which is shown in Figure 1.

Nominal capacity of this 5 Series system is 38,000Btu/hr.

The nameplate system charge level and compressor lubricant type used in this system are

R410A (82oz.) and Ultra 22cc POE oil.

The WaterFurnace 5 Series of products are high efficiency residential application products

that were initially designed to achieve a certified Ground Loop Heat Pump (GLHP) rating of

30 EER and 5 COP in AHRI 13256-1 with R410A. Replacement of R410A with new Low

GWP refrigerant must ensure that the performance and efficiency requirements of our current

and future systems will be met.


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Figure 5-Series Systems Test Unit-NDV038A101CTL


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Figure 2: Refrigerant Temperature and Pressure Locations

12

34

5

6

CoaxHX

Comp

AirCoilHX

RVTXV

Discharge Temp

WaterSupply

LWTEWT

Suction Temp

Table 3: Transducer Location


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Table 4: List of instruments with accuracy.

*Note: All % accuracies in table reflect measured data values. All equipment calibrated within

last 12 months.

Table 5: List of major components used in system tests.

Systems test and charge optimization:

In general during development, units are charged to a starting amount and then tested at

conditions specified in ISO 132256-1 at the Ground Loop Heat Pump (GLHP) cooling and

heating conditions at full load defined in Table 1. Charge is added incrementally to optimize the

unit performance in capacity and efficiency in both heating and cooling and ultimately in both

full and part load. Using the optimum charge level, the unit is then tested at the various ISO data

Instrument Accuracy Make/Model Range

Water Flow meter ± 0.25% FS ABB/10D1475 Magnetic 0-30 gpm

Platinum RTD - Water and Air ± 0.08°FPyromation-4-wire

Platinum15.0° to 140.0°

Data Acquisition ± 0.08°F Agilent NA

Thermocouple-Refrigerant Only ± 1°F Type T -185.0°F to 300°F

Tunnel Nozzles ± 0.02 in Custom 0-2400 cfm

Pressure Transducer - Refrig only 0.25% FS DwyerSuction: 0-1000 psig

Discharge: 0-1000 psig

Differential Pressure transducer - Water ± 0.21% FS Setra 0-25psi

Description WFI P/N Manufacturer P/N Serial # Identifier #

Compressor Copeland ZPS30K5E-PFV 11C622E0L C1633

Lubricant - Ultra 22cc POE Oil

Run Capacitor 16P002D20 40µƒ/370 VAC

Coax HX 62I542A01 BTSSC60

Air Coil 61P605-11 28”x25”x 3 row 3/8" CSI (Cu) RTF

TXV 21F946-21 Factory, 3-Ton & 4-Ton Adjust. Txv.(for Soft Opt.) Danfoss 067x0242

Reversing Valve 33P503-05 Sanhua SHF-14-46

Air Filter 59P509-08

Filter Drier 36P500B01

Blower Wheel and Housing 53P501B01 11 x 10 wheel in 12 x 10 tight housing

Fan Motor 14S545-01 Gentec Eon 1/2 HP


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points, which reflect all full and part load conditions. For the two speed unit that was tested,

there were twelve (12) such ISO data points. The R410A nameplate charge for this Envision 3-

ton system was 82 oz. The unit was run on a continuous basis at specified conditions until it

reached steady state. At steady state conditions, all fluctuations in variables such as temperatures,

airflow, water flow, voltage and External Static Limit (ESP) were within set point tolerances;

then and only then data was logged for about fifteen minutes. The data set are used to compute

unit capacity and efficiency.

Soft-optimization systems test method:

Initial systems tests provided some capacity and efficiency levels for each Low GWP refrigerant

approximate targeted to operate at. With the larger 4-ton adjustable txv in system and new in-

line filter drier replaced for each refrigerant, the txv was adjusted for each refrigerant and charge

levels optimized per ISO 13256-1. The optimization charge levels in Table 6 were used to run

all the ISO tests at full and part load conditions.

The optimum systems refrigerant charge levels used to run all the full and part load tests are

explicitly summarized in following table. Determining the final charge for the unit is ultimately

a compromise between heating and cooling and full load and part load efficiency and capacity.

This determination is sometimes difficult due to charge imbalance within the system.

Table 6: Refrigerant charge determination

Systems Test Results and Summaries

Discharge Gas Temperature

Compressor Discharge gas temperature was plotted for the various refrigerants at all of the AHRI

points. R32 exhibited 10-20 degF higher discharge gas temperature than other refrigerants at

high evaporating or condensing temperatures, even with superheat in range. DR-5A, DR-55 and

L41-2 discharge gas temperatures were generally slightly lower than R410A.

Full Load versus Part Load Capacity and Efficiency Performance Comparison

An important characteristic of modern refrigerants is its part load performance. A greater

percentage of systems are being developed with part load or even variable capacity capability.

RefrigerantHeating

Charge

Cooling

Charge

Charge

Used

R-410A 82.0

DR-5A 80.0 78.0 80.0

DR-55 77.0 76.0 77.0

L41-2 76.0 78.0 76.0

R-32 82.0 84.0 82.0


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Reviewing each of the candidate refrigerants to observe its performance at both full and part load

is a reasonable conclusion. The full load vs. part load analysis of capacity and efficiency for

each of the refrigerants was inconclusive, however, it is possible that optimization of compressor

displacement and heat exchangers could potentially reveal more conclusive results.

General Capacity and Efficiency Performance

Following charts on percent (%) capacity ratio and percent (%) efficiency (EER or COP) ratio

show the comparison of each alternate refrigerant at all twelve (12) ISO points over the R410A

(baseline) refrigerant. DR-5A and DR-55 met the 5% threshold in percent capacity ratio and

efficiency over R410A.

Percent (%) ISO Capacity Ratio Test Results: (Reference following charts)

DR-5A: The percent capacity over R410A ranges from 95.4 to 104.7

DR-55: The percent capacity over R410A ranges for 97.0 to 104.7

L41-2: The percent capacity over R410A ranges from 88 to 92 and

R-32 : The percent capacity over R410A ranges from 100 to 115.6

Percent (%) ISO EER or COP Ratio over R410A Test Results: (Reference following bar charts)

DR-5A: The percent EER or COP over R410A ranges from 100.6 to 113.4

DR-55: The percent EER or COP over R410A ranges from 101.1 To 112.2

L41-2: The percent EER or COP over R410A ranges from 97.4 to 110.9 and

R-32: The percent EER or COP over R410A ranges from 91.7 to 107.4

DR-55 has a slight edge over DR-5A in percent capacity over R410A. It is however,

comparable to DR-5A in percent efficiency over R410A. L41-2 was lower in percent capacity

than R410A but it met the percent efficiency requirements over R410A. Optimizing the

compressor displacement might address the capacity gap for L41-2. R-32 surpasses the DR-5A,

DR-55 and L41-2 in the percent capacity over R410A. R-32 did not do as well as the other

three refrigerants in percent efficiency over R410A, never-the-less, it still performed within the

5% threshold. Future work on R-32 should explore oil miscibility and optimization of other

systems components such as compressor displacement, heat exchanger selection, etc.

The thermostatic expansion control valve should be optimized for sensing bulb accuracy for

these new batch of refrigerants with glide. It is possible that the selective charge currently used

in R410A expansion valves is not optimal for control of the new refrigerants and a suitable

replacement may need to be developed.

DR-55, on average, had a higher efficiency than all the other candidates and DR-5A was a close

second.


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Summary of All Observations:

R32 exhibited 10-20 degF higher discharge gas temperature than other refrigerants at

high evaporating or condensing temperatures, even with superheat in range. DR-5A,

DR-55 and L41-2 discharge gas temperatures were generally slightly lower than R410A.

Full load vs part load analysis of capacity and efficiency was inconclusive. Optimization

of compressor displacement and heat exchangers could potentially reveal more

conclusions.

DR-5A and DR-55 met the 5% threshold in percent capacity ratio and efficiency over

R410A.

DR-55 has a slight edge over DR-5A in percent capacity over R410A. It is however,

comparable to DR-5A in percent efficiency over R410A.

L41-2 was lower in percent capacity than R410A but it met the percent efficiency

requirements over R410A. Optimizing the compressor displacement might address the

capacity gap for L41-2.

R-32 surpasses the DR-5A, DR-55 and L41-2 in the percent capacity over R410A. R-32

did not do as well as the other three refrigerants in percent efficiency over R410A,

never-the-less, it still performed within the 5% threshold. Future work on R-32 should

explore oil miscibility and optimization of other systems components such as compressor

displacement, heat exchanger selection, etc.

The Thermostatic expansion control valve should be optimized for accuracy sensing bulb

accuracy for these new batch of refrigerants with glide

DR-55, on average, had a higher efficiency than all the others and DR-5A was a close

second.


