¡The switches, gauges, pilot lamps on the control panel are as follows: UCPJ100N~335P: Master control knob, selector switch for COOL/HEAT, thermostat knob, red pilot lamp, high pressure
Trang 1Water Cooled Packaged
Trang 2Water Cooled Packaged Air Conditioners
1320P 1600N 2000N
CONTENTS
1 Features 1
2 Specifications 2
3 Standard accessories 5
4 Optional accessories 5
5 Dimensions 6
6 Wiring diagrams 9
7 Capacity tables 15
8 Pressure drop 23
9 Fan performance 24
10 Operation limit 29
11 Sound level data 30
12 Electric characteristics 32
13 Center of gravity 33
14 Wiring connections 34
15 Service space 34
16 Caution 35
Trang 3The Daikin Water Cooled Packaged Air Conditioners are
available in 14 models from UCPJ100N(9.4/10.4kW, 50/60Hz) to
UCJ2000N(193.5/213.9kW, 50/60Hz) The light and compact
construction ensures easy installation in any building whether
new or existing They are ideally suited to cooling offices,
banks theaters, restaurants, etc In case an optional heater
(listed on page 5) is fitted, comfortable heating is also
possible
You can choose the model best suited to your requirements
from the wide range available in this series
UC(P)J100N~670P :
Designed for operation with ducting, but an optional plenum
chamber (except UCPJ100N) is mounted on a unit, it can be
installed directly in a room without ducting
UCJ850N~2000N :
Designed for operation with ducting only
Easy installation:
These self-contained units are assembled internally wired and
charged with refrigerant in the factory and are subjected to a
stringent test run before delivery All that is required on the
spot are water piping, wiring to the main power supply and
ducting The weight of the models smaller than UCJ2000N has
been greatly reduced for easy handling
Economical operation:
An electronic thermostat precisely controls compressor
operation according to room temperature to save power
UCJ500P~2000N:
Cooling is controlled in 2 or 4 steps by an unloader
mechanism or on/off operation of a compressor in the 2 or 3
refrigerant circuits according to cooling load
Easy operation and maintenance:
Operation is very easy and controlled centrally from the
control panel fitted on the front of the units A red pilot lamp
indicates normal operation, and white lamp indicates
abnormal operation ln addition, various pressure gauges are
connected to each refrigerant circuit for easy monitoring
¡The switches, gauges, pilot lamps on the control panel are
as follows:
UCPJ100N~335P:
Master control knob, selector switch for COOL/HEAT,
thermostat knob, red pilot lamp, high pressure reset button
UCJ500P~2000N:
Master control switch, selector switches for COOL/HEAT and
LOCAL/REMOTE, thermostat knob, red pilot lamp, white pilot
lamp, high pressure reset button, discharge pressure gauge
(Except UCJ500P·670P), suction pressure gauge (Except
UCJ500P·670P)
¡A selector switch and terminal for remote control are fitted
to UCJ500P~2000N for remote operation
¡A washable air filter is fitted on all models It can be easily
detached for cleaning
Quiet:
Quiet multi-blade fans and hermetically sealed compressorsmounted with vibration isolation rubber pads (Models smallerthan UCJ2000N) ensure quiet operation In addition, the airpassage inside the unit is designed to minimize air resistancefor quiet operation
Main components:
¡Daikin developed highly efficient and compact compressorsthat are equipped with various safety devices for additionalreliability and durability
¡The eveporator is of the unique patented cross fin coil type.
Waffle louver fins*1 or Waffle fins and Hi-X tubes*2 (withinternal surface modified by serration) are used to greatlyimprove the heat exchange coefficient
¡The condenser is also an usually efficient heat exchanger.
UC(P)J100N~1320P:
The double tube type condenser with corrugated and wire orneedle shaped fin inner tubes are used to increase heattransfer efficiency
UCJ1600N~2000N:
The shell and cross fin tube type condenser is used Therefrigerant can be pumped down by using the stop valves atthe condenser outlet and the compressor discharge side
¡The evaporator fan is of the dual suction multi-blade type
and is V belt driven Operative air flow range is widened forUC(P)J100N~2000N In paticular, a variable pitch pulley isattached to UC(P)J100N~670P for ease of ducting
¡The evaporator fan motor is equipped with a thermal
protector or an overcurrent relay for safe operation
Water Cooled Packaged Air Conditioners UC(P) Series
1 Features
Waffle louver fins Hi-X tube
Trang 4Weight (Operating weight)
Weight with optional
plenum chamber (Operating
Conversion formulae kcal/h=kW ҂860 Btu/h=kW ҂3414 cfm=m 3 /min ҂35.3
NOTES:
1 (*1) Cooling capacities are based on the following operating conditions:
Indoor air temp···27 °C DB, 19.5°C WB
(*2) Cooling capacities are based on the following operating conditions:
