Chilled Water

Fan Coil Unit

MaxxumTM
Model:HCCA Size 10-24
 Features and Benefits

The HCCA High Capacity Independently levelable, one piece Benefits

Chilled Water Fan Coil Unit stamped drain pan Fits most chilled water applications
Permanently lubricated motor Reduced height for normal and
HCCA fan coil units are the best bearings specialized installations
solution for separated and indepen- Balanced fan and motor One unit provides total comfort...
dent air conditioning system that Factory run tested Cooling and heating
designed with airflow range from Meet BS 476 fire code Prevents moisture on the casing
1000CFM to 2400CFM. They have High external static application up to Adjustable drain pan slope
been used successfully to avoid cross 250 Pascal Reliable Operation
contamination from bacteria.

Features
Flexible
With rear, bottom return plenum or
Plenum Box
without plenum (Option)
High Capacity Coil
High Capacity
Three, four or six rows of cooling High Efficiency Motor
coils with aluminum blue fins Left End Panel Top Panel
Outlet Collar
Two or Four Pipe System Fan
Cooling only or cooling/heating
capability
Rigid Casing
1.2 mm galvanized steel with 10 mm Junction
non-flammable PU insulation Box

Drain Pan

Water Vent

HCCA Accessories

ZN510/520 Zone Sensor Water Valve LCD Thermostat

2
 HCCA Model Nomenclature

H C C A 14 C N M 1 N A N C
1 2 3 4 5,6 7 8 9 10 11 12 13 14

DIGIT 1 DIGIT 9 - Motor Type G = STD. SUS / 6mm Non-Flammable BS476,

H = High M = Normal Duty with Temperature Cutout Part7 Insulation
S = Special H = Long SUS / 6mm Non-Flammable BS476,
DIGIT 2
Part7 Insulation
C = Capacity DIGIT 10 - Voltage / Hertz / Phase
I = STD. Galvanized Steel / 10mm Non-
1 = 220-240 / 50 / 1
DIGIT 3 Flammable BS476, Part7 Insulation
2 = 220-240 / 60 / 1
C = Concealed J = Long Galvanized Steel / 10mm Non-
S = Special
Flammable BS476, Part7 Insulation
DIGIT 4
DIGIT 11 - Water Connection M = STD. SUS / 10mm Non-Flammable BS476,
A = Development Sequence
N = None Part7 Insulation
DIGIT 5,6 - Size / Nominal CFM (@100 Pa ESP) A = 2-pipe, with 2-way Valve O = Long SUS / 10mm Non-Flammable BS476,
10 = 1000 CFM B = 2-pipe, with 3-way Valve Part7 Insulation
14 = 1400 CFM C = 4-pipe, with 2-way Valves R = STD. Galvanized Steel / 15mm Non-
18 = 1800 CFM D = 2-pipe, with 2-way Valve & LCD Thermostat Flammable BS476, Part7 Insulation
24 = 2400 CFM F = 2-pipe, with 3-way Valve & LCD Thermostat T = Long Galvanized Steel / 15mm Non-
G = 4-pipe, with 2-way Valves & LCD Thermostat Flammable BS476, Part7 Insulation
