Transcript
INSTALLATION AND OPERATION MANUAL
Universal Fan Coil Units (Floor, Wall and Ceiling installation)
FP-WAU and FP-WMU 2-pipe and 4-pipe system
Last update 14.04.2009
Vertical / Horizontal with cabinet version Bottom air intake
Vertical / Horizontal with cabinet version Front air intake
FP-WMU
FP-WMU
Vertical / Horizontal without cabinet version With bottom or front air intake
FP-WAU
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Universal Fan Coil Unit Model: FP-WA(M)U
TECHNICAL CHARACTERISTICS UNIT STANDARD BEARING STRUCTURE Bearing structure made of large thickness galvanized sheet-steel with holes for fixing to wall/ceiling + Thermalacoustic internal insulation
CABINET Cabinet made of thick steel-sheet to make it resistant to rust, corrosion, chemical agents, solvents, aliphatic and alcohols. The cabinet is with thermo acoustic internal insulation and holes to hang unit.
AIR DELIVERY GRILL Air delivery grill by fixed finis, adjustable on two positions (air flow can be reversed by rotating grill by 180°). Made of gray ABS (similar to RAL7035), supplied with small side doors for easy access to control planet.
HEAT EXCHANGER Highly efficient coil which copper pipes and aluminum fins fixed by mechanical expansion. Coil connections provided with anti torsion system, hand air vent valves, hand water drain valves. Coils tested at the pressure of 30 bar, intended to work with water at 15 bar pressure.
FAN SECTION Fan section including 1 or 2 centrifugals fans with double air inlet metal blades (forward curved fins) directly coupled to the electric motor. Fan section statically and dynamically balanced. Extensive diameter fans (= high air flow and high static pressure) and few revolutions (= low noise level). Electric motor has 3 speeds, provided with heat protection (Xlixon), running capacitor permanently switched on, Class B, electric cables protected by double insulation. Fan section is easy to remove.
AIR FILTER Air filter easy to remove, made of a metal frame holding filtering section which can be regenerated by water wash, blowing, suction.
DRAIN PAN Drain pan with drain pipe Ø 21mm (standard on the same side of coil connections) and heat insulation
SWITCHBOARD The unit is supplied equipped with connection terminal board for the ventilation speeds.
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Universal Fan Coil Unit Model: FP-WA(M)U
UNIVERAL FAN COIL UNITS MODEL ASSIGNMENTS
FP- WAU
34 136 170 204 238
(1) VARYING INTAKE
( 1) R3
( 2) TR
R3 st d RF
( 3) EH
( 4) L
( 5) 3V2
( 6) EDPH
TR st d
--
L
3V2
EDPH
SPS
HC
R
2V2
EDPV
TSC
EH
3V4 2V4
PCW R3 = Bottom intake (Standard)
RF = Front intake
R3=Bottom intake RF=Front intake
(2) CONTROLS TR =Fan terminal board (standard) SPS=3-speed switch TSC=thermostat switch PCW=Electronic PCB + wired wall pad (3) WATER COIL / ELECTRICAL HEATER ------Not required Standard HC=Hot water coil 1Rows (4-pipe system) EH=Electrical heater (4) WATER FITTINGS L=Water fittings to the left R=Water fittings to the right
Water fittings to the left
(5) VALVES -- = Not required Standard 2V2-U = ON/OFF 2 way valve for 2-pipe unit for WAU 3V2L-U = ON/OFF 3 way valve for 2-pipe left unit for WAU 3V2R -U= ON/OFF 3 way valve for 2-pipe right unit for WAU 2V4- U= ON/OFF 2 way valve for 4-pipe unit for WAU 3V4L-U = ON/OFF 3 way valve for 4-pipe left unit for WAU 3V4R-U = ON/OFF 3 way valve for 4-pipe right unit for WAU (6) EXTERNAL DRAIN PAIN --= Not required Standard EDPHR-U = Auxiliary drain pan with right water connections for horizontal installation EDPHL-U = Auxiliary drain pan with left water connections for horizontal installation EDPV -U= Auxiliary drain pan for vertical installation
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Universal Fan Coil Unit Model: FP-WA(M)U
UNIVERAL FAN COIL UNITS MODEL ASSIGNMENTS
FP- WMU
34 136 170 204 238
( 1) R3
( 2) TR
R3 st d RF
(1) VARYING INTAKE
( 3) EH
( 4) L
( 5) 3V2
( 6) EDPH
TR st d
--
L
3V2
EDPH
SPS
HC
R
2V2
EDPV
TSC
EH
3V4 2V4
PCW R3 = Bottom intake (Standard)
RF = Front intake
R3=Bottom intake RF=Front intake
(2) CONTROLS TR =Fan terminal board (standard) SPS=3-speed switch TSC=thermostat switch PCW=Electronic PCB +wired wall pad (3) WATER COIL / ELECTRICAL HEATER ------Not required Standard HC=Hot water coil 1Rows (4-pipe system) EH=Electrical heater (4) WATER FITTINGS L=Water fittings to the left R=Water fittings to the right
Water fittings to the left
(5) VALVES -- = Not required Standard 2V2-U = ON/OFF 2 way valve for 2-pipe unit for WMU 3V2L-U = ON/OFF 3 way valve for 2-pipe left unit for WMU 3V2R -U= ON/OFF 3 way valve for 2-pipe right unit for WMU 2V4- U= ON/OFF 2 way valve for 4-pipe unit for WMU 3V4L-U = ON/OFF 3 way valve for 4-pipe left unit for WMU 3V4R-U = ON/OFF 3 way valve for 4-pipe right unit for WMU (6) EXTERNAL DRAIN PAIN --= Not required Standard EDPHR-U = Auxiliary drain pan with right water connections for horizontal installation EDPHL-U = Auxiliary drain pan with left water connections for horizontal installation EDPV -U= Auxiliary drain pan for vertical installation
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Universal Fan Coil Unit Model: FP-WA(M)U
GENERAL TECHNICAL SPECIFICATIONS 2-PIPE 3-ROW
WA(M)U SERIES
Model Air Flow
Cooling Capacity Sensible Cooling Capacity Heating Capacity*
Heating capacity** Power Input (ESP 12Pa) Power Input (ESP 30Pa) Power Input (ESP 50Pa) Power Input (ESP 70Pa) Noise Level(ESP 12Pa)
H M L H M L H M L H M L H M L
m³ / h
W
W
W
W
WA(M)U-34
WA(M)U -51
WA(M)U -68
WA(M)U -85
WA(M)U -102 WA(M)U -136 WA(M)U -170 WA(M)U -204 WA(M)U -238
340 260 168 1750 1545 1070 1271 1070 745 3900 3600 3200 2100 1900 1700
510 384 258 2680 2270 1650 1900 1573 1149 5200 4600 4100 2800 2500 2200
680 510 340 3640 3020 2170 2536 2083 1511 7780 6280 4620 4100 3360 2500
850 638 425 4480 3770 2710 3171 2607 1887 9560 7740 5680 5000 4040 2990
1020 765 510 5350 4530 3250 3803 3125 2263 10930 8900 6520 5680 4650 3440
1360 1020 680 7180 6040 4340 5071 4167 3022 14510 11900 8700 7670 6190 4600
1700 1275 850 8950 7515 5420 6339 5184 3774 17500 14300 10530 9100 7440 5540
2040 1530 1020 10600 8350 6050 6540 5443 4174 20400 16600 12300 10650 8700 6500
2380 1785 1180 12000 9750 6670 8039 6664 4821 23500 19000 14500 11900 10000 7500
H
W
33
47
56
72
89
111
140
180
221
H
W
45
60
73
88
110
155
174
211
254
H
W
48
65
85
102
117
173
211
252
301
H
W
55
71
93
110
124
181
220
259
306
H
dB (A)
37
39
41
43
45
46
48
50
52
Noise Level(ESP 30Pa)
H
dB (A)
40
42
44
46
47
49
50
52
54
Noise Level (ESP 50Pa)
H
dB (A)
42
44
46
48
50
52
54
56
58
Noise Level (ESP H dB (A) 45 47 50 53 57 60 63 70Pa) Water Flow m³ / h 0.351 0.52 0.7 0.876 1.05 1.4 1.75 Water Pressure Drop kPa 2.4 5.9 11.9 19.7 31.9 14.0 18.2 Electrical Heater (optional) KW 1 1.5 2 2.5 3 4 5 Type centrifugal fan (forward-curved galvanized steel fan wheel) Fan Quantity 1 2 2 2 2 4 4 Type seamless copper tube mechanically bonded to aluminium fin Testing Pressure 2.5Mpa Coil Internal L 0.71 0.86 1.01 1.16 1.31 1.90 2.05 Volume Type split-capacitor motor with ball bearing Quantity 1 1 1 1 1 2 2 220～240V /1P/50HZ Power Supply V / Ph / Hz Insulation Class Class B Running Current*(ESP: A 0.168 0.236 0.282 0.345 0.436 0.61 0.69 12Pa) Running Motor Current*(ESP: A 0.22 0.29 0.35 0.42 0.53 0.74 0.83 30Pa) Running Current*(ESP: A 0.23 0.31 0.4 0.49 0.6 0.83 1 50Pa) Running Current*(ESP: A 0.26 0.34 0.44 0.53 0.6 0.87 1.05 70Pa) Control Method Three-Speed Switch, Thermostat or Electronic PCB IN Rc 3/4 Coil Conns Connection OUT Rc 3/4 (Diameter) Drain Pipe R3/4 Valve (2way or 3way) R3/4 Working Pressure Mpa 1.6 Connection Method Socket Weight kg 12 15 16 18 19 26 30 L 755 855 955 1055 1155 1555 1655 Dimensions mm W 495 495 495 495 495 495 495 H 230 230 230 230 230 230 230 Note: Cooling Capacity: Entering air temp.27°C(DB),19°C(WB); Entering water temp. 7°C, Leaving water temp. 12°C Heating Capacity*: Entering air temp. 20°C(DB); Entering water temp. 70 °C, leaving water temp.60°C. Heating Capacity**: Entering air temp. 20°C(DB); Entering water temp. 5 0°C, leaving water temp.40°C. Air Flow: Under dry coil conditions, fan speed high. Pa airflow data excludes filter.
67
70
1.99 24.4 6
2.324 37.1 6
4
4
2.26
2.44
2
2
0.86
1.04
1
1.22
1.21
1.44
1.24
1.46
31 1855 495 230
33 1955 495 230
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Universal Fan Coil Unit Model: FP-WA(M)U
4-PIPE (3ROWS+1ROW)
4-PIPE WA(M)U SERIES
Model
Power Input
H M L H M L H M L H M L H M L H
Noise Level
H
Air Flow
Cooling Capacity Sensible Cooling Capacity Heating Capacity*
Heating capacity**
WA(M)U-34
WA(M)U -51
WA(M)U -68
WA(M)U -85
W
340 260 168 1750 1545 1070 1271 1070 745 0.7 0.6 0.5 1.4 1.3 1.2 33
510 384 258 2680 2270 1650 1900 1573 1149 1.2 1.0 0.7 2.3 1.9 1.4 47
680 510 340 3640 3020 2170 2536 2083 1511 1.9 1.7 1.3 3.5 3.2 2.5 56
850 638 425 4480 3770 2710 3171 2607 1887 2.6 2.22 1.77 5.25 4.45 3.55 72
1020 765 510 5350 4530 3250 3803 3125 2263 2.86 2.46 1.92 5.78 4.95 3.84 89
1360 1020 680 7180 6040 4340 5071 4167 3022 3.59 3.1 2.5 7.27 6.2 5 111
1700 1275 850 8950 7515 5420 6339 5184 3774 4.52 3.92 31.5 9 7.73 6.16 140
2040 1530 1020 10600 8350 6050 6540 5443 4174 6.36 5.45 4.35 12.3 10.45 8.3 180
2380 1785 1180 12000 9750 6670 8039 6664 4821 6.88 5.91 4.75 13.32 11.4 9.05 221
dB (A)
37/35/34
39/37/35
41/39/37
43/41/39
45/43/41
46/44/42
48/46/44
50/48/46
52/50/48
1.99 24.4 1.05 40
2.324 37.1 1.14 50
4
4
2.26
2.44
0.753
0.813
2
2
0.86
1.04
m³ / h
W
W
W
W
WA(M)U -102 WA(M)U -136 WA(M)U -170 WA(M)U -204 WA(M)U -238
Chilled Water Flow m³ / h 0.351 0.52 0.7 0.876 1.05 1.4 1.75 Chilled Water Pressure Drop kPa 2.4 5.9 11.9 19.7 31.9 14.0 18.2 Hot Water Flow m³ / h 0.11 0.18 0.282 0.45 0.495 0.623 0.771 Hot Water Pressure Drop kPa 2.1 4.7 15.7 25 30 12.9 21.8 Type centrifugal fan (forward-curved galvanized steel fan wheel) Fan Quantity 1 2 2 2 2 4 4 Type seamless copper tube mechanically bonded to aluminium fin Testing Pressure 2.5Mpa Mail Coil Internal L 0.71 0.86 1.01 1.16 1.31 1.90 2.05 Volume Internal Auxiliary coil L 0.237 0.286 0.336 0.387 0.437 0.633 0.683 Volume Type split-capacitor motor with ball bearing Quantity 1 1 1 1 1 2 2 220～240V /1P/50HZ Motor Power Supply V / Ph / Hz Insulation Class Class B Running Current A 0.168 0.236 0.282 0.345 0.436 0.61 0.69 Control Method Three-Speed Switch, Thermostat or Electronic PCB IN Rc 3/4 Main Coil Conns OUT Rc 3/4 Connection Auxilliary Coil IN Rc 1/2 (Diameter) Conns OUT Rc 1/2 Drain Pipe R3/4 Valve (2way or 3way) R3/4 Working Pressure Mpa 1.6 Connection Method Socket Note: Cooling Capacity: Entering air temp.27°C(DB),19°C(WB); Entering water temp. 7°C, Leaving water temp. 12°C Heating Capacity*: Entering air temp. 20°C(DB); Entering water temp. 5 0°C, leaving water temp 40°C. Heating Capacity**: Entering air temp. 20°C(DB); Entering water temp. 70°C, leaving water temp.60°C. Air Flow: Under dry coil conditions, fan speed high. Pa airflow data excludes filter.