Indoor air temp···27 °C DB, 19.0°C WB
Leaving Condenser water temperature : 35 °C
2 Cooling capacities are gross capacities which do not include a deduction for evaporator fan motor heat.
kW Btu/h kcal/h kW Btu/h kcal/h
kg
mm kg kg
UCPJ100N
9.4/10.4 32,100/35,500 8,100/8,900 9.2/10.2 31,400/34,800 7,900/8,800 100–0
Hermetically sealed rotary
1 쎹RC112 ––
2,850/3,400 SUNISO 3GSD 0.9 Double tube
1 쎹CDW-UC3J 30/35
3 쎹18 2.5 0.274
D1 1 / 2 D
25 880 0.4 R22 1.1 Capillary tube
1 Resin net
1 step FPT 3 /4B FPS1B/FPS 1 / 2 B 1,700 쎹750쎹380 125(128) ––
UCPJ170P
17.5/18.5 59,700/63,200 15,100/15,900 17.1/18.1 58,400/61,800 14,700/15,600 100–0
1 쎹JT150BYE ––
2,900/3,450
1.0
1 쎹CDW-UC5J 55/61
2 쎹26 2.0 0.443
2D1 5 / 8 A
53 1,870 0.75
1.2
1
FPT1B FPS1B/FPS 1 / 2 B 1,640 쎹950쎹510 180(184) 195(199)
UCPJ250P
24.6/27.3 84,000/93,200 21,200/23,500 24.1/26.8 82,300/91,500 20,700/23,000 100–0
1 쎹JT224AYE ––
2,900/3,450
2.0
1 쎹CDW-UC8J 80/92
2 쎹26 2.0 0.575
2D1 3 / 4 G2
80 2,820 0.75
1.9
1
FPT 1 /4B FPS1B/FPS 1 / 2 B 1,640 쎹1,170쎹510 220(226) 236(242)
UCPJ335P
34.5/36.5 117,800/124,600 29,700/31,400 33.8/35.8 115,400/122,200 29,100/30,800 100–0
1 쎹JT280AYE ––
2,900/3,450
2.0
1 쎹CDW-UC10J 112/123
2 쎹26 2.0 0.746
2D1 3 / 4 G3
107 3,780 1.5
2.1
1
FPT 1 /4B FPS1B/FPS 1 / 2 B 1,640 쎹1,470쎹510 260(268) 277(285)
UCJ500P
50.2/52.8 171,400/180,300 43,200/45,400 49.2/51.7 168,000/176,500 42,300/44,500 100–50–0 Cold rolled steel plate/Ivory white
2 쎹JT224AYE ––
2,900/3,450
2 ҂2.0
1 쎹CDW-UC15J 160/175
3 쎹32 2.0 0.894
2D2E
135 4,770 2.2
2 쎹2.0 2
2 step FPT1 1 /2B FPS1B/FPS1B 1,870 쎹1,470쎹720 445(457) 472(484)
Cross fin coil (waffle louver fins and Hi-X tubes)
Dual suction multi-blade
Belt with adjusting pulley
[50/60Hz]
Trang 5Weight (Operating weight)
Weight with optional
plenum chamber (Operating weight)
Conversion formulae kcal/h=kW ҂860 Btu/h=kW ҂3414 cfm=m 3 /min ҂35.3
NOTES:
1 (*1) Cooling capacities are based on the following operating conditions:
Indoor air temp···27 °C DB, 19.5°C WB
(*2) Cooling capacities are based on the following operating conditions:
Indoor air temp···27 °C DB, 19.0°C WB
Leaving Condenser water temperature : 35 °C
2 Cooling capacities are gross capacities which do not include a deduction for evaporator fan motor heat.
UCJ670P
66.6/70.7 227,400/241,400 57,300/60,800 65.3/69.3 222,900/236,600 56,200/59,600 100–50–0
Hermetically sealed scroll
2 쎹JT280AYE ––
2,900/3,450
2 쎹2.0 Double tube
1 쎹CDW-U20J 214/236
3 쎹32 2.0 1.133
2D2E
180 6,360 3.7 R22
2 쎹2.0 Capillary tube
2 Resin net
2 steps FPT2B FPS1B/FPS1B 1,870 쎹1,810쎹720 495(510)
527(542)
UCJ850N
84.6/89.7 288,800/306,300 72,800/77,100 82.9/87.9 283,000/300,100 71,300/75,600 100–60–0
Hermetically sealed reciprocating
1 쎹6T55FA
1 쎹3T55RF
1 쎹6.1쎹3 2,900/3,450
6.1 쎵2.7
1 쎹CDN-UC25J 266/293
3 쎹48 2.0 1.63
D3C
225 7,940 3.7
4.2 쎵2.8 2
FPT2B FPS1 1 /4B/FPS1B 1,850 쎹1,600쎹1,050 700(722) ––
UCJ1000P
101.0/106.1 344,800/362,200 86,900/91,200 99.0/104.0 338,000/355,100 85,100/89,400 100–50–0
3 쎹JT280AYE ––
2,900/3,450
5.4 쎵2.7
1 쎹CDN-UCJ1000PA 324/354
3 쎹48 2.0 1.83
D3C
270 9,530 5.5
5.6 쎵2.8 2
FPT2 1 / 2 B FPS1 1 /4B/FPS1B 1,850 쎹1,760쎹1,050 735(760) ––
UCJ1320P
133.4/140.5 455,500/479,700 115,800/120,800 130.7/137.7 446,200/470,100 112,400/118,400 100–50–0
4 쎹 JT280AYE ––
2,900/3,450
2 쎹5.4
1 쎹CDW-UC40JA 430/472
3 쎹56 2.0 2.39
2D2 1 /2D
360 12,700 7.5
2 쎹5.6 2
FPT2 1 / 2 B FPS1 1 /4B/FPS1B 1,850 쎹1,960쎹1,200 974(1002) ––
UCJ1600N
150.3/170.7 513,200/582,800 129,300/146,800 147.3/167.3 502,900/571,200 126,700/143,900 100–50–0
Hermetically sealed reciprocating
2 쎹6T55WACS
2 쎹6 2,900/3,450
2 쎹6.1 Shell and cross fin tube
1 쎹CXCD2418 478/548
4 쎹64 2.0 2.73
2D2 1 /2D
420 14,800 11
2 쎹9.6 Thermal expansion valve
2
FPT3B FPS1 1 /2B/FPS1B 1,850 쎹1,960쎹1,200 1,150(1,174) ––
kW Btu/h kcal/h kW Btu/h kcal/h
kg
mm kg
Cold rolled steel plate/Ivory white
Hermetically sealed scroll
Cross fin coil (waffle louver fins and Hi-X tubes)
Dual suction multi-blade
Belt with adjusting Belt pulley
[50/60Hz]
Trang 6kW Btu/h kcal/h kW Btu/h kcal/h
kg
mm kg
UCJ2000N
193.5/213.9 660,650/730,300 166,400/184,000 189.6/209.6 647,300/715,600 163,100/180,300 100–67–0
Hermetically sealed reciprocating
3 쎹6T55TACS
3 쎹6 2,900/3,450
3 쎹6.1 Shell and cross fin tube
1 쎹CXCD2422 617/708
4 쎹64 2.0 3.38
2D3C
540 19,100 11 R22
3 쎹8.5 Thermal expansion valve
3 Resin net
2 steps
FPT3B FPS1 1 / 4 B/FPS1B 1,850 쎹2,360쎹1,200 1,360(1,391)
Unit size
Compressor thermal protector
Overcurrent relay (Comp.)
Overcurrent relay (Fan motor)
High pressure switch
Safety devices
The following safety devices are standard.
NOTES:
1 (*1) Cooling capacities are based on the following operating conditions:
Indoor air temp···27 °C DB, 19.5°C WB
(*2) Cooling capacities are based on the following operating conditions:
Indoor air temp···27 °C DB, 19.0°C WB
Leaving Condenser water temperature : 35 °C
2 Cooling capacities are gross capacities which do not include a deduction for evaporator fan motor heat.
Cross fin coil (Waffle louver fins and Hi-X tubes)
Dual suction multi-blade
Belt
[50/60Hz]
Trang 73 Standard accessories
1 Operation manual
2 Installation manual
3 Bolts, nuts for duct flange (UC(P)J170~2000)
4 V-pulley for fan motor (UCJ850~2000)
5 V-belt (UCJ850~2000)
4 Optional accessories
* 1 Electric heater (UC(P)J100~670)
2 Hot Water heater
3 Steam heater
4 Evaporating pan type humidifier (UC(P)J100~1600)
5 Steam spray type humidifier
6 Water spray type humidifier
* 7 Fan motor pulley change [Evaporator fan]
* 8 Fan motor 1 size larger [Evaporator fan] (except UCPJ100)
9 Fresh air intake (UC(P)J100~670)
10 Rear suction inlet (UC(P)J100~670)
11 Plenum chamber (UC(P)J170~670)
12 Side discharge grille for plenum chamber (UC(P)J100~670)
13 Pressure gauge (UC(P)J100~670)
14 Condenser water interruption relay
Note: * These options should be attached in DAlKIN factory.
