Performance

Hot Water

Data

Coils

 

 

 

 

 

 

Heating performance is based on 70 F (21 C) entering air temperature, 180 F (82 C) entering hot water temperature with a 30 F (-1 C) T. All performance measured on high speed tap, zero ESP, and a throwaway filter.

Table PD-2. Free Discharge Motor, Group 1

 

 

 

 

 

 

 

Heating

 

 

 

 

 

 

Unit

 

CFM

TMBH

 

GPM

WPD

115V

230V

277V

Size

Coil

(L/s)

(TkW)

Q/ITD

(L/s)

(kPa)

Watt

Watt

Watt

2

2H

240

(113)

15.9 (4.7)

0.14

1.06

(0.07)

4.8 (14.4)

60

95

65

 

3H

230 ( 108)

19.6 (5.7)

0.18

1.31(0.08)

10.5 (31.4)

60

95

65

 

4H

210 (99)

20.1 (6.0)

0.18

1.34

(0.08)

2.8 (8.4)

60

95

65

3

2H

318

(150)

21.0 (6.2)

0.19

1.40

(0.09)

8.8 (26.3)

70

80

83

 

3H

314

(148)

25.6 (7.5)

0.23

1.70

(0.11)

3.8 (11.3)

85

89

101

 

4H

284

(134)

27.1 (7.9)

0.25

1.81

(0.11)

5.3 (15.7)

85

89

101

4

2H

388

(183)

25.6 (7.5)

0.23

1.71

(0.11)

3.2 (9.5)

95

96

104

 

3H

374

(177)

31.8 (9.3)

0.29

2.12

(0.13)

6.4 (19.0)

100

107

106

 

4H

350

(165)

34.2

(10.0)

0.31

2.28

(0.14)

9.1 (27.3)

100

107

106

6

2H

611

(289)

40.6

(11.9)

0.37

2.70

(0.17)

8.9 (26.5)

110

154

165

 

3H

608

(287)

49.7

(14.6)

0.45

3.31

(0.21)

4.2 (12.6)

125

130

124

 

4H

565

(267)

53.8

(15.8)

0.49

3.59

(0.23)

5.7 (17.0)

125

130

124

8

2H

790

(373)

50.9

(14.9)

0.46

3.39

(0.21)

4.0 (11.9)

135

150

159

 

3H

731

(345)

61.6

(18.1)

0.56

4.11

(0.26)

6.9 (20.7)

120

123

133

 

4H

688

(325)

66.8

(19.6)

0.61

4.45

(0.28)

9.4 (28.1)

120

123

133

10

2H

980

(463)

64.8

(19.0)

0.59

4.32

(0.27)

6.8 (20.4)

205

250

269

 

3H

992

(468)

83.3

(24.4)

0.76

5.55

(0.35)

13.4 (40.2)

225

237

230

 

4H

930

(439)

90.1

(26.4)

0.82

6.00

(0.38)

18.3 (54.8)

225

237

230

12

2H

1110 (524)

75.0

(22.0)

0.68

4.99

(0.32)

9.6 (28.6)

230

246

263

 

3H

1082 (511)

91.5

(26.8)

0.83

6.10

(0.38)

10.5 (31.4)

220

230

239

 

4H

1010 (477)

99.3

(28.5)

0.90

6.48

(0.42)

7.3 (21.8)

220

230

239

Table PD-3. Free Discharge Motor, Group 2

 

 

 

 

 

 

 

Heating

 

 

 

 

 

 

Unit

 

CFM

TMBH

 

GPM

WPD

115V

230V

277V

Size

Coil

(L/s)

(TkW)

Q/ITD

(L/s)

(kPa)

Watt

Watt

Watt

2

2H

211

(100)

14.5 (4.3)

0.13

0.97

(0.06)

4.1 (12.3)

60

95

65

 

3H

201 (95)

17.7 (5.2)

0.16

1.18

(0.07)

8.8 (26.2)

60

95

65

 

4H

188 (89)

18.3 (5.4)

0.17

1.22

(0.08)

2.4 (7.1)

60

95

65

3

2H

280

(132)

19.2 (5.6)

0.17

1.28

(0.08)

7.5 (22.4)

70

80

83

 