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70.00

75.00

80.00

85.00

90.00

95.00

100.00

105.00

110.00

115.00

120.00

HTG32htg-GLHP-

FullLoad

HTG41htg-GLHP-PartLoad

HTG50htg-GWHP-

FullLoad

HTG50htg-GWHP-

PartLoad

HTG68htg-WLHP-

FullLoad

HTG68htg-WLHP-

PartLoad

CLG59clg-

GWHP-Full

Load

CLG59clg-

GWHP-PartLoad

CLG68clg-GLHP-PartLoad

CLG77clg-GLHP-

FullLoad

CLG86clg-WLHP-

FullLoad

CLG86clg-WLHP-

PartLoad

DR-5A 95.36 97.36 100.23 99.69 98.13 95.74 95.92 104.75 104.73 97.16 97.14 96.14

DR-55 97.34 96.99 100.17 99.84 98.01 97.69 97.35 104.70 104.29 98.57 98.07 97.64

L-41-2 87.90 87.70 92.03 90.62 91.86 89.28 89.48 97.08 95.16 91.38 91.68 91.54

R-32 100.04 104.59 110.68 109.40 104.43 101.47 101.55 115.56 115.26 104.26 103.99 103.22

% C

APA

CIT

Y R

ATI

O

Chart 1: SOFT OPTIMIZATION SYSTEMS TEST RESULTS

CAPACITY RATIO: ALT. REFRIGERANTS /R410A


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HTG32htg-GLHP-

FullLoad

HTG41htg-GLHP-PartLoad

HTG50htg-GWHP-

FullLoad

HTG50htg-GWHP-

PartLoad

HTG68htg-WLHP-

FullLoad

HTG68htg-WLHP-

PartLoad

CLG59clg-

GWHP-Full

Load

CLG59clg-

GWHP-PartLoad

CLG68clg-GLHP-PartLoad

CLG77clg-GLHP-

FullLoad

CLG86clg-WLHP-

FullLoad

CLG86clg-WLHP-

PartLoad

DR-5A 100.55 102.54 104.25 106.78 102.97 102.27 102.44 107.72 113.44 101.41 102.84 101.65

DR-55 101.06 102.63 104.03 106.75 102.15 104.35 103.57 107.80 112.21 103.15 104.01 103.14

L-41-2 99.93 99.87 104.39 104.15 103.91 102.05 97.40 109.41 110.98 102.91 104.30 103.78

R-32 91.77 96.62 99.74 103.32 98.31 100.01 98.23 99.78 107.49 96.49 96.66 98.74

70.00

75.00

80.00

85.00

90.00

95.00

100.00

105.00

110.00

115.00

120.00

% E

ER O

R C

OP

RA

TIO

Chart 2: SOFT OPTIMIZATION SYSTEMS TEST RESULTS

EER OR COP RATIO: ALTERNATE REFRIG./R410A


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120

125

130

135

140

145

150

155

160

165

170

32 50 68

Dis

char

ge T

em

pe

ratu

re [

de

gF]

EWT [degF]

Chart 3: COMP DISCHARGE TEMP - HEATING FULL LOAD

R-410A

DR-5A

DR-55

L41-2

R-32


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120

125

130

135

140

145

150

155

160

41 50 68

Dis

char

ge T

emp

erat

ure

[d

egF]

EWT [degF]

Chart 4: COMP DISCHARGE TEMP - HEATING PART LOAD

R-410A

DR-5A

DR-55

L41-2

R-32


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110

115

120

125

130

135

140

145

150

155

160

59 77 86

Dis

char

ge T

emp

erat

ure

[d

egF]

EWT [degF]

Chart 5: COMP DISCHARGE TEMP - COOLING FULL LOAD

R-410A

DR-5A

DR-55

L41-2

R-32


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80

90

100

110

120

130

140

150

59 68 86

Dis

char

ge T

em

pe

ratu

re [

de

gF]

EWT [degF]

CHART 6: COMP DISCHARGE TEMP – COOLING PART LOAD

R-410A

DR-5A

DR-55

L41-2

R-32


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Chart 7: HEATING CAPACITY COMPARISON FULL/PART LOAD

Chart 8: HEATING EFFICIENCY COMPARISON FULL/PART LOAD


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Chart 9 – COOLING CAPACITY COMPARISON FULL/PART LOAD

Chart 10 – COOLING EFFICIENCY COMPARISON FULL/PART LOAD


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LOW-GWP AREP SOFT-OPTIMIZED SYSTEM TEST DATA FORM

Manufacturer WaterFurnace international Manufacturer Notation WF

Test

Base/Alt Test Request

SI Units IP Units Ratio

m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 95.4%

W Btu/hr NA

W W 94.9%

W W 94.0%

W/W Btuh/W NA

W/W W/W 100.7%

Other System Changes (eg: l lsl-hx, flow control, hx fins and circuiting, vapor/liquid injection, etc.)

All charging is performed thru the liquid l ine.

System Data Base. Alt. Ratio

Degradation Coefficient – Cd

Seasonal Energy Efficiency Ratio - SEER

Heating Seasonal Performance Factor - HSPF

Basic Information Heating 32 Full Load

TR150716C-32htg Full TR150716C-32Htg Full DR-5A

Alternative Refrigerant (Composition as Charged, % wt, if not proprietary) Chemours DR-5A

Nominal Capacity and Type of Baseline System 38000 Btuh Cooling WLHP

Comparison Data Base. Alt. Base. Alt.

Alternative Lubricant Type and ISO Viscosity Emerson Ultra 22CC POE oil

Refrigerant and Lubricant of Baseline System R410A - Emerson Ultra 22CC POE oil

Make and Model of Baseline System WaterFurnace NDV038A101CTL

NA NA

Nominal Motor Size NA NA

Mode (Heating/Cooling) Heating Heating

Compressor Type Scroll-ZPS30K5 Scroll-ZPS30K5

Motor Speed Full load Full load

Expansion Device Type TXV TXV

Compressor Displacement NA NA

Refrigerant Mass Flow Rate NA NA NA NA

Composition, at compr. Inlet if applicable

Lubricant Charge - POE 0.60 0.60 1.313 1.313

Refrigerant Charge 2.32 2.27 5.125 5

Evaporator Face Area 0.4515 0.4515 4.86 4.86

Condenser Face Area - Coax Model BTSSC60 BTSSC60 BTSSC60 BTSSC60

Ambient

Temps.

Indoor19.98 20.06 67.97 68.11

14.97 15.11 58.95 59.20

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 8355 7967 28507 27183

Sensible Capacity NA NA

Total System Power Input 2197 2084 2197 2084

Compressor Power Input 1812 1703 1812 1703

Energy Efficiency Ratio (EER) NA NA

Coeff. Of Performance (COP) 4.41 4.44 4.41 4.44


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Type of System WaterFurnace international Alternate Refrigerant

Air/Water Side Data SI Units IP Units RatioEvaporator

Heat Exchange Fluid

Flow Rate (gas) m³ /min ft³/min 100.0%

Flow Rate (l iquid) L/min gal/min NA

Inlet Temperature DB/WB 19.98 14.97 20.06 15.11 °C 67.97 58.95 68.11 59.20 °F

Outlet Temperature DB/WB 31.18 30.86 °C 88.12 87.55 °F

Condenser

Heat Exchange Fluid - Methanol by Vol

Flow Rate (gas) m³/min ft³/min NA

Flow Rate (l iquid) L/min gal/min 99.8%

Inlet Temperature °C °F

Outlet Temperature °C °F

Alternative

T (°C) P [kPa] T [°F] P [psia]

Compressor Suction 6 1.6 225 32.6 66.6

Compressor Discharge 1 62.4 873 126.6 247.9

Condenser Inlet 5 58.0 798 115.7 257.6

Condenser Outlet 4 30.2 579 84 254.6

Expansion Device Inlet 4 30.2 579 84 254.6

16.1 13 1.9

Evaporator Inlet 3 2.0 188 27.3 85.4

Evaporator Outlet 2 3.3 172 24.9 68.9

Evaporator Superheat 6.9 259.9 37.7

Data Source(s) for Refrigerant Properties

RefProp 8.0

Candidate Refrigerant properties supplied by HoneyWell and Chemours

Additional Notes

Heating 32 Full LoadChemours DR-5A

Base. Alt. Base. Alt.

NA NA NA NA

Meth 17% Meth17 %

Air Air

2207 2207 1299 1299

Alternative

P [kPa] T (°C) T (°F) P [psia]

NA NA NA NA

34.0 33.9 8.98 8.96

27.37

34.8 70.3

1837 52.6 144.4 266.4

Refrigerant Side Data

Temperatures & PressuresBaseline Baseline

Subcooling, at expan. device 16.7 3.1

1914 46.5 136.4 277.6

1880 28.9 86.4 272.7

3.2 19.6

0.08 0.08 32.15 32.15

2.69 2.57 27.16

609 2.6 28.4 88.4

506 3.9 26.1 73.4

1880 28.9 86.4 272.7

485 0.3


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Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 97.4%

W Btu/hr NA

W W 94.9%

W W 94.2%

W/W Btuh/W NA

W/W W/W 102.6%











Total Capacity 6641 6466 22660 22061


Ambient

Temps.

