Trane SS-PRC003-EN manual TTA155B Condensing Unit Only I-P, Table PD-24 Cooling Performance MBh

Page 37

Performance

 

Data

Condensing Unit

Table PD-24 — Cooling Performance (MBh)

TTA155B Condensing Unit Only (I-P)

ODTemp

 

 

 

Suction ReferenceTemperature °F

°F

 

30

35

40

45

50

55

 

Head press PSIG

171

178

185

192

200

208

65

Cap. Btuh/1000

144.5

159.5

175.1

191.3

207.8

225.0

 

OD Unit KW

9.84

10.10

10.37

10.67

11.00

11.35

 

Head press PSIG

197

204

211

218

227

235

75

Cap. Btuh/1000

140.1

154.4

169.2

184.4

200.2

216.4

 

OD Unit KW

10.85

11.13

11.43

11.74

12.09

12.45

 

Head press PSIG

225

232

239

247

256

265

85

Cap. Btuh/1000

134.4

148.0

162.0

176.4

191.4

206.7

 

OD Unit KW

12.02

12.32

12.64

12.97

13.32

13.70

 

Head press PSIG

255

263

270

278

287

297

95

Cap. Btuh/1000

127.6

140.5

153.7

167.3

181.5

196.1

 

OD Unit KW

13.38

13.68

14.00

14.33

14.70

15.08

 

Head press PSIG

288

296

303

312

321

331

105

Cap. Btuh/1000

119.9

132.0

144.4

157.3

170.7

184.6

 

OD Unit KW

14.89

15.19

15.50

15.83

16.19

16.58

 

Head press PSIG

323

331

339

347

357

367

115

Cap. Btuh/1000

111.3

122.6

134.3

146.4

159.1

172.4

 

OD Unit KW

16.56

16.84

17.14

17.45

17.81

18.20

Performance Data Calculated at 15 deg. subcooling and 15 deg. superheat.

Table PD-24 — Cooling Performance (kW)

TTA155B Condensing Unit Only

(SI)

ODTemp

 

 

 

Suction ReferenceTemperature °C

 

°C

 

-1.1

1.7

4.4

7.2

10.0

12.8

 

 

Head pressure (kPA)

1180

1225

1273

1324

1378

1436

 

18.3

Capacity (kW)

42.3

46.7

51.3

56.0

60.8

65.9

 

 

OD Unit Power (kW)

9.84

10.10

10.37

10.67

11.00

11.35

 

 

Head pressure (kPA)

1357

1404

1454

1506

1563

1623

 

23.9

Capacity (kW)

41.0

45.2

49.5

54.0

58.6

63.4

 

 

OD Unit Power (kW)

10.85

11.13

11.43

11.74

12.09

12.45

 

 

Head pressure (kPA)

1550

1599

1651

1705

1764

1826

 

29.4

Capacity (kW)

39.4

43.3

47.4

51.7

56.0

60.5

 

 

OD Unit Power (kW)

12.02

12.32

12.64

12.97

13.32

13.70

 

 

Head pressure (kPA)

1760

1811

1864

1920

1981

2045

 

35.0

Capacity (kW)

37.4

41.1

45.0

49.0

53.1

57.4

 

 

OD Unit Power (kW)

13.38

13.68

14.00

14.33

14.70

15.08

 

 

Head pressure (kPA)

1986

2038

2093

2150

2213

2280

 

40.6

Capacity (kW)

35.1

38.6

42.3

46.0

50.0

54.1

 

 

OD Unit Power (kW)

14.89

15.19

15.50

15.83

16.19

16.58

 

 

Head pressure (kPA)

2228

2282

2337

2396

2461

2530

 

46.1

Capacity (kW)

32.6

35.9

39.3

42.9

46.6

50.5

 

 

OD Unit Power (kW)

16.56

16.84

17.14

17.45

17.81

18.20

 

Performance Data Calculated at 8.3 deg. subcooling and 8.3 deg. superheat.