DIGIT 7 - Coil Row, Connection Side
H = 2-pipe, with 2-way Valve & ZN510 w/ Zone U = STD. SUS / 15mm Non-Flammable BS476,
C = 3 Row Cooling, Right Hand
Sensor Part7 Insulation
D = 3 Row Cooling, Left Hand
J = 2-pipe, with 3-way Valve & ZN510 w/ Zone V = Long SUS / 15mm Non-Flammable BS476,
E = 4 Row Cooling, Right Hand
Sensor Part7 Insulation
F = 4 Row Cooling, Left Hand
K = 4-pipe, with 2-way Valves & ZN510 w/ Zone S = Special
J = 3 Row Cooling, 1 Row Heating, Right Hand
Sensor
K = 3 Row Cooling, 1 Row Heating, Left Hand DIGIT 13 - Plenum / Filters
L = 2-pipe, with 2-way Valve & ZN520 w/ Zone
L = 4 Row Cooling, 2 Row Heating, Right Hand N = Without Return Plenum / No Filter
Sensor
M = 4 Row Cooling, 2 Row Heating, Left Hand F = With Rear Return Plenum / No Filter
M = 2-pipe, with 3-way Valve & ZN520 w/ Zone
N = 6 Row Cooling, Right Hand G = With Rear Return Plenum / 25mm Aluminum
Sensor
P = 6 Row Cooling, Left Hand Media
P = 4-pipe, with 2-way Valves & ZN520 w/ Zone
S = Special P = With Rear Return Plenum / 25mm Foam
Sensor
Media
DIGIT 8 - Electric Heat 220V (240V) Q = 2-pipe, with 2-way Floating Valve & ZN520
Q = With Bottom Return Plenum / No Filter
N = None w/ Zone Sensor
R = With Bottom Return Plenum / 25mm
A = 1.0 kW(1.2 kW) Heater (Size 10~24) R = 2-pipe, with 3-way Floating Valve & ZN520
Aluminum Media
B = 1.5 kW(1.8 kW) Heater (Size 10~24) w/ Zone Sensor
T = With Bottom Return Plenum / 25mm Foam
C = 2.0 kW(2.4 kW) Heater (Size 10~24) S = 4-pipe, with 2-way Floating Valves & ZN520
Media
D = 2.5 kW(3.0 kW) Heater (Size 10~24) W/Zone Sensor
S = Special
E = 3.0 kW(3.6 kW) Heater (Size 10~24)
F = 3.5 kW(4.2 kW) Heater (Size 10~24) DIGIT 12 - Drain Pan DIGIT 14 - Design Sequence
G = 4.0 kW(4.8 kW) Heater (Size 14~24) A = STD. Galvanized Steel / 7mm PE Insulation C = Third
H = 5.0 kW(6.0 kW) Heater (Size 18~24) B = Long Galvanized Steel / 7mm PE Insulation
Notes:
I = 6.0 kW(7.2 kW) Heater (Size 18~24) C = STD. SUS / 7mm PE Insulation
1. The wiring of thermostat or zone sensor to
J = 7.0 kW(8.4 kW) Heater (Size 24 Only) D = Long SUS / 7mm PE Insulation
motors, ZN or valves must be done on job site.
K = 8.0 kW(9.6 kW) Heater (Size 24 Only) E = STD. Galvanized Steel / 6mm Non-
2. Non-flammable insulation meet the regulation of
S = Special Flammable BS476, Part7 Insulation
BS476 part7 class 1 and part6 class O.
*kW in bracket for 240V only F = Long Galvanized Steel / 6mm Non-
Flammable BS476, Part7 Insulation

3
 Performance Data

Cooling Capacity (kW)