Indoor20.03 20.02 68.05 68.04

15.00 15.03 59.00 59.05

OutdoorNA NA NA NA

NA NA NA NA







Motor Speed Part Load Part Load


Compressor Displacement NA NA NA NA




Basic Information Heating 41 Part Load

TR150716C-41Htg Part TR150716C-31Htg Part DR-5A








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Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 54.7 826 119.8 249.9

Condenser Outlet 4 29.4 577 83.7 247

Expansion Device Inlet 4 29.4 577 83.7 247

-16.6 0



Evaporator Superheat -7.0 29


RefProp 8.0


Additional Notes

-1.7 19.4

711 1.6 35 103.1

636 1.9 38.5 92.3

1809 28.7 84.9 262.4

Subcooling, at expan. device -17.8 2.1

1843 48.8 130.4 267.3

1809 28.7 84.9 262.4

614 4.0 45.3 89

1764 54.8 138.3 255.9


Temperatures & PressuresBaseline Baseline Alternative


5.06 5.06 41.11 41.11

2.49 2.54 36.48 36.58

NA NA NA NA

30.1 30.1 7.96 7.96

NA NA NA NA

Meth 17% Meth17 %

Air Air

1954 1950 1150 1148

Heating 41 Part LoadChemours DR-5A



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Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 100.2%

W Btu/hr NA

W W 96.5%

W W 95.9%

W/W Btuh/W NA

W/W W/W 104.3%



System Data Base. Alt. RatioDegradation Coefficient – Cd







Total Capacity 10386 10410 35438 35520


Ambient

Temps.

Indoor19.99 19.96 67.99 67.92

14.99 15.08 58.99 59.14

OutdoorNA NA NA NA

NA NA NA NA







Motor Speed Full Load Full Load







TR150716C-50htg Full TR150716C-50Htg Full DR-5A








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Heat Exchange Fluid





Condenser




Inlet Temperature DB/WB °C °F

Outlet Temperature DB/WB °C °F

Alternative


Compressor Suction 6 10.7 300 43.5 94

Compressor Discharge 1 62.4 979 142 272.7

Condenser Inlet 5 58.8 916 132.9 284.9



14.8 4.8



Evaporator Superheat 5.6 27.3


RefProp 8.0


Additional Notes

-2.6 21.9

821 5.3 42 119.1

689 4.3 44.2 100

2029 31.1 89.4 294.3


2071 56.1 137.8 300.4

2029 31.1 89.4 294.3

661 6.4 51.3 95.8

1991 61.1 144.3 288.8




9.99 9.99 49.99 49.98

6.38 6.32 43.49 43.38

NA NA NA NA

34.0 33.9 8.97 8.96

NA NA NA NA

Meth 17% Meth17 %

Air Air

2204 2214 1297 1303




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Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 99.7%

W Btu/hr NA

W W 93.6%

W W 93.1%

W/W Btuh/W NA

W/W W/W 106.7%










Total Capacity 7388 7365 25208 25129


Ambient

Temps.

Indoor20.07 19.98 68.13 67.96

14.96 15.05 58.92 59.09

OutdoorNA NA NA NA

NA NA NA NA














TR150716C-50htg Part TR150716C-50Htg Part DR-5A








of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 53.8 849 123.1 260.4



16.5 0.3





RefProp 8.0


Additional Notes

2.1 18.9

809 5.8 41.2 117.4

732 6.2 45.6 106.2

1871 30.0 86.9 271.4


1912 50.6 128.9 277.3

1871 30.0 86.9 271.4

703 9.6 51.3 101.9

1826 55.7 135.7 264.9




9.98 10.00 49.96 50

7.06 7.04 44.7 44.67

NA NA NA NA

30.3 30.2 8 7.99

NA NA NA NA

Meth 17% Meth17 %

Air Air

1957 1954 1152 1150

Heating 50 Part LoadChemours DR-5A



of 116



Test



m³/min ft³/min NA

hp NA

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 98.1%

W Btu/hr 102.1%

W W 95.8%

W W 94.8%

W/W Btuh/W 103.0%

W/W W/W NA






Energy Efficiency Ratio (EER) 7.80 8.04 26.63 27.42

Coeff. Of Performance (COP) NA NA



Total Capacity 12907 12666 44038 43216

Sensible Capacity 9246 9443 31548 32218

Ambient

Temps.

Indoor27.03 26.98 80.65 80.56

18.97 19.03 66.15 66.26

OutdoorNA NA NA NA

NA NA NA NA













Basic Information Cooling 59 Full Load

TR150716C-59Clg Full TR150716C-59Clg Full DR-5A








of 116




Heat Exchange Fluid




Outlet Temperature DB/WB 14.65 13.24 14.34 13.41 °C 58.37 55.83 57.82 56.14 °F

Condenser






Alternative



Compressor Discharge 1 50.0 801 116.2 204

Condenser Inlet 2 48.3 774 112.2 208.6

Condenser Outlet 3 16.4 416 60.4 199.5

Expansion Device Inlet 3 16.4 416 60.4 199.5

11.9 8.1





RefProp 8.0


Additional Notes

2.9 22.4

977 10.8 51.1 141.7

952 14.1 66.2 138.1

1438 15.8 61.6 208.5


1524 44.6 118.9 221.1

1438 15.8 61.6 208.5

932 17.4 69.5 135.2

1491 46.8 122 216.3




15.06 15.05 59.1 59.09

21.33 21.16 70.4 70.08

NA NA NA NA

33.9 34.1 8.95 9.01

NA NA NA NA

Meth 17% Meth17 %

Air Air

2205 2207 1298 1299

Cooling 59 Full LoadChemours DR-5A



of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 95.7%

W Btu/hr 100.3%

W W 93.9%

W W 92.6%

W/W Btuh/W 102.3%

W/W W/W NA










Total Capacity 9676 9263 33013 31606


Ambient

Temps.

Indoor27.00 27.07 80.60 80.73

19.04 19.06 66.28 66.30

OutdoorNA NA NA NA

NA NA NA NA











Mode (Heating/Cooling) Cooling Cooling


Basic Information Cooling 59 Part Load

TR150716C-59Clg Part TR150716C-59Clg Part DR-5A








of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 40.7 686 99.5 195.7



13.4 5.2





RefProp 8.0


Additional Notes

4.2 20

1027 11.8 53.6 148.9

1022 15.4 67.4 148.3

1384 15.7 61.9 200.7


1443 37.5 105.3 209.3

1384 15.7 61.9 200.7

992 18.0 70.5 143.9

1415 39.1 107.9 205.3




15.06 15.07 59.11 59.12

20.20 19.97 68.36 67.94

NA NA NA NA

30.1 30.2 7.95 7.97

NA NA NA NA

Meth 17% Meth17 %

Air Air

1954 1957 1150 1152

Cooling 59 Part LoadChemours DR-5A



of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 95.9%

W Btu/hr 101.9%

W W 93.9%

W W 92.9%

W/W Btuh/W 102.4%

W/W W/W NA










Total Capacity 9345 8964 31884 30584


Ambient

Temps.

Indoor27.03 26.96 80.66 80.52

19.00 18.94 66.20 66.09

OutdoorNA NA NA NA

NA NA NA NA














TR150716C-68Clg Part TR150716C-32Htg Full DR-5A








of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 44.5 729 105.7 224.5



13.1 6.5





RefProp 8.0


Additional Notes

5.8 17.8

1047 12.3 54.7 151.8

1036 13.8 66 150.3

1593 20.4 70.3 231


1653 40.9 112.1 239.7

1593 20.4 70.3 231

1013 16.9 69.4 146.9

1616 43.1 115.2 234.4




20.02 20.02 68.04 68.04

25.06 24.84 77.11 76.72

NA NA NA NA

30.2 30.2 7.98 7.97

NA NA NA NA

Meth 17% Meth17 %

Air Air

1954 1957 1150 1152




of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 104.8%

W Btu/hr NA

W W 97.1%

W W 96.6%

W/W Btuh/W NA

W/W W/W 107.7%











Total Capacity 12464 13056 42526 44546


Ambient

Temps.

Indoor20.06 20.03 68.11 68.06

14.98 15.04 58.96 59.08

OutdoorNA NA NA NA

NA NA NA NA














TR150716C-68 Htg Full TR150716C-68Htg Full DR-5A








of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 61.4 955 138.5 313.4



13.8 6.4



Evaporator Superheat 5.9 24


RefProp 8.0


Additional Notes

4.4 21.3

1035 13.7 53.8 150.1

877 13.2 59 127.2

2190 33.9 92.8 317.6


2251 59.2 142.6 326.5

2190 33.9 92.8 317.6

845 15.4 63.1 122.6

2157 63.1 148.1 312.8




19.93 19.93 67.88 67.88

15.47 15.21 59.85 59.38

NA NA NA NA

33.9 34.1 8.96 9.01

NA NA NA NA

Meth 17% Meth17 %

Air Air

2207 2207 1299 1299




of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 104.7%

W Btu/hr NA

W W 92.6%

W W 91.4%

W/W Btuh/W NA

W/W W/W 113.4%











Total Capacity 8993 9419 30685 32136


Ambient

Temps.