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Universal Fan Coil Unit Model: FP-WA(M)U
COIL DATA (2 PIPE SYSTEM 3 ROW) Model WA(M)U-34 WA(M)U -51 WA(M)U -68 WA(M)U -85 WA(M)U -102 WA(M)U -136 WA(M)U -170 WA(M)U -204 WA(M)U -238
Fin height (mm)
Fin Length (mm) 506
Fins per Inch
No. of Rows
Fin width (mm)
No. of Circuits
656 200
1006
Tube Ø (mm)
3 15
3
66
9.52
1176
4
1476
6
AUXILLIARY HEATING COIL DATA (4 PIPE SYSTEM) Model WA(M)U -34 WA(M)U -51 WA(M)U -68 WA(M)U -85 WA(M)U -102 WA(M)U -136 WA(M)U -170 WA(M)U -204 WA(M)U -238
Fin height (mm)
Fin Length (mm) 506
Fins per Inch
No. of Rows
Fin width (mm)
656 200
1006
No. of Circuits
Tube Ø (mm)
1 15
1
22
9.52
1176 2 1476
Page 8 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
COOLING PERFORMANCE OF 2-PIPE 3 ROWS FP-WA(M)U-34 Twi °C 5
6
7
8
9
Qw l/h
TAI DB25℃-WB17.8℃
Pfs kW
Tad °C
Taw °C
Pf kW
Pfs kW
TAI DB27℃-WB19.5℃
qa m3/h
394.2 318.2
3.83 2.58
341 267
1.96 1.56
1.4 1.18
13 12.1
11.7 11.5
2.14 1.7
1.52 1.30
14 12.9
12.5 12.2
2.23 1.8
1.47 1.23
212.1 356.2
173 341 266 175 341
1.05 1.73 1.38 0.93 1.5
0.823 1.33 1.105 0.774 1.26
11.3 13.65 12.95 12.2 14.3
11.3 12.45 12.3 12.2 13.2
1.13 1.93 1.55 1.03 1.72
0.874 1.46 1.23 0.842 1.4
12.1 14.5
194.5 318.2
1.18 3.215 2.19 1.03 2.6
12.9 15
12.1 13.2 13 12.9 13.9
1.2 2.015 1.625 1.1 1.8
256.3 176.8
1.8 0.88
265 176
1.2 0.8
1.03 0.724
13.8 13
13.1 13
1.4 0.92
1.16 0.81
14.6 13.7
13.8 13.7
266.95
1.955
343
1.265
1.1205
15.45
13.95
1.46
1.28
16
216.55
1.36
265.5
1.025
0.924
14.9
13.8
1.165
1.03
152.05
0.68
174.5
0.685
0.642
14.15
13.65
0.78
215.7 176.8
1.31 0.92
345 266
1.03 0.85
0.981 0.818
16.6 16
14.7 14.5
127.3
0.48
173
0.57
0.56
15.3
14.3
287.25
Pf kW
TAI DB27℃-WB19℃
dPw kPa
Tad Taw Pf °C °C kW
Tad
TAI DB29℃-WB21.1℃
Taw
Pf kW
Pfs kW
Tad °C
Taw °C
14.3 13.5
12.8 12.6
1.57 1.31
0.869 1.415 1.19 0.833 1.36
12.4 14.8 13.9 13.1 15.3
12.4 13.5 13.3 13.1 14.2
2.57 2.05 1.38
0.939
13.8 13.6 13.5
2.305
1.495
1.835
1.23 0.887
1.45 1.0
1.15 0.796
14.3 13.8
14 13.8
1.25 2.04 1.62 1.11
0.834
15.5 14.6 13.5 16.2 15.4 14.3 16.9 16.2 15.1
14.7
1.51
1.26
16.15
15.1
1.745
1.35
1.745
15.8
14.65
1.225
1.061
15.25
14.9
1.39
1.095
16.75
16.15
0.7105
15.15
14.5
0.86
0.7395
14.6
14.6
0.955
0.775
15.95
15.95
1.2 0.93
1.16 0.9
17 17
15.5 15.5
1.22 1
1.16 0.972
17 16.2
16 15.8
1.28 1.04
0.64
0.611
16.6
15.3
0.72
0.683
15.4
15.4
1.45 1.16 0.8
18 17.3 16.8
17.2 17 16.8
13.75
Pfs kW
°C
°C
1.42 1.15
0.716
14.65 14.45
14.3 15.5 15.3 15.1 16.35
Pf: total cooling capacity Tal: in flow air temperature dpw: pressure drop standard coil Twi: inflow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Pfs: sensible cooling capacity Tad: discharge air dry temperature Taw: discharge air wet temperature
FP- WA(M)U -51 Twi °C 5
6
7
8
9
Qw l/h
TAI DB25℃-WB17.8℃
dPw kPa
qa m3/h
622 479
10 6.23
327 554 427 296 486.
TAI DB27℃-WB19℃
Pf kW
Pfs kW
Tad °C
TAI DB27℃-WB19.5℃
Pf kW
Pfs kW
Tad °C
Taw °C
Taw Pf °C kW
Pfs kW
511 384
3.05 2.36
1.97 1.64
13.7 12.5
11.3 11.1
3.41 2.6
2.16 1.77
14.8 13.5
12.1 11.9
3.52 2.71
2.09 1.73
15 13.8
12.4 12.2
3.05 8.25 5.17 2.6 6.5
258 512 383 259 513
1.62 2.69 2.08 1.44 2.32
1.23 1.86 1.54 1.16 1.74
11 14.3 13.2 11.8 15
10.9 12.1 11.9 11.7 13
1.82 3.01 2.32 1.63 2.61
1.35 2.04 1.68 1.28 1.92
11.8 15.4 14.2 12.6 16
11.6 12.9 12.7 12.4 13.8
1.85 3.13 2.42 1.67 2.75
1.29 1.97 1.64 1.23 1.86
12.3 15.6 14.4 13.0 16.3
12 13.2 13.0 12.8 14.1
376. 265.
4.12 2.15
383 260
1.8 1.27
1.45 1.09
13.9 12.7
12.8 12.6
2.04 1.44
1.59 1.21
14.9 13.4
13.6 13.3
2.13 1.5
1.56 1.18
15 13.8
13.9 13.7
412 321. 229 339. 267
4.95 3.16 1.69 3.4 2.2
512 383 262 511 383
1.9 1.49 1.07 1.48 1.18
1.58 1.31 0.97 1.43 1.16
15.8 15 14.2 16.7 16.1
13.9 13.7 13.5 14.8 14.6
2.22 1.73 1.22 1.83 1.43
1.81 1.49 1.09 1.7 1.4
16.5 15.6 14.6 17.1 16.3
14.6 14.4 14.2 15.4 15.3
2.33 1.8 1.3 1.92 1.51
1.75 1.46 1.10 1.64 1.36
16.9 15.7 14.6 17.5 16.5
14.9 14.7 14.5 15.8 15.6
194.
1.23
265
0.87
0.84
15.7
14.4
1
0.98
15.8
15.1
1.1
1.03
15.5
15.4
TAI DB29℃-WB21.1℃
Tad Taw Pf °C °C kW
Pfs Tad Taw kW °C °C
4.02 3.1 2.14 3.95 2.78 1.94 3.16 2.47 1.75 2.71 2.11 1.52 2.26 1.76 1.3
2.21 1.84 1.41 2.1 1.74 1.33 1.99 1.64 1.26 1.87 1.53 1.18 1.76 1.42 1.11
16.3 14.8 13 16.9 15.5 13.9 17.5 16.3 14.9 18.1 17.1 15.7 18.8 18 16.6
Pf: total cooling capacity Tal: in flow air temperature dpw: pressure drop standard coil Twi: inflow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Pfs: sensible cooling capacity Tad: discharge air dry temperature Taw: discharge air wet temperature
Page 9 of 46
13.4 13.1 12.9 14.3 14 13.85 15.2 14.9 14.8 16.1 15.85 15.65 17 16.8 16.5
Universal Fan Coil Unit Model: FP-WA(M)U
FP-
WA(M)U -68
Twi Qw dpw Qa ［℃］ ［1/h］ ［kPa］［m3/h 925 42 680 5,0 705 30 510 490 15.6 340 822 38 681 6,0 635 25 511 436 12.8 341 650 24 683 7,0 560 18 510 380 9.5 341 636 20 683 8,0 496 16.2 513 342 8.3 342 532 18 684 418 11.9 513 9,0 300 6.4 343
TAI DB25℃-WB17.8℃
TAI DB27℃-WB19℃
Pf Pfs Tad Taw Pf Pfs ［kW］ ［kW］［℃］ ［℃］ ［kW］［kW］ 4.41 2.49 14.3 10.7 4.93 2.78 3.35 2.03 13.4 10.6 3.75 2.27 2.3 1.64 11 10.4 2.58 1.74 3.95 2.39 14.7 11.5 4.42 2.64 3.06 2.01 13.5 11.3 3.41 2.18 2.1 1.53 11.9 11.1 2.34 1.69 3.1 2.28 15.2 13.0 3.58 2.54 2.5 1.92 14 12.6 2.87 2.08 1.73 1.4 13 12.4 1.99 1.55 2.9 2.13 15.8 13.3 3.35 2.38 2.28 1.75 15 13.1 2.6 1.94 1.59 1.34 13.6 12.9 1.8 1.45 2.48 1.99 16.4 14 2.77 2.26 1.9 1.67 15.4 13.9 2.23 1.86 1.35 1.27 14.2 13.7 1.55 1.39
Tad ［℃］ 15 14 12.2 15.6 14.5 12.6 16.0 15 13.7 16.7 15.8 14.5 17.2 16.3 15
TAI DB27℃-WB19.5℃
Taw Pf ［℃］［kW］ 11.3 5.13 11.2 3.91 11 2.71 12.2 4.56 12 3.52 11.8 2.42 13.6 3.6 13.2 3.1 13 2.1 14 3.53 13.8 2.75 13.6 1.9 14.9 2.95 14.6 2.32 14.4 1.65
TAI DB29℃-WB21.1℃
Pfs Tad Taw Tad Taw Pf Pfs ［kW］［℃］［℃］［kW］ ［kW］ ［℃］ ［℃］ 2.68 15.4 11.6 5.86 2.9 16.4 12.5 2.27 14 11.5 4.5 2.36 15.4 12.3 1.75 12.1 11.2 3.13 1.85 13.4 13.1 2.57 15.9 12.6 5.3 2.73 17.2 13.5 2.14 14.7 12.4 4.05 2.24 16.1 13.3 1.59 13.4 12.2 2.8 1.72 14.2 13 2.5 16.2 14.2 4.45 2.48 18.2 14.8 2.07 15.2 13.4 3.58 2.07 17 14.3 1.5 14.2 13.3 2.5 1.62 15.2 14.1 2.28 17.1 14.3 4.13 2.43 18.4 15.3 1.9 16.1 14.1 3.2 2.0 17.4 15.1 1.47 14.4 13.9 2.2 1.5 16 14.9 2.11 17.8 15.2 3.55 2.27 19.1 16.2 1.79 16.7 15 2.75 1.89 18 16 1.39 15.1 14.7 1.96 1.47 16.4 15.7
Pf: total cooling capacity Tal: in flow air temperature dpw: pressure drop standard coil Twi: inflow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Pfs: sensible cooling capacity Tad: discharge air dry temperature Taw: discharge air wet temperature
FP-
WA(M)U -85
TAI DB25℃-WB17.8℃
Twi Qw dpw Qa Pf Pfs Tad ［℃］ ［1/h］ ［kPa］［m3/h ［kW］ ［kW］［℃］ 1081 14.6 850 5.1 3.32 13.6 5,0 815 8.8 623 3.9 2.76 12.3 560 4.5 421 2.73 2.08 11 946 11.5 850 4.53 3.2 14 6,0 726 7.15 632 3.46 2.64 12.8 505 3.71 426 2.43 1.96 11.7 838 9.3 852 3.86 2.96 14.8 7,0 642 5.7 630 2.97 2.41 13.8 442 2.9 426 2.1 1.83 12.6 708 6.84 850 3.25 2.75 15.5 8,0 543 4.23 625 2.52 2.28 14.4 384 2.27 426 1.8 1.71 13.4 593 4.97 854 2.54 2.48 16.4 9,0 461 3.2 632 2.0 1.95 15.9 325 1.68 434 1.46 1.42 15.4
TAI DB27℃-WB19℃
Taw Pf Pfs ［℃］ ［kW］［kW］ 11.3 5.75 3.78 11.1 4.31 3.0 10.9 3.01 2.25 12.1 5.09 3.54 11.9 3.89 2.91 11.7 2.71 2.14 13 4.4 3.32 12.8 3.38 2.68 12.6 2.39 2.02 13.8 3.78 3.14 13.6 2.92 2.57 13.4 2.05 1.87 14.7 3.14 2.97 14.5 2.45 2.42 14.3 1.76 1.72
Tad ［℃］ 14 12.9 11.5 14.8 13.5 12.4 15.5 14.5 13.3 16.1 15 14.1 16.7 15.7 15.3
TAI DB27℃-WB19.5℃
Taw Pf ［℃］［kW］ 11.9 6.0 11.7 4.52 11.5 3.1 12.8 5.25 12.6 4.03 12.4 2.8 13.7 4.65 13.5 3.56 13.3 2.45 14.5 3.93 14.3 3.01 14.1 2.13 15.3 3.29 15.1 2.56 14.9 1.8
TAI DB29℃-WB21.1℃
Pfs Tad Taw Pf Pfs Tad Taw ［kW］［℃］［℃］［kW］ ［kW］ ［℃］ ［℃］ 3.65 14.4 12.2 6.75 3.75 16 13.3 2.99 13 12 5.18 3.14 14.4 13 2.19 11.9 11.9 3.58 2.34 12.9 12.8 3.41 15.2 13.2 6.04 3.62 16.4 14.2 2.78 14.1 13 4.6 2.91 15.4 14.0 2.06 12.9 12.8 3.2 2.2 13.9 13.8 3.3 15.6 14 5.41 3.45 17 15 2.66 14.6 13.8 4.13 2.82 15.8 14.8 1.94 13.7 13.7 2.91 2.11 14.6 14.6 3.02 16.5 14.9 4.6 3.22 17.8 16 2.48 15.3 14.7 3.52 2.59 16.8 15.8 1.81 14.5 14.5 2.5 1.96 15.6 15.6 2.85 15.7 15.7 3.85 3.08 18.3 16.9 2.33 15.5 15.5 2.96 2.44 17.5 16.7 1.71 15.4 15.4 2.15 1.85 16.5 16.5
Pf: total cooling capacity Tal: in flow air temperature dpw: pressure drop standard coil Twi: inflow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Pfs: sensible cooling capacity Tad: discharge air dry temperature Taw: discharge air wet temperature
Page 10 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
FP-
WA(M)U -102
TAI DB25℃-WB17.8℃
TAI DB27℃-WB19℃
Twi Qw dpw Qa Pf Pfs Tad Taw Pf Pfs ［℃］ ［1/h］ ［kPa］［m3/h］ ［kW］ ［kW］［℃］ ［℃］ ［kW］［kW］ 1265 19.4 1020 6.02 3.84 14 11.4 6.73 4.25 5,0 973 12.1 764 4.63 3.21 12.7 11.2 5.15 3.44 670 6.1 510 3.2 2.34 11.7 11 3.55 2.52 1103 15.2 1021 5.25 3.66 14.5 12.3 5.92 3.96 6,0 853 9.54 765 4.05 3.0 13.5 12.1 4.56 3.25 588 4.88 511 2.85 2.26 12.1 11.8 3.06 2.32 988 12.4 1022 4.53 3.3 15.5 13.1 5.2 3.75 7,0 753 7.64 765 3.52 2.81 14.2 12.9 4.01 3.11 521 3.9 511 2.46 2.07 13.2 12.7 2.8 2.31 838 9.3 1028 3.89 3.22 15.7 13.8 4.44 3.56 8,0 650 5.8 764 3.04 2.67 14.7 13.6 3.45 2.94 452 3.1 511 2.14 2.0 13.6 13.4 2.42 2.2 676 6.3 1025 2.95 2.87 16.7 14.8 3.57 3.38 9,0 532 4.1 765 2.35 2.3 16.1 14.6 2.81 2.76 375 2.2 513 1.67 1.63 15.6 14.4 2.0 2.05