Field modification are not available
In case ordering these modifications, inform "Air flow rate (m3/min)"&"External static pressure (mmH2O)"
Trang 8E92411441444
D27.53520
C280330430
B6958701140
A95011701470
q Condenser water inlet
UCPJ250P: FPT11/4BUCPJ335P: FPT11/4B
w Condenser water outlet
UCPJ250P: FPT11/4BUCPJ335P: FPT11/4B
r Lower drain FPS1/2B
t Power supply intake C 45 hole
y Grounding terminal in M6 boltswitch box
u Anchor bolt set plate 4-C15 hole(detachable)
Note: q~t can be provided either on theleft or the right side of the unit
(Unit: mm)(Unit: mm)
Trang 9UCJ500P·670P
UCJ850N·1000P
ModelUCJ850NUCJ1000P
D14001560
C16201780
B15701730
A16001760
q Condenser water inlet
t Power supply intake C58 hole
y Grounding terminal in M6 boltswitch box
u Anchor bolt set plate 4-C17 hole(detachable)
Note: q~t can be provided either on theleft or the right side of the unit
(Unit: mm)
ModelUCJ500PUCJ670P
E14451785
D14701810
C14951835
B115180
A540680
q Condenser water inletUCJ500P: FPT11/2B
t Power supply intake C58 hole
y Grounding terminal in M6 boltswitch box
u Anchor bolt set plate 4-C17 hole(detachable)
Note: q~t can be provided either on theleft or the right side of the unit
Trang 1126AH 52H1 52H2 AXP EH1·2 HEP SS2 TFu
Terminal strip for power sourse Terminal strip for control circuit Thermistor (23A)
Transformer (See table) Variable Resistor (23A)
Humidistat Firestat Magnetic contactor (EH1) Magnetic contactor (EH2) Auxiliary contact for interlock Auxiliary electric heater Evaporating pan type humidifier Selector switch
Reverse phase protector
Comp, thermal protector
Overcurrent relay (MC)
Overcurrent relay (MF)
Magnetic switch(MC)
Magnetic switch(MF)
High pressure switch
Fuse (See tabel 3)
Fuse (See tabel 3)
5 If the wiring is connected reversely, the unit (UCPJ100N-YE,
YH, TH) will not operate In this case, reverse two connections
And connect the heating circuit (26AH, 52H1·2, EH1·2TFu)
8 Function of 23A : Part shows "ON"
Terminals U-V 1
U-V 2
U-V 3
Primary/Secondary
YE Model 380V/200V 400V/200V 440V/220V 415V/200V
Remarks Factory connectin Change connection
on the spot.
(1) Main and control circuits
Notes:
1 : Terminal of TeS : Jumper
: Tab : Printed circuit board (P.B)
2 : The wiring to interlock with condenser water pump
Remove the jumper wire between (1) and (2) onTeS and connect "AXP"
"AXP" should be supplied separately
3 The devices shown in are attached outside of the switch box
Temperature
C1–H1 C1–L1 C2–H2 C2–L2
Trang 12MC MF RL SS TeS TH Tr VR
WL Field supply AXP
Reverse phase protector
Compressor thermal protector
Overcurrent relay (MC)
Overcurrent relay (MF)
Magnetic switch(MC)
Magnetic switch(MF)
High pressure switch
Push button switch Fuse 250V, 5A Fuse 600V, 3A for YE and YH,5A for TH Motor (Compressor) Motor (Fan) Pilot lamp (Operation-Red) Selector switch
Terminal strip Thermistor Transformer (150VA) Variable resistor Pilot lamp (Alarm-White)
Auxiliary contact (lnterlock) component for remote control
5 Function of 23A : Part shows "ON"
6 If the evaporating pan type humidifier is used Connect thehumidifiying circuit between (4) and (6)
7 If the electric heater is used, remove the jumper between(7) and (8), and connect the heating circuit (26AH, 52H1·2,EH1·2, TFu)
The power supply for "EH" should not be connected to TeS1
Terminals U-V 1
U-V 2
U-V 3
Primary/Secondary
YE Model 380V/200V 400V/200V 440V/220V 415V/200V
Remarks Factory connectin Change connection
on the spot.
Temperature
C1–H1 C1–L1 C2–H2 C2–L2
Notes:
1 : Terminal of TeS : Jumper
: Additional wiring for remote control
2 : The wiring to interlock with condenser water pump
Remove the jumper wire between (1) and (2) on TeS and connect "AXP"
"AXP" should be supplied separately
Trang 13High pressure switch
Push button switch Connector Fuse (250V, 3A) Fuse (600V, 5A) Motor (Comp.) Motor (Fan)
P C B Assy Pilot lamp (Operation-Red) Selector switch (Local-Remote) Selector switch (Cool-Heat) Terminal strip
Thermistor (23A) Transformer Variable resistor (23A) Pilot lamp (Alarm-White)
Auxiliary contact (lnterlock)
BS CN1~6 FuR·S FuU MC1·2·3 MF RB RL SS1 SS2 TeS1·2 Th Tr VR WL1·2 Field wiring and optional Accessories AXP