Indoor20.06 19.99 68.10 67.99

14.99 15.08 58.98 59.14

OutdoorNA NA NA NA

NA NA NA NA













Basic Information Heating 68 part Load

TR150716C-68 htg Part TR150716C-68Htg Part DR-5A








of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 53.9 843 122.3 282



16.0 1.5





RefProp 8.0


Additional Notes

4.9 19.6

1024 13.8 53.2 148.5

928 14.8 60.4 134.6

1996 32.3 90.4 289.5


2044 50.2 129.1 296.4

1996 32.3 90.4 289.5

893 17.2 64.3 129.5

1957 53.8 134.3 283.8




19.94 20.01 67.89 68.01

16.21 16.03 61.18 60.85

NA NA NA NA

30.2 30.2 7.97 7.99

NA NA NA NA

Meth 17% Meth17 %

Air Air

1954 1959 1150 1153

Heating 68 part LoadChemours DR-5A



of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 97.2%

W Btu/hr 100.0%

W W 95.7%

W W 94.6%

W/W Btuh/W 101.4%

W/W W/W NA











Total Capacity 12045 11703 41096 39930


Ambient

Temps.

Indoor27.03 26.99 80.65 80.58

19.02 19.02 66.23 66.24

OutdoorNA NA NA NA

NA NA NA NA














TR150716C-77 Clg Full TR150716C-77Clg Full DR-5A








of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 54.3 871 126.3 270.2



11.8 10.5

Evaporator Inlet 4 12.6 370 53.7 141

Evaporator Outlet 5 17.3 387 56.1 136



RefProp 8.0


Additional Notes

4.8 17.4

1045 12.1 54.7 151.6

998 13.4 63.1 144.8

1876 25.2 78.7 272.1


1964 52.4 129.7 284.9

1876 25.2 78.7 272.1

975 16.6 67 141.4

1923 55.2 132.9 278.9




25.01 24.97 77.02 76.95

31.04 30.87 87.88 87.56

NA NA NA NA

34.2 33.9 9.03 8.95

NA NA NA NA

Meth 17% Meth17 %

Air Air

2205 2205 1298 1298




of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 97.1%

W Btu/hr 101.0%

W W 94.7%

W W 94.0%

W/W Btuh/W 102.9%

W/W W/W NA











Total Capacity 11564 11234 39457 38330


Ambient

Temps.

Indoor27.00 26.95 80.60 80.51

18.99 18.98 66.19 66.17

OutdoorNA NA NA NA

NA NA NA NA














TR150716C-86Clg Full TR150716C-86Clg Full DR-5A








of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 59.1 936 135.7 305.3



11.6 11.3





RefProp 8.0


Additional Notes

5.4 16.1

1076 12.7 56.1 156

1016 13.0 62.7 147.4

2128 29.7 86.9 308.7


2226 57.6 138.3 322.9

2128 29.7 86.9 308.7

999 16.7 66.9 144.9

2175 60.9 142.4 315.5




29.96 29.94 85.92 85.9

35.92 35.70 96.66 96.26

NA NA NA NA

34.0 34.1 8.98 9.01

NA NA NA NA

Meth 17% Meth17 %

Air Air

2204 2204 1297 1297




of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 97.6%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 0.0%

W Btu/hr 0.0%

W W 0.0%

W W 0.0%

W/W Btuh/W 0.0%

W/W W/W NA











Total Capacity 8468 8141 28892 27776


Ambient

Temps.

Indoor27.02 26.93 80.63 80.48

19.00 18.94 66.20 66.09

OutdoorNA NA NA NA

NA NA NA NA














TR150716C-86 Clg Part TR150716C-86Clg Part DR-5A








of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 53.8 863 125.2 290.8



12.8 8.5





RefProp 8.0


Additional Notes

-6.8 15.2

1093 13.3 57 158.5

1071 14.1 64.5 155.4

2064 29.9 87 299.3


2128 51.8 128.8 308.7

2064 29.9 87 299.3

1048 16.9 68.8 152

2081 55.1 132.7 301.8




29.94 29.94 85.9 85.89

34.75 34.54 94.55 94.17

NA NA NA NA

30.2 30.2 7.98 7.99

NA NA NA NA

Meth 17% Meth17 %

Air Air

1947 1956 1146 1151




of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 97.3%

W Btu/hr NA

W W 96.6%

W W 96.0%

W/W Btuh/W NA

W/W W/W 101.1%








TR150716C-32htg Full TR150716C-32Htg Full DR-55

Alternative Refrigerant (Composition as Charged, % wt, if not proprietary) Chemours DR-55






NA NA










Refrigerant Charge 2.32 2.18 5.125 4.812



Ambient

Temps.

Indoor19.98 20.04 67.97 68.08

14.97 15.05 58.95 59.09

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 8355 8133 28507 27749







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 58.0 911 132.1 263.1



16.1 3.1





RefProp 8.0


Additional Notes

Heating 32 Full LoadChemours DR-55


NA NA NA NA

Meth 17% Meth17 %

Air Air

2207 2217 1299 1305

Alternative


NA NA NA NA

34.0 34.1 8.98 9

27.28

34.8 70.3

1837 62.5 144.4 266.4




1914 55.6 136.4 277.6

1880 28.9 86.4 272.7

4.1 19.6

0.08 0.08 32.15 32.14

2.69 2.62 27.16

609 2.7 28.4 88.4

506 3.9 26.1 73.4

1880 28.9 86.4 272.7

485 1.4


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 97.0%

W Btu/hr NA

W W 94.8%

W W 94.0%

W/W Btuh/W NA

W/W W/W 102.6%







TR150716C-41Htg Part TR150716C-41Htg Part DR-55







NA NA













Ambient

Temps.

Indoor20.03 20.00 68.05 68.00

15.00 15.07 59.00 59.12

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 6641 6441 22660 21978







of 116




Heat Exchange Fluid



Inlet Temperature DB/WB 20.03 15.00 20.00 15.07 °C 68.05 59.00 68 59.12 °F


Condenser






Alternative




Condenser Inlet 5 54.7 787 114.2 251



16.6 2.1





RefProp 8.0


Additional Notes

Air Air

1954 1954 1150 1150

Heating 41 Part LoadChemours DR-55


NA NA NA NA

30.1 30.2 7.96 7.97

NA NA NA NA

Meth 17% Meth17 %

Alternative


5.06 5.03 41.11 41.05

2.49 2.52 36.48 36.54

614 3.1 45.3 89

1764 51.5 138.3 255.9



1809 27.7 84.9 262.4


1843 45.7 130.4 267.3

1809 27.7 84.9 262.4

3.4 19.4

711 1.9 35 103.1

636 1.8 38.5 92.3


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 100.2%

W Btu/hr NA

W W 96.6%

W W 96.2%

W/W Btuh/W NA

W/W W/W 104.1%







TR150716C-50htg Full TR150716C-50Htg Full DR-55







NA NA













Ambient

Temps.

Indoor19.99 20.04 67.99 68.07

14.99 15.04 58.99 59.08

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 10386 10404 35438 35499







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 58.8 904 131.1 286.3



14.8 4.6





RefProp 8.0


Additional Notes

Air Air

2204 2209 1297 1300



NA NA NA NA

34.0 34.0 8.97 8.99

NA NA NA NA

Meth 17% Meth17 %

Alternative


9.99 9.99 49.99 49.98

6.38 6.34 43.49 43.42

661 6.0 51.3 95.8

1991 60.3 144.3 288.8



2029 31.4 89.4 294.3


2071 55.1 137.8 300.4

2029 31.4 89.4 294.3

3.7 21.9

821 5.8 42 119.1

689 4.3 44.2 100


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 99.8%

W Btu/hr NA

W W 94.3%

W W 93.5%

W/W Btuh/W NA

W/W W/W 106.7%








TR150716C-50htg Part TR150716C-50Htg Part DR-55







NA NA













Ambient

Temps.