220V/60Hz/1P, High Speed, Normal Motor, ESP 100Pa, EWT:7
3ROW 4ROW 6ROW
UNIT SIZE
AIRFLOW(CMH) EAT(DB) EAT(WB) SH(kW) TH(kW) WTR WFR WPD AIRFLOW(CMH) EAT(DB) EAT(WB) SH(kW) TH(kW) WTR WFR WPD AIRFLOW(CMH) EAT(DB) EAT(WB) SH(kW) TH(kW) WTR WFR WPD
24 17 6.37 7.08 5 0.388 14.24 24 17 6.73 8.35 5 0.399 19.17 24 17 6.88 9.41 5 0.450 34.51
26 18.7 6.89 8.45 5 0.404 15.27 26 18.7 7.31 9.97 5 0.476 25.96 26 18.7 7.53 11.23 5 0.536 46.62
HCCA10 1928 28 22 6.97 12.41 5 0.593 29.81 1886 28 22 7.65 14.63 5 0.599 25.96 1801 28 22 7.89 15.81 5.7 0.663 67.55
30 23.8 7.59 14.85 5 0.709 40.94 30 23.8 8.39 17.51 5 0.837 70.08 30 23.8 8.41 18.12 6.6 0.658 66.73
32 25.5 8.19 17.23 5 0.823 53.50 32 25.5 8.19 17.23 5 0.823 53.50 32 25.5 8.91 20.35 7.4 0.661 67.11
24 17 8.36 10.26 5 0.490 17.45 24 17 9.05 12.24 5 0.585 30.24 24 17 9.12 12.92 5 0.617 7.86
26 18.7 9.09 12.25 5 0.585 23.76 26 18.7 9.9 14.60 5 0.698 41.14 26 18.7 10.01 15.41 5 0.736 10.82
HCCA14 2328 28 22 9.46 17.98 5 0.859 46.84 2294 28 22 10.47 20.85 5.4 0.914 66.28 2226 28 22 11.02 22.62 5 1.081 20.86
30 23.8 10.39 21.52 5 1.028 64.70 30 23.8 11.21 24.03 6.2 0.921 67.14 30 23.8 12.25 27.07 5 1.294 28.15
32 25.5 10.92 23.97 5.8 0.981 59.48 32 25.5 11.96 27.22 6.8 0.952 71.25 32 25.5 13.36 31.32 5.1 1.480 35.16
24 17 11.65 14.45 5 0.690 34.52 24 17 12.91 17.59 5 0.841 62.37 24 17 13.90 20.05 5 0.958 19.32
26 18.7 12.67 17.23 5 0.823 47.16 26 18.7 13.77 20.10 5.4 0.885 68.22 26 18.7 15.29 23.92 5 1.143 25.75
HCCA18 3211 28 22 12.77 23.94 6.0 0.957 61.76 3203 28 22 14.05 27.49 7.0 0.942 76.34 3186 28 22 17.04 35.12 5 1.678 48.43
30 23.8 13.62 27.65 6.7 0.986 65.16 30 23.8 14.97 31.53 7.9 0.954 78.08 30 23.8 19.00 42.03 5 2.008 65.44
32 25.5 14.46 31.22 7.4 1.012 68.35 32 25.5 16.44 37.15 7.8 1.133 106.29 32 25.5 20.35 47.57 5.5 2.074 69.14
24 17 15.89 20.15 5.5 0.882 71.38 24 17 16.89 22.99 5 1.098 22.10 24 17 18.77 27.99 5 1.337 44.59
26 18.7 16.92 23.04 6.1 0.900 73.96 26 18.7 18.47 27.42 5 1.310 30.11 26 18.7 20.71 33.39 5 1.596 60.98
HCCA24 4281 28 22 16.64 30.86 8.1 0.906 74.74 4230 28 22 20.02 40.26 5 1.924 59.77 4145 28 22 21.98 45.52 6.3 1.736 70.68
30 23.8 17.63 35.29 9.0 0.937 79.40 30 23.8 21.67 46.93 5.5 2.051 67.11 30 23.8 23.69 52.45 7.1 1.763 72.67
32 25.5 19.51 42.35 9.0 1.124 110.17 32 25.5 23.14 53.16 6.1 2.096 69.81 32 25.5 25.31 59.26 7.8 1.821 77.02