1 : Terminal: Field wire: Jumper: Printed circuit board
2 The wiring to interlock with the cooling water pump (Remove the jumper between (1) and (2) on TeS2and connect "AXP".)
3 Change the connection of transformer and reverse phaseprotection according to the table 2
4 Function of 23A : Part shows "ON"
Symbol YE
*R-S-T1 R-S-T2
Table1
Table2
Primary 380V
400, 440V 415V 380V
400, 415, 440V
Secondary 200V
200, 220V 200V –––
Trang 14UCJ1320P
UCJ1600N
FuR·S FuU,V
MC MF RL SS TeS Th Tr VR WL
Reverse phase protector
Compressor thermal protector
Overcurrent relay (MC)
Overcurrent relay (MF)
Magnetic switch (MC)
Magnetic switch (MF)
High pressure switch
Push button switch
Fuse 250V, 5A Fuse 600V, 3A for UCJ1320P-YE, 5A for UCJ1600N Motor (Compressor) Motor (Fan) Pilot lamp (Operation-Red) Selector switch
Terminal strip Thermistor (23A) Transformer (200VA) Variable resistor Pilot lamp (Alarm or emergency- White)
Auxiliary contact (lnterlock) Component for remote control
1 : Terminal of TeS: Jumper: Relay board: Additional wiring for remote control
2 : The wiring to interlock with condenser water pump.(Remove the jumper wire between (1) and (2) on TeSand connect "AXP".)
"AXP" should be supplied separately
3 The devices shown in are attached outside of theswitch box
4 Connection of transformer is as follows
Transformer
5 Function of 23A : Part shows "ON"
Terminals U-V 1
U-V 2
U-V 3
Primary/Secondary
YE Model 380V/200V 400V/200V 440V/220V 415V/200V
Remarks Factory connectin Change connection
on the spot.
Temperature
C1–H1 C1–L1 C2–H2 C2–L2
Trang 15Timing relay (5 sec.)
Solenoid valve (Start)
AXP
High pressure switch Push button switch Fuse (200V 5A) Fuse (600V 5A) Motor (Compressor) Motor (Fan) Pilot lamp (Operation-Red) Selector switch
Terminal strip Thermistor (23A) Transformer (300VA) Variable resistor (23A) Pilot lamp (Alarm-White)
Auxiliary contact (lnterlock)
1 : Terminal of TeS: Jumper: Additional wiring for remote control
2 : The wiring to interlock with condenser water pump.(Remove the jumper wire between (1) and (2) on TeS2and connect "AXP".)
3 Connection of transformer is as follows
5 Function of 23A : Part shows "ON"
Terminals U-V 1
U-V 2
U-V 3
Primary/Secondary
YE Model 380V/200V 400V/200V 440V/220V 415V/200V
Remarks Factory connectin Change connection
on the spot.
Temperature
C1–H1 C1–L1 C2–H2 C2–L2
Trang 171.Figures in show nominal capacities
2.Capacity and condenser water flow rate are based on 5.5°C (10°F) temperature rise There is
no need to correct capacity, if the temperature rise is within 5~9°C, but compute condenserwater flow rate (WFC') using the following formula
SHC Capacity correction for SHC for other dry bulb temp
0.2960AFR (m3/min)(1-BF)(DB-EDB)/860
5 Direct interpolation is permissible Do not extrapolate
23.025.027.030.032.023.025.027.030.032.023.025.027.030.032.0
TC23.025.027.030.032.023.025.027.030.032.023.025.027.030.032.0
SHC6.16.16.56.56.66.96.97.47.47.48.08.08.68.68.6
WFC262829323528303134372931323639
PD16.819.721.327.433.019.723.525.031.037.221.324.727.435.140.4
PI1.81.91.91.91.91.91.91.91.91.92.02.02.02.02.0
TC7.98.58.910.111.08.59.29.610.611.98.99.610.011.412.5
SHC5.95.96.46.46.46.86.87.27.37.37.87.88.48.58.5
WFC262728323427293034362930323538
PD16.818.119.727.431.018.121.323.531.035.121.323.527.433.038.5
PI1.92.02.02.02.02.02.02.02.02.02.12.12.12.12.1
TC7.68.28.69.810.68.28.89.210.511.48.69.39.711.012.0
SHC5.85.86.26.36.36.66.67.17.17.17.77.78.38.38.3
WFC252728313327282933352830313537
PD15.518.119.725.029.218.119.721.329.233.019.723.524.733.037.2
PI2.02.12.12.12.12.12.12.12.12.22.22.22.22.22.3
TC7.37.98.29.310.27.98.58.810.010.98.38.99.310.511.5
SHC5.75.76.06.16.16.56.56.96.97.07.57.68.18.28.2
WFC252627303226282932342829303436
PD15.516.818.123.527.416.819.721.327.431.019.721.323.531.035.1
PI2.22.22.22.22.32.22.22.22.32.32.32.32.32.42.4
SHC : Sensible heat capacity (kW)
WFC : Condenser water flow rate (l/min.)