Indoor20.07 19.98 68.13 67.96

14.96 15.06 58.92 59.10

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 7388 7376 25208 25168







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 53.8 840 121.9 261.7



16.5 2.6





RefProp 8.0


Additional Notes

Air Air

1957 1957 1152 1152

Heating 50 Part LoadChemours DR-55


NA NA NA NA

30.3 30.3 8 8

NA NA NA NA

Meth 17% Meth17 %

Alternative


9.98 10.00 49.96 50

7.06 7.04 44.7 44.67

703 9.8 51.3 101.9

1826 54.9 135.7 264.9



1871 29.0 86.9 271.4


1912 49.9 128.9 277.3

1871 29.0 86.9 271.4

2.4 18.9

809 6.0 41.2 117.4

732 6.0 45.6 106.2


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 98.0%

W Btu/hr 102.9%

W W 96.5%

W W 96.1%

W/W Btuh/W 102.1%

W/W W/W NA








TR150716C-59Clg Full TR150716C-59Clg Full DR-55







NA NA













Ambient

Temps.

Indoor27.03 27.07 80.65 80.72

18.97 19.01 66.15 66.21

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12907 12650 44038 43163







of 116




Heat Exchange Fluid





Condenser






Alternative


Compressor Suction 6 20.8 421 61 130.2


Condenser Inlet 2 48.3 787 114.2 212.4



11.9 7.6





RefProp 8.0


Additional Notes

Air Air

2205 2224 1298 1309

Cooling 59 Full LoadChemours DR-55


NA NA NA NA

33.9 33.9 8.95 8.96

NA NA NA NA

Meth 17% Meth17 %

Alternative


15.06 15.06 59.1 59.1

21.33 21.19 70.4 70.15

932 16.1 69.5 135.2

1491 47.9 122 216.3



1438 16.3 61.6 208.5


1524 45.7 118.9 221.1

1438 16.3 61.6 208.5

4.4 22.4

977 10.4 51.1 141.7

952 14.9 66.2 138.1


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 97.7%

W Btu/hr 103.4%

W W 94.7%

W W 93.8%

W/W Btuh/W 104.3%

W/W W/W #DIV/0!








TR150716C-59Clg Part TR150716C-59 Clg Part DR-55







NA NA













Ambient

Temps.

Indoor27.00 27.01 80.60 80.62

19.04 19.04 66.28 66.27

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 9676 9452 33013 32250







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 40.7 660 95.7 199.7



13.4 3.8





RefProp 8.0


Additional Notes

Air Air

1954 1959 1150 1153

Cooling 59 Part LoadChemours DR-55


NA NA NA NA

30.1 30.1 7.95 7.96

NA NA NA NA

Meth 17% Meth17 %

Alternative


15.06 15.06 59.11 59.1

20.20 20.04 68.36 68.08

992 16.6 70.5 143.9

1415 36.9 107.9 205.3



1384 16.7 61.9 200.7


1443 35.4 105.3 209.3

1384 16.7 61.9 200.7

6.3 20

1027 11.8 53.6 148.9

1022 13.8 67.4 148.3


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 97.3%

W Btu/hr 103.3%

W W 94.5%

W W 94.0%

W/W Btuh/W 103.6%

W/W W/W NA







TR150716C-68Clg Part TR150716C-68 Clg Part DR-55







NA NA













Ambient

Temps.

Indoor27.03 27.03 80.66 80.66

19.00 19.02 66.20 66.24

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 9345 9097 31884 31038







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 44.5 709 102.8 229



13.1 4.8





RefProp 8.0


Additional Notes

Air Air

1954 1959 1150 1153



NA NA NA NA

30.2 30.2 7.98 7.99

NA NA NA NA

Meth 17% Meth17 %

Alternative


20.02 20.03 68.04 68.06

25.06 24.92 77.11 76.86

1013 16.4 69.4 146.9

1616 41.3 115.2 234.4



1593 21.4 70.3 231


1653 39.3 112.1 239.7

1593 21.4 70.3 231

7.1 17.8

1047 12.4 54.7 151.8

1036 14.1 66 150.3


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 104.7%

W Btu/hr NA

W W 97.4%

W W 96.7%

W/W Btuh/W NA

W/W W/W 107.7%








TR150716C-68 Htg Full TR150716C-68Htg Full DR-55







NA NA













Ambient

Temps.

Indoor20.06 20.06 68.11 68.11

14.98 15.04 58.96 59.08

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12464 13050 42526 44526







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 61.4 940 136.4 315.5



13.8 5.6





RefProp 8.0


Additional Notes

Air Air

2207 2209 1299 1300



NA NA NA NA

33.9 34.0 8.96 8.98

NA NA NA NA

Meth 17% Meth17 %

Alternative


19.93 19.99 67.88 67.98

15.47 15.26 59.85 59.47

845 15.1 63.1 122.6

2157 62.0 148.1 312.8



2190 34.8 92.8 317.6


2251 58.0 142.6 326.5

2190 34.8 92.8 317.6

5.6 21.3

1035 14.1 53.8 150.1

877 13.0 59 127.2


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 104.3%

W Btu/hr NA

W W 93.4%

W W 92.3%

W/W Btuh/W NA

W/W W/W 112.2%








TR150716C-68 htg Part TR150716C-68Htg Part DR-55







NA NA













Ambient

Temps.

Indoor20.06 20.03 68.10 68.05

14.99 15.04 58.98 59.08

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 8993 9379 30685 32001







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 53.9 841 122 284.5



16.0 4.1





RefProp 8.0


Additional Notes

Air Air

1954 1956 1150 1151

Heating 68 part LoadChemours DR-55


NA NA NA NA

30.2 30.2 7.97 7.98

NA NA NA NA

Meth 17% Meth17 %

Alternative


19.94 19.98 67.89 67.97

16.21 16.03 61.18 60.85

893 17.4 64.3 129.5

1957 53.6 134.3 283.8



1996 31.3 90.4 289.5


2044 50.0 129.1 296.4

1996 31.3 90.4 289.5

5.4 19.6

1024 14.1 53.2 148.5

928 15.1 60.4 134.6


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 98.6%

W Btu/hr 100.6%

W W 95.9%

W W 95.3%

W/W Btuh/W 103.2%

W/W W/W NA







TR150716C-77 Clg Full TR150716C-77Clg Full DR-55







NA NA













Ambient

Temps.

Indoor27.03 27.05 80.65 80.69

19.02 19.08 66.23 66.34

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12045 11872 41096 40507







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 54.3 857 124.3 273.6



11.8 9.1





RefProp 8.0


Additional Notes

Air Air

2205 2209 1298 1300



NA NA NA NA

34.2 34.2 9.03 9.03

NA NA NA NA

Meth 17% Meth17 %

Alternative


25.01 24.99 77.02 76.98

31.04 30.91 87.88 87.63

975 16.3 67 141.4

1923 54.1 132.9 278.9



1876 26.0 78.7 272.1


1964 51.3 129.7 284.9

1876 26.0 78.7 272.1

5.5 17.4

1045 12.9 54.7 151.6

998 13.3 63.1 144.8


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 98.1%

W Btu/hr 102.0%

W W 95.0%

W W 94.5%

W/W Btuh/W 104.0%

W/W W/W NA








TR150716C-86Clg Full TR150716C-86Clg Full DR-55







NA NA













Ambient

Temps.

Indoor27.00 27.02 80.60 80.64

18.99 19.02 66.19 66.24

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 11564 11341 39457 38694







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 59.1 918 133.1 309.5



11.6 10.4





RefProp 8.0


Additional Notes

Air Air

2204 2209 1297 1300



NA NA NA NA

34.0 33.9 8.98 8.95

NA NA NA NA

Meth 17% Meth17 %

Alternative


29.96 29.94 85.92 85.9

35.92 35.78 96.66 96.41

999 15.7 66.9 144.9

2175 59.2 142.4 315.5



2128 30.5 86.9 308.7


2226 56.2 138.3 322.9

2128 30.5 86.9 308.7

6.9 16.1

1076 13.0 56.1 156

1016 13.1 62.7 147.4


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 93.9%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 0.0%

W Btu/hr 0.0%

W W 0.0%

W W 0.0%

W/W Btuh/W 0.0%

W/W W/W NA







TR150716C-86 Clg Part TR150716C-86Clg Part DR-55







NA NA













Ambient

Temps.

Indoor27.02 27.02 80.63 80.63

19.00 -14.30 66.20 6.26

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 8468 8268 28892 28210







of 116




Heat Exchange Fluid



Inlet Temperature DB/WB 27.02 19.00 27.02 -14.30 °C 80.63 66.20 80.63 6.26 °F


Condenser






Alternative




Condenser Inlet 2 53.8 847 122.9 296.2



12.8 7.7





RefProp 8.0


Additional Notes

Air Air

1947 1956 1146 1151



NA NA NA NA

30.2 30.3 7.98 8.01

NA NA NA NA

Meth 17% Meth17 %

Alternative


29.94 29.99 85.9 85.99

34.75 34.65 94.55 94.37

1048 16.5 68.8 152

2081 53.6 132.7 301.8



2064 30.6 87 299.3


2128 50.5 128.8 308.7

2064 30.6 87 299.3

8.0 15.2

1093 13.4 57 158.5

1071 14.6 64.5 155.4


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 87.9%

W Btu/hr NA

W W 88.2%

W W 87.1%

W/W Btuh/W NA

W/W W/W 100.0%








TR150716C-32htg Full TR150716C-32Htg Full L41-2

Alternative Refrigerant (Composition as Charged, % wt, if not proprietary) Honeywell L41-2






NA NA













Ambient

Temps.