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

3ROW 4ROW 6ROW
UNIT SIZE
AIRFLOW(CMH) EAT(DB) EAT(WB) SH(kW) TH(kW) WTR WFR WPD AIRFLOW(CMH) EAT(DB) EAT(WB) SH(kW) TH(kW) WTR WFR WPD AIRFLOW(CMH) EAT(DB) EAT(WB) SH(kW) TH(kW) WTR WFR WPD
24 17 5.96 7.51 5 0.359 12.46 24 17 6.30 8.75 5 0.418 20.76 24 17 6.60 9.92 5 0.474 37.72
26 18.7 6.48 8.97 5 0.428 16.87 26 18.7 6.90 10.44 5 0.499 28.17 26 18.7 7.28 11.84 5 0.566 51.24
HCCA10 1928 28 22 6.83 13.16 5 0.629 33.06 1886 28 22 7.54 15.33 5 0.733 55.29 1495 28 22 7.86 16.43 5 0.654 65.93
30 23.8 7.50 15.75 5 0.753 45.59 30 23.8 8.36 18.35 5 0.877 76.22 30 23.8 8.46 18.88 6.8 0.660 67.05
32 25.5 8.14 18.28 5 0.874 59.64 32 25.5 8.90 20.68 5.6 0.886 77.69 32 25.5 9.13 21.54 7.3 0.705 75.29
24 17 8.91 11.17 5 0.534 20.26 24 17 9.61 13.26 5 0.634 34.78 24 17 9.65 13.98 5 0.668 9.10
26 18.7 9.69 13.32 5 0.637 27.58 26 18.7 10.52 15.83 5 0.756 47.33 26 18.7 10.60 16.68 5 0.797 12.44
HCCA14 2328 28 22 10.18 19.56 5 0.953 54.53 2294 28 22 10.80 21.51 6.3 0.815 54.06 2294 28 22 11.82 24.49 5 1.170 23.81
30 23.8 11.18 23.41 5 1.119 75.47 30 23.8 11.83 25.50 6.6 0.921 67.13 30 23.8 13.16 29.31 5 1.400 30.08
32 25.5 11.86 26.38 5.6 1.131 76.94 32 25.5 12.73 29.20 7.0 0.990 76.38 32 25.5 14.44 34.01 5 1.625 41.11
24 17 10.93 13.77 5 0.658 31.76 24 17 12.10 16.69 5 0.797 56.72 24 17 12.98 18.85 5 0.901 17.49
26 18.7 11.90 16.43 5 0.785 43.36 26 18.7 13.25 19.91 5 0.951 77.60 26 18.7 14.28 22.49 5 1.075 23.31
HCCA18 3211 28 22 12.13 23.07 5.8 0.956 61.68 3203 28 22 13.01 25.50 7.3 0.836 61.66 2939 28 22 15.98 33.02 5 1.578 43.73
30 23.8 13.10 27.04 6.2 1.036 71.26 30 23.8 14.06 29.79 8.0 0.893 69.37 30 23.8 17.84 39.52 5 1.888 58.99
32 25.5 13.96 30.67 6.8 1.077 76.42 32 25.5 14.90 33.50 8.7 0.919 73.01 32 25.5 19.59 45.87 5 2.191 75.87
24 17 15.89 18.84 6.2 0.728 50.80 24 17 17.13 23.26 5 1.111 22.56 24 17 18.67 27.89 5 1.332 44.30
26 18.7 16.73 21.88 6.8 0.765 55.43 26 18.7 18.73 27.75 5 1.326 30.76 26 18.7 20.59 33.27 5 1.590 60.49
HCCA24 4281 28 22 16.59 30.20 8.5 0.845 66.06 4230 28 22 20.28 40.74 5 1.947 61.07 4188 28 22 21.50 44.51 6.6 1.619 62.43
30 23.8 17.62 34.72 9.4 0.884 71.62 30 23.8 21.77 47.03 5.7 19.85 63.23 30 23.8 23.45 52.05 7.2 1.734 70.58
32 25.5 18.68 39.20 10.5 0.892 72.78 32 25.5 23.56 54.17 5.9 2.190 75.62 32 25.5 25.05 58.77 7.9 1.784 74.20

Heating Capacity (kW)