Tad ［℃］ 14.8 13.8 12.6 15.6 14.5 13.5 16.2 15 13.8 16.7 15.6 14.4 17.2 16.3 15.3
TAI DB27℃-WB19.5℃
Taw Pf ［℃］［kW］ 12.1 7.02 11.9 5.4 11.7 3.71 13 6.12 12.8 4.73 12.7 3.26 13.8 5.48 13.6 4.18 13.4 2.89 14.6 4.65 14.4 3.6 14.2 2.51 15.5 3.75 15.3 2.95 15.1 2.08
TAI DB29℃-WB21.1℃
Pfs Tad Taw Pf Pfs Tad Taw ［kW］［℃］［℃］［kW］ ［kW］ ［℃］ ［℃］ 4.1 15.2 12.4 8.0 4.36 16.4 13.4 3.39 14 12.2 6.1 3.51 15.4 13.2 2.52 12.6 12.0 4.2 2.58 14.2 13 3.77 16.1 13.4 7.06 4.1 17.1 14.4 3.12 15 13.2 5.43 3.36 16 14.2 2.31 13.8 13 3.75 2.44 15 14 3.63 16.5 14.1 6.31 3.86 17.8 15.2 3.02 15.4 14 4.86 3.23 16.5 15 2.21 14.3 13.8 3.35 2.36 15.4 14.8 3.44 17.1 15 5.42 3.65 18.4 16.1 2.84 16 14.8 4.18 2.98 17.4 15.9 2.1 14.9 14.6 2.91 2.21 16.2 15.7 3.21 17.7 15.9 4.8 3.54 18.7 16.7 2.64 16.8 15.7 3.75 2.89 17.8 16.5 1.98 15.6 15.5 2.6 2.06 17 16.3
Pf: total cooling capacity Tal: in flow air temperature dpw: pressure drop standard coil Twi: inflow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Pfs: sensible cooling capacity Tad: discharge air dry temperature Taw: discharge air wet temperature
FP-
WA(M)U -136
TAI DB25℃-WB17.8℃
TAI DB27℃-WB19℃
Twi Qw dpw Qa Pf Pfs Tad Taw Pf Pfs ［℃］ ［1/h］ ［kPa］［m3/h］ ［kW］ ［kW］［℃］ ［℃］ ［kW］［kW］ 1729 37.3 1361 8.25 4.93 14.4 11.2 9.17 5.37 5,0 1334 23.4 1023 6.36 4.05 13.4 11.0 7.1 4.41 912 11.8 682 4.37 3.07 11.9 10.8 4.85 3.27 1512 29.3 1361 7.22 4.64 15 12.1 8.12 5.03 6,0 1172 18.5 1022 5.6 3.84 14 11.9 6.28 4.17 815 9.6 681 3.85 2.85 12.8 11.7 4.32 3.15 1314 22.8 1362 6.28 4.35 15.6 12.9 7.04 4.75 7,0 1024 14.5 1024 4.9 3.63 14.6 12.7 5.46 3.91 717 7.6 682 3.4 2.7 13.4 12.5 3.84 2.98 1132 17.4 1361 5.31 4.16 16 13.7 6.05 4.52 8,0 885 11.2 1022 4.16 3.4 15.2 13.5 4.72 3.74 616 5.8 684 2.91 2.56 14 13.3 3.3 2.8 944 12.6 1361 4.32 3.83 16.7 14.5 5.02 4.32 9,0 746 8.2 1023 3.43 3.23 15.7 14.3 3.96 3.56 521 4.3 681 2.42 2.35 14.9 14.1 2.78 2.64
Tad ［℃］ 15.4 14.4 13 16.1 15 13.5 16.7 15.7 14.2 17.2 16.2 15 17.6 16.7 15.6
TAI DB27℃-WB19.5℃
Taw Pf ［℃］［kW］ 11.9 9.59 11.7 7.4 11.5 5.06 12.8 8.39 12.6 6.5 12.4 4.52 13.7 7.29 13.5 5.68 13.2 3.98 14.5 6.28 14.3 4.91 14.1 3.42 15.3 5.24 15.1 4.14 14.9 2.89
TAI DB29℃-WB21.1℃
Pf Pfs Pfs Tad Taw Tad Taw ［kW］［℃］［℃］［kW］ ［kW］ ［℃］ ［℃］ 5.27 15.6 12.2 11 5.57 16.9 13.1 4.36 14.5 12 8.45 4.57 15.8 12.9 3.22 13.2 11.8 5.8 3.45 14.2 12.7 4.93 16.3 13.2 9.78 5.24 17.6 14.1 4.1 15.2 13 7.45 4.32 16.5 14 3.12 13.6 12.7 5.25 3.3 14.8 13.6 4.69 16.8 14.1 8.52 4.95 18.2 15.1 3.82 16 13.9 6.58 4.06 17.2 14.9 2.88 14.6 13.6 4.68 3.11 15.6 14.5 4.36 17.5 14.9 7.33 4.62 18.9 16 3.63 16.5 14.7 5.7 3.78 18 15.8 2.74 15.2 14.5 4.01 2.88 16.5 15.5 4.12 18 15.7 6.12 4.38 19.4 16.9 3.42 17.1 15.5 4.9 3.64 18.4 16.6 2.56 15.9 15.3 3.48 2.79 16.9 16.3
Pf: total cooling capacity Tal: in flow air temperature dpw: pressure drop standard coil Twi: inflow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Pfs: sensible cooling capacity Tad: discharge air dry temperature Taw: discharge air wet temperature
Page 11 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
P FP-
WA(M)U -170
TAI DB25℃-WB17.8℃
Twi Qw dpw Qa Pf ［℃］ ［1/h］ ［kPa］［m3/h］［kW］ 2105 34.2 1700 10.18 5,0 1622 21.4 1276 7.82 1110 10.8 850 5.4 1865 27.5 1703 8.89 6,0 1442 17.3 1276 6.86 991 8.82 851 4.75 1644 21.9 1703 7.7 7,0 1272 13.8 1273 5.99 883 7.2 854 4.16 1388 16.2 1703 6.48 8,0 1083 10.3 1275 5.08 757 5.43 856 3.56 1153 11.6 1705 5.24 9,0 908 7.53 1276 4.15 638 3.99 854 2.95
Pfs Tad ［kW］［℃］ 6.16 14.4 5.05 13.4 3.87 11.8 5.8 15 4.82 13.9 3.6 12.7 5.44 15.6 4.51 14.6 3.41 13.3 5.13 16.1 4.24 15.2 3.23 13.9 4.9 16.5 4.06 15.6 2.88 15.1
TAI DB27℃-WB19℃
Pfs Taw Pf ［℃］ ［kW］［kW］ 11.3 11.32 6.65 11.1 8.72 5.52 10.9 6.0 4.16 12.2 10.0 6.35 12 7.73 5.21 11.8 5.32 3.9 13 8.8 6.0 12.8 6.8 4.96 12.6 4.72 3.78 13.8 7.4 5.7 13.6 5.77 4.7 13.4 4.02 3.47 14.6 6.1 5.27 14.4 4.81 4.39 14.2 3.4 3.31
Tad ［℃］ 15.5 14.3 12.8 16 15 13.6 16.6 15.5 14 17.1 16.1 15 17.8 16.8 15.6
TAI DB27℃-WB19.5℃
Taw Pf ［℃］ ［kW］ 12 11.68 11.8 9.0 11.6 6.16 12.9 10.35 12.7 8.0 12.5 5.5 13.7 9.12 13.5 7.06 13.3 4.9 14.6 7.7 14.4 6.01 14.2 4.2 15.4 6.4 15.2 5.04 15 3.54
TAI DB29℃-WB21.1℃
Pfs Pfs Tad Taw Pf Tad Taw ［kW］［℃］［℃］ ［kW］ ［kW］ ［℃］ ［℃］ 6.41 15.9 12.4 13.3 6.67 17.4 13.4 5.26 14.9 12.2 10.3 5.61 16 13.1 3.93 13.5 12 7.1 4.28 14.3 12.9 6.05 16.5 13.3 11.9 6.36 17.9 14.3 4.99 15.5 13.1 9.16 5.25 16.8 14.1 3.75 14.1 12.9 6.4 4.04 15.1 13.8 5.75 17 14.1 10.65 6.19 18.2 15.1 4.75 16 13.9 8.2 5.06 17.2 14.9 3.57 14.7 13.7 5.68 3.82 15.8 14.7 5.46 17.5 15 9.16 5.83 18.8 16 4.48 16.6 14.8 7.11 4.8 17.8 15.8 3.43 15.2 14.6 4.94 3.64 16.4 15.6 5.1 18.1 15.8 7.63 5.47 19.4 16.9 4.22 17.2 15.6 5.98 4.54 18.4 16.7 3.15 16.1 15.4 4.18 3.4 17.2 16.5
Pf: total cooling capacity Tal: in flow air temperature dpw: pressure drop standard coil Twi: inflow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Pfs: sensible cooling capacity Tad: discharge air dry temperature Taw: discharge air wet temperature
FP-
WA(M)U -204
TAI DB27℃-WB19℃
TAI DB25℃-WB17.8℃
dPw
qa
Pf
Pfs
Tad
Taw
°C
l/h
kPa
m3/h
kW
kW
°C
°C
kW
2325
32.5
2033
11.6
6.91
15
11.6
12.65
7.59
16
12.5
12.9
7.51
16.1
1802
20.4
1530
9.1
5.75
14.1
11.4
9.9
6.33
14.8
12.2
10
6.25
15
1262
10.8
1026
6.3
4.45
12.5
11.2
6.85
4.88
13.1
12
7
4.81
13.3
12.5
1928 22.9 2034 9.18 6.2
16
13
10.5
6.74 17.2 13.7 10.7 6.52 17.5 14.2 12.5 6.96 18.8 15.2
1496
14.7
1522
7.11
5.14
15.2
12.9
8.1
5.6
16.1
13.5
8.3
5.52
16.3
14
9.8
5.82
17.8
15
1084
8.2
1040
4.99
3.98
13.6
12.6
5.7
4.38
14.5
13.3
6.02
4.21
15.2
13.7
6.78
4.56
15.8
14.7
2163
28.5
2035
10.6
6.5
15.6
12.2
11.7
7.2
16.5
13
12
7.02
16.8
13.5
13.8
7.44
18.1
14.5
6.0
7.0
8.0
9.0
Pfs kW
Tad °C
Taw °C
Pf kW
Pfs kW
Tad °C
Taw
TAI DB29℃-WB21.1℃
Qw
5.0
Pf
TAI DB27℃-WB19.5℃
Twi
Pf
Pfs
Tad
kW
kW
°C
13
14.9
7.92
17.4
13.9
12.8
11.6
6.55
16.4
13.7
8
5.1
14.3
13.4
°C
Taw °C
1694
18.3
1544
8.3
5.46
14.6
12
9.2
5.97
15.6
12.8
9.4
5.87
15.8
13.3
10.8
6.2
17.1
14.3
1207
9.8
1024
5.8
4.21
13.2
11.8
6.5
4.64
14.1
12.6
6.7
4.4
14.4
12.8
7.5
4.82
15.2
14
1694
18.3
2039
7.9
5.83
16.5
13.7
9
6.44
17.6
14.5
9.4
6.2
18
14.9
10.9
6.66
19.2
16
1316
11.5
1520
6.1
4.83
15.7
13.6
7
5.38
16.7
14.4
7.3
5.24
16.8
14.7
8.6
5.5
18.4
15.8
920
6.11
1020
4.3
3.69
14.5
13.4
4.8
4.2
15.2
14.3
5.1
3.95
15.6
14.5
6.05
4.23
16.8
15.5
1373
12.5
2031
6.21
5.53
16.9
14.6
7.3
6.1
18.1
15.4
7.62
5.8
18.5
15.8
8.9
6.24
19.8
17
1081
8.2
1520
4.9
4.61
16.2
14.5
5.7
5.06
17.3
15.3
6
4.86
17.5
15.6
7
5.22
18.8
16.8
775
4.5
1014
3.53
3.48
15
14.2
4.1
3.85
16
15
4.3
3.67
16.3
15.3
5
4
17.4
16.3
Pf: total cooling capacity Tal: in flow air temperature dpw: pressure drop standard coil Twi: inflow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Pfs: sensible cooling capacity Tad: discharge air dry temperature Taw: discharge air wet temperature
Page 12 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
FPTwi °C
5.0
6.0
7.0
8.0
9.0
WA(M)U -238
TAI DB25℃-WB17.8℃
Qw
dPw
qa
Pf
Pfs
Tad
Taw
TAI DB27℃-WB19℃ Pf kW
Pfs kW
Tad °C
TAI DB27℃-WB19.5℃
Taw °C
Pf kW
Pfs kW
Tad °C
Taw °C
TAI DB29℃-WB21.1℃ Pf
Pfs
Tad
Taw
l/h
kPa
m3/h
kW
kW
°C
°C
kW
kW
°C
2938
52.8
2347
14.2
8
15
11.2
15.6
8.76
16
12
16.3
8.43
16.4
12.3
18.9
8.86
17.9
13.2
2253
32.8
1751
11.1
6.64
14.1
11
12.2
7.3
15
11.8
12.5
7.1
15.1
12.1
14.5
7.5
16.5
13
1586
17.5
1186
7.65
5.1
12.4
10.7
8.5
5.59
13.2
11.4
8.8
5.48
13.5
11.8
10.2
5.81
14.7
12.6
2613
42.6
2354
12.5
7.54
15.6
12.1
14
8.2
16.7
12.8
14.5
7.96
17
13.2
17
8.45
18.4
14.1
2036
27.3
1780
9.8
6.29
14.7
11.9
11
6.94
15.6
12.6
11.3
6.7
15.9
13
13.1
7.08
17.2
13.9
1415
14.1
1183
6.8
4.79
13.2
11.6
7.6
5.26
14
12.3
7.85
5.13
14.3
12.7
9.1
5.48
15.4
13.6
2270
33.2
2355
10.7
7.15
16.1
13
12.2
7.83
17.2
13.7
12.6
7.54
17.5
14.1
14.9
7.97
18.9
15
1784
21.3
1787
8.4
5.96
15.2
12.8
9.5
6.56
16.1
13.5
9.9
6.29
16.6
13.9
11.7
6.76
17.8
14.8
1243
11.2
1184
5.87
4.52
13.8
12.5
6.7
4.95
14.8
13.2
6.9
4.83
15
13.6
8.1
5.14
16.2
14.5
1919
24.5
2358
9
6.72
16.6
13.8
10.25
7.41
17.7
14.6
10.65
7.14
18
15
12.7
7.51
19.5
16
1550
16.8
1970
7.3
5.59
15.8
13.5
8.25
6.16
16.8
14.3
8.6
6
17.1
14.7
10.2
6.34
18.5
15.7
1069
8.6
1186
5.1
4.24
14.6
13.3
5.78
4.64
15.4
14
5.93
4.55
15.7
14.5
7
4.86
16.9
15.5
1593
17.5
2355
7.4
6.31
17
14.5
8.5
7.02
18.2
15.4
8.84
6.72
18.5
15.8
10.6
7.19
19.9
16.9
1271
11.6
1786
5.8
5.24
16.3
14.4
6.75
5.79
17.4
15.2
7.05
5.59
17.7
15.6
8.4
5.94
18.9
16.6
901
6.3
1180
4.1
4
15.1
14.2
4.7
4.41
16
15
5
4.23
16.4
15.3
5.9
4.57
17.5
16.4
Pf: total cooling capacity Tal: in flow air temperature dpw: pressure drop standard coil Twi: inflow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Pfs: sensible cooling capacity Tad: discharge air dry temperature Taw: discharge air wet temperature