Indoor19.98 20.02 67.97 68.03

14.97 15.13 58.95 59.23

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 8355 7344 28507 25059







of 116




Heat Exchange Fluid





Condenser






Alternative


Compressor Suction 6 1.6 248 36 58


Condenser Inlet 5 58.0 969 140.5 235.1



16.1 67 9.7





RefProp 8.0


Additional Notes

Heating 32 Full LoadHoneywell L41-2


NA NA NA NA

Meth 17% Meth17 %

Air Air

2207 2207 1299 1299

Alternative


NA NA NA NA

34.0 34.0 8.98 8.99

27.76

34.8 70.3

1837 68.5 144.4 266.4




1914 60.3 136.4 277.6

1880 27.6 86.4 272.7

4.4 19.6

0.08 0.08 32.15 32.14

2.69 2.36 27.16

609 4.3 28.4 88.4

506 2.5 26.1 73.4

1880 27.6 86.4 272.7

485 2.2


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 87.7%

W Btu/hr #DIV/0!

W W 87.9%

W W 86.9%

W/W Btuh/W NA

W/W W/W 100.0%







TR150716C-41Htg Part TR150716C-41Htg Part L41-2







NA NA













Ambient

Temps.

Indoor20.03 20.02 68.05 68.03

15.00 15.09 59.00 59.16

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 6641 5824 22660 19872







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 54.7 908 131.7 226



16.6 57 8.2





RefProp 8.0


Additional Notes

Air Air

1954 1950 1150 1148

Heating 41 Part LoadHoneywell L41-2


NA NA NA NA

30.1 30.2 7.96 7.97

NA NA NA NA

Meth 17% Meth17 %

Alternative


5.06 5.06 41.11 41.1

2.49 2.80 36.48 37.04

614 6.2 45.3 89

1764 62.8 138.3 255.9



1809 26.7 84.9 262.4


1843 55.4 130.4 267.3

1809 26.7 84.9 262.4

0.5 19.4

711 0.2 35 103.1

636 3.0 38.5 92.3


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 92.0%

W Btu/hr NA

W W 88.5%

W W 87.1%

W/W Btuh/W NA

W/W W/W 104.3%







TR150716C-50htg Full TR150716C-50htg Full L41-2







NA NA













Ambient

Temps.

Indoor19.99 19.99 67.99 67.99

14.99 15.04 58.99 59.07

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 10386 9558 35438 32613







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 58.8 951 137.9 256.2



14.8 76 11





RefProp 8.0


Additional Notes

Air Air

2204 2209 1297 1300



NA NA NA NA

34.0 34.1 8.97 9.02

NA NA NA NA

Meth 17% Meth17 %

Alternative


9.99 9.99 49.99 49.99

6.38 6.65 43.49 43.97

661 8.0 51.3 95.8

1991 64.4 144.3 288.8



2029 30.0 89.4 294.3


2071 58.8 137.8 300.4

2029 30.0 89.4 294.3

0.6 21.9

821 4.1 42 119.1

689 5.7 44.2 100


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 90.6%

W Btu/hr NA

W W 87.0%

W W 86.3%

W/W Btuh/W NA

W/W W/W 104.2%







TR150716C-50htg Part TR150716C-50htg Part L41-2







NA NA













Ambient

Temps.

Indoor20.07 20.03 68.13 68.06

14.96 15.06 58.92 59.11

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 7388 6695 25208 22843







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 53.8 889 128.9 235.3



16.5 65 9.4


Evaporator Outlet 2 7.6 310 45 92.2



RefProp 8.0


Additional Notes

1.4 18.9

809 4.1 41.2 117.4

732 7.2 45.6 106.2

1871 27.6 86.9 271.4


1912 53.8 128.9 277.3

1871 27.6 86.9 271.4

703 11.4 51.3 101.9

1826 59.3 135.7 264.9




9.98 10.01 49.96 50.01

7.06 7.33 44.7 45.19

NA NA NA NA

30.3 30.3 8 8

NA NA NA NA

Meth 17% Meth17 %

Air Air

1957 1950 1152 1148




of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 53.8 889 128.9 235.3



16.5 65 9.4





RefProp 8.0


Additional Notes

Air Air

1957 1950 1152 1148



NA NA NA NA

30.3 30.3 8 8

NA NA NA NA

Meth 17% Meth17 %

Alternative


9.98 10.01 49.96 50.01

7.06 7.33 44.7 45.19

703 11.4 51.3 101.9

1826 59.3 135.7 264.9



1871 27.6 86.9 271.4


1912 53.8 128.9 277.3

1871 27.6 86.9 271.4

1.4 18.9

809 4.1 41.2 117.4

732 7.2 45.6 106.2


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 91.9%

W Btu/hr 98.5%

W W 88.8%

W W 87.9%

W/W Btuh/W 103.9%

W/W W/W NA








TR150716C-59Clg Full TR150716C-59Clg Full L41-2







NA NA













Ambient

Temps.

Indoor27.03 27.04 80.65 80.67

18.97 18.97 66.15 66.15

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12907 11856 44038 40453







of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 91.9%

W Btu/hr 98.5%

W W 88.8%

W W 87.9%

W/W Btuh/W 103.9%

W/W W/W NA














NA NA













Ambient

Temps.

Indoor27.03 27.04 80.65 80.67

18.97 18.97 66.15 66.15

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12907 11856 44038 40453







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 48.3 796 115.5 189.9



11.9 87 12.6





RefProp 8.0


Additional Notes

Air Air

2205 2210 1298 1301

Cooling 59 Full LoadHoneywell L41-2


NA NA NA NA

33.9 34.0 8.95 8.97

NA NA NA NA

Meth 17% Meth17 %

Alternative


15.06 15.04 59.1 59.08

21.33 20.78 70.4 69.4

932 18.3 69.5 135.2

1491 49.0 122 216.3



1438 16.2 61.6 208.5


1524 46.4 118.9 221.1

1438 16.2 61.6 208.5

4.1 22.4

977 9.8 51.1 141.7

952 14.6 66.2 138.1


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 89.3%

W Btu/hr 95.1%

W W 87.5%

W W 86.3%

W/W Btuh/W 102.0%

W/W W/W NA








TR150716C-59Clg Part TR150716C-59Clg Part L41-2







NA NA













Ambient

Temps.

Indoor27.00 27.02 80.60 80.64

19.04 19.08 66.28 66.34

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 9676 8639 33013 29475







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 40.7 716 103.9 180.2



13.4 69 10





RefProp 8.0


Additional Notes

Air Air

1954 1952 1150 1149

Cooling 59 Part LoadHoneywell L41-2


NA NA NA NA

30.1 30.1 7.95 7.94

NA NA NA NA

Meth 17% Meth17 %

Alternative


15.06 15.06 59.11 59.11

20.20 19.65 68.36 67.37

992 20.3 70.5 143.9

1415 42.0 107.9 205.3



1384 16.2 61.9 200.7


1443 39.9 105.3 209.3

1384 16.2 61.9 200.7

4.2 20

1027 10.9 53.6 148.9

1022 17.9 67.4 148.3


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 89.5%

W Btu/hr 94.6%

W W 91.3%

W W 90.9%

W/W Btuh/W 97.4%

W/W W/W NA








TR150716C-68Clg Part TR150716C-68Clg Part L41-2







NA NA













Ambient

Temps.

Indoor27.03 27.06 80.66 80.70

19.00 19.01 66.20 66.22

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 9345 8361 31884 28529







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 44.5 624 90.5 209



13.1 88 12.7

Evaporator Inlet 4 12.6 365 53 132.1




RefProp 8.0


Additional Notes

Air Air

1954 1950 1150 1148



NA NA NA NA

30.2 30.1 7.98 7.96

NA NA NA NA

Meth 17% Meth17 %

Alternative


20.02 20.04 68.04 68.07

25.06 24.57 77.11 76.23

1013 18.7 69.4 146.9

1616 33.9 115.2 234.4



1593 20.6 70.3 231


1653 32.5 112.1 239.7

1593 20.6 70.3 231

5.4 17.8

1047 11.7 54.7 151.8

1036 17.7 66 150.3


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 97.1%

W Btu/hr NA

W W 88.8%

W W 87.8%

W/W Btuh/W NA

W/W W/W 109.3%








TR150716C-68 Htg Full TR150716C-68 Htg Full L41-2







NA NA













Ambient

Temps.

