Chilled Water Fan Coil Unit

Maxxum
Model:HCCA Size 10~24

The Best Choice for Comfort

The HCCA High Capacity Chilled

Water Fan Coil Unit
Designed for applications that required 1000

 HCCA Fan Coil Application

Example

CFM to 2400 CFM fan coil unit.

Such environment must be quiet and

comfortable Trane have paid special

 Features

attention to the noise in fan coil units, We

use balanced motors, fan and permanently

Flexible

lubricated motor bearings to eliminate noise.

With rear, bottom return plenum or without

plenum
High Capacity
Three, four or six rows of cooling coils with

HCCA fan coil units are the best solution for

separated and independent air conditioning
system. They have been used successfully

Commercial Centers, Shopping Malls and Hospitals

to avoid cross contamination from bacteria.

Trane designed Wavy 3B Aluminum Slit Fin

Two or Four Pipe System
Cooling only or cooling/heating capability
Rigid Casing

Plenum Box
(Option)

1.2 mm galvanized steel with 9 mm nonflammable PU insulation

Independently levelable, one piece
stamped drain pan

High Capacity Coil

High Efficiency Motor
Top Panel

Left End Panel

Fan

Outlet Collar

Permanently lubricated motor bearings

Balanced motor and fan
Factory run tested
Meet BS 476 fire code

 Benefits

Junction
Box

Fits most chilled water applications

Reduced height for normal and specialized
installations
One unit provides total comfort... Cooling
and heating
Prevents moisture on the casing
Can be angled to accelerate condensate
drainage
Minimum maintenance
Low vibration and noise

Drain Pan
Water Vent

Reliable Operation

American Standard Inc.

HCCA-PRC001-EN

HCCA Model Nomenclature

A 14 C

N M

4 5,6 7

10 11 12 13 14

DIGIT 1
H = High
DIGIT 2
C = Capacity
DIGIT 3
C = Concealed
DIGIT 4
A = Development Sequence
DIGIT 5,6 - Size / Nominal CFM (@100 Pa ESP)
10 = 1000 CFM
14 = 1400 CFM
18 = 1800 CFM
24 = 2400 CFM
DIGIT 7 - Coil Row, Connection Side
C = 3 Row Cooling, Right Hand
D = 3 Row Cooling, Left Hand
E = 4 Row Cooling, Right Hand
F = 4 Row Cooling, Left Hand
J = 3 Row Cooling, 1 Row Heating, Right Hand
K = 3 Row Cooling, 1 Row Heating, Left Hand
L = 4 Row Cooling, 2 Row Heating, Right Hand
M = 4 Row Cooling, 2 Row Heating, Left Hand
N = 6 Row Cooling, Right Hand
P = 6 Row Cooling, Left Hand
S = Special
DIGIT 8 - Electric Heat 220V (240V)
N = None
A = 1.0 kW(1.2 kW) Heater (Size 10~24)
B = 1.5 kW(1.8 kW) Heater (Size 10~24)
C = 2.0 kW(2.4 kW) Heater (Size 10~24)
D = 2.5 kW(3.0 kW) Heater (Size 10~24)
E = 3.0 kW(3.6 kW) Heater (Size 10~24)
F = 3.5 kW(4.2 kW) Heater (Size 10~24)
G = 4.0 kW(4.8 kW) Heater (Size 14~24)
H = 5.0 kW(6.0 kW) Heater (Size 18~24)
I = 6.0 kW(7.2 kW) Heater (Size 18~24)
J = 7.0 kW(8.4 kW) Heater (Size 24 Only)
K = 8.0 kW(9.6 kW) Heater (Size 24 Only)
S = Special
 kW in bracket for 240V only
DIGIT 9 - Motor Type
M = Normal Capacity with Temperature Cutout
S = Special