SS-PRC003-EN

37

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Contents Split System Cooling Units Designing the Details Manufacturing ControlStandardized Cabinets FiltersContents Condensing Unit Options Features and BenefitsLow Ambient Cooling Operation Air Handlers Offer More FlexibilityOdyssey Lowers Installation Costs ReliaTel Micro Micro ControlsElectromechanical Controls We test designs at our factory not on our customers QualityAnd ReliabilityTestingVariTrac Blower Rotation Clearance RequirementsLow Ambient Cooling Typical HorizontalAir Handler ApplicationCooling Capacity Selection ProcedureHeating Capacity Air Delivery SelectionSplit System Condensing Unit Model Nomenclature Model Number DescriptionAir Handler Model Nomenclature Table GD-1 General Data General DataTable GD-2- General Data Table GD-4 General Data Table GD-3 General DataDataSystem PerformanceTGC SHC SHC TGC SHC TGC SHC TTA075A Condensing Unit withTWE100AAir HandlerDataSystem TTA085A Condensing Unit withTWE100AAir Handler DataSystem TTA100B Condensing Unit withTWE100BAir Handler DataSystem DataSystem TTA125B Condensing Unit withTWE100B Air Handler TTA125B Condensing Unit withTWE155B Air Handler TTA155B Condensing Unit withTWE155B Air Handler DataSystem DataSystem DataSystem TTA200B Condensing Unit with TWE200B Air Handler Enter Bulb Entering Wet Bulb Temperature C M3/h AirflowTTA075A Condensing Unit Only I-P Performance DataTable PD-17- Cooling Performance MBh Table PD-18 Cooling Performance kW TTA085A Condensing Unit Only SITTA100A Condensing Unit Only SI TTA100A Condensing Unit Only I-PTable PD-19 Cooling Performance MBh Table PD-19 Cooling Performance kWTable PD-20 Cooling Performance kW TTA100B Condensing Unit Only SICap. Btuh/1000 90.8 Cap. Btuh/1000 95.7Cap. Btuh/1000 85.9 94.9 105 Cap. Btuh/1000 80.9 89.5 98.573.7 80.1 OD Unit KW Head press Psig OD Unit Power kW Head pressure kPA 1926Cap. Btuh/1000 48.9 54.0 59.3 64.9 70.8 Cap. Btuh/1000 46.5TTA125B Condensing Unit Only SI TTA125B Condensing Unit Only I-PTable PD-23 Cooling Performance MBh Table PD-23 Cooling Performance kWTable PD-24 Cooling Performance MBh TTA155B Condensing Unit Only I-P56.0 60.8 65.9 OD Unit Power kW ODTemp Suction ReferenceTemperature F Head press. Psig45.2 49.5 54.0 58.6 63.4 OD Unit Power kW 56.1 60.5 OD Unit Power kW79.5 23.7 26.0 28.4 30.8 OD Unit Power kW Head pressure kPA 172196.8 OD Unit KW Head press. Psig66.2 72.0 78.1 84.4 OD Unit Power kW 63.6 69.5 75.6 82.0 88.6 OD Unit Power kW80.1 OD Unit Power kW 59.3 64.6 70.1 75.9 OD Unit Power kWPerformance Data Table PD-29- Evaporator Fan Performance TWE050A SI Table PD-29- Evaporator Fan Performance TWE050A I-PTable PD-30- Blower Speeds TWE050A Table PD-29 Table PD-31- Evaporator Fan Performance TWE075A I-PTable PD-31 Evaporator Fan Performance TWE075A SI Table PD-32 Blower Speeds TWE075ATable PD-33 Table PD-33 Evaporator Fan Performance TWE100A, TWE100B I-PTable PD-34 Blower Speeds TWE100A, TWE100B Table PD-35 Evaporator Fan Performance TWE155B SI Table PD-35 Evaporator Fan Performance TWE155B I-PTable PD-36- Blower Speeds TWE155B Motor SheaveTurns Open Drive StandardTable PD-37- Evaporator Fan Performance TWE200B,E SI Table PD-37 Evaporator Fan Performance TWE200B,E I-PTable PD-37 Table PD-38- Blower Speeds TWE200B,EModel No UnitStraight 1400 TWE050 1800Table PD-41 Auxiliary Electric Heat Capacity Air Handler Table ED-3 Electrical Characteristics Motors Air Handler Table ED-1 Unit Wiring Condensing UnitsTable ED-4 Unit Wiring Air Handler Electrical DataHeater Electric Heat DataMinimum Maximum Model No With UnitTTA050/TWE050A Jobsite ConnectionsTTA075A/TWE075A TTA085/TWE075A TTA085/TWE100A 2TTA075A/TWE155BAir Handler Typical WiringAir Handler Condensing Unit Single Compressor Typical Wiring Condensing Unit Dual Compressor Typical Wiring Figure DD-1 TTA075 Condensing Units Dimensional DataFigure DD-2 TTA085A and 100A Condensing Units Figure DD-3 TTA100C Condensing Units Figure DD-4 TTA100B and TTA125B Condensing Units Figure DD- 5- TTA155B Condensing Unit Figure DD-6 TTA155C Condensing Units Figure DD-7 TTA200B Condensing Unit Figure DD-8 TTA200F Condensing Unit Table DD-1 Table DD-1 Air Handler Dimensions in. mm19-1/2 15-7/8 203.20 495.30 660.40 403.23Table DD-2 Table DD-2 Air Handler Dimensions in. mmTWE100A, 100B Table DD-3 Air Handler Dimensions in. mmFigure DD-12- TWE155B and 200B Air Handlers Table DD-4 Table DD-4- Air Handler Dimensions in. mm51 7/8 59 1/8 71 7/8 92 5/8 30 1/220 7/8 89 1/4 1826 2353 77518 1/8 Figure DD-16 Electric Heater for TWE155 and 200 Air HandlersTable DD-6 Discharge Plenum Grille Dimensions in. mm Table W-1 Unit and Corner Weights Net Lbs kg WeightsTableW-2 AccessoryWeights Net Lbs kg Table W-4 Accessory Weights Net Lbs kg Table W-3 Air Handlers and Corner Weights lb1 kgVertical TWE050, 075 TWE155 General MechanicalCasing Refrigeration System Dual Manifolded CompressorsZone Sensor ControlsThermostat LowAmbient OperationAccessories Mechanical SpecificationsEvaporator Coil Evaporator FanFile No PL-UN-SS-PRC003-EN-0606 Literature Order NumberSupersedes PL-UN-SS-PRC003-EN-0104 Stocking Location Electronic Only