HEATING PERFORMANCE OF 2-PIPE 3 ROWS TAI 18℃ TAI 20℃ FP- WA(M)U -34 Twi Qw DPw Qa Pf Tad Pf Tad ［℃］ ［1/h］ ［kPa］［m3/h］ ［kW］［℃］［kW］ ［℃］ 88.3 0.224 341 1.13 28.2 1.03 29.3 40 72.8 0.16 267 0.94 29.1 0.85 30 54.8 0.096 173 0.7 30.5 0.64 31.4 167.2 0.72 348 2.05 36.5 1.95 37.3 50 137 0.5 267 1.71 38.1 1.6 38.5 102 0.3 177 1.26 40.5 1.19 40.7 244.3 1.41 343 3 45 2.85 45.7 60 202.3 1.0 265 2.48 46.9 2.36 47.5 146.6 0.56 173 1.8 50.2 1.71 50.5 320 2.3 343 3.92 53.3 3.73 53.6 70 266.6 1.64 265 3.23 56 3.11 56.2 192 0.9 173 2.35 59.9 2.24 60
TAI 22℃ TAI 24℃ Pf Tad Pf Tad ［kW］［℃］［kW］ ［℃］ 0.93 30.4 0.83 31.5 0.78 31 0.69 32 0.57 32.3 0.51 33.2 1.81 38.2 1.68 39.1 1.5 39.5 1.39 40.3 1.1 41.7 1.02 42.3 2.71 46.5 2.56 47.1 2.24 48.3 2.12 49 1.63 51.1 1.54 51.9 3.62 54.6 3.47 55.2 2.98 57.1 2.86 57.7 2.17 61 2.08 61.5
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
Page 13 of 46
°C
Universal Fan Coil Unit Model: FP-WA(M)U
WA(M)U -51
TAI 18℃ TAI 20℃ Twi Qw DPw Qa Pf Tad Pf Tad ［℃］ ［1/h］ ［kPa］［m3/h］ ［kW］［℃］［kW］ ［℃］ 125 0.47 511 1.61 27.7 1.46 28.8 40 103.7 0.342 384 1.32 28.6 1.21 29.7 78 0.21 258 1 29.9 0.91 31 232 1.46 511 2.88 35.4 2.71 36.4 50 189.4 1.0 385 2.36 37 2.21 37.7 141.4 0.6 255 1.77 39.3 1.65 40 341 2.93 512 4.16 43.2 3.98 44 60 280 2.04 387 3.43 45.4 3.26 46 209 1.22 258 2.56 48.6 2.44 49.3 452 4.86 511 5.45 51 5.27 51.6 70 364.3 3.25 384 4.46 53.6 4.25 54.2 274.3 1.97 258 3.35 57.8 3.2 58.3 FP-
TAI 22℃ TAI 24℃ Pf Tad Pf Tad ［kW］［℃］［kW］ ［℃］ 1.31 29.9 1.16 31 1.09 30.8 0.97 31.8 0.82 31.8 0.73 32.8 2.53 37.3 2.35 38.2 2.07 38.6 1.92 39.5 1.55 40.7 1.45 41.4 3.75 44.7 3.56 45.5 3.1 47 2.93 47.6 2.32 50 2.2 50.5 5.05 52.5 4.8 53 4.1 54.8 3.92 55.5 3.06 59 2.94 59.5
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
WA(M)U -68
TAI 18℃ TAI Twi Qw DPw Qa Pf Tad Pf ［℃］［1/h］［kPa］［m3/h］ ［kW］［℃］［kW］ 200 2.7 686 2.54 29.5 2.33 40 163 1.88 511 2.07 30.5 1.9 121 1.1 340 1.55 32 1.41 351 7.51 681 4.35 37.7 4.1 50 288 5.25 512 3.59 39.7 3.36 214 3.08 346 2.64 41.8 2.5 510 14.6 681 6.2 46 5.95 60 412 9.97 512 5.04 48.5 4.8 300 5.65 343 3.69 51.3 3.5 667 23.8 687 8.0 54 7.78 70 538 16.1 510 6.52 57.5 6.28 396 9.4 342 4.86 61.6 4.62 FP-
20℃ Tad ［℃］ 30.5 31.5 32.8 38.6 40.3 42.3 47 49 51.5 55 58 61.8
TAI 22℃ TAI 24℃ Pf Tad Pf Tad ［kW］［℃］［kW］ ［℃］ 2.08 31.4 1.84 32.3 1.7 32.3 1.51 33.1 1.26 33.4 1.13 34.2 3.84 39.3 3.55 40.1 3.14 41 2.91 41.6 2.33 43 2.16 43.5 5.64 47.5 5.3 48 456 49.5 4.34 50.2 3.38 52.5 3.23 53.2 7.44 55.6 7.1 56.2 6.02 58.4 5.78 58.9 4.45 62.2 4.3 62.7
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
Page 14 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
WA(M)U -85
TAI 18℃ TAI Twi Qw DPw Qa Pf Tad Pf ［℃］［1/h］［kPa］［m3/h］ ［kW］［℃］［kW］ 237 0.8 853 3.03 29 2.76 40 191 0.6 632 2.44 29.9 2.23 142 0.3 425 1.82 31.2 1.65 429 2.4 854 5.33 37.3 5.0 50 346 1.6 634 4.29 39 4.04 257 0.9 428 3.18 41 2.99 626 4.7 851 7.66 45.8 7.3 60 502 3.2 631 6.14 48.1 5.86 371 1.9 423 4.55 50.9 4.33 820 7.6 851 10 54.2 9.56 70 664 5.2 633 8 57.2 7.74 487 3.0 425 5.91 61 5.68 FP-
20℃ Tad ［℃］ 30 30.9 32 38.1 39.7 41.6 46.5 48.7 51.6 54.7 57.8 61.3
TAI 22℃ TAI 24℃ Pf Tad Pf Tad ［kW］［℃］［kW］ ［℃］ 2.48 31 2.21 32 2.0 31.8 1.78 32.7 1.49 32.8 1.32 33.6 4.69 39 4.36 39.8 3.78 40.4 3.51 41.2 2.8 42.2 2.6 42.9 6.97 47.2 6.6 47.9 5.6 49.4 5.31 50 4.15 52 3.92 52.4 9.16 55.3 8.86 56 7.41 58.4 7.15 58.9 5.48 61.9 5.26 62.4
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
TAI 18℃ TAI 20℃ FP- WA(M)U -102 Twi Qw DPw Qa Pf Tad Pf Tad ［℃］［1/h］［kPa］ ［kW］［℃］［kW］ ［℃］ ［m3/h］ 267 1.1 1022 3.4 28.3 3.11 29.4 40 219 0.7 765 2.8 29.3 2.55 30.3 163 0.4 511 2.08 30.6 1.9 31.5 487 3.0 1021 6.05 36.3 5.68 37.2 50 399 2.1 765 4.95 38 4.65 38.8 295 1.2 511 3.65 40.1 3.44 40.8 712 6.0 1022 8.7 44.3 8.3 45.1 60 583 4.2 767 7.15 46.8 6.8 47.4 429 2.4 429 5.26 49.6 5.0 50.2 937 9.7 1023 11.37 52.4 10.93 53 70 763 6.7 764 9.27 55.4 8.9 56 560 3.8 510 6.82 59 6.52 59.5
TAI 22℃ TAI 24℃ Pf Tad Pf Tad ［kW］［℃］［kW］ ［℃］ 2.81 30.5 2.48 31.5 2.3 31.3 2.05 32.3 1.71 32.3 1.52 33.2 5.3 38 4.96 39 4.34 39.5 4.04 40.3 3.22 41.5 2.98 42 7.94 46 7.51 46.7 6.47 48.2 6.12 48.7 4.76 50.8 4.51 51.3 10.5 53.7 10.02 54.3 8.6 56.7 8.2 57.3 6.35 60.2 6.05 60.6
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
Page 15 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
WA(M)U -136
TAI 18℃ TAI 20℃ Twi Qw DPw Qa Pf Tad Pf Tad ［℃］［1/h］［kPa］［m3/h］ ［kW］［℃］［kW］ ［℃］ 363 1.93 1362 4.64 28.5 4.23 29.6 40 295 1.33 1022 3.77 29.4 3.44 30.4 220 0.8 682 2.82 30.8 2.56 31.6 658 5.63 1362 8.15 36.5 7.67 37.4 50 531 3.83 1023 6.63 38 6.19 38.7 395 2.24 683 4.93 40.3 4.6 40.8 952 10.96 1361 11.65 44.4 11.1 45.2 60 774 7.6 1022 9.51 46.8 9.03 47.3 575 4.4 681 7.05 49.9 6.7 50.4 1244 17.8 1363 15.1 52.2 14.51 52.9 70 1020 12.4 1024 12.35 55.2 11.9 55.9 746 7.1 681 9.04 59 8.7 59.5 FP-
TAI 22℃ TAI 24℃ Pf Tad Pf Tad ［kW］［℃］［kW］ ［℃］ 3.79 30.6 3.39 31.7 3.11 31.4 2.76 32.3 2.31 32.4 2.05 33.3 7.15 38.2 6.65 39.1 5.78 39.5 5.4 40.3 4.31 41.5 4.01 42.1 10.56 45.9 9.96 46.6 8.58 47.9 8.12 48.6 6.35 50.7 6.03 51.4 13.93 53.6 13.42 54.4 11.43 56.5 10.96 57 8.4 60.1 8.06 60.6
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
TAI 18℃ TAI 20℃ TAI 22℃ TAI 24℃ FP- WA(M)U -170 Twi Qw DPw Qa Pf Tad Pf Tad Pf Tad Pf Tad ［℃］［1/h］［kPa］ ［m3/h］ ［kW］［℃］［kW］ ［℃］ ［kW］［℃］［kW］ ［℃］ 430 1.68 1701 5.51 28 5.01 29.1 4.48 30.1 3.98 31.2 40 351 1.2 1277 4.5 28.9 4.09 29.9 3.68 30.9 3.26 31.9 263 0.7 852 3.36 30.2 3.06 31.1 2.76 32 2.45 32.9 780 4.93 1704 9.75 35.7 9.1 36.5 8.5 37.4 7.9 38.3 50 638 3.43 1277 7.9 37.1 7.44 38 6.94 38.8 6.45 39.6 475 2.0 852 5.9 39.4 5.54 40.1 5.19 40.8 4.8 41.4 1145 9.82 1705 14 43.4 13.35 44.2 12.7 45 11.95 45.7 60 926 6.71 1275 11.32 45.4 10.8 46.2 10.3 47 9.8 47.7 687 3.9 854 8.45 48.6 8.01 49 7.65 49.8 7.25 50.3 1500 16 1706 18.21 51.1 17.5 51.7 16.8 52.5 16.02 53.1 70 1226 11.1 1277 14.81 54 14.3 54.6 13.7 55.2 13.1 55.7 903 6.4 852 11 57.7 10.53 58.2 10.2 58.8 9.71 59.2 Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
Page 16 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
WA(M)U -204
TAI 18℃ TAI 20℃ TAI 22℃ TAI 24℃ Twi Qw DPw Qa Pf Tad Pf Tad Pf Tad Pf Tad ［℃］［1/h］［kPa］ ［m3/h］ ［kW］［℃］［kW］ ［℃］ ［kW］［℃］［kW］ ［℃］ 499 1.7 2043 6.4 27.7 5.82 28.8 5.24 29.9 4.62 31 40 411.4 1.24 1529 5.26 28.6 4.8 29.7 4.3 30.7 3.82 31.8 309 0.73 1030 3.94 29.9 3.6 30.8 3.23 31.7 2.86 32.6 913 5.2 2044 11.3 35 10.65 36.1 9.9 37 9.2 37.9 50 746 3.6 1536 9.25 36.6 8.7 37.5 8.1 38.4 7.5 39.1 557 2.1 1035 6.9 38.9 6.5 39.4 6.04 40.1 5.6 40.8 1325 10 2040 16.2 42.5 15.45 43.4 14.7 44.2 13.95 45.1 60 1080 6.9 1527 13.2 44.7 12.6 45.5 12 46.2 11.4 47.1 810 4.2 1039 9.9 47.8 9.45 48.1 8.96 48.8 8.5 49.6 1749 16.6 2047 21.2 50 20.4 50.8 19.6 51.6 18.8 52.5 70 1423 11.5 1522 17.3 53 16.6 53.7 16 54.3 15.2 55.1 1054 6.6 1027 12.8 56.6 12.3 57 11.8 57.6 11.4 58.3 FP-
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
TAI 18℃ TAI 20℃ FP- WA(M)U -238 Twi Qw DPw Qa Pf Tad Pf Tad ［℃］［1/h］［kPa］ ［kW］［℃］［kW］ ［℃］ ［m3/h］ 581 2.47 2381 7.42 27.6 6.78 28.8 40 476 1.72 1786 6.14 28.7 5.55 29.6 29.8 4.18 30.8 358 1.04 1196 4.58 1020 6.75 2373 13 34.9 11.9 35.5 50 857 4.94 1786 10.75 36.5 10 37.3 38.6 7.5 39.3 643 2.96 1200 7.94 1534 14.2 2384 18.75 42.3 17.9 43.2 60 1252 9.82 1790 15.3 44.3 14.6 45.2 926 5.68 1192 11.3 47.4 10.8 48 2014 23.1 2388 24.45 49.6 23.5 50.4 70 1629 15.6 1790 19.8 52 19 52.8 1221 9.4 1196 14.8 56.1 14.25 56.8
TAI 22℃ TAI 24℃ Pf Tad Pf Tad ［kW］［℃］［kW］ ［℃］ 6.1 29.9 5.4 31 5 30.6 4.44 31.7 3.75 31.7 3.32 32.7 11.33 36.7 10.58 37.7 9.37 38.2 8.69 39.1 7 40.1 6.5 40.8 17 44 16.1 44.9 13.87 46 13.1 46.7 10.3 48.8 9.78 49.2 22.5 51.2 21.6 52 18.4 53.6 17.6 54.3 13.6 57.6 13 58
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
Page 17 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
ACCESSORIES / CONFIGURATIONS CODE
ITEM
MATERIAL WIRING DIAGRAM TB YELLOW BROWN ORANGE
H M L
FP-SPS
off+3 speed switch
RED
BLUE
SS
YELLOW/GREEN
FM
CAP RED
L N E
FM--FAN MOTOR TB--TERMINAL CAP--CAPACITOR SS--3-SPEED SWITCH
FP- TSC
thermostat switch
WIRING DIAGRAM WITHOUT ELECTRICAL HEATER SM1 、2
Legend: JP0----Short is master Open is slave JP01----Open is with valve Short is without valve JP1----Transformer JP2----Power supply JP3----2-way valve JP4----Drainage pump JP5----Fan motor JP6----Remote receiver JP9----Stepping motor JP10----Stepping motor JP11----Room TEMP. sensor JP12----Indoor coil TEMP. sensor JP13----Wall pad JP14----Float switch AUX1----Auxiliary 1 for heat AUX2----Auxiliary 2 for cool
JP11
Blue Green Red Yellow
JP01 JP9 JP10
JP13 JP0
JP6
T
CPU White
TB
FP-PCW-V
JP12
Wall pad
electronic PCB for 2 pipe +remote handset or wired wall pad
JP1 JP14
R ed
JP5
JP4
Black Blue
JP3 JP2
L
AUX1 AUX2
N V
Black
Red Red White White
N HIGH MED LOW
Yellow/Green
A1
M
M
A1 A2 A2
SM3,4
Wiring Diagram SM1,2
PHOTO
Wall Pad JIPC JIPH JP11 JP10 JP9 JP7 JP8
JP13
T
JP0 JP6
CPU
TB
JP1
JP14
JP2
JP5
JPH
JP4
M
Black Blue
JP3
N
AUX2
L
AUX1
Brown
FP-PCW-P
Black Yellow/Green CV