DIGIT 10 - Voltage / Hertz / Phase

1 = 220-240 / 50 / 1
2 = 220-240 / 60 / 1
S = Special
DIGIT 11 - Water Connection
N = Thread Connection / Without Valve Package
B = 2 Pipe System / With Single 2-Way 2 Position
Valve/Without Thermostat
C = 2 Pipe System / With Single 2-Way 2 Position
Valve / With Cool Thermostat
D = 2 Pipe System / With Single 2-Way 2 Position
Valve / With Cool/Heat Thermostat
E = 2 Pipe System / With Single 3-Way 2 Position
Valve / Without Thermostat
F = 2 Pipe System / With Single 3-Way 2 Position
Valve / With Cool Thermostat
G = 2 Pipe System / With Single 3-Way 2 Position
Valve / With Cool/Heat Thermostat
H = 4 Pipe System / With 2 Sets 2-Way 2 Position
Valve / Without Thermostat
I = 4 Pipe System / With 2 Sets 2-Way 2 Position
Valve / With Cool/Heat Thermostat
Y = Sweat Connection / Without Valve Package
1 = 2 Pipe System / With Single 2-Way 2 Position
Valve / With Trane Wall Mounted Zone Sensor /
ZN510 (Cooling Only)
2 = 2 Pipe System / With Single 2-Way 2 Position
Valve / With Trane Wall Mounted Zone Sensor /
ZN510 (Cooling & Heating)
3 = 2 Pipe System / With Single 2-Way Floating Valve
/ With Trane Wall Mounted Zone Sensor / ZN520
(Cooling Only)
4 = 2 Pipe System / With Single 2-Way Floating Valve
/ With Trane Wall Mounted Zone Sensor / ZN520
(Cooling & Heating)
5 = 2 Pipe System / With Single 3-Way 2 Position
Valve / With Trane Wall Mounted Zone Sensor /
ZN510 (Cooling Only)
6 = 2 Pipe System / With Single 3-Way 2 Position
Valve / With Trane Wall Mounted Zone Sensor /
ZN510 (Cooling & Heating)
7 = 2 Pipe System / With Single 3-Way Floating Valve
/ With Trane Wall Mounted Zone Sensor / ZN520
(Cooling Only)
8 = 2 Pipe System / With Single 3-Way Floating Valve
/ With Trane Wall Mounted Zone Sensor / ZN520
(Cooling & Heating)

DIGIT 12 - Drain Pan

A = STD. Galvanized Steel / 5mm PE Insulation
B = Long Galvanized Steel / 5mm PE Insulation
C = STD. SUS / 5mm PE Insulation
D = Long SUS / 5mm PE Insulation
E = STD. Galvanized Steel / 6mm Non-Flammable
BS476, Part7 Insulation
F = Long Galvanized Steel / 6mm Non-Flammable
BS476, Part7 Insulation
G = STD. SUS / 6mm Non-Flammable BS476, Part7
Insulation
H = Long SUS / 6mm Non-Flammable BS476, Part7
Insulation
I = STD. Galvanized Steel / 10mm PE Insulation
J = Long Galvanized Steel / 10mm PE Insulation
M = STD. Galvanized Steel / 15mm PE Insulation
O = Long Galvanized Steel / 15mm PE Insulation
R = STD. SUS / 15mm PE Insulation
T = Long SUS / 15mm PE Insulation
U = STD. Galvanized Steel / 15mm Non-Flammable
BS476, Part7 Insulation
V = Long Galvanized Steel / 15mm Non-Flammable
BS476, Part7 Insulation
S = Special
DIGIT 13 - Plenum / Filters
N = Without Return Plenum / No Filter
F = With Rear Return Plenum / No Filter
G = With Rear Return Plenum / 25mm Aluminum Media
P = With Rear Return Plenum / 25mm Foam Media
Q = With Bottom Return Plenum / No Filter
R = With Bottom Return Plenum / 25mm Aluminum Media
T = With Bottom Return Plenum / 25mm Foam Media
S = Special
DIGIT 14 - Design Sequence
C = Third
Notes:
1. The wiring of thermostat or zone sensor to motors,
ZN or valves must be done on job site.
2. Non-flammable PU insulation meet the regulation of
BS476 part7 class 1 and part6 class O.