SS-PRC003-EN specifications

The Trane SS-PRC003-EN is a high-efficiency commercial HVAC solution designed to cater to a wide variety of industrial applications. Known for its robust engineering and innovative design, this unit provides reliable climate control, ensuring optimal indoor environments in commercial spaces, manufacturing plants, and large facilities.

One of the standout features of the SS-PRC003-EN is its advanced inverter technology. This variable-speed compressor allows for precise cooling and heating adjustments based on real-time demand, which not only enhances system efficiency but also significantly reduces energy consumption. This capability not only minimizes operational costs but also contributes to a more sustainable energy profile, aligning with growing environmental concerns.

Another notable characteristic is its user-friendly control system. The unit is equipped with intuitive interfaces that allow facility managers to monitor and adjust settings remotely. This functionality ensures optimal performance, facilitates maintenance, and offers diagnostics that help identify potential issues before they lead to system failure.

Moreover, the SS-PRC003-EN features a built-in air filtration system that improves indoor air quality. It effectively removes dust, pollutants, and allergens from the air, contributing to healthier environments for occupants. This is particularly critical in commercial settings where many individuals congregate, ensuring compliance with health and safety regulations.

The design also emphasizes noise reduction technology. The unit operates at whisper-quiet levels, minimizing disruption in work environments and enhancing comfort for occupants. This is achieved through a combination of sound-absorbing materials and engineered airflow paths.

Additionally, the Trane SS-PRC003-EN is constructed with durability in mind. It resists corrosion, withstands harsh environmental conditions, and maintains performance longevity, making it a reliable choice for facilities that require constant operation.

With its combination of efficiency, advanced technology, user-friendly controls, and superior air quality management, the Trane SS-PRC003-EN stands out as a market leader in commercial HVAC systems. It offers businesses the performance they need while also promoting energy savings and environmental stewardship, making it an invaluable addition to any commercial infrastructure.
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