3H

277

(131)

23.3 (6.8)

0.21

1.55

(0.10)

3.2 (9.5)

85

89

101

 

4H

256

(121)

24.8 (7.3)

0.23

1.65

(0.10)

4.5 (13.4)

85

89

101

4

2H

349

(165)

23.8 (7.0)

0.22

1.58

(0.10)

2.8 (8.3)

95

96

104

 

3H

338

(159)

29.4 (8.6)

0.27

1.96

(0.12)

5.5 (16.5)

100

107

106

 

4H

320

(151)

31.7 (9.3)

0.29

2.11

(0.13)

7.9 (23.7)

100

107

106

6

2H

544

(257)

37.4

(11.0)

0.34

2.49

(0.16)

7.6 (22.8)

110

154

165

 

3H

541

(255)

45.4

(13.3)

0.41

3.03

(0.19)

3.6 (10.6)

125

130

124

 

4H

510

(241)

49.4

(14.5)

0.45

3.29

(0.21)

4.8 (14.5)

125

130

124

8

2H

706

(331)

47.0

(13.8)

0.43

3.13

(0.20)

3.4 (10.2)

135

150

159

 

3H

659

(311)

56.8

(16.7)

0.52

3.79

(0.24)

5.9 (17.8)

120

123

133

 

4H

627

(296)

61.8

(18.1)

0.56

4.12

(0.26)

8.1 (24.3)

120

123

133

10

2H

879

(415)

60.0

(17.6)

0.55

4.00

(0.25)

5.9 (17.7)

205

250

269

 

3H

886

(420)

76.4

(22.4)

0.69

5.09

(0.32)

11.4 (34.1)

225

237

230

 

4H

840

(397)

82.8

(24.3)

0.75

5.52

(0.35)

15.7 (46.8)

225

237

230

12

2H

996

(470)

69.4

(20.3)

0.63

4.62

(0.29)

8.3 (24.7)

230

246

263

 

3H

976

(461)

84.3

(24.8)

0.77

5.62

(0.35)

9.0 (26.8)

220

230

239

 

4H

921

(435)

91.8

(26.4)

0.83

6.12

(0.39)

10.2 (30.5)

220

230

239

Note:

1.CFM = Cubic feet per minute

2.TMBH = Total capacity (MBH)

3.GPM = Gallons per minute

4.WPD = Water pressure drop (feet of water)

5.Q/ITD = MBH (kW)/(Entering water temperature - Entering air temperature) when DT and GPM (L/s) remain constant. To determine heating capacities at a different entering water temperature or entering air temp, compute the new ITD and multiply it by the Q/ITD shown.

6.Medium and low speed capacities are approximately 80 percent and 60 percent respectively of the high speed capacity.

CAB-PRC001-EN

19

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Image 19
Trane CAB-PRC001-EN manual Table PD-2. Free Discharge Motor, Group, Table PD-3. Free Discharge Motor, Group

CAB-PRC001-EN specifications

The Trane CAB-PRC001-EN is an advanced control system designed to enhance the efficiency and performance of commercial heating, ventilation, and air conditioning (HVAC) systems. This building automation system plays a crucial role in optimizing indoor climate conditions while maximizing energy savings.

One of the standout features of the CAB-PRC001-EN is its capability for real-time monitoring and control. The system integrates seamlessly with various HVAC components, allowing users to adjust settings, schedules, and operational modes from a centralized interface. This flexibility ensures that building managers can respond promptly to changes in occupancy or external weather conditions, optimizing comfort while minimizing energy consumption.

The CAB-PRC001-EN employs a robust set of advanced technologies aimed at enhancing system reliability. Utilizing adaptive control algorithms, it intelligently balances heating and cooling loads across different zones, ensuring a consistent temperature environment throughout the building. The system can quickly adapt to variable load conditions, improving energy efficiency and reducing wear on equipment.

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In summary, the Trane CAB-PRC001-EN control system is a cutting-edge solution designed for commercial buildings, offering a combination of real-time monitoring, advanced control technologies, user-friendly interfaces, seamless integration capabilities, and powerful analytics. This makes it an ideal choice for any organization looking to enhance their HVAC operations while promoting sustainability and energy efficiency.