HCCA-PRC001-EN

Performance Data

Cooling Capacity (kW)

220V/60Hz/1P, High Speed, Normal Motor, ESP 100Pa, EWT:7C
UNIT SIZE

AIRFLOW(CMH)

HCCA10

1928

HCCA14

2328

HCCA18

3211

HCCA24

4281

EAT(DB)
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32

3ROW
EAT(WB) SH(kW)
17 6.37
18.7 6.89
22 6.97
23.8 7.59
25.5 8.19
17 8.36
18.7 9.09
22 9.46
23.8 10.39
25.5 10.92
17 11.65
18.7 12.67
22 12.77
23.8 13.62
25.5 14.46
17 15.89
18.7 16.92
22 16.64
23.8 17.63
25.5 19.51

TH(kW)
7.08
8.45
12.41
14.85
17.23
10.26
12.25
17.98
21.52
23.97
14.45
17.23
23.94
27.65
31.22
20.15
23.04
30.86
35.29
42.35

WTR
5
5
5
5
5
5
5
5
5
5.8
5
5
6.0
6.7
7.4
5.5
6.1
8.1
9.0
9.0

WFR
0.388
0.404
0.593
0.709
0.823
0.490
0.585
0.859
1.028
0.981
0.690
0.823
0.957
0.986
1.012
0.882
0.900
0.906
0.937
1.124

WPD
14.24
15.27
29.81
40.94
53.50
17.45
23.76
46.84
64.70
59.48
34.52
47.16
61.76
65.16
68.35
71.38
73.96
74.74
79.40
110.17

AIRFLOW(CMH)

1886

2294

3203

4230

EAT(DB)
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32

4ROW
EAT(WB) SH(kW)
17 6.73
18.7 7.31
22 7.65
23.8 8.39
25.5 8.88
17 9.05
18.7 9.9
22 10.47
23.8 11.21
25.5 11.96
17 12.91
18.7 13.77
22 14.05
23.8 14.97
25.5 16.44
17 16.89
18.7 18.47
22 20.02
23.8 21.67
25.5 23.14

TH(kW)
8.35
9.97
14.63
17.51
19.67
12.24
14.60
20.85
24.03
27.22
17.59
20.10
27.49
31.53
37.15
22.99
27.42
40.26
46.93
53.16

WTR
5
5
5
5
5.6
5
5
5.4
6.2
6.8
5
5.4
7.0
7.9
7.8
5
5
5
5.5
6.1

WFR
0.399
0.476
0.699
0.837
0.833
0.585
0.698
0.914
0.921
0.952
0.841
0.885
0.942
0.954
1.133
1.098
1.310
1.924
2.051
2.096

WPD
19.17
25.96
25.96
70.08
69.54
30.24
41.14
66.28
67.14
71.25
62.37
68.22
76.34
78.08
106.29
22.10
30.11
59.77
67.11
69.81

AIRFLOW(CMH)

4ROW
EAT(WB) SH(kW)
17 6.30
18.7 6.90
22 7.54
23.8 8.36
25.5 8.90
17 9.61
18.7 10.52
22 10.80
23.8 11.83
25.5 12.73
17 12.10
18.7 13.25
22 13.01
23.8 14.06
25.5 14.90
17 17.13
18.7 18.73
22 20.28
23.8 21.77
25.5 23.56

TH(kW)
8.75
10.44
15.33
18.35
20.68
13.26
15.83
21.51
25.50
29.20
16.69
19.91
25.50
29.79
33.50
23.26
27.75
40.74
47.03
54.17

WTR
5
5
5
5
5.6
5
5
6.3
6.6
7.0
5
5
7.3
8.0
8.7
5
5
5
5.7
5.9

WFR
0.418
0.499
0.733
0.877
0.886
0.634
0.756
0.815
0.921
0.990
0.797
0.951
0.836
0.893
0.919
1.111
1.326
1.947
19.85
2.190

WPD
20.76
28.17
55.29
76.22
77.69
34.78
47.33
54.06
67.13
76.38
56.72
77.60
61.66
69.37
73.01
22.56
30.76
61.07
63.23
75.62

AIRFLOW(CMH)

1801

2226

3186

4145

EAT(DB)
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32

6ROW
EAT(WB) SH(kW)
17 6.88
18.7 7.53
22 7.89
23.8 8.41
25.5 8.91
17 9.12
18.7 10.01
22 11.02
23.8 12.25
25.5 13.36
17 13.90
18.7 15.29
22 17.04
23.8 19.00
25.5 20.35
17 18.77
18.7 20.71
22 21.98
23.8 23.69
25.5 25.31

TH(kW)
9.41
11.23
15.81
18.12
20.35
12.92
15.41
22.62
27.07
31.32
20.05
23.92
35.12
42.03
47.57
27.99
33.39
45.52
52.45
59.26