EAT 21 220V/60Hz/1P EAT 21 220V/50Hz/1P SH :Sensible cooling capacity, kW
UNIT SIZE WFR(LPS) 1-ROW 2-ROW 1-ROW 2-ROW TH :Total cooling capacity, kW
45 55 65 45 55 65 45 55 65 45 55 65 ESP : External static pressure, Pa
HCCA10 0.2 4.26 6.04 7.89 6.23 8.86 11.50 4.41 6.25 8.16 6.44 9.16 11.89 CMH : Cubic meter per hour
HCCA10 0.3 4.45 6.36 8.20 6.36 9.09 11.73 4.61 6.58 8.49 6.58 9.40 12.13
LPS : Liter per second
HCCA14 0.2 5.31 7.53 9.83 7.76 11.05 14.33 5.55 7.88 10.28 8.12 11.55 14.99
EWT : Entering water temperature,
HCCA14 0.3 5.55 7.93 10.23 7.93 11.33 14.62 5.80 8.29 10.69 8.30 11.85 15.29
HCCA18 0.2 6.45 9.14 11.93 9.41 13.40 17.38 6.28 8.91 11.63 9.19 13.07 16.96 EAT : Entering air temperature,
HCCA18 0.3 6.73 9.62 12.41 9.62 13.74 17.72 6.57 9.38 12.10 9.39 13.41 17.30 WTR : Water temperature rise,
HCCA24 0.2 7.57 10.73 14.01 11.06 15.74 20.42 7.61 10.79 14.09 11.12 15.53 20.54 WPD : Water pressure drop, KPa
HCCA24 0.3 7.91 11.30 14.58 11.30 16.14 20.82 7.95 11.36 14.65 11.37 16.24 20.95 WFR : Water flow rate, LPS

4
 Electrical Data
Sound Power Ratings
Coil Connection

Electrical Data Coil Connection

220V/60Hz/1P input Power (kW) at 100Pa ESP
HCCA UNIT Fan Speed
SIZE ROW High Medium Low Chilled Water
10 3 0.46 0.33 0.29 Connection
14 3 0.54 0.49 0.45
18 3 1.01 0.75 0.57 Hot Water
24 3 1.36 1.19 0.94 Connection
10 4 0.45 0.32 0.29
14 2 0.53 0.49 0.44
18 4 1.00 0.74 0.56
24 4 1.34 1.17 0.92
10 6 0.44 0.32 0.28
14 6 0.52 0.47 0.43
18 6 0.99 0.73 0.55
24 6 1.30 1.14 0.91 Inlet

Outlet
220V/50Hz/1P input Power (kW) at 100Pa ESP
HCCA UNIT Fan Speed Cooling & Heating Coil Connection Dimension
SIZE ROW High Medium Low Unit 10 14 18 24
10 3 0.27 0.25 0.19 Cooling 3Row 4Row 3Row 4Row 3Row 4Row 3Row 4Row
Coil Type
14 3 0.41 0.38 0.34 Heating 1Row 2Row 1Row 2Row 1Row 2Row 1Row 2Row
18 3 0.64 0.52 0.42 A 109 65 109 65 109 65 109 65
24 3 1.08 0.89 0.77 B 153 131 153 131 153 131 153 131
DIMENSION

10 4 0.26 0.24 0.19 C 182 165 182 165 182 165 182 165
14 4 0.39 0.37 0.33 D 187 208 187 208 187 208 187 208
18 4 0.63 0.52 0.42 E 100 88 152 139 152 139 152 172
24 4 1.06 0.87 0.75 F 228 228 229 229 229 229 229 196
10 6 0.25 0.23 0.18 G 60 154 66 165 66 165 174 117
14 6 0.37 0.35 0.31 H 263 216 290 170 290 170 181 170
18 6 0.62 0.51 0.41 Cooling 7/8 7/8 7/8 7/8 7/8 7/8 7/8 1-1/8
CONN.

Sweat (inch)
SIZE

24 6 1.02 0.84 0.72 Heating 5/8 5/8 5/8 7/8 5/8 7/8 5/8 7/8
Cooling 1
Thread (FPT) 3/4 3/4 3/4 3/4 3/4 3/4 3/4
Heating 3/4

