Trane RTHD Minimum/Maximum Evaporator Flow Rates GPM, Minimum/Maximum Condenser Flow Rates GPM

Page 18

General Data

Brine Flow Rates

 

 

 

 

Minimum/Maximum Evaporator Flow Rates (GPM)

 

 

Two Pass

 

Three Pass

 

Four Pass

 

Evaporator

 

 

Nominal

 

 

Nominal

 

 

Nominal

Code

Min

Max

Conn Size (In.)

Min

Max

Conn Size (In.)

Min

Max

Conn Size (In.)

B1

303

1104

8

200

736

6

—-

—-

—-

B2

346

1266

8

233

844

6

—-

—-

—-

C1

346

1412

8

254

941

6

—-

—-

—-

C2

375

1531

8

276

1022

6

—-

—-

—-

D1

498

1812

8

330

1206

8

—-

—-

—-

D2

541

1980

8

357

1320

8

—-

—-

—-

D3

584

2131

8

389

1417

8

—-

—-

—-

D4

422

1542

8

281

1028

8

—-

—-

—-

D5

422

1542

8

281

1028

8

—-

—-

—-

D6

352

1287

8

233

860

8

—-

—-

—-

E1

487

1980

8

357

1320

8

—-

—-

—-

F1

676

2478

10

454

1655

8

—-

—-

—-

F2

725

2667

10

487

1780

8

—-

—-

—-

G1

—-

—-

—-

606

2218

10

454

1666

8

G2

—-

—-

—-

660

2413

10

492

1807

8

G3

—-

—-

—-

747

2732

10

557

2050

8

Notes:

1.Minimum flow rates are based on brine solution.

2.All water connections are grooved pipe.

Minimum/Maximum Evaporator Flow Rates (Liters/Second)

 

 

Two Pass

 

Three Pass

 

Four Pass

Evaporator

 

 

Nominal

 

 

Nominal

 

 

Nominal

Code

Min

Max

Conn Size (mm)

Min

Max

Conn Size (mm)

Min

Max

Conn Size (mm)

B1

19

70

200

13

46

150

—-

—-

—-

B2

22

80

200

15

53

150

—-

—-

—-

C1

22

89

200

16

59

150

—-

—-

—-

C2

23

97

200

17

65

150

—-

—-

—-

D1

31

114

200

21

76

200

—-

—-

—-

D2

34

125

200

23

83

200

—-

—-

—-

D3

37

134

200

25

89

200

—-

—-

—-

D4

27

97

200

18

65

200

—-

—-

—-

D5

27

97

200

18

65

200

—-

—-

—-

D6

22

81

200

15

54

200

—-

—-

—-

E1

28

125

200

23

83

200

—-

—-

—-

F1

43

156

250

29

104

200

—-

—-

—-

F2

46

168

250

31

112

200

—-

—-

—-

G1

—-

—-

—-

38

140

250

29

105

200

G2

—-

—-

—-

42

152

250

31

114

200

G3

—-

—-

—-

47

172

250

35

129

200

Notes:

1.Minimum flow rates are based on brine solution.

2.All water connections are grooved pipe.

Minimum/Maximum Condenser Flow Rates (GPM)

 

 

Two Pass

 

Condenser

 

 

Nominal

Code

Min

Max

Conn Size (In.)

B1

230

850

6

B2

255

935

6

D1

230

850

6

D2

255

935

6

E1

350

1280

8

E2

380

1390

8

E3

390

1420

8

E4

295

1080

8

E5

250

910

8

F1

450

1650

8

F2

430

1560

8

F3

460

1700

8

G1

530

1960

8

G2

650

2360

8

G3

710

2600

8

Notes:

1.Minimum flow rates are based on brine solution.

2.All water connections are grooved pipe.

Minimum/Maximum Condenser Flow Rates (Liters/Second)

 

 

Two Pass

 

Condenser

 

 

Nominal

Code

Min

Max

Conn Size (mm)

B1

15

54

150

B2

16

59

150

D1

15

54

150

D2

16

59

150

E1

22

81

200

E2

24

88

200

E3

25

90

200

E4

19

68

200

E5

16

57

200

F1

28

104

200

F2

27

98

200

F3

29

107

200

G1

33

124

200

G2

41

149

200

G3

45

164

200

Notes:

1.Minimum flow rates are based on brine solution.