WTR
5
5
5.7
6.6
7.4
5
5
5
5
5.1
5
5
5
5
5.5
5
5
6.3
7.1
7.8

WFR
0.450
0.536
0.663
0.658
0.661
0.617
0.736
1.081
1.294
1.480
0.958
1.143
1.678
2.008
2.074
1.337
1.596
1.736
1.763
1.821

WPD
34.51
46.62
67.55
66.73
67.11
7.86
10.82
20.86
28.15
35.16
19.32
25.75
48.43
65.44
69.14
44.59
60.98
70.68
72.67
77.02

EAT(DB)
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32

6ROW
EAT(WB) SH(kW)
17 6.60
18.7 7.28
22 7.86
23.8 8.46
25.5 9.13
17 9.65
18.7 10.60
22 11.81
23.8 13.16
25.5 14.44
17 12.98
18.7 14.28
22 15.98
23.8 17.84
25.5 19.59
17 18.67
18.7 20.59
22 21.50
23.8 23.45
25.5 25.05

TH(kW)
9.92
11.84
16.43
18.88
21.54
13.98
16.68
24.49
29.31
34.01
18.85
22.49
33.02
39.52
45.87
27.89
33.27
44.51
52.05
58.77

WTR
5
5
5
6.8
7.3
5
5
5
5
5
5
5
5
5
5
5
5
6.6
7.2
7.9

WFR
0.474
0.566
0.654
0.660
0.705
0.668
0.797
1.170
1.400
1.625
0.901
1.075
1.578
1.888
2.191
1.332
1.590
1.619
1.734
1.784

WPD
37.72
51.24
65.93
67.05
75.29
9.10
12.44
23.81
30.08
41.11
17.49
23.31
43.73
58.99
75.87
44.30
60.49
62.43
70.58
74.20

220V/50Hz/1P, High Speed, Normal Motor, ESP 100Pa, EWT:7C

UNIT SIZE

AIRFLOW(CMH)

HCCA10

1928

HCCA14

2328

HCCA18

3211

HCCA24

4281

EAT(DB)
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32

3ROW
EAT(WB) SH(kW)
17 5.96
18.7 6.48
22 6.83
23.8 7.50
25.5 8.14
17 8.91
18.7 9.69
22 10.18
23.8 11.18
25.5 11.86
17 10.93
18.7 11.90
22 12.13
23.8 13.10
25.5 13.96
17 15.61
18.7 16.73
22 16.59
23.8 17.62
25.5 18.68

TH(kW) WTR
7.51
5
8.97
5
13.16 5
15.75 5
18.28 5
11.17 5
13.32 5
19.56 5
23.41 5
26.38 5.6
13.77 5
16.43 5
23.07 5.8
27.04 6.2
30.67 6.8
18.84 6.2
21.88 6.8
30.20 8.5
34.72 9.4
39.20 10.5

WFR
0.359
0.428
0.629
0.753
0.874
0.534
0.637
0.953
1.119
1.131
0.658
0.785
0.956
1.036
1.077
0.728
0.765
0.845
0.884
0.892

WPD
12.46
16.87
33.08
45.59
59.64
20.26
27.58
54.53
75.47
76.94
31.76
43.36
61.68
71.26
76.42
50.80
55.43
66.06
71.62
72.78

AIRFLOW(CMH)

1886

2294

3203

4230

EAT(DB)
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32
24
26
28
30
32

1495

2294

2939

4188

Heating Capacity (kW)

UNIT SIZE

WFR (LPS)

HCCA10
HCCA10
HCCA14
HCCA14
HCCA18
HCCA18
HCCA24
HCCA24

0.2
0.3
0.2
0.3
0.2
0.3
0.2
0.3

American Standard Inc.

45C
4.26
4.45
5.31
5.55
6.45
6.73
7.57
7.91

EAT 21C 220V/60Hz/1P

1-ROW
2-ROW
55C
65C
45C
55C
6.04
7.89
6.23
8.86
6.36
8.20
6.36
9.09
7.53
9.83
7.76
11.05
7.93
10.23
7.93
11.33
9.14
11.93
9.41
13.40
9.62
12.41
9.62
13.74
10.73 14.01 11.06 15.74
11.30 14.58 11.30 16.14