PD : Pressure drop (kpa)
23.025.027.030.032.023.025.027.030.032.023.025.027.030.032.0
TC13.714.815.417.619.315.516.717.419.821.816.017.218.020.422.4
SHC10.210.210.911.011.112.612.613.513.613.713.914.015.015.115.1
WFC434648545948525460654953556267
PD24.527.529.736.342.529.734.136.343.850.030.935.237.646.353.7
PI2.93.03.13.23.32.93.13.23.33.43.03.23.23.33.4
TC13.614.715.317.419.215.416.617.319.721.715.917.117.820.322.4
SHC10.210.210.810.911.112.612.613.513.613.713.913.915.015.015.1
WFC444748545949525460665053556268
PD25.428.629.736.342.530.934.136.343.852.132.335.237.646.355.2
PI3.23.23.33.43.53.33.33.43.53.63.33.43.43.53.6
TC13.514.515.117.318.915.216.417.119.521.415.716.917.620.122.0
SHC10.110.110.710.911.012.512.513.413.513.613.813.814.915.015.0
WFC444749545949525461665053556267
PD25.428.630.936.342.530.934.136.345.152.132.335.237.646.353.7
PI3.43.53.53.63.73.53.63.63.73.83.53.63.63.83.9
TC13.214.214.816.818.614.916.116.819.021.015.416.617.319.621.7
SHC10.010.010.610.710.812.412.413.313.313.513.713.714.814.814.9
WFC444748545949525460655053556167
PD25.428.630.936.342.530.934.136.343.850.032.335.237.645.153.7
PI3.63.73.73.83.93.73.83.94.04.13.73.83.94.04.1
23.025.027.030.032.023.025.027.030.032.023.025.027.030.032.0
TC19.721.222.125.227.621.823.524.628.030.722.324.025.128.531.3
SHC14.915.015.916.116.218.318.319.719.719.820.120.121.721.721.8
WFC636770788569747786947075788895
PD24.727.329.435.340.928.932.234.541.748.829.433.035.343.550.0
PI4.44.74.74.95.04.64.94.95.15.24.75.05.05.25.3
TC19.521.121.924.927.521.723.424.327.730.622.123.924.828.331.2
SHC14.914.915.916.016.218.218.219.519.619.820.020.021.621.621.8
WFC646870798670757786947176798896
PD25.428.029.436.141.729.433.034.541.748.830.133.736.143.550.6
PI4.95.05.15.25.45.15.25.25.45.65.25.35.35.55.7
TC19.320.821.724.727.121.423.124.127.530.121.923.624.628.030.7
SHC14.814.815.815.916.018.118.119.519.619.619.919.921.521.521.6
WFC646871798670757787947176798996
PD25.428.030.136.141.729.433.034.542.648.830.133.736.144.450.6
PI5.25.35.45.65.75.45.55.65.85.95.55.65.75.96.1
TC18.920.421.324.126.721.022.723.626.829.621.423.124.127.330.2
SHC14.614.615.615.715.917.917.919.319.319.519.719.721.321.321.5
WFC646870788570747786947176798796
PD25.428.029.435.340.929.432.234.541.748.830.133.736.142.650.6
PI5.65.75.85.96.15.85.96.06.26.35.96.06.16.36.5
Trang 18TC27.930.131.435.739.230.633.034.539.243.031.834.335.940.844.7
SHC20.620.722.022.222.525.125.126.927.127.227.527.529.729.829.9
WFC899610011112197104108121132101108112126137
PD30.735.538.245.953.536.231.243.753.562.438.943.746.657.466.4
PI6.46.86.97.17.36.67.07.17.47.56.87.27.37.57.7
TC27.729.931.135.439.130.532.934.138.942.931.734.235.540.444.6
SHC20.620.621.922.122.425.025.026.826.927.227.527.529.529.629.9
WFC919710011212298105109122133102109113126138
PD32.036.238.246.654.336.841.744.454.363.239.644.447.357.467.2
PI7.17.27.37.67.87.37.57.67.88.07.57.77.88.08.2
TC27.429.530.835.138.430.132.433.838.542.331.333.735.240.143.9
SHC20.420.421.822.022.224.824.926.726.827.027.327.329.429.529.6
WFC919710111312299105109122132102109113127137
PD32.036.238.947.354.337.541.744.454.362.439.644.447.358.366.4
PI7.57.77.88.18.37.88.08.18.48.68.08.28.38.68.8
TC26.828.930.134.137.829.531.833.137.541.630.733.134.439.043.2
SHC20.120.221.521.621.924.624.626.426.426.727.127.029.129.129.4
WFC919710011112299105109121132102109113125137
PD32.036.238.245.954.337.541.744.453.562.439.644.447.356.666.4
PI8.18.28.48.68.88.38.58.78.99.28.68.78.99.19.4
Leaving condenser water temperature (°C)
Notes:
1.Figures in show nominal capacities
2.Capacity and condenser water flow rate are based on 5.5°C (10°F) temperature rise There is
no need to correct capacity, if the temperature rise is within 5~9°C, but compute condenserwater flow rate (WFC') using the following formula
SHC Capacity correction for SHC for other dry bulb temp
0.2960AFR (m3/min)(1-BF)(DB-EDB)/860
5 Direct interpolation is permissible Do not extrapolate
SHC : Sensible heat capacity (kW)
WFC : Condenser water flow rate (l/min.)