2.All water connections are grooved pipe.

18

RLC-PRC020-EN

Image 18
Contents Series R Helical Rotary Liquid Chillers Introduction American Standard Inc. All rights reservedContents Features and Benefits Simple, Economical InstallationApplicationVersatility and High Performance Operating and Life Cycle Cost-Effectiveness Reliability and Ease of MaintenanceState-of-the-Art, Precision Control Design capabilities includeOptions Programmable Relays ChilledWater Reset Outdoor Air TemperatureIce Making Control Condenser-RegulatingValve ControlAdditional Display Features Include ControlsEnergy Efficiency Keeping Operators InformedSwift Emergency Response Application Considerations Variable Evaporator Flow and Short EvaporatorWater LoopsWater Treatment Water PumpsAcoustic Considerations Part Load Performance PerformanceFouling Factors System ConsiderationsUnit Performance with Fluid Media OtherThanWater Evaporator and Condenser Pressure DropElectrical DataTables Model Nomenclature RTHDigit 28 Condenser Leaving Water Temperature General Data Nominal DataGeneral Data Minimum/Maximum Condenser Flow Rates Gallons/Minute Minimum/Maximum Evaporator Flow Rates Gallons/MinuteMinimum/Maximum Evaporator Flow Rates Liters/Second Minimum/Maximum Condenser Flow Rates Liters/SecondMinimum/Maximum Evaporator Flow Rates GPM Minimum/Maximum Condenser Flow Rates GPMElectrical Data Connections Compressor Motor Electrical Data 60 HertzCompressor Motor Electrical Data 50 Hertz Electrical Data and Connections Electrical Data and Connections Dimensions Weights Shipping and Operating WeightsOperatingWeight ShippingWeight Code Lbs BBB Configuration BCD Configuration Front 36 914 mm Back Either End Other EndCDE, DDE, EDE Configuration CEF Configuration CFF, DFF, EFF Configuration DGG, EGG Configuration Mechanical Specifications ConversionTable RLC-PRC020-EN Supersedes RLC-PRC020-EN-00406 Literature Order NumberFile Number PL-RF-RLC-000-PRC020-EN-0606 Stocking Location Inland

RTHD specifications

The Trane RTHD is a highly efficient and innovative HVAC solution designed for commercial and industrial applications. With a focus on reliability, performance, and energy efficiency, the RTHD series offers a wide range of features that set it apart from conventional heating and cooling systems.

One of the standout characteristics of the Trane RTHD is its robust construction. Built to withstand the rigors of daily use in demanding environments, the unit boasts a durable and weather-resistant cabinet. This design not only ensures longevity but also helps protect internal components from external elements.

Energy efficiency is at the forefront of the RTHD's design philosophy. The unit utilizes advanced technologies such as Variable Frequency Drive (VFD) for its compressor and fans. This allows for precise adjustment of the cooling and heating output, optimizing energy consumption based on real-time demand. As a result, the RTHD can achieve impressive Seasonal Energy Efficiency Ratios (SEER) and Heating Seasonal Performance Factors (HSPF), making it an environmentally friendly choice.

Another key feature of the RTHD is its compatibility with various control systems. The unit supports Trane's advanced control technology, enabling integration with building management systems for enhanced monitoring and operational efficiency. This capability allows facility managers to leverage data-driven insights to optimize performance and maintenance schedules.

The RTHD also incorporates innovative sound-reducing technologies, which ensure quiet operation, a significant consideration for settings where noise reduction is essential. Features such as acoustic insulation and strategically designed fan blades help minimize sound levels, making the RTHD suitable for a variety of commercial environments.

Ease of maintenance is another important aspect of the Trane RTHD. The design includes accessible components for quick servicing, minimizing downtime and overall maintenance costs. Additionally, Trane provides comprehensive support and resources to ensure that technicians can efficiently maintain and troubleshoot the system.

In summary, the Trane RTHD is a leading-edge HVAC solution that combines durability, energy efficiency, advanced control options, and quiet operation. With its range of features and technologies, it is well-equipped to meet the demands of modern commercial and industrial spaces, solidifying its reputation as a trusted choice in the HVAC market. Whether for new installations or upgrades, the RTHD delivers reliability and performance that customers can depend on for years to come.