65C
11.50
11.73
14.33
14.62
17.38
17.72
20.42
20.82

45C
4.41
4.61
5.55
5.80
6.28
6.57
7.61
7.95

EAT 21C 220V/50Hz/1P

1-ROW
2-ROW
55C
65C
45C
55C
6.25
8.16
6.44
9.16
6.58
8.49
6.58
9.40
7.88
10.28
8.12
11.55
8.29
10.69
8.30
11.85
8.91
11.63
9.19
13.07
9.38
12.10
9.39
13.41
10.79 14.09 11.12 15.53
11.36 14.65 11.37 16.24

65C
11.89
12.13
14.99
15.29
16.96
17.30
20.54
20.95

SH : Sensible cooling capacity, kW

TH : Total cooling capacity, kW
ESP : External static pressure, Pa
CMH : Cubic meter per hour
LPS : Liter per second
EWT : Entering water temperature, C
EAT : Entering air temperature, C
WTR : Water temperature rise, C
WPD : Water pressure drop, KPa
WFR : Water flow rate, LPS

HCCA-PRC001-EN

Electrical Data &

Sound Power Ratings

Coil Connection

Electrical Data
220V/60Hz/1P input Power (kW) at 100Pa ESP
HCCA UNIT
SIZE ROW
10
3
14
3
18
3
24
3
10
4
14
4
18
4
24
4
10
6
6
14
18
6
24
6

High
0.46
0.54
1.01
1.36
0.45
0.53
1.00
1.34
0.44
0.52
0.99
1.30

Fan Speed
Medium
0.33
0.49
0.75
1.19
0.32
0.49
0.74
1.17
0.32
0.47
0.73
1.14

Low
0.29
0.45
0.57
0.94
0.29
0.44
0.56
0.92
0.28
0.43
0.55
0.91

220V/50Hz/1P input Power (kW) at 100Pa ESP

Cooling
Heating

Coil Type
A
B
C
D
E
F
G
H

DIMENSION

Low
0.19
0.34
0.42
0.77
0.19
0.33
0.42
0.75
0.18
0.31
0.41
0.72

Cooling
Heating
Cooling
Heating

Sweat (inch)

CONN.
SIZE

High
0.27
0.41
0.64
1.08
0.26
0.39
0.63
1.06
0.25
0.37
0.62
1.02

Fan Speed
Medium
0.25
0.38
0.52
0.89
0.24
0.37
0.52
0.87
0.23
0.35
0.51
0.84

Thread (FPT)

CONN.
DIMENSION
SIZE

HCCA UNIT
SIZE ROW
10
3
14
3
18
3
24
3
10
4
14
4
18
4
24
4
10
6
14
6
18
6
24
6

Unit

Unit
Coil Type
A
B
C
Sweat (inch)
Thread (FPT)

Cooling & Heating Coil Connection Dimension

10
14
18
3 Row
4 Row
3 Row
4 Row
3 Row
4 Row
1 Row
2 Row
1 Row
2 Row
1 Row
2 Row
109
65
109
65
109
65
153
131
153
131
153
131
182
165
182
165
182
165
187
208
182
200
182
200
100
88
152
139
152
139
228
228
229
229
229
229
60
154
66
165
66
165
263
216
290
170
290
170
7/8
7/8
7/8
7/8
7/8
7/8
5/8
5/8
5/8
7/8
5/8
7/8
3/4

3/4

3/4

3/4

3/4

24
3 Row
1 Row
109
153
182
208
152
229
174
181
7/8
5/8

3/4

3/4

4 Row
2 Row
65
131
165
186
172
196
117
170
1-1/8
7/8
1
3/4

Sound Power Ratings

60Hz HCCA Sound Power Level
ITEM & SPEED
UNIT SIZE Fan Speed
10
High
10
Medium
10
Low
14
High
14
Medium
14
Low
18
High
18
Medium
18
Low
24
High
24
Medium
24
Low

Octave Band (dB) & Central Frequency (Hz)

125 250 500 1000 2000 4000 8000
71
68
63
59
58
60
56
65
62
57
53
53
52
45
63
59
56
52
52
49
44
71
69
63
58
58
59
56
68
66
59
55
56
56
50
66
62
57
53
54
52
45
78
74
68
67
65
67
63
73
68
63
61
60
60
54
68
63
58
56
55
53
46
84
82
75
72
70
71
70
81
79
72
68
67
69
65
77
74
68
64
63
65
60