N HIGH MED LOW
White White
Red Red
M
HV
electronic PCB for 4 pipe +remote handset or wired wall pad
A1 A1 A2
Legend: JP0----Short is master Open is slave JP1----Transformer JP2----Power supply JP3----2-way valve of Cooling JP5----Fan motor JP6----Remote receiver JP7----Stepping motor JP8----Stepping motor JP9----Stepping motor JP10---Stepping motor JP11---Room TEMP. sensor JP13---Wall pad JPH----2-way valve of Heating JIPH---Coil TEMP. sensor of Heating JIPC---Coil TEMP. sensor of Cooling AUX1---Auxiliary 1 for heat AUX2---Auxiliary 2 for cool
A2
FP-WAU-EH
electrical heater
PTC
2V2-WAU
ON/OFF 2 way valve for 2-pipe unit
Tube connections+2 way valve with insulation
3V2L-WAU
ON/OFF 3 way valve for 2-pipe left unit for WA(M)U
Tube connections+3 way valve with insulation
Page 18 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
3V2R-WAU
2V4- WAU
3V4L-U
3V4R-U
ON/OFF 3 way valve for 2-pipe right unit for WA(M)U
Tube connections+3 way valve with insulation
ON/OFF 2 way valve for 4-pipe unit for WA(M)U
ON/OFF 3 way valve for 4-pipe left unit for WA(M)U
ON/OFF 3 way valve for 4-pipe right unit for WA(M)U
Tube connections+2 way valve with insulation
Tube connections+3 way valve with insulation (2 SETS)
Tube connections+3 way valve with insulation (2 SETS)
EDPHR-U
Auxiliary drain pan with right water connections for horizontal installation
Q235-A spraypaint+insulation
EDPHL-U
Auxiliary drain pan with left water connections for horizontal installation
Q235-A spray paint+ insulation
EDPV -U
Auxiliary drain pan for vertical installation
Q235-A spray paint+ insulation
Page 19 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
ACCESSORIES SPECIFICATION
(1) FP- TSC
Start/Stop: Press“
” one time to turn on the thermostat and once more to turn off it;
Temperature Setting: Press “6” to decrease the temperature and press“5”to increase it and each press means 1℃ changed; Cool Mode: Press “M” till “
” flashes and the system will confirm it automatically in 5 seconds;
Heat Mode: Press “M” till “ ” flashes and the system will confirm it automatically in 5 seconds; Ventilation Mode: Press “M” till “
” flashes and the system will confirm it automatically in 5 seconds and the
fan runs according to the speed selected; Speed Mode: Press “
” to select fan speed “
（Hi）,
（Mid）,
（Low） or
（Auto）;
In Auto Mode, the fan will change its speed automatically, which means it runs at low speed when the temperature difference is higher than 1℃ and it runs at high speed, when the temperature difference is higher than 3℃; and if the difference is equal, DA model will close the motorized valve with fan running at low speed and DB model will close the motorized valve and the fan as well. Sleep Setting: press “” till “
” flashes and press “5” to confirm the setting or press “6” to disable it;
Clock setting: Press “” till “hh:mm”displays with “hh” flashing, then press “5” or “6” to adjust Hour and press “” till “mm” in “hh:mm” flashes, then press “5” or “6” to adjust Minute, and finally press “” to confirm the setting; Timer –on Setting: Press “” till “” and “TIMER ON” flash, together with “hh” in “hh:mm” flashing, press “5” or “6” to adjust Timer-on Hours, and press “” till “mm” in “hh:mm” flashes, then press “5” or “6” to adjust Timer-off Minute, and finally press “” to confirm the setting; Timer-off Setting: Press “” till “” and “TIMER OFF” flash, together with “hh” in“hh:mm” flashing, press “5” or “6” to adjust Timer-off Hour, and press “” till “mm” in “hh:mm” flashes, then press “5” or “6” to adjust Timer-off Minute, and finally press “” to confirm the setting; Cancellation of Timer-on: Press “” till “” and “TIMER ON” flash, together with “hh” in “hh:mm” flashing, press “5” or “6” to adjust Timer-on Hour to “00”, press “” till “mm” in “hh:mm” flashes, then press “5” or “6” to adjust Timer-on Minute to “00” , and finally press “” to confirm the setting; Cancellation of Timer-off: Press “” till “” and “TIMER OFF” flashes, together with “hh” in “hh:mm” flashing, press “5” or “6” to adjust Timer-off Hour to “00”, and press “” till “mm” in “hh:mm” flashes, press “5” or “6” to adjust Timer-off Minute to “00”, and finally press “” to confirm the setting. Page 20 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
Parameter setting when the unit is off: 1. Temperature Amendment when the temperature is incorrect: Simultaneously press “M” and “” for 3 seconds till it displays “XX ℃”（“RT”does not show）, and press “5” or “6” to adjust the temperature to the right degree and the system will confirm it automatically in 5 seconds. 2. Code Setting: ” and “ ℃” will automatically
Simultaneously press “” and “M” till “RT” disappears and then press “
disappear, and thereafter, press “6” and “5” to number them and the system will automatically confirm the codes set(The codes range from 1 to 32). 3. Low Temperature Protection Setting: When the unit is off, press “M” for 3 seconds till it displays“00”or“01”, then press “5” or “6” to adjust it. “00” means to disable the function and “01” means to enable the function. If the function is valid, the thermostat will be turned on automatically in heat mode when the room temperature is lower than 5℃. When the room temperature rises to 7℃, it will be turned off automatically.
(2) FP-PCW-V WIRING DIAGRAM WITHOUT ELECTRICAL HEATER SM1、 2
JP11
Blue Green Red Yellow
JP12
Wall pad
JP01 JP9 JP10
JP13
T
JP0
JP6
CPU
JP14
JP5
JP4
JP3 JP2
Black Blue
L
AUX1 AUX2
Red
TB
White
JP1
N A1
M
Yellow/Green V
Black
N HIGH MED LOW
Red Red White White
M
A1 A2 A2
Legend: JP0----Short is master Open is slave JP01----Open is with valve Short is without valve JP1----Transformer JP2----Power supply JP3----2-way valve JP4----Drainage pump JP5----Fan motor JP6----Remote receiver JP9----Stepping motor JP10----Stepping motor JP11----Room TEMP. sensor JP12----Indoor coil TEMP. sensor JP13----Wall pad JP14----Float switch AUX1----Auxiliary 1 for heat AUX2----Auxiliary 2 for cool
Page 21 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
REMOTE HANDSET CONTROL Tr ansmi ssi on sour ce used f or sendi ng cont r ol si gnal t o t he ai r - condi t i oni ng uni t
Sl eep But t on Sl eep mode wi l l aut omat i cal l y adj ust t emper at ur e and save ener gy when you ar e sl eepi ng.
LCD DI SPLAY
MODE But t on Pr ess but t on t o sel ect Aut o mode 、Cool 、Dehumi di f y、 Fan or Heat .
Up But t on Pr ess but t on t o i ncr eas t emper at ur e 1℃ st ep. ( Max: 30℃) Down but t on Pr ess but t on t o decr ease t emper at ur e 1℃ st ep. ( mi n: 16℃)
℃
A
A
Swi ng But t on Ai r di st r i but or i n al l mode. Have 5 posi t i ons t o sel ect ed
AM PM
ON/ OFF But t on Pr ess t hi s but t on wi l l t ur n t he ai r - condi t i oni ng uni t on or of f . Not e: ON/ OFF but t on wi l l not wor k when cont i nuous dai l y oper at i on i s set .
Mode
Fan speed Reset
Fan But t on Pr ess but t on t o sel ect l ow 、medi um、hi gh or Aut o speed.
AM PM
Net wor k But t on You can set al l par amet er s on mast er uni t . Then pr ess t he but t on f or 3s , net wor k i con wi l l appear . Al l par amet er s have been sent t o sl ave uni t s.
Ti me- on
Net wor k
Ti me- of f
Swi ng
Ti mer - on But t on Pr ess t he but t on once , t he t i mer - on i con wi l l bl i nk. Then pr ess TI MER but t on t o set t i mer - on t i me by 10 mi nut es st ep. Pr ess t he but t on agai n, t i mer - on i s set . Pr ess t he but t on agai n , t i mer - on mode i s cancel l ed.
Ti mer - Set
Cl ock
Bet t er y
Ti mer - of f But t on Pr ess t he but t on once , t he t i mer - of f i con wi l l bl i nk. Then you pr ess TI MER but t on t o set t i mer - of f t i me by 10 mi nut es st ep. Pr ess t he but t on agai n, t i mer - of f i s set . Pr ess t he but t on agai n , t i mer - of f mode i s cancel l ed.
RESET But t on Pr ess but t on t o r est ar t r emot e
r e e h s l t.i o c rf .n yn af ae Co o . rp rr s pr o oa if ae fe sm pf i i n npf o oodt t tald t tlr l n ui ul eb bim wa twie n e thno Sn to-od cr ecnsie miasem i ienel Tl or t c-pc y sy r ce sC en l. e, me,cf rs ihsyf P3 tT3Co
Cl ock But t on When you change t he bat t er i es, you must r eset t he cl ock t i me. Af t er you i nst al l t he new bat t er i es , t he cl ock t i me wi l l bl i nk. Then pr ess t he cl ock but t on , t he cl ock t i me wi l l not bl i nk. Pr ess Ti mer - set but t on t o i ncr ease t he t i me by 1 mi nut e st ep. At l ast pr ess t he cl ock but t on agai n.
Ti mer - set t i ng But t on When you set t he t i me cl ock , pr ess but t on t o i ncr ease i n 1 mi nut e st eps. When you set t he t i mer - on and t i mer - of f , pr ess but t on t o i ncr ease by 10 mi nut es st ep.
LCD DI SPLAY Fan
Set t emper at ur e
Heat i ng
Aut o
℃
A
Cool i ng
Si gnal sendi ng Swi ng Net wor k
Fan speed Aut o Low- Med- Hi gh
A
Sl eep
AM PM
Ti mer - on
AM PM Ar r ow di r ect i on i s shown f r om t he f i r st f unct i on t o t he second f unct i on.