Indoor20.06 20.02 68.11 68.04

14.98 15.03 58.96 59.06

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12464 12100 42526 41284







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 61.4 962 139.5 282.3



13.8 85 12.4





RefProp 8.0


Additional Notes

Air Air

2207 2204 1299 1297



NA NA NA NA

33.9 34.0 8.96 8.97

NA NA NA NA

Meth 17% Meth17 %

Alternative


19.93 19.93 67.88 67.87

15.47 15.53 59.85 59.95

845 16.7 63.1 122.6

2157 64.0 148.1 312.8



2190 32.8 92.8 317.6


2251 59.7 142.6 326.5

2190 32.8 92.8 317.6

4.5 21.3

1035 12.2 53.8 150.1

877 14.0 59 127.2


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 95.2%

W Btu/hr NA

W W 85.9%

W W 84.6%

W/W Btuh/W NA

W/W W/W 111.0%







TR150716C-68 htg Part TR150716C-68 htg Part L41-2







NA NA













Ambient

Temps.

Indoor20.06 20.08 68.10 68.15

14.99 15.04 58.98 59.08

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 8993 8558 30685 29200







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 53.9 874 126.7 255.3



16.0 72 10.5





RefProp 8.0


Additional Notes

Air Air

1954 1956 1150 1151

Heating 68 part LoadHoneywell L41-2


NA NA NA NA

30.2 30.5 7.97 8.05

NA NA NA NA

Meth 17% Meth17 %

Alternative


19.94 19.93 67.89 67.87

16.21 16.36 61.18 61.44

893 18.2 64.3 129.5

1957 56.6 134.3 283.8



1996 30.1 90.4 289.5


2044 52.6 129.1 296.4

1996 30.1 90.4 289.5

5.0 19.6

1024 12.1 53.2 148.5

928 15.9 60.4 134.6


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 91.4%

W Btu/hr 96.6%

W W 89.0%

W W 87.8%

W/W Btuh/W 102.9%

W/W W/W NA








TR150716C-77 Clg Full TR150716C-77 Clg Full L41-2







NA NA













Ambient

Temps.

Indoor27.03 27.06 80.65 80.70

19.02 19.02 66.23 66.23

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12045 11007 41096 37555







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 54.3 896 129.9 248.2

Condenser Outlet 3 25.9 538 78 239

Expansion Device Inlet 3 25.9 538 78 239

11.8 106 15.4





RefProp 8.0


Additional Notes

Air Air

2205 2210 1298 1301



NA NA NA NA

34.2 33.9 9.03 8.96

NA NA NA NA

Meth 17% Meth17 %

Alternative


25.01 24.97 77.02 76.94

31.04 30.49 87.88 86.88

975 17.7 67 141.4

1923 57.8 132.9 278.9



1876 25.6 78.7 272.1


1964 54.4 129.7 284.9

1876 25.6 78.7 272.1

6.0 17.4

1045 11.2 54.7 151.6

998 14.5 63.1 144.8


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 91.7%

W Btu/hr 96.6%

W W 88.1%

W W 87.3%

W/W Btuh/W 104.3%

W/W W/W NA














NA NA













Ambient

Temps.

Indoor27.00 27.06 80.60 80.71

18.99 19.07 66.19 66.32

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 11564 10602 39457 36173







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 59.1 949 137.6 282



11.6 112 16.3





RefProp 8.0


Additional Notes

Air Air

2204 2209 1297 1300



NA NA NA NA

34.0 33.9 8.98 8.96

NA NA NA NA

Meth 17% Meth17 %

Alternative


29.96 29.96 85.92 85.92

35.92 35.40 96.66 95.72

999 17.4 66.9 144.9

2175 62.5 142.4 315.5



2128 30.2 86.9 308.7


2226 58.7 138.3 322.9

2128 30.2 86.9 308.7

6.9 16.1

1076 11.9 56.1 156

1016 14.6 62.7 147.4


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 92.7%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 91.5%

W Btu/hr 96.5%

W W 88.2%

W W 87.9%

W/W Btuh/W 103.8%

W/W W/W NA










Total Capacity 8468 7752 28892 26449


Ambient

Temps.

Indoor27.02 27.01 80.63 80.62

19.00 18.99 66.20 66.19

OutdoorNA NA NA NA

NA NA NA NA














TR150716C-86 Clg Part TR150716C-86 Clg Part L41-2








of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 53.8 860 124.7 270.3



12.8 90 13.1





RefProp 8.0


Additional Notes

8.2 15.2

1093 12.8 57 158.5

1071 16.2 64.5 155.4

2064 30.7 87 299.3


2128 51.5 128.8 308.7

2064 30.7 87 299.3

1048 18.3 68.8 152

2081 55.1 132.7 301.8




29.94 29.92 85.9 85.86

34.75 34.31 94.55 93.75

NA NA NA NA

30.2 30.2 7.98 7.97

NA NA NA NA

Meth 17% Meth17 %

Air Air

1947 1950 1146 1148




of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 100.0%

W Btu/hr NA

W W 108.0%

W W 109.2%

W/W Btuh/W NA

W/W W/W 91.8%







TR150716C-32htg Full TR150716C-32Htg Full R32

Alternative Refrigerant (Composition as Charged, % wt, if not proprietary) Daikin R32






NA NA













Ambient

Temps.

Indoor19.98 20.04 67.97 68.07

14.97 15.08 58.95 59.15

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 8355 8359 28507 28520







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 58.0 812 117.8 280.7



16.1 4.9





RefProp 8.0


Additional Notes

Heating 32 Full LoadDaikin R32


NA NA NA NA

Meth 17% Meth17 %

Air Air

2207 2204 1299 1297

Alternative


NA NA NA NA

34.0 33.8 8.98 8.94

27.26

34.8 70.3

1837 53.9 144.4 266.4




1914 47.7 136.4 277.6

1880 30.2 86.4 272.7

0.1 19.6

0.08 0.08 32.15 32.14

2.69 2.63 27.16

609 2.0 28.4 88.4

506 4.0 26.1 73.4

1880 30.2 86.4 272.7

485 -1.2


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 104.6%

W Btu/hr NA

W W 107.0%

W W 108.1%

W/W Btuh/W NA

W/W W/W 96.8%








TR150716C-41Htg Part TR150716C-32htg Full R32







NA NA













Ambient

Temps.

Indoor20.03 20.03 68.05 68.06

15.00 15.04 59.00 59.08

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 6641 6946 22660 23699







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 54.7 778 112.8 276.5



16.6 5.1





RefProp 8.0


Additional Notes

Air Air

1954 1952 1150 1149

Heating 41 Part LoadDaikin R32


NA NA NA NA

30.1 30.2 7.96 7.97

NA NA NA NA

Meth 17% Meth17 %

Alternative


5.06 5.06 41.11 41.1

2.49 2.39 36.48 36.31

614 3.6 45.3 89

1764 50.8 138.3 255.9



1809 29.8 84.9 262.4


1843 44.9 130.4 267.3

1809 29.8 84.9 262.4

3.4 19.4

711 2.3 35 103.1

636 1.5 38.5 92.3


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 110.7%

W Btu/hr NA

W W 110.1%

W W 111.4%

W/W Btuh/W NA

W/W W/W 99.6%








TR150716C-50htg Full TR150716C-50htg Full R32







NA NA













Ambient

Temps.

Indoor19.99 20.04 67.99 68.08

14.99 15.03 58.99 59.05

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 10386 11496 35438 39223







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 58.8 934 135.5 331.2



14.8 2.9





RefProp 8.0


Additional Notes

Air Air

2204 2202 1297 1296



NA NA NA NA

34.0 33.9 8.97 8.95

NA NA NA NA

Meth 17% Meth17 %

Alternative


9.99 9.99 49.99 49.98

6.38 5.99 43.49 42.78

661 5.1 51.3 95.8

1991 63.1 144.3 288.8



2029 32.4 89.4 294.3


2071 57.5 137.8 300.4

2029 32.4 89.4 294.3

5.1 21.9

821 5.8 42 119.1

689 4.1 44.2 100


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 109.4%

W Btu/hr NA

W W 105.3%

W W 106.3%

W/W Btuh/W NA

W/W W/W 103.3%








TR150716C-50htg Part TR150716C-50htg Part R32







NA NA













Ambient

Temps.

Indoor20.07 20.01 68.13 68.01

14.96 15.02 58.92 59.03

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 7388 8082 25208 27577







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 53.8 784 113.7 298.4



16.5 3.9





RefProp 8.0


Additional Notes

Air Air

1957 1954 1152 1150

Heating 50 Part LoadDaikin R32


NA NA NA NA

30.3 30.0 8 7.93

NA NA NA NA

Meth 17% Meth17 %

Alternative


9.98 10.00 49.96 50

7.06 6.75 44.7 44.15

703 7.6 51.3 101.9

1826 49.9 135.7 264.9



1871 32.0 86.9 271.4


1912 45.4 128.9 277.3

1871 32.0 86.9 271.4

4.6 18.9

809 6.4 41.2 117.4

732 5.4 45.6 106.2


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 104.4%

W Btu/hr 106.3%

W W 106.0%

W W 107.2%

W/W Btuh/W 98.3%

W/W W/W NA







TR150716C-59Clg Full TR150716C-59Clg Full R32







NA NA













Ambient

Temps.