PD : Pressure drop (kpa)
23.025.027.030.032.023.025.027.030.032.023.025.027.030.032.0
TC41.044.246.252.557.644.648.150.257.162.646.450.052.259.465.1
SHC29.429.531.431.732.135.735.738.338.538.739.639.642.642.742.9
WFC129138144161175139149155174189144155161181196
PD25.829.031.237.443.129.432.935.242.749.531.235.237.445.853.0
PI8.48.99.09.39.68.89.39.49.710.09.09.69.710.010.3
TC40.844.045.752.157.544.347.849.756.662.546.149.751.758.865.0
SHC29.329.431.131.532.035.635.638.138.338.739.539.442.442.542.9
WFC130139144165176141150156174190146156162181198
PD26.229.431.237.843.630.133.335.642.750.131.935.637.845.854.0
PI9.39.59.610.010.29.79.910.010.410.610.010.210.310.710.9
TC40.343.545.351.656.643.847.249.256.161.545.549.151.258.364.0
SHC29.129.230.931.331.735.335.337.938.138.339.239.242.242.342.5
WFC131140145162176141151156175190146156162182197
PD26.529.731.637.843.630.133.735.643.150.131.935.637.846.253.5
PI9.910.110.310.710.910.310.610.711.111.310.610.911.011.511.7
TC39.542.644.450.255.742.946.348.254.660.544.648.150.156.862.9
SHC28.728.830.530.731.334.935.037.437.638.038.838.841.741.842.2
WFC130139144160175141150155173189146156161180196
PD26.229.431.237.043.130.133.335.242.349.531.935.637.445.453.0
PI10.610.811.011.311.611.011.211.411.812.111.411.611.812.112.5
23.025.027.030.032.023.025.027.030.032.023.025.027.030.032.0
TC53.257.459.968.274.859.263.866.675.783.162.767.670.680.388.1
SHC38.638.841.241.642.147.747.751.151.451.853.453.457.557.758.0
WFC169182189211229185199207232252195209218244265
PD40.846.049.259.869.147.353.957.770.882.352.058.963.377.690.5
PI11.612.312.512.913.211.912.612.713.213.512.012.712.913.313.6
TC53.057.159.467.674.658.863.566.075.182.962.467.369.979.687.9
SHC38.538.640.941.442.047.547.650.951.251.753.353.357.257.457.9
WFC171183189212231187200207232254197211218244267
PD41.646.549.260.370.248.354.457.770.883.552.959.863.377.691.7
PI12.813.113.313.814.113.113.413.614.114.413.213.513.714.214.5
TC52.356.458.867.073.558.162.765.374.481.661.666.469.278.986.5
SHC38.238.340.741.141.647.247.250.650.951.252.952.956.957.257.4
WFC172184190213231188201208233253197211219245266
PD41.946.949.760.870.248.854.958.271.382.952.959.863.978.291.0
PI13.714.014.214.815.114.014.314.515.115.414.114.514.615.215.5
TC51.255.357.665.272.356.961.464.072.580.360.465.167.876.885.1
SHC37.637.840.140.441.146.746.750.150.250.852.452.456.356.457.0
WFC172183190211230187200207230252197210218242265
PD41.946.549.759.869.648.354.457.769.682.352.959.263.376.590.5
PI14.614.915.215.616.114.915.215.516.016.415.115.415.716.116.5
Trang 19TC67.672.976.186.595.075.181.084.696.2105.580.486.790.5102.9112.9
SHC49.049.152.252.853.460.460.564.865.265.671.071.076.576.777.0
WFC214230238267290233251261293318248266277311338
PD29.132.935.042.949.333.738.541.350.257.437.742.645.755.264.3
PI14.315.215.415.916.314.515.315.516.116.514.615.515.716.316.6
TC67.272.575.485.894.874.780.683.795.3105.379.986.289.6102.0112.7
SHC48.849.051.952.553.360.260.364.464.865.570.870.876.276.477.0
WFC216231239268292236253261293320250268277311340
PD29.633.235.343.149.934.539.141.350.258.138.343.145.755.265.0
PI15.816.216.417.017.416.016.416.617.217.616.116.516.717.317.7
TC66.471.674.685.193.373.879.682.994.5103.678.985.288.7101.1110.9
SHC48.448.551.552.252.759.859.964.164.564.970.370.475.876.176.4
WFC217232240269291237253262294319251268278312338
PD29.833.535.643.449.634.839.141.650.657.738.543.146.055.564.3
PI16.917.317.518.218.617.117.517.718.418.817.317.717.918.618.9
TC65.170.273.182.891.872.378.081.292.0102.077.383.586.998.5109.1
SHC47.847.950.851.252.159.259.263.463.664.369.769.775.175.275.8
WFC217231239266291236252261291318250266276308337
PD29.833.235.342.649.634.538.841.349.657.438.342.645.454.263.9
PI18.018.418.719.319.818.218.618.919.520.018.418.819.119.720.2
Leaving condenser water temperature (°C)
Notes:
1.Figures in show nominal capacities
2.Capacity and condenser water flow rate are based on 5.5°C (10°F) temperature rise There is
no need to correct capacity, if the temperature rise is within 5~9°C, but compute condenserwater flow rate (WFC') using the following formula
SHC Capacity correction for SHC for other dry bulb temp
0.2960AFR (m3/min)(1-BF)(DB-EDB)/860
5 Direct interpolation is permissible Do not extrapolate
SHC : Sensible heat capacity (kW)
WFC : Condenser water flow rate (l/min.)