Cycl e t i mer - on and t i mer - of f
Ti mer - of f
Cl ock i con
Page 22 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
WIRED WALL PAD (OPTIONAL) 1- - ON/OFF Button Press the button, the unit will be turned on or off. 2- - LED signal 3- - Room temperature Sensor 4- - Real time o'clock 5- - Unit Number No.00 is the master unit. You can set slave units(No.01--31) parametres on the master wall pad. 6- - Mode: Auto,Cool, Dehumidification, Ventilation and Heat Auto mode Dehumidification
Cycle Timer
Timer ON
Timer OFF
h
9- - Error Mark 01_ Room temperature sensor is damaged; 02_ Drainage system is damaged; 03_ Coil temperature sensor is damaged; 04_ Auto restart function is damaged. 05_ Outdoor coil temperature sensor is damaged; 06_ High or low pressure switch is opened; 08_ The unit is shortage of refrigerant. 10- - Error Alarm 11- - Room temperature 12- - Setting temperature
℃
13----Fan Speed Icon: Auto,Low,Medium and High 14----Sleep Mode Icon 15----Louver Swing Icon 16----Communication Icon 17----Connecttion check Icon 18----Mode Select Button Press the button to select Auto, cool, dehumidification, ventilation or heat mode. 19----Fan Speed Select Button Press the button to select Auto,low,medium or high speed. 20----Sleep Mode Button. It will automatically adjust temperature and save energy when you are sleeping in cool mode or heat mode. If the wall pad is the master,press it for 3s,commumication icon appears, you can select slave unit from 1 to 31 by pressing Time up or down button,all parameters appear on the wall pad will be sent to unit you selcted or all slave units when you press Enter Button.
ENTER
FOR SETTING MASTER-SLAVE UNIT USING WALL PAD 1.Please see the back of wall pad. The unit No. can be set using dip switchs.
dip switches
Heat mode
7- - Setting Time 8- - Timer ON and OFF
AM/ PM
UNIT NO.
Cool mode Ventilation mode
UNIT NO.
dip switches
UNIT NO.
dip switches
UNIT NO.
dip switches
21----Timer ON/OFF Button 1) Press TIMER button, or appears in LCD; 2) Press TIME (up) or (down) to select TIMER ON or TIMER OFF or SET; 3) If TIMER ON or TIMER OFF is selected. "h" and or blink in LCD; Press the TIMER(up) or (down) to set time by 10 minutes step; Press the TIMER button to confirm it. Repeat step 2) and 3) to set TIMER OFF or ON; 4) After setting TIMER ON and OFF, Press the TIME (up) or (down). When and SET appear in LCD, then press TIMER button to confirm it. , and appear in LCD at the same time. Then press ENTER button to confirm it. 5) When you cancel cycle timer on and off, press TIMER button for 30s. disappears in LCD. When you cancel timer on or/and off, press TIMER button first, then press the TIME (up) or (down) to select SET only in LCD. Press the TIMER button again, then cancel timer on or/and off. 22----Clock Button Press it first, then press Time up or down button to set real time o'clock 23----Enter Button In order to avoid misoperation ,all setting(except ON/OFF Button)is valid after pressing the button. 24----Time up/down Press Timer ON/OFF Button or Clock Button first,then press it to set timer time or clock time 25----Swing Button, 26----Temperature Up/Down Button Press Up Button to increase temperature 1 ℃ step (MAX:30℃) Press Down Button to decrease temperature 1 ℃ step (MIN:16℃)
Page 23 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
CONTROLS SPECIFIC ATION 2 PIPE HOT AND CHILLED WATER FAN COIL UNIT WITH MOTORIZED VALVE, MASTER – SLAVE CONTROL, AND COMPUTER MANAGEMENT SYSTEM CONTROL 1.0
ABBREVIATIONS Ts = Setting temperature Tr = Room air temperature sensor Ti = Indoor coil temperature sensor Aux = Auxiliary contact MTV = Motorized valve
2.0
SYSTEM OPERATION
2.A MASTER AND SLAVE UNIT FUNCTION The control board can be set either as a master unit or slave unit.
2.A.1 MASTER UNIT FUNCTION • •
The master unit can send its parameters to the slave unit using remote handset or wired wall pad. The master unit setting parameters are Unit ON/OFF, Mode, Fan Speed, Set Temperature, Sleep Function and Swing function.
2.A.2 SLAVE UNIT FUNCTION • •
The slave unit runs according to master unit parameters. Every unit is allowed to change to locally desired setting using remote handset or wired wall pad.
2.A.3 MASTER – SLAVE INSTALLATION •
When using remote handset, for the master unit ensure the JP0 jumper is shorted and for the slave units JP0 is opened before turning ON the main power supply.
•
When using wired wall pad, JP0 jumper will not function. Unit with No.00 wall pad is master unit. Unit with No.01—31 is slave unit. See wired wall pad function guide to see how to set wall pad Numbers.
•
Connect master to slave units with shiled wire. NOTE: Use 4-core cable and one to one configuration.
•
When MAIN POWER SUPPLY is ON : With motorized valve: the master unit will respond with 3 beeps. The slave unit will respond with 1 beep. Without motorized valve: the master unit will respond with 4 beeps. The slave unit will respond with 2 beep.
•
More than 1 masters are allowed in a group. Masters can control commutatively.
2.B COMPUTER MANAGEMENT SYSTEM •
You can connect a group of units to your computer management system through the RS-485 converter. You need install the special software in your computer. The software can change the unit running parameters and check the unit working parameters. Detailed information can be found in Appendix 1.
2.C AIR CONDITIONER ON/OFF • • •
There are 3 ways to turn the system on or off: by programmable timer on the handset or wall pad controls. by ON/OFF button on the handset or wired wall pad. by manual control button on the air conditioner. Page 24 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
2.D POWER ON SETTING •
When power on signal is received by the air conditioner, the Mode, Fan Speed, Set Temperature and Swing settings will be the same as the last handset settings before the last power off.
2.E COOL MODE • • • • •
• • 2.E.1. • •
If Tr >= Ts+1 °C, cool operation is activated. MTV is turned on. AUX2 is closed. Indoor fan runs at set speed. If Tr <= Ts, cool operation is terminated. MTV is turned off. AUX2 is opened. Indoor fan runs at set speed. The range of Ts is 16 to 30 °C Indoor fan speed can be adjusted for low, medium, high and auto. When turned on, MTV requires 30 seconds before it is fully open. When turned off, MTV requires 120 seconds before it is fully closed. When the unit is turned off, indoor fan will delay for 5 seconds before it is turned off.
Protection of indoor coil If Ti < 2 °C for 2 minutes, MTV is turned off. AUX2 is opened. If indoor fan is set for low speed, it will run at medium speed. If it is set for medium or high speed, it will keep running at the same speed. When Ti ≥ 5 °C for 2 minutes, MTV is turned on. AUX2 is closed. Indoor fan runs at set speed.
2.F FAN MODE • •
Indoor fan runs at the set speed while MTV is turned off. AUX1 and AUX2 are opened. Indoor fan speed can be adjusted for low, medium, high and auto.
2.G HEAT MODE------TZ-WAU-V6.2 FOR FDL WITHOUT ELECTRICAL HEATER. • If Tr <= Ts-1, heat operation is activated, MTV is turned on. AUX1 is closed. Indoor fan runs at the set speed. • If Tr>= Ts, heat operation is terminated, MTV is turned off. AUX1 is opened. Indoor fan runs according to POST heat condition. Indoor fan repeatedly runs at low fan speed for 30 seconds and stops for 3 minutes. • The range of Ts is 16 to 30 °C • Indoor fan speed can be adjusted for low, medium, high and auto • MTV will delay for 30 seconds before it is turned on or off.
2.G HEAT MODE------TZ-- WAU -V6.2C FOR FDL WITH ELECTRICAL HEATER AS BOOSTER (OPTIONAL) • If Tr <= Ts-1, heat operation is activated, MTV is turned on. Electrical heater is turned on. Indoor fan runs at the set speed. • If Tr>= Ts, heat operation is terminated, MTV is turned off. Electrical heater is turned off. Indoor fan runs according to POST heat condition. Indoor fan repeatedly runs at low fan speed for 30 seconds and stops for 3 minutes. • If Ti<40 C, Electrical heater is turned on. If 40==45 C, Electrical heater is turned off. • The range of Ts is 16 to 30 °C • Indoor fan speed can be adjusted for low, medium, high and auto • MTV will delay for 30 seconds before it is turned on or off.
2.G HEAT MODE------TZ-WAU-V6.2D FOR FDL WITH ELECTRICAL HEATER AS PRIMARY HEAT SOURCE. (OPTIONAL) • If Tr <= Ts-1, heat operation is activated, MTV is turned off. Electrical heater is turned on. Indoor fan runs at the set speed. • If Tr>= Ts, heat operation is terminated, MTV is turned off. Electrical heater is turned off. Indoor fan runs according to POST heat condition. Indoor fan repeatedly runs at low fan speed for 30 seconds and stops for 3 minutes. • The range of Ts is 16 to 30 °C • Indoor fan speed can be adjusted for low, medium, high and auto • MTV will delay for 30 seconds before it is turned on or off. Page 25 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
2.G.1 Pre-Heat-------TZ-WAU-V6.2 FOR FDL WITHOUT ELECTRICAL HEATER. • If Ti <32 °C, when MTV is on, indoor fan remains off and AUX1 is closed. • If 32 °C <= Ti<= 38 °C, when MTV is on, AUX1 is closed and indoor fan keeps original state. • If Ti >38 °C, when MTV is on, AUX1 is closed and Indoor fan runs at set speed. • If indoor coil temperature sensor is damages, pre-heat time is set for 2 minutes and Indoor fan runs at set speed.
2.G.1 Pre-Heat-------TZ-WAU-V6.2 C(D) FOR FDL WITH ELECTRICAL HEATER. •
Indoor fan will turned on after the electrical heater is turned on 30S.
2.G.2 Post-Heat -------TZ-WAU-V6.2 FOR FDL WITHOUT ELECTRICAL HEATER. • If Ti > 38 °C, when MTV is off, indoor fan remains on at set speed and AUX1 is opened. • If 35 °C <= Ti< =38 °C, when MTV is off, AUX1 is opened. Indoor fan keeps original state. • If Ti < 35 °C, when MTV is off, AUX1 is opened. Indoor fan stops. • If indoor coil temperature sensor is damages, post-heat time is set for 3 minutes with indoor fan running at set speed
2.G.2 Post-Heat -------TZ-WAU-V6.2 C(D) FOR FDL WITH ELECTRICAL HEATER. •
Indoor fan will turned off after the unit is turned off 20S.
2.G.3 Protection of indoor coil • If Ti >= 75 °C, MTV is turned off, indoor fan remains on and AUX1 is opened. Indoor fan at high speed. • If Ti < 70°C, MTV is turned on, indoor fan remains on and AUX1 is closed. Indoor fan at set speed.
2.H
DEHUMIDIFICATION MODE If Tr>= 25°C, MTV will be ON for 3 minutes and OFF for 4 minutes. If 16 °C <= Ti< 25 °C, MTV will be ON for 3 minutes and OFF for 6 minutes. If Tr <16°C, MTV will be turned off.
2.I
AUTO HEAT-DEHUMIDIFICATION-COOL MODE In AUTO mode, the set temperature of the system is 24°C and the indoor fan runs in auto fan mode. The fan and valve will be turned on. After 1 minute, if the coil temp. is more than 38°C, the valve will be turned on or off according to HEAT mode. if the coil temp. is less than 38°C, the valve will be turned on or off according to COOL mode. Note: Once the unit is turned on in auto mode, after 1 minute, it will choose whether to operate in HEAT or COOL mode depending on the conditions.
2.J
AUXILIARY CONTACTS
•
Cool mode (AUX2) AUX2 is closed when MTV is on (in normal operation). AUX2 is opened when MTV is off or protection of indoor coil is operating.
•
Fan mode (AUX1 and AUX2) AUX1 and AUX2 are opened when Indoor fan is on.
•
Heat mode (AUX1) for unit without electrical heater. AUX1 is closed when MTV is on (in normal operation). AUX1 is opened when MTV is off or protection of indoor coil is operating.
2.K SLEEP FUNCTION • •
Sleep function can only be set in cool or heat modes. In cool mode, after sleep function is set, the indoor fan will run at low speed and Ts will increase 2°C during 2 hours.
Page 26 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
• •
In heat mode, after sleep function is set, the indoor fan will run at auto fan mode and Ts will decrease 2°C during 2 hours. Changing of operation mode will cancel sleep function
The COOL mode SLEEP profile is as follow:
The HEAT mode SLEEP profile is as follows: SLEEP set on
SLEEP set off
1
1/ 2
2
t(hr)
Ts
Ts- 1
Ts- 2
Tr ( ℃)
2.L • •
0
1/ 2
1
2 Hours since sleep set
AUTO FAN SPEED In cool mode, the auto fan speed will operate as the following diagram: Fan speed: H
M L
ST
• •
ST+2
ST+3
ST+5
Tr ( ℃）
In COOL mode, the fan speed cannot change until it has run at this speed over 30 seconds. In heat mode, the auto fan speed will operate as the following diagram:
Page 27 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
Fan speed:
M L
ST •
Tr ( ℃）
ST+2
In HEAT mode, the fan speed cannot change until it has run at this speed over 30 seconds.
2.N BUZZER •
2.O •
If a command is received by the air conditioner, the system will respond with a beep.
AUTO RESTART The system uses non-volatile memory to save the present operation parameters when system is turned off or in case of system failure or cessation of power supply. Operation parameters are mode, set temperature, swing, and the fan speed. When power supply resumes or the system is switched on again, the same operations as previously set will function.