50Hz HCCA Sound Power Level

ITEM & SPEED
UNIT SIZE Fan Speed
10
High
10
Medium
10
Low
14
High
14
Medium
14
Low
18
High
18
Medium
18
Low
24
High
24
Medium
24
Low

Octave Band (dB) & Central Frequency (Hz)

125 250 500 1000 2000 4000 8000
71
67
62
58
57
57
53
69
65
60
56
55
55
50
64
59
55
51
51
48
42
73
72
65
61
60
61
59
71
68
63
59
58
59
56
68
64
59
55
56
56
50
77
73
67
66
65
67
63
74
69
64
62
62
63
57
72
65
60
58
59
57
51
84
83
76
72
71
72
71
82
80
73
70
68
70
67
79
76
70
66
65
67
63

Note:Dimension in mm

3R
131
88
215
7/8
3/4

10
4R
109
88
228
7/8
3/4

Cooling Coil Connection Dimension

14
6R
3R
4R
6R
3R
65
131
109
65
131
88
137
137
172
137
228
216
229
196
216
7/8
7/8
7/8
1-1/8
7/8
3/4
3/4
3/4
1
3/4

18
4R
109
137
229
7/8
3/4

6R
65
172
196
1-1/8
1

3R
131
137
216
7/8
3/4

24
4R
109
172
196
1-1/8
1

6R
65
172
196
1-1/8
1

25.4mm = 1 inch

Notes:
1. Data referenced to 10-12 watts.
2. Above performance determined with Normal static motor operating
against 0 Pa ESP (no ducting, ceiling material or other sound
attenuating materials used).

HCCA-PRC001-EN

Dimensions

UNIT
SIZE
HCCA-10
HCCA-14
HCCA-18
HCCA-24

Wiring Diagram & Weight

Case & Drain Pan Size

A
B
887
921
963
997
1090 1124
1623 1657

C
189
157
171
163

D
*1164
*1208
*1349
*1874

External Dimension
D1
*1349
*1454
*1624
*2074

E
483
483
449
449

F
*748
*748
*799
*799

G
703
703
754
754

H
266
316
316
316

Notes : 1. Dimension is mm.

2. Right hand coil connection shown.
3. External wiring, controls not supplied by Trane.
4. See coil connections size and location.
5. D=standard drain pan, D1=extend drain pan.

I
317
370
370
370

J
*409
*416
*448
*448

L
310
310
361
361

M
825
901
1028
1561

N
370
370
412
412

O
889
965
1092
1625

Without
Plenum
Q
R
*706 687
*706 687
*758 739
*758 739

Wiring Diagram

*Represent outine dimension of unit.

Figure 1 : HCCA Unit Without Plenum

Factory Std. Wiring of HCCA-Standard Motor

Unit Size
10
14
18
24
Power Supply
220/50 220/60 220/50 220/60 220/50 220/60 220/50 220/60
(Volt/Hz)
Black
Black
High Yellow Black Yellow Black
Wire
Yellow
Yellow
Medium Blue Yellow Blue Yellow
Color
Blue
Blue
Low Orange Blue Orange Blue

Weight
HCCA Unit Operating Weights
HCCA Unit without Plenum Operating Weights (kg)
Row/Size
10
14
18
24
3ROW
50
54
71
81
4ROW
54
59
76
90
6ROW
62
70
88
105

Figure 2 : HCCA Unit With Rear Return Plenum

HCCA Unit with Plenum Operating Weights (kg)

Row/Size
10
14
18
3ROW
64
69
90
4ROW
68
74
95
6ROW
76
85
107

24
106
115
132

HCCA Unit Net Weights

HCCA Unit without Plenum Net Weights (kg)
Row/Size
10
14
18
3ROW
47
50
66
4ROW
50
54
70
6ROW
56
62
79

Figure 3 : HCCA Unit With Bottom Return Plenum

Row/Size
3ROW
4ROW
6ROW

HCCA Unit with Plenum Net Weights (kg)

10
14
18
61
65
85
64
69
89
70
77
98

24
75
82
93

24
100
107
120

 Add 4kg W / ZN + valve

Figure 4 : S & T Drain Pan, For (Fig 1, 2, 3)

American Standard Inc.

