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   Trane Company (The)  UniTrane Fan-Coil  

UniTrane Fan-Coil - Page 22

 

 

Performance Data      Steam Reheat Coil

 

Heating performance is based on 70 F (21 C) entering air temperature, 2 psig (14 kPa) and 5 psig (103 kPa) entering steam pressure.

All performance measured on high speed tap, 115 V, zero ESP, with a throwaway filter.

Table PD-21 — Free Discharge Motor, Group 1

Main Coil 2 psig 5 psig  

Q/ITD

(14 kPa) (103 kPa)
TMBH TMBH
FC Rows (TkW) (TkW)
  2 5.3(2) 5.6(2) 0.04
02 3 5.5(2) 5.9(2) 0.04
  4 5.0(1) 5.3(2) 0.03
  2 6.8(2) 7.2(2) 0.05
03 3 6.7(2) 7.1(2) 0.05
  4 6.4(2) 6.8(2) 0.04
  2 8.7(3) 9.2(3) 0.06
04 3 8.6(3) 9.1(3) 0.06
  4 8.2(2) 8.7(3) 0.06
  2 13.4(4) 14.2(4) 0.09
06 3 13.4(4) 14.2(4) 0.09
  4 12.8(4) 13.6(4) 0.09
  2 17.4(5) 18.5(5) 0.12
08 3 16.7(5) 17.7(5) 0.11
  4 16.0(5) 16.9(5) 0.11
  2 21.7(6) 23.0(7) 0.15
10 3 21.8(6) 23.1(7) 0.15
  4 21.0(6) 22.2(7) 0.14
  2 25.1(7) 26.6(8) 0.17
12 3 24.7(7) 26.2(8) 0.17
  4 23.8(7) 25.2(7) 0.16

Table PD-22 — Free Discharge Motor, Group 2

 

Main Coil

2 psig 5 psig Q/ITD
(14 kPa) (103 kPa)
TMBH TMBH
FC Rows (TkW) (TkW)
  2 5.0(1) 5.3(2) 0.03
02 3 4.8(1) 5.1(1) 0.03
  4 4.6(1) 4.9(1) 0.03
  2 6.4(2) 6.8(2) 0.04
03 3 6.3(2) 6.6(2) 0.04
  4 6.1(2) 6.5(2) 0.04
  2 8.2(2) 8.7(3) 0.06
04 3 8.1(2) 8.5(2) 0.05
  4 7.8(2) 8.3(2) 0.05
  2 12.6(4) 13.4(4) 0.09
06 3 12.6(4) 13.3(4) 0.09
  4 12.2(4) 12.9(4) 0.08
  2 16.5(5) 17.4(5) 0.11
08 3 15.8(5) 16.7(5) 0.11
  4 15.3(4) 16.2(5) 0.10
  2 20.6(6) 21.8(6) 0.14
10 3 20.6(6) 21.8(6) 0.14
  4 20.0(6) 21.1(6) 0.14
  2 23.7(7) 25.1(7) 0.16
12 3 23.4(7) 24.7(7) 0.16
  4 22.7(7) 24.0(7) 0.15

Note:

  1. Medium and low speed capacities are approximately 80 percent and 60 percent respectively of the high speed capacity.
  2. Q/ITD = MBH(kW)/(Saturated steam temperature - Entering air temperature). To determine heating capacities at different entering steam pressure or entering air temperature, compute the new ITD and multiply it by the Q/ITD shown. (See the Steam Properties table at the end of this section to determine the saturated steam temperatures at various entering steam pressures.)

Table PD-22 — Free Discharge Motor, Group 3

 

2

4.7(1)

5.0(1)

0.03

02

3

4.6(1)

4.8(1)

0.03

 

4

4.4(1)

4.7(1)

0.03

 

2

6.1(2)

6.5(2)

0.04

03

3

6.0(2)

6.4(2)

0.04

 

4

5.8(2)

6.2(2)

0.04

 

2

7.9(2)

8.3(2)

0.05

04

3

7.7(2)

8.2(2)

0.05

 

4

7.6(2)

8.0(2)

0.05

 

2

12.1(4)

12.8(4)

0.08

06

3

12.0(4)

12.7(4)

0.08

 

4

11.7(3)

12.4(4)

0.08

 

2

15.7(5)

16.6(5)

0.11

08

3

15.2(4)

16.1(5)

0.10

 

4

14.8(4)

15.7(5)

0.10

 

2

19.7(6)

20.8(6)

0.13

10

3

19.7(6)

20.9(6)

0.13

 

4

19.2(6)

20.3(6)

0.13

 

2

22.7(7)

24.1(7)

0.15

12

3

22.4(7)

23.8(7)

0.15

 

4

21.8(6)

23.1(7)

0.15

Note:

  1. Medium and low speed capacities are approximately 80 percent and 60 percent respectively of the high speed capacity.
  2. Q/ITD = MBH (kW)/(Saturated steam temperature - Entering air temperature). To determine heating capacities at different entering steam pressure or entering air temperature, compute the new ITD and multiply it by the Q/ITD shown. (See the Steam Properties table at the end of this section to determine the saturated steam temperatures at various entering steam pressures.)

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