Sound Power Ratings

60Hz HCCA Sound Power Level
ITEM & SPEED Octave Band (dB) & Central Frequency (Hz)
UNIT SIZE Fan Speed 125 250 500 1000 2000 4000 8000
10 High 71 68 63 59 58 60 56
10 Medium 65 62 57 53 53 52 45
10 Low 63 59 56 52 52 49 44
14 High 71 69 63 58 58 59 56
14 Medium 68 66 59 55 56 56 50
14 Low 66 62 57 53 54 58 45
Inlet
18 High 78 74 68 67 65 67 63
18 Medium 73 68 63 61 60 60 54 Outlet
18 Low 68 63 58 56 55 53 46
24 High 84 82 75 72 70 71 70
24 Medium 81 79 72 68 67 69 65 Cooling Coil Connection Dimension
24 Low 77 74 68 64 63 65 60 Unit 10 14 18 24
Coil Type 3R 4R 6R 3R 4R 6R 3R 4R 6R 3R 4R 6R
DIMENSION

50Hz HCCA Sound Power Level A 131 109 65 131 109 65 131 109 65 131 109 65
ITEM & SPEED Octave Band (dB) & Central Frequency (Hz) B 88 88 88 137 137 172 137 137 172 137 172 172
UNIT SIZE Fan Speed 125 250 500 1000 2000 4000 8000 C 215 228 228 216 229 196 216 229 196 216 196 196
CONN.

Sweat (inch) 7/8 7/8 7/8 7/8 7/8 1-1/8 7/8 7/8 1-1/8 7/8 1-1/8 1-1/8
SIZE

10 High 71 67 62 58 57 57 53
10 Medium 65 65 60 56 55 55 50 Thread (FPT) 3/4 3/4 3/4 3/4 3/4 1 3/4 3/4 1 3/4 1 1
10 Low 64 59 55 51 51 48 42 Note:Dimension in mm 25.4mm = 1 inch
14 High 73 72 65 61 60 61 59
14 Medium 71 68 63 59 58 59 56
14 Low 68 64 59 55 56 56 50
18 High 77 73 67 66 65 67 63
18 Medium 74 69 64 62 62 63 57
18 Low 72 65 60 58 59 57 51
24 High 84 83 76 72 71 72 71
24 Medium 82 80 73 70 68 70 67
24 Low 79 76 70 66 65 67 63

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).

5
 Dimensions
Wiring Diagram
Weight

Dimensions Wiring Diagram

Without
UNIT Caxe & Drain Pan Size External Dimension
Plenum
SIZE
A B C D D1 E F G H I J L M N O Q R
HCCA-10 887 921 189 *1164 *1349 483 *748 703 266 317 *409 310 825 370 889 *706 687
Terminal block
HCCA-14 963 997 157 *1208 *1454 483 *748 703 316 370 *416 310 901 370 965 *706 687
HCCA-18 1090 1124 171 *1349 *1624 449 *799 754 316 370 *448 361 1028 412 1092 *758 739 BLUE(H) High
HCCA-24 1623 1657 163 *1874 *2074 449 *799 754 216 370 *448 361 1561 412 1625 *758 739 C BLACK(M) Medium
MOTOR L
Notes : 1. Dimension is mm. *Represent outine dimension of unit. BROWN(L) Low
2. Right hand coil connection shown. WHITE(COM) Power
N
3. External wiring, controls not supplied by Trane.
4. See coil connections size and location.
5. D=standard drain pan, D1=extend drain pan.

Figure 1 : HCCA Unit Without Plenum

Weight

HCCA Unit without Plenum Operating Weights (kg)

Row/Size 10 14 18 24
Figure 2 : HCCA Unit With Rear Return Plenum 3ROW 50 54 71 81
4ROW 54 59 76 90
6ROW 62 70 88 105

HCCA Unit with Plenum Operating Weights (kg)

Row/Size 10 14 18 24
3ROW 64 69 90 106
4ROW 68 74 95 115
6ROW 76 85 107 132

HCCA Unit without Plenum Net Weights (kg)

Row/Size 10 14 18 24
3ROW 47 50 66 75
4ROW 50 54 70 82
6ROW 56 62 79 93

Figure 3 : HCCA Unit With Bottom Return Plenum HCCA Unit with Plenum Net Weights (kg)
Row/Size 10 14 18 24
3ROW 61 65 85 100
4ROW 64 69 89 107
6ROW 70 77 98 120
*Add 4kg W / ZN + valve