PD : Pressure drop (kpa)
23.025.027.030.032.023.025.027.030.032.023.025.027.030.032.0
TC79.886.189.9102.2112.289.796.7101.0114.8126.097.8105.4110.1125.2137.4
SHC58.158.362.062.663.372.072.077.277.678.185.285.391.992.292.6
WFC254273284318345281302314352383303326339380413
PD24.127.029.136.241.928.632.735.343.249.733.038.040.948.956.9
PI17.718.819.019.720.118.219.319.620.320.818.619.720.020.721.2
TC79.485.689.0101.3111.989.296.2100.0113.9125.797.2104.9109.0124.0137.0
SHC57.958.161.662.363.271.871.876.877.378.085.085.191.491.892.5
WFC258275285319348285305315353385307328340381416
PD24.727.429.336.442.529.333.435.543.450.233.838.440.949.257.6
PI19.520.020.221.021.520.120.620.921.622.120.521.021.322.022.6
TC78.484.688.1100.4110.188.195.099.0112.9123.896.0103.6107.9123.0134.9
SHC57.457.661.261.962.571.371.376.376.977.384.584.591.091.491.7
WFC259276286320347286305316355384307329340382414
PD24.827.629.536.642.329.533.435.843.849.933.838.640.949.457.1
PI20.921.421.622.522.921.522.022.323.223.621.922.522.723.724.1
TC76.882.986.397.8108.486.393.297.0109.9121.894.1101.5105.8119.8132.7
SHC56.756.860.460.861.870.470.575.575.776.683.683.790.290.291.0
WFC258275285317346285304315350383306327339377413
PD24.727.429.336.042.129.333.235.542.849.733.638.240.748.256.9
PI22.322.723.123.824.423.023.423.924.525.223.423.924.325.025.7
23.025.027.030.032.023.025.027.030.032.023.025.027.030.032.0
TC107.8116.2121.3138.0151.4118.4127.7133.3151.6166.4126.7136.6142.6162.2178.0
SHC78.078.283.084.084.995.495.5102.3102.9103.6112.0112.2120.8121.2121.7
WFC341367381427463370398414464504393423439493535
PD24.327.729.636.041.428.131.934.041.547.731.235.437.745.953.2
PI23.224.624.925.726.423.625.125.426.326.924.125.625.926.827.4
TC107.2115.6120.1136.8151.0117.8127.0132.0150.3166.0126.0135.9141.2160.8177.6
SHC77.777.982.583.584.795.295.2101.8102.4103.5111.8111.8120.3120.7121.6
WFC346370382428467375401415465507398425440494539
PD25.028.129.736.141.928.832.234.241.748.231.935.737.846.153.9
PI25.626.226.527.428.126.126.727.128.028.726.627.327.628.629.2
TC105.9114.2118.9135.6148.7116.3125.5130.7149.0163.4124.5134.4139.8159.4174.8
SHC77.077.281.983.083.894.594.5101.3101.9102.5111.1111.2119.7120.2120.6
WFC347370384430466376401416467506398426441495537
PD25.128.130.036.441.828.932.234.341.948.031.935.838.046.353.5
PI27.328.028.329.530.027.928.628.930.130.628.429.129.530.731.2
TC103.7111.9116.6132.0146.3114.0123.0128.1145.1160.8121.9131.6137.1155.2172.0
SHC75.976.280.981.582.993.493.5100.2100.5101.6110.0110.1118.7118.7119.7
WFC346369383425465375400414461504397424439489535
PD25.028.029.935.741.728.832.134.041.147.731.835.528.045.353.2
PI29.229.730.331.232.029.830.330.931.432.730.431.031.532.433.3