(3) FP-PCW-P
SM1,2
SM3,4
Wiring Diagram
Wall Pad JIPC JIPH JP11 JP10 JP9 JP7 JP8
JP13
T
JP0 JP6
CPU
TB
JP1
JP14
JP2
JP5
JPH
JP4
JP3
N
AUX2
L
AUX1
Black Blue Black Yellow/Green
CV
Brown
N HIGH MED LOW
White White
Red Red
HV
M
M
A1 A1 A2
Legend: JP0----Short is master Open is slave JP1----Transformer JP2----Power supply JP3----2-way valve of Cooling JP5----Fan motor JP6----Remote receiver JP7----Stepping motor JP8----Stepping motor JP9----Stepping motor JP10---Stepping motor JP11---Room TEMP. sensor JP13---Wall pad JPH----2-way valve of Heating JIPH---Coil TEMP. sensor of Heating JIPC---Coil TEMP. sensor of Cooling AUX1---Auxiliary 1 for heat AUX2---Auxiliary 2 for cool
A2
Page 28 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
CONTROLS SPECIFIC ATION 4 PIPES HOT AND CHILLED UNIVERSAL FAN COIL UNIT WITH MOTORIZED VALVE, MASTER – SLAVE CONTROL, AND COMPUTER MANAGEMENT SYSTEM CONTROL 3.0
ABBREVIATIONS Ts = Setting temperature Tr = Room air temperature sensor Ti1 = Indoor coil temperature sensor for heating Ti2 = Indoor coil temperature sensor for cooling Aux1 = Auxiliary contact for heating Aux2 = Auxiliary contact for cooling MTV1 = Motorized valve for heating MTV2 = Motorized valve for cooling
4.0
SYSTEM OPERATION
2.A MASTER AND SLAVE UNIT FUNCTION The control board can be set either as a master unit or slave unit.
2.A.1 MASTER UNIT FUNCTION • •
The master unit can send its parameters to the slave unit using remote handset or wired wall pad. The master unit setting parameters are Unit ON/OFF, Mode, Fan Speed, Set Temperature, Sleep Function and Swing function.
2.A.2 SLAVE UNIT FUNCTION • •
The slave unit runs according to master unit parameters. Every unit is allowed to change to locally desired setting using remote handset or wired wall pad.
2.A.3 MASTER – SLAVE INSTALLATION •
When using remote handset, for the master unit ensure the JP0 jumper is shorted and for the slave units JP0 is opened before turning ON the main power supply.
•
When using wired wall pad, JP0 jumper will not function. Unit with No.00 wall pad is master unit. Unit with No.01—31 is slave unit. See wired wall pad function guide to see how to set wall pad Numbers.
•
Connect master to slave units with shiled wire. NOTE: Use 4-core cable and one to one configuration.
•
When MAIN POWER SUPPLY is ON : With motorized valve: the master unit will respond with 3 beeps. The slave unit will respond with 1 beep. More than 1 masters are allowed in a group. Masters can control commutatively.
•
2.B COMPUTER MANAGEMENT SYSTEM •
You can connect a group of units to your computer management system through the RS-485 converter. You need install the special software in your computer. The software can change the unit running parameters and check the unit working parameters. Detailed information can be found in Appendix 1.
2.B AIR CONDITIONER ON/OFF Page 29 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
• • •
There are 3 ways to turn the system on or off: by programmable timer on the handset or wall pad controls. by ON/OFF button on the handset or wired wall pad. by manual control button on the air conditioner.
2.D POWER ON SETTING •
When power on signal is received by the air conditioner, the Mode, Fan Speed, Set Temperature and Swing settings will be the same as the last handset settings before the last power off.
2.E COOL MODE • • • • •
• • 2.E.1. • •
If Tr >= Ts+1 °C, cool operation is activated. MTV2 is turned on. AUX2 is closed. Indoor fan runs at set speed. If Tr <= Ts, cool operation is terminated. MTV2 is turned off. AUX2 is opened. Indoor fan runs at set speed. The range of Ts is 16 to 30 °C Indoor fan speed can be adjusted for low, medium, high and auto. When turned on, MTV2 requires 30 seconds before it is fully open. When turned off, MTV2 requires 120 seconds before it is fully closed. When the unit is turned off, indoor fan will delay for 5 seconds before it is turned off.
Protection of indoor coil If Ti2 < 2 °C for 2 minutes, MTV2 is turned off. AUX2 is opened. If indoor fan is set for low speed, it will run at medium speed. If it is set for medium or high speed, it will keep running at the same speed. When Ti2 ≥ 5 °C for 2 minutes, MTV2 is turned on. AUX2 is closed. Indoor fan runs at set speed.
2.F FAN MODE • •
2.G • • • • •
• 2.G.1 • • • •
2.G.2 • • • •
2.G.3 • •
Indoor fan runs at the set speed while MTV1 and MTV2 is turned off. AUX1 and AUX2 are opened. Indoor fan speed can be adjusted for low, medium, high and auto.
HEAT MODE If Tr <= Ts-1, heat operation is activated, MTV1 is turned on. AUX1 is closed. Indoor fan runs at the set speed. If Tr>= Ts, heat operation is terminated, MTV1 is turned off. AUX1 is opened. Indoor fan runs at low fan speed for 30 seconds and stops for 3 minutes repeatedly. The range of Ts is 16 to 30 °C. Indoor fan speed can be adjusted for low, medium, high and auto When turned on, MTV1 requires 30 seconds before it is fully open. When turned off, MTV1 requires 120 seconds before it is fully closed.
Pre-Heat If Ti 1<= 32 °C, when MTV1 is on, indoor fan remains off and AUX1 is closed. If 32 °C < Ti1< 38 °C, when MTV1 is on, AUX1 is closed and indoor fan keeps original state. If Ti1 >= 38 °C, when MTV1 is on, AUX1 is closed and Indoor fan runs at set speed. If indoor coil temperature sensor is damages, pre-heat time is set for 2 minutes and Indoor fan runs at set speed.
Post-Heat If Ti1 > 38 °C, when MTV1 is off, indoor fan remains on at set speed and AUX1 is opened. If 35 °C <= Ti1< =38 °C, when MTV1 is off, AUX1 is opened. Indoor fan keeps original state. If Ti1 < 35 °C, when MTV1 is off, AUX1 is opened. Indoor fan stops. If indoor coil temperature sensor is damages, post-heat time is set for 3 minutes with indoor fan running at set speed.
Protection of indoor coil If Ti1 >= 75 °C, MTV1 is turned off, AUX1 is opened. Indoor fan runs at set speed. If Ti1 < 70°C, MTV1 is turned on, AUX1 is closed. Indoor fan runs at set speed. Page 30 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
If indoor coil temperature sensor is damaged, the protection mode will become obsolete and the unit will work as the pre-heat and post-heat set times.
•
2.H
DEHUMIDIFICATION MODE If Tr>= 25°C, MTV2 will be ON for 3 minutes and OFF for 4 minutes. MTV1 is off. If 16 °C <= Ti< 25 °C, MTV2 will be ON for 3 minutes and OFF for 6 minutes. MTV1 is off. If Tr <16°C, MTV2 will be turned off. MTV1 is off.
2.I
AUTO MODE The cool and heat operation will be selected automatically depending on the Tr and Ts. If auto mode is in cool operation, the operation will only change to heat if Tr < Ts – 3.5 °C. If auto mode is in heat operation, the operation will only change to cool if Tr > Ts + 1.5 °C Cool and Heat options working under Auto mode are the same as those working under Non-Auto mode shown as the following figure.
• • • •
Tr
+1
MTV HOT & AUX1 OFF
MTV HOT & AUX1 OFF
+2
MTV COLD & AUX2 ON
M
M
MTV COLD & AUX2 ON
M
M
M
Ts L
L
ALL MTVS & AUXS OFF
L
-1 -2
M
-4
MTV HOT & AUX1 ON
-5
MTV COLD & AUX2 OFF
M H
COOL MODE
ALL MTVS & AUXS OFF
ALL MTVS & AUXS OFF
L
ALL MTVS & AUXS OFF
-3
2.J
H
L
M
M
H
HEAT MODE
MTV HOT & AUX1 ON MTV COLD & AUX2 OFF
L M
M H
COOL MODE
AUXILIARY CONTACTS
•
Cool and dehumidification mode (AUX2) AUX2 is closed when MTV2 is on (in normal operation). AUX2 is opened when MTV2 is off or protection of indoor coil is operating.
•
Ventilation mode (AUX1 and AUX2) AUX1 and AUX2 are opened when Indoor fan is on.
•
Heat mode (AUX1) AUX1 is closed when MTV1 is on (in normal operation). AUX1 is opened when MTV1 is off or protection of indoor coil is operating.
2.K SLEEP FUNCTION • • • •
Sleep function can only be set in cool or heat modes. In cool mode, after sleep function is set, the indoor fan will run at low speed and Ts will increase 2°C during 2 hours. In heat mode, after sleep function is set, the indoor fan will run at auto fan mode and Ts will decrease 2°C during 2 hours. Changing of operation mode will cancel sleep function
The COOL mode SLEEP profile is as follow: Page 31 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
The HEAT mode SLEEP profile is as follows: SLEEP set on
Ts
SLEEP set off
1/ 2
1
1/ 2
1
2
t(hr)
Ts- 1
Ts- 2
Tr ( ℃)
2.L •
0
2 Hours since sleep set
AUTO FAN SPEED In cool mode, the auto fan speed will operate as the following diagram: Fan speed:
H
M L
ST
ST+2
ST+3
ST+5
Tr ( ℃）
•
In COOL mode, the fan speed cannot change until it has run at this speed over 30 seconds.
•
In heat mode, the auto fan speed will operate as the following diagram: Fan speed:
M L
ST
•
ST+2
Tr ( ℃）
In HEAT mode, the fan speed cannot change until it has run at this speed over 30 seconds. Page 32 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
2.N BUZZER •
2.O •
If a command is received by the air conditioner, the system will respond with a beep.
AUTO RESTART The system uses non-volatile memory to save the present operation parameters when system is turned off or in case of system failure or cessation of power supply. Operation parameters are mode, set temperature, swing, and the fan speed. When power supply resumes or the system is switched on again, the same operations as previously set will function.
(4) FP-WAU-EH Electric heaters are made according to the international electric and safety standards, of plated type with aluminum fins. They are supplied with safety thermostat “TS” with automatic reset and power relay. Standard: electric heaters mounted on the unit with electric wirings 230V/1Ph/50Hz.
ELETTRICAL HEATER Model size 1 KW 1.5 KW 2 KW 3 KW
FP-34 ----× ×
F.L.A. [A] 1 KW 1.5 KW 2 KW 3 KW
4.34 6.52 8.69 13
FP-51-68 ----× ×
FP-85-102 ------×
FP-136-170 ----------
FP-204-238 ---------
F.L.I. [kW] 1 1.5 2 3
Page 33 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
(5) AUXILLIARY WATER COIL FOR HEATING MODULE HEATING PERFORMANCE OF 1 ROWS AUXILIARY WATER COIL:
TAI 18℃ TAI 20℃ TAI 22℃ TAI 24℃ FP-34-1ROW Twi Qw DPw Qa Pf Tad Pf Tad Pf Tad Pf Tad ［℃］ ［1/h］［kPa］［m3/h］ ［kW］［℃］［kW］ ［℃］ ［kW］［℃］［kW］ ［℃］ 16.6 0.1 360 0.3 20.8 0.3 22.4 0.2 24 0.2 25.6 40 15.8 0.1 315 0.3 21 0.3 22.6 0.2 24.1 0.2 25.7 14.9 0.1 270 0.3 21.3 0.3 22.8 0.2 24.4 0.2 25.9 43.3 0.4 360 0.7 23.9 0.7 25.4 0.6 26.8 0.5 28.1 50 39.3 0.4 315 0.7 24.3 0.6 25.6 0.5 27 0.5 28.3 34.7 0.3 270 0.6 24.6 0.5 25.9 0.5 27.2 0.4 28.4 78.3 1.2 360 1.1 27 1.0 28.5 1.0 30 0.9 31.4 60 72.3 1.0 315 1.0 27.5 1.0 29 0.9 30.4 0.8 31.8 65.8 0.9 270 0.9 28.1 0.9 29.5 0.8 30.9 0.8 32.3 110.6 2.1 360 1.5 30 1.4 31.5 1.3 33 1.3 34.4 70 102.2 1.8 315 1.4 30.7 1.3 32.1 1.2 33.6 1.2 35.0 93.1 1.5 270 1.2 31.5 1.2 32.9 1.1 34.3 1.1 35.7 Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