HCCA-PRC001-EN

Product Specification

=Basic Unit
The Trane Model HCCA fan coil unit
consisting rigid galvanized steel casing,
copper tube/aluminum fin coil type heat
exchanger, fan board assembly, manual
coil air vent with drain pan, junction box
with terminal strip.
Unit casing manufactured by 1.2mm
thick galvanized steel with internal
insulated high-density non-flammable
PU foam.
The standard unit is without return air
plenum, or selected with bottom return
air plenum or rear return air plenum in
option, while filter is another option
associated to the return air plenum.

=Fan Board
All motors, with internal thermal
temperature cutout above 140C, are
permanent split-capacitor, three speed,
tap wound, induction type for maximum
efficiency. Motors have permanently
lubricated ball bearings and all-direction,
vibration isolating mountings to ensure
vibration free operation and minimum
noise. Motor wiring is enclosed by
flexible metal conduit and connected to
the junction box. All motors are
performed in-house test and finished
unit test again prior to shipment.
All unit sizes have both ends shaft for
motor. The material of fan wheel is
galvanized steel and mounted directly
onto each shaft. The DIDW centrifugal
fans have balanced and forward curved
blades. Fan housings are made of
galvanized sheet steel. The fan board
can be simply removed by loosening the
fasteners for easy service purpose.

Options

=Heater

=Coil
Coils are 3/8 inch OD copper tubes
mechanically bonded to Wavy 3B
aluminum fin collars. A manual air vent
with drain line to the drain pan is
standard to avoid any water drips when
venting. Standard coils are factory leak
tested at 20 kg/cm2 (20 Bar)
and are recommended for operation up
to 13 kg/cm2 (13 Bar) working pressure.
Coils are fitted with either sweat
connection or female pipe thread
connection. Cooling while coil has one
set of connection, hot water heating
option have two sets of connection.
Available coils are 3 row cooling, 4 row
cooling, 6 row cooling, 3 row cooling + 1
row heating, and 4 row cooling + 2 row
heating.

=Drain Pan
The drain pan is 25mm depth with 0.
8mm thickness galvanized steel c/w
internal epoxy resin coating.
For sure without leakage occur, the
fabrication of drain pan by one-piece
stamping process with seamless and no
joint. The standard insulation material is
5mm thickness, 27 kg/m3 density PE
foam. The drain pan has one 3/4-inch
male pipe thread (JIS B 0203-1966)
connection.

Two types of heating device are

available: hot water and electric
sheathed heating element. Please
check technical data for such different
types of heating capacity.
Meet Australia safety code AS 1668.1
(Section 2.9), and AS 3102.

=Plenum & Filters

The rear return air plenum and bottom
return air plenum, with 9mm pu
insulation as internal lining for fan motor
noise reduction. A 25mm thick foam or
aluminum filter is available for different
types of return plenum.

=S430(Standard) / S304(Option)
Stainless Steel Drain Pan
=Blue Fin
The blue fin with vinyl-epoxy-based
coating that has been tested under
ASTM B117, and thus of higher
corrosion resistance than aluminum fin
stock.

=Factory-mounted Control Valve

Package
Factory mounted and tested for options
of 2way or 3way control valve package,
and provision with or without thermostat.

=Trane Building Management

System
The Tracer Summit system is
designed for monitoring and control air
conditioning system, lighting and other
controllable devices for building.
Such Building Control Unit (BCU)
manages all Unit Control Moduls (UCM)
for different zones management. Each
UCM performs scan on couples of
HCCA equips ZN controller in specific
zone and regularly report to the central
system.

HCCA-PRC001-EN

The Trane Fan Coil...

...Invented by Trane
...Perfected by Trane

Since 1885, Trane has been at the

technological forefront of air conditioning.

Over 70 years ago Trane produced the first

fan coil unit and in so doing created a

The company's pioneering spirit,

commitment to research and pursuit of

product which is now built worldwide. The

universal acceptance of this product has

quality have made it a world leader in the

manufacture of water chillers.

prompted Trane to focus the same

engineering experience to the fan coil as
given to the refrigeration products.

FM38631
ISO 9001 Qualified factory - Trane Taiwan
Trane
A business of
American Standard Companies

Literature Order Number

HCCA-PRC001-EN-1006

File Number

HCCA-TS-13

Supersedes

HCCA-PRC001-EN-0106

http : // www.trane.com
Stocking location

An American-Standard Company

Taipei, Taiwan

Since The Trane Company has a policy of continuous product improvement, it reserves the right to change design and
specifications without notice.