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

6
 Product Specification

Basic Unit Coil Options

The Trane Model HCCA fan coil Coils are 3/8 inch OD copper tubes
unit consisting rigid galvanized mechanically bonded into alumi- Heater
steel casing, copper tube/ alumi- num blue fins. A manual air vent Two types of heating device are
num blue fin coil type heat with drain line to the drain pan is available: hot water and electric
exchanger, fan board assembly, standard to avoid any water drips sheathed heating element.
manual coil air vent with drain pan, when venting. Standard coils are
junction box with terminal strip. factory leak tested at 25kg/cm2 Plenum & Filters
(360 psi) and are recommended for Rear return air plenum or bottom
Unit casing manufactured by operation up to 16kg/cm2 (230 psi) return air plenum, with 10mm thick
1.2mm thick galvanized steel with working pressure. Water inlet/outlet non-flammable insulation as
internal insulated high-density connections shall be with 3/4-inch internal lining for fan motor noise
non-flammable foam. female pipe thread(GBT19001- reduction.
2000).
The standard unit is without return Return air plenum fits optional
air plenum, or selected with bottom Available coils are 3 row cooling, 4 25mm thick foam or aluminum
return air plenum or rear return air row cooling, 6 row cooling, 3 row filter.
plenum in option, while filter is cooling + 1 row heating, and 4 row
another option associated to the cooling + 2 row heating. Stainless Steel Drain Pan
return air plenum. The material shall have graded
Drain Pan SUS 304 or equivalent.
Fan Board The drain pan is 28mm depth with
All motors, with internal thermal 0.8mm thickness galvanized steel Factory-mounted Control valve
temperature cutout above 125 c/w internal epoxy resin coating. Package
are permanent split-capacitor, Factory mounted 2-way or 3-way
three speed, tap wound, induction For sure without leakage occur, the control valve with fitting to the coil,
type for maximum efficiency. fabrication of drain pan by one- it shall be tested against the
Motors have permanently piece stamping process with maximum working pressure of coil.
lubricated ball bearings and seamless and no joint. The
all-direction, vibration isolating standard insulation material is Factory mounted and functional
mountings to ensure vibration free 7mm thickness, 27 kg/m3 density test done for Trane ICS fan coil
operation and minimum noise. PE foam. The drain pan has one controller. All cables are wired to a
Motor wiring is enclosed by flexible 3/4-inch male pipe thread connec- terminal block inside a factory
metal conduit and connected to the tion. installed junction box.
junction box. All motors are
performed in-house test and Trane Building Management
finished unit test again prior to System
shipment. The Tracer SummitTM system is
designed for monitoring and control
All unit sizes have both ends shaft air conditioning system, lighting
for motor. The material of fan and other controllable devices for
wheel is galvanized steel and building.
mounted directly onto each shaft. Such Building Control Unit (BCU)
The DIDW centrifugal fans have manages all Unit Control Modules
balanced and forward curved (UCM) for different zones manage-
blades. Fan housings are made of ment. Each UCM performs scan on
galvanized sheet steel. The fan couples of HFCF equips ZN
board can be simply removed by controller in specific zone and
loosening the fasteners for easy regularly report to the central
service purpose. system.

7
 The Trane Fan Coil...
...Invented by Trane
...Perfected by Trane

Since 1885, Trane has been at the Over 70 years ago Trane produced the
technological forefront of air first fan coil unit and in so doing created
conditioning. The company's pioneering a product which is now built worldwide.
spirit, commitment to research and The universal acceptance of this
pursuit of quality have made it a world product has prompted Trane to focus
leader in the manufacture of water the same engineering experience to the
chillers. fan coil as given to the refrigeration
products.

ISO 9001 / ISO 14001 / OHSAS18001 Qualified Factory - Trane Zhongshan

Literature Order Number HCCA-PRC001-EN

Date July 2008

Supersedes NEW
www.trane.com

For more information, contact your local Trane

office or e-mail us at comfort@trane.com Trane has a policy of continuous product and data improvement and reserves the right to
change design specific ations without notice.