TAI 18℃ TAI 20℃ TAI 22℃ TAI 24℃ FP-51-1ROW Twi Qw DPw Qa Pf Tad Pf Tad Pf Tad Pf Tad ［℃］ ［1/h］ ［kPa］［m3/h］ ［kW］［℃］［kW］ ［℃］ ［kW］［℃］［kW］ ［℃］ 26.9 0.2 510 0.7 21.9 0.5 23.1 0.4 24.3 0.3 25.8 40 23.7 0.2 370 0.5 22.3 0.4 23.2 0.3 24.7 0.3 26.2 19.4 0.1 235 0.4 22.8 0.3 24.1 0.3 25.5 0.2 26.8 81.7 1.3 510 1.3 25.3 1.2 26.7 1.0 28.1 0.9 29.5 50 66.9 0.9 370 1.0 26.3 1.0 27.6 0.9 28.9 0.8 30.2 49.6 0.5 235 0.8 27.7 0.7 28.9 0.6 30.1 0.6 31.2 131 2.8 510 1.8 28.5 1.7 29.9 1.6 31.4 1.5 32.8 60 107 2.0 370 1.5 29.9 1.4 31.2 1.3 32.6 1.2 33.9 80.4 1.2 235 1.1 32 1.1 33.2 1.0 34.5 0.9 35.7 180 4.7 510 2.4 31.7 2.3 33.1 2.2 34.6 2.0 36.0 70 147.5 3.4 370 1.9 33.4 1.9 34.8 1.8 36.2 1.7 37.6 1.3 39.9 110 2.0 235 1.5 36.2 1.4 37.4 1.3 38.7 Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
Page 34 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
FP-68-1ROW
TAI 18℃ TAI 20℃ TAI 22℃ TAI 24℃ Twi Qw DPw Qa Pf Tad Pf Tad Pf Tad Pf Tad ［℃］ ［1/h］［kPa］［m3/h］ ［kW］［℃］［kW］ ［℃］ ［kW］［℃］［kW］ ［℃］ 57.9 1.1 683 1.2 23.2 1.0 24.5 0.9 25.7 0.7 26.9 40 52.3 0.9 588 1.1 23.5 0.9 24.7 0.8 25.9 0.6 27.1 34.9 0.5 400 0.9 24.2 0.7 25.4 0.6 26.4 0.4 27.3 135.5 4.7 683 2.1 26.8 1.9 28.2 1.7 29.5 1.6 30.8 50 123.4 4.0 588 1.9 27.3 1.7 28.6 1.6 29.9 1.4 31.2 96.2 2.6 400 1.5 28.7 1.3 29.9 1.2 31.1 1.1 32.2 208 9.6 683 2.9 30.4 2.7 31.8 2.6 33.1 2.4 34.4 60 190 8.1 588 2.6 31.1 2.5 32.4 2.3 33.7 2.2 35 148 5.3 400 2.0 33 1.9 34.2 1.8 35.4 1.7 36.6 282 15.7 683 3.7 33.9 3.5 35.3 3.4 36.7 3.2 38 70 256 13.3 588 3.4 34.8 3.2 36.2 3.1 37.5 2.9 38.8 200 8.5 400 2.6 37.3 2.5 38.5 2.4 39.7 2.3 41 Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
FP-85—1ROW
TAI 18℃ TAI Twi Qw DPw Qa Pf Tad Pf ［℃］［1/h］［kPa］［m3/h］ ［kW］［℃］［kW］ 113 0.5 853 1.46 23.3 1.32 40 98 0.4 632 1.25 24.2 1.14 78 0.3 425 1.0 25.3 0.91 223 1.8 854 2.78 28.1 2.6 50 190 1.4 634 2.36 29.6 2.22 152 1 428 1.89 31.6 1.77 335 3.8 851 4.11 32.8 3.91 60 287 2.8 631 3.5 35 3.34 227 1.9 423 2.78 38 2.65 450 6.5 851 5.45 37.8 5.25 70 382 4.8 633 4.64 40.5 4.45 305 3.2 425 3.68 44.3 3.55
20℃ TAI 22℃ TAI 24℃ Tad Pf Tad Pf Tad ［℃］ ［kW］［℃］［kW］ ［℃］ 24.8 1.19 26.3 1.06 27.8 25.6 1.026 27 0.91 28.5 26.6 0.82 28 0.73 29.3 29.4 2.43 30.8 2.26 32.2 30.8 2.07 32.1 1.92 33.4 32.7 1.66 33.8 1.53 35.2 34.2 3.72 37.5 3.53 36.7 36.2 3.16 37.5 3.0 38.6 39 2.51 40.3 2.38 41.2 39 50.5 40.2 4.82 41.5 41.7 4.27 42.9 4.1 44 45.3 3.4 46.3 3.25 47.4
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
Page 35 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
TAI 18℃ TAI FP-102-1ROW Twi Qw DPw Qa Pf Tad Pf ［℃］［1/h］［kPa］［m3/h］ ［kW］［℃］［kW］ 124 0.6 1022 1.59 22.8 1.45 40 108 0.5 765 1.38 23.6 1.26 85 0.3 511 1.09 24.7 0.99 245 2.2 1021 3.05 27.2 2.86 50 210 1.7 765 2.62 28.6 2.46 165 1.1 511 2.05 30.4 1.92 370 4.6 1022 4.54 31.6 4.32 60 316 3.4 767 3.88 33.6 3.69 246 2.2 429 3.01 36.2 2.87 495 7.7 1023 6.0 36.1 5.78 70 424 5.8 764 5.15 38.8 4.95 329 3.7 510 4.0 42 3.84
20℃ TAI 22℃ TAI 24℃ Tad Pf Tad Pf Tad ［℃］ ［kW］［℃］［kW］ ［℃］ 24.4 1.3 25.9 1.16 27.5 25.1 1.13 26.6 1 28.1 25.9 0.89 27.3 0.79 28.7 28.6 2.52 29.6 2.48 31.5 30 2.29 31.3 2.13 32.6 31.6 1.79 32.8 1.66 34 33 4.1 34.3 3.87 35.7 34.9 3.51 36.2 3.32 7.5 37.3 2.72 38.4 2.59 39.4 37.4 5.55 38.8 5.32 40 39.9 4.75 41.2 4.56 42.4 43.0 3.68 44.2 3.53 45.3
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
TAI 18℃ TAI 20℃ TAI 22℃ TAI 24℃ FP-136-1ROW Twi Qw DPw Qa Pf Tad Pf Tad Pf Tad Pf Tad ［℃］［1/h］［kPa］［m3/h］ ［kW］［℃］［kW］ ［℃］ ［kW］［℃］［kW］ ［℃］ 156 1.0 1362 2.03 22.6 1.82 24.1 1.64 25.7 1.46 27.3 40 136 0.8 1022 1.76 23.3 1.59 24.8 1.43 26.3 1.27 27.8 112 0.6 682 1.44 24.58 1.3 25.9 1.18 27.3 1.04 28.7 308 3.6 1362 3.83 26.7 3.59 2.81 3.36 29.6 3.11 31 50 266 2.7 1023 3.32 28 3.1 29.3 2.9 30.7 2.57 32.1 214 1.8 683 2.67 30 2.5 31.2 2.34 32.6 2.15 33.7 463 7.5 1361 5.64 30.8 5.4 32.2 5.13 33.6 4.85 35 60 394 5.6 1022 4.83 32.6 4.6 33.9 4.43 35.3 4.17 36.6 319 3.8 681 3.9 35.7 3.72 36.7 3.53 37.9 3.35 39.2 623 12.9 1363 7.5 35 7.27 36.4 6.9 37.6 6.58 38.9 70 532 9.5 1024 6.4 37.4 6.2 38.6 5.95 40 5.7 41.2 429 6.6 681 5.13 41.2 5 42.4 4.77 43.5 4.56 44.7 Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
Page 36 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
FP-170-1ROW
TAI 18℃ TAI Twi Qw DPw Qa Pf Tad Pf ［℃］［1/h］［kPa］［m3/h］ ［kW］［℃］［kW］ 203 1.96 1701 2.62 22.7 2.37 40 177 1.5 1277 2.27 23.5 2.06 143 1.1 852 1.83 24.6 1.67 387 6.3 1704 4.87 26.8 4.52 50 336 4.8 1277 4.18 28.1 3.92 270 3.3 852 3.35 30.1 31.5 576 12.8 1705 7.08 30.7 6.72 60 497 9.8 1275 6.1 32.7 5.8 400 6.6 854 4.9 35.7 4.66 771 21.8 1706 9.36 34.9 9 70 663 16.6 1277 8.21 37.9 7.73 528 10.9 852 6.4 41.2 6.16
20℃ TAI 22℃ TAI 24℃ Tad Pf Tad Pf Tad ［℃］ ［kW］［℃］［kW］ ［℃］ 24.3 2.15 25.9 1.88 27.4 25 1.854 26.5 1.65 28 26.1 1.5 27.4 1.34 28.8 28.2 4.24 29.7 3.92 31.1 29.5 3.64 30.8 3.4 32.2 31.4 2.93 32.6 2.72 33.8 32.2 6.4 33.6 6.05 35 34 5.5 35.3 5.23 36.6 36.8 4.41 38 4.2 39.2 36.3 8.6 37.6 8.26 38.9 38.7 7.6 40.4 7.3 41.7 42.2 5.91 43.5 5.68 44.5
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
TAI 18℃ TAI 20℃ FP-204-1ROW Twi Qw DPw Qa Pf Tad Pf Tad ［℃］［1/h］［kPa］ ［m3/h］ ［kW］［℃］［kW］ ［℃］ 300 5.6 2043 3.84 23.8 3.5 25.3 40 257 4.2 1531 3.31 24.7 3 26.1 206 2.8 1022 2.66 26 2.4 27.2 545 16.2 2043 6.83 28.3 6.36 29.6 50 467 12.2 1531 5.83 29.7 5.45 31 373 8.2 1023 4.64 31.8 4.35 33.1 796 32 2044 9.8 32.8 9.28 34 60 682 24 1532 8.34 34.8 7.96 35.9 543 16 1023 6.66 38.1 6.34 39 1054 53.5 2042 12.75 37.3 12.3 38.6 70 896 39.6 1530 10.9 40 10.45 41.1 711 26.2 1153 8.9 41.9 8.3 45
TAI 22℃ TAI 24℃ Pf Tad Pf Tad ［kW］［℃］［kW］ ［℃］ 3.15 26.7 2.8 28.2 2.7 27.4 2.4 28.8 2.16 28.5 1.93 29.8 5.95 31 5.5 32.3 5.1 32.3 4.72 33.5 4.06 34.2 3.78 35.4 8.87 35.4 8.41 36.7 7.6 37.3 7.2 38.5 6 40 5.7 41.2 11.78 39.8 11.28 41 10.1 42.2 9.63 43.4 7.98 46 7.66 47.1
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
Page 37 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
FP-238-1ROW
TAI 18℃ TAI 20℃ Twi Qw DPw Qa Pf Tad Pf Tad ［℃］［1/h］［kPa］ ［m3/h］ ［kW］［℃］［kW］ ［℃］ 324 6.4 2382 4.15 23.4 3.78 24.9 40 279 4.8 1786 3.58 24.2 3.25 25.6 223 3.2 1192 2.85 25.4 2.6 26.8 590 18.6 2381 7.34 27.5 6.88 28.9 50 507 14.2 1789 6.38 29 5.91 30.2 407 9.6 1191 5.05 31.1 4.75 32.2 866 37.4 2386 10.6 31.7 10.1 33.1 60 742 28.2 1789 9.08 33.7 8.65 34.9 590 18.7 1196 7.25 36.7 6.89 37.9 1142 60 2384 13.9 36 13.32 37.3 70 977 46 1792 11.9 38.5 11.4 39.8 776 30.5 1190 9.45 42.2 9.05 43.5
TAI 22℃ TAI 24℃ Pf Tad Pf Tad ［kW］［℃］［kW］ ［℃］ 3.4 26.4 3.02 27.9 2.93 27.1 2.6 28.5 2.36 28.1 2.08 29.4 6.44 30.3 6.0 31.8 5.53 31.6 5.15 32.9 4.42 33.4 4.1 34.6 9.6 34.4 9.03 35.7 8.17 36.1 7.8 37.4 6.54 39.1 6.2 40.2 12.8 38.6 12.25 39.9 11 40.9 10.45 42 8.67 44.7 8.4 45.8
Pf: total heating capacity Tai: in flow air temperature dpw: pressure drop standard coil Twi: in flow fluid temperature Qw: fluid flow rate in heat exchanger Qa: air flow Tad: discharge air temperature
(6) VALVE KIT 2V2 =ON/OFF 2 way valve kit for 2 pipe system 3V2 =ON/OFF 3 way valve kit for 2 pipe system 2V4 =ON/OFF 2 way valve kit for 4 pipe system 3V4 =ON/OFF 3 way valve kit for 4 pipe system Valve kit complete with electro-thermal servo control suitable for every version (vertical units with cabinet, horizontal units with cabinet, vertically embedded and horizontally embedded), Valve type Electro-valve on/off 230/1/50
3/4" M 1/2" M
Installation type Used on the main coil in all sizes Used on the auxiliary in all sizes
3-Way 4-Outlet Valve
Valve Model V41D15T160 V41D20T250
Valve Dimensions (mm) DN D15 (G1/2”) D20 (G3/4”)
A
B
C
D
52
70
35
86
56
88
50
104
Note: V41D15T160 is used for main coil V41D20T250 is used for auxiliary coil.
Page 38 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
V41T (3-Way 4-Outlet Valve) Differential Pressure Chart
120
∆ P [K P a]
100 80 60 40 20 0 0
0.5
1
1.5
2
2.5
KV [m3/h] DN 3/4" KV 1.6
DN 1/2" KV 1.0
2-Way Valve Valve Dimensions (mm) Valve Model V41D20S250
DN
A
B
C
D
D20 (G3/4”)
56
47
22
63
Page 39 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
(7) EDPV(H)--AUXILIARY DRAIN PAN The auxiliary drain pan allows collecting the condensate produced by the valves and the unit connecting pipes. It is made of galvanized and painted steel, external heat insulation. This optional is suitable for installation on all sizes Note: be care of the unit with left and right water connections.
Figure 7
(8) PRM-air discharge plenum MODEL L
mm
FP-34 598
FP-51-68 748
FP-85-102 1098
FP-136-170 1298
FP-204-238 1598
Page 40 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
(9) PRA - air intake straight plenum MODEL L
mm
FP-34 598
FP-51-68 748
FP-85-102 1098
FP-136-170 1298
FP-204-238 1598
FP-51-68 748
FP-85-102 1098
FP-136-170 1298
FP-204-238 1598
(10) PR90M - 90° air outlet plenum MODEL L
mm
FP-34 598
Page 41 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
(11) PR90A - 90° air intake plenum MODEL L
mm
FP-34 598
FP-51-68 748
FP-85-102 1098
FP-136-170 1298
FP-204-238 1598
(12) PRT - 0-100 MM telescope extension Telescopic extension 0-100 mm suitable for connection onto plenum PRM (outlet plenum), PRA (air intake straight plenum), PR90M (90° air outlet plenum), PR 90A (90° air intake plenum), in galvanized sheet, i t comes employed in order to address the air of the units concealed. MODEL L
mm
FP-34 598
FP-51-68 748
FP-85-102 1098
FP-136-170 1298
FP-204-238 1598
Page 42 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
(13) PRCM – Air outlet plenum with circular fittings + internal heat and sound insulation MODEL L φ S
mm mm N°
FP-34 598 210 2
FP-51-68 748 210 3
FP-85-102 1098 210 4
FP-136-170 1298 210 5
FP-204-238 1598 210 6
(14) PRCA - AIR INTAKE PLENUM WITH CIRCULAR FITTINGS AMD AIR FILTER MODEL L φ S
mm mm N°
FP-34 598 210 2
FP-51-68 748 210 3
FP-85-102 1098 210 4
FP-136-170 1298 210 5
FP-204-238 1598 210 6
Page 43 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
FP-WMU DIMENSIONS
Page 44 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
FP-WAU DIMENSIONS
Page 45 of 46
Universal Fan Coil Unit Model: FP-WA(M)U
APPENDIX1: CONTROL VIA COMPUTER
Centralizer For Fan Coil Unit (CFFCU) complex Main features: - Allows to control and to monitor via computer up to 256 individual fan coil units; - By default fan coils can be divided in up to 8 zones. Possible to customize number of zones based on customer requirement; - Unit sequence in each zone can be set based on your requirement for easy monitoring; - Working parameters and timer can be set to all units, each zone, or to individual unit; - All fan coil units can be monitored in operation with their real running status; - Can be checked Error status for any fan coil if there is such error; - Can add-in fan coil unit easily in any sequence you like in future; - Operating time of fan coil units can be set more precisely to optimize energy usage. For example you may set your fan coil units to be ON every working day from Monday till Friday, Cycle 1 with Timer ON 08:00 and timer OFF at 12:00, 12:00-13:00 lunch time is OFF, then Cycle 2 with Timer ON 13:00 and timer OFF at 17:00.
Page 46 of 46