Indoor27.03 27.04 80.65 80.67

18.97 19.02 66.15 66.24

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12907 13478 44038 45987







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 48.3 827 120 234.7



11.9 #NAME?





RefProp 8.0


Additional Notes

Air Air

2205 2209 1298 1300

Cooling 59 Full LoadDaikin R32


NA NA NA NA

33.9 34.0 8.95 8.97

NA NA NA NA

Meth 17% Meth17 %

Alternative


15.06 15.07 59.1 59.12

21.33 21.62 70.4 70.92

932 14.5 69.5 135.2

1491 51.9 122 216.3



1438 15.3 61.6 208.5

Subcooling, at expan. device #NAME? 10.6

1524 48.9 118.9 221.1

1438 15.3 61.6 208.5

5.4 22.4

977 10.4 51.1 141.7

952 10.9 66.2 138.1


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 101.5%

W Btu/hr 102.9%

W W 101.5%

W W 101.3%

W/W Btuh/W 100.0%

W/W W/W NA








TR150716C-59Clg Part TR150716C-59Clg Part R32







NA NA













Ambient

Temps.

Indoor27.00 27.05 80.60 80.69

19.04 19.02 66.28 66.23

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 9676 9818 33013 33498







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 40.7 723 104.9 219.1



13.4 -3.8





RefProp 8.0

Candidate Refrigerant properties supplied by HoneyWell andChemours

Additional Notes

Air Air

1954 1949 1150 1147

Cooling 59 Part LoadDaikin R32


NA NA NA NA

30.1 30.5 7.95 8.05

NA NA NA NA

Meth 17% Meth17 %

Alternative


15.06 15.07 59.11 59.12

20.20 20.22 68.36 68.4

992 16.5 70.5 143.9

1415 42.8 107.9 205.3



1384 15.3 61.9 200.7


1443 40.5 105.3 209.3

1384 15.3 61.9 200.7

5.3 20

1027 11.8 53.6 148.9

1022 13.3 67.4 148.3


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 101.5%

W Btu/hr 102.5%

W W 102.7%

W W 103.0%

W/W Btuh/W 98.2%

W/W W/W NA








TR150716C-68Clg Part TR150716C-68Clg PartR32







NA NA













Ambient

Temps.

Indoor27.03 27.00 80.66 80.60

19.00 18.98 66.20 66.17

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 9345 9489 31884 32378







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 44.5 782 113.4 252



13.1 5.3





RefProp 8.0


Additional Notes

Air Air

1954 1949 1150 1147



NA NA NA NA

30.2 30.2 7.98 7.98

NA NA NA NA

Meth 17% Meth17 %

Alternative


20.02 20.00 68.04 68

25.06 25.13 77.11 77.23

1013 16.1 69.4 146.9

1616 48.1 115.2 234.4



1593 19.9 70.3 231


1653 45.2 112.1 239.7

1593 19.9 70.3 231

6.1 17.8

1047 12.2 54.7 151.8

1036 13.1 66 150.3


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 115.6%

W Btu/hr #DIV/0!

W W 114.6%

W W 116.4%

W/W Btuh/W NA

W/W W/W 99.6%







TR150716C-68 Htg Full TR150716C-68 Htg Full R32







NA NA













Ambient

Temps.

Indoor20.06 20.03 68.11 68.05

14.98 15.03 58.96 59.05

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12464 14403 42526 49144

Sensible Capacity 0 0






of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 61.4 1109 160.9 379.5



13.8 11.1





RefProp 8.0


Additional Notes

Air Air

2207 2202 1299 1296



NA NA NA NA

33.9 34.0 8.96 8.98

NA NA NA NA

Meth 17% Meth17 %

Alternative


19.93 19.81 67.88 67.65

15.47 14.67 59.85 58.41

845 15.4 63.1 122.6

2157 76.3 148.1 312.8



2190 33.0 92.8 317.6


2251 71.6 142.6 326.5

2190 33.0 92.8 317.6

5.1 21.3

1035 13.4 53.8 150.1

877 12.5 59 127.2


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 115.3%

W Btu/hr NA

W W 106.7%

W W 107.6%

W/W Btuh/W NA

W/W W/W 107.4%







TR150716C-68 htg Part TR150716C-68 htg Part R32







NA NA













Ambient

Temps.

Indoor20.06 20.03 68.10 68.06

14.99 15.07 58.98 59.13

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 8993 10365 30685 35366







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 5 53.9 957 138.8 333.8



16.0 3.4





RefProp 8.0


Additional Notes

Air Air

1954 1950 1150 1148

Heating 68 part LoadDaikin R32


NA NA NA NA

30.2 30.2 7.97 7.99

NA NA NA NA

Meth 17% Meth17 %

Alternative


19.94 19.92 67.89 67.85

16.21 15.59 61.18 60.06

893 17.3 64.3 129.5

1957 64.0 134.3 283.8



1996 32.4 90.4 289.5


2044 59.3 129.1 296.4

1996 32.4 90.4 289.5

5.8 19.6

1024 14.2 53.2 148.5

928 14.4 60.4 134.6


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 104.3%

W Btu/hr 104.0%

W W 107.4%

W W 108.4%

W/W Btuh/W 96.5%

W/W W/W NA







TR150716C-77 Clg Full TR150716C-77 Clg Full R32







NA NA













Ambient

Temps.

Indoor27.03 27.07 80.65 80.72

19.02 19.05 66.23 66.29

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 12045 12558 41096 42848







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 54.3 960 139.3 306.6



11.8 10





RefProp 8.0


Additional Notes

Air Air

2205 2207 1298 1299



NA NA NA NA

34.2 33.9 9.03 8.95

NA NA NA NA

Meth 17% Meth17 %

Alternative


25.01 25.02 77.02 77.03

31.04 31.39 87.88 88.5

975 15.0 67 141.4

1923 63.4 132.9 278.9



1876 24.8 78.7 272.1


1964 59.6 129.7 284.9

1876 24.8 78.7 272.1

6.3 17.4

1045 11.8 54.7 151.6

998 12.1 63.1 144.8


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 104.0%

W Btu/hr 103.9%

W W 107.3%

W W 108.1%

W/W Btuh/W 96.7%

W/W W/W NA







TR150716C-86Clg Full TR150716C-86Clg Full R32







NA NA













Ambient

Temps.

Indoor27.00 27.02 80.60 80.63

18.99 18.99 66.19 66.19

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 11564 12025 39457 41031







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 59.1 1039 150.7 346.7



11.6 10.7





RefProp 8.0


Additional Notes

Air Air

2204 2205 1297 1298



NA NA NA NA

34.0 34.1 8.98 9

NA NA NA NA

Meth 17% Meth17 %

Alternative


29.96 29.94 85.92 85.89

35.92 36.17 96.66 97.1

999 15.3 66.9 144.9

2175 70.3 142.4 315.5



2128 29.4 86.9 308.7


2226 65.9 138.3 322.9

2128 29.4 86.9 308.7

6.5 16.1

1076 12.3 56.1 156

1016 11.7 62.7 147.4


of 116



Test



m³/min ft³/min

hp

rpm NA

kg lb 100.0%

kg lb 100.0%

kg/min lb/min NA

% wt

m² ft² 100.0%

m² ft² NA

db °C °F

wb °C °F

db °C °F

wb °C °F

W Btu/hr 103.2%

W Btu/hr 103.3%

W W 104.5%

W W 105.1%

W/W Btuh/W 0.0%

W/W W/W NA







TR150716C-86 Clg Part TR150716C-86 Clg PartR32







NA NA













Ambient

Temps.

Indoor27.02 27.04 80.63 80.68

19.00 19.01 66.20 66.21

OutdoorNA NA NA NA

NA NA NA NA

Total Capacity 8468 8740 28892 29822







of 116




Heat Exchange Fluid





Condenser






Alternative




Condenser Inlet 2 53.8 939 136.2 327.8



12.8 6.9





RefProp 8.0

Candidate Refrigerant properties supplied by HoneyWell andChemours

Additional Notes

Air Air

1947 1947 1146 1146



NA NA NA NA

30.2 30.2 7.98 7.99

NA NA NA NA

Meth 17% Meth17 %

Alternative


29.94 29.94 85.9 85.89

34.75 34.89 94.55 94.81

1048 16.5 68.8 152

2081 62.4 132.7 301.8



2064 29.4 87 299.3


2128 57.9 128.8 308.7

2064 29.4 87 299.3

7.2 15.2

1093 13.3 57 158.5

1071 13.2 64.5 155.4

test report #60...jan 18, 2016 · ewt charge cfm gpm vac esp db/wb test description entering water...

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