Sakura FVCA-40 B User manual

Air Cooled Mini Chiller
Models: FVCA 40-200 B(R), 50-80 C(R)
Ref, S- 080 / 05 / 12
Sakura Air Conditioner
User-friendly, Earth-friendly

Page 1
Product Nomenclature...................................................................... 2
Features......................................................................................... 3
(QJLQHHULQJ6SHFL¿FDWLRQV ................................................................ 4
General Data.......................................................................... 4
Operating Range..................................................................... 6
System Schematic Diagram...................................................... 7
Controller Features and Algorithm ........................................... 10
Sound Data .................................................................................. 13
Equipment Selection ...................................................................... 15
Dimensions................................................................................... 2
Wiring Diagrams............................................................................ 2
Installation ................................................................................... 3
Servicing and Maintenance ............................................................. 3
Troubleshooting............................................................................. 3
Exploded View and Parts List...........................................................
Contents

Page 2
Product Nomenclature
Air-Cooled Mini Chiller
FVCA 50 C R
R Heatpump. If omitted indicates cooling
only.
C Product Generation.
FVCA Package Side Air Discharge
50 Unit Size.

Page 3
The package type mini chiller with slim and compact design
minimise the space needed for installation. It can be integrated
easily with any architectural design either residential or light
commercial area.
FVCA 80C(R) – 200 B(R) designed with 2 refrigerant circuits.
B04ACVFerehw,%001-05-0,lortnocyticapacfospetselpitluM
Mini Chiller using scroll compressors that have been proven with
superior performance and quiet operation. To protect the scroll
compressor rotating in the wrong direction, a phase protector is
equipped in the B series mini chiller.
High Discharge temperature protection, compressor overload
protection, high/low pressure switch, ¿lter drier, anti freeze
protection and automatic/manual defrost functions distinguish
chillers with its outstanding features.
Wired LCD controller equipped with various operating mode,
timer setting, self diagnosis in error code and leaving/entering
temperature display. This will greatly reduce the commissioning
and troubleshooting time.
Option of auxiliary heater is possible to enhance heating capability
in order to accommodate in different application needs.
Compact Design
Step Control
Scroll Compressor
Easy Maintenance
Features
Safety Protection
Optional Auxiliary
Heater
offer 10 ~ 100% seamless control, greatly improved compressor
reliability and energy efficiency, especially during low load condition.

Page 4
Engineering SSHFL¿FDWLRQV
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Note:
1. Product are tested in accordance to GB/T18430.2-2008
2. Cooling capacity is based on 12°C entering and 7°C leaving water temperature, 35°C ambient temperature.
3. Heating capacity is based on 40°C entering and 45°C leaving water temperature, 7°C ambient temperature.
4. The manufacturer reserves the rights to make changes to the abovHVSHFL¿FDWLRQVZLWKRXWSULRUQRWLFH
FVCA
kW
kW
Cooling kW
Heating kW
Cooling A
Heating A
V/Ph/Hz
kg
m
3
/h
kW
meter H
2
O
dBA
DN
Length mm
Width mm
Height mm
Length mm
Width mm
Height mm
kg
Model
Nominal Input
Power
Running
Current
Power Source
Nominal Cooling Capacity
Nominal Heating Capacity
Available Head
Water Pipe Connection
Unit Weight
Unit
Dimension
Sound Pressure Level
Packing
Dimension
Refrigerant Charging Mass
Nominal Water Flow
Pump Input Power
Evaporator
Compressor
Condenser
Stage of Capacity Control
50 C(R) 60 B(R) 80 C(R)
10.2 14.0 20.0
12.0 15.0 23.0
3.4 4.6 6.7
4.0 5.0 7.2
16.2 7.9 31.8
17.0 8.1 32.6
4.5 4 3.0 x 2
1.8 2.4 3.4
0.45 0.45 0.7
21 19 20
61 61 63
150 150 250
970
1755
480
680
1940
0-100%
220/1/50
Hermetic Scroll
Cross Finned Tubes
Plate Heat Exchanger
32
850
1300
1755
480
680
1940
1180
0-50%-100%
220/1/50
Digital Scroll
40 B
10.0
N/A
2.7
N/A
14.0
N/A
3.4
N/A
N/A
N/A
62
25
1040
1300
340
480
1440
910
113
10~100%
380/3/50

Page 5
General Data - Air-Cooled Mini Chiller (Side Air Discharge)
Note:
1. Product are tested in accordance to GB/T18430.2-2008
2. Cooling capacity is based on 12°C entering and 7°C leaving water temperature, 35°C ambient temperature.
3. Heating capacity is based on 40°C entering and 45°C leaving water temperature, 7°C ambient temperature.
4. The manufacturer reserves the rights to make changes to the abovHVSHFL¿FDWLRQVZLWKRXWSULRUQRWLFH
FVCA 120 B(R) 150 B(R) 200 B(R)
kW 31.5 40.0 50.0
kW 34.0 43.0 54.0
Cooling kW 10.4 13.0 18.1
Heating kW 11.0 13.5 18.5
Cooling A 20.2 27.5 32.2
Heating A 22.2` 27.6 32.5
V/Ph/Hz
kg 4.0 x 2 5.0 x 2 5.4 x 2
m3/h 5.4 6.9 8.6
kW 0.7 11
meter H2O15 18 18
dBA 65 69 69
DN 40
Length mm
Width mm
Height mm
Length mm
Width mm
Height mm
kg 390 470 550
Model
Nominal Input
Power
Running
Current
Power Source
Nominal Cooling Capacity
Nominal Heating Capacity
Available Head
Water Pipe Connection
Unit Weight
Unit
Dimension
Sound Pressure Level
Packing
Dimension
32
Refrigerant Charging Mass
Nominal Water Flow
Pump Input Power
Evaporator
Compressor
Condenser
Stage of Capacity Control
380/3/50
Hermetic Scroll
0-50%-100%
Cross Finned Tubes
Plate Heat Exchanger
1180 1880
480 480
1755 1755
1300 2000
680 680
1940 1940
80 B(R) 100 B(R)
20.0 27.0
23.0 30.0
6.7 8.8
7.2 9.2
13.9 18.0
14.1 18.2
3.0 x 2 3.5 x 2
3.4 4.7
0.7 0.7
20 16
63 65
350 350

Page 6
Operating Range
Cooling
Heating
1635 46
Outdoor ambient temperature,°CDB
0
-10
Leavingwater temperature, °C
7
15
40
-7
5
STD
25
55
45
35
-77
Leavingwater temperature, °C
STD
Outdoor ambient temperature,°CDB
STD
Without glycol solutions
With glycol solutions
Note:

Page 7
System Schematic Diagram
Model: FVCA 40B / 50C / 60B
Model: FVCA 50C / 60BR
WATER IN
WATER OUT
WATER
PUMP
CAP TUBE
PLATE
HEAT EXCHANGER
COMPENSATION
TANK
COMPRESSOR
FIN TUBE
HEAT EXCHANGER
COOLING OPERATION
P
WATER
PUMP
WATER IN
WATER OUT
COMPENSATION
TANK
PLATE
HEAT EXCHANGER
CAP TUBE
COMPRESSOR
FIN TUBE
HEAT EXCHANGER
4 WAY VALVE
COOLING OPERATION
HEATING OPERATION
P

Page 8
Model: FVCA 80 B/C
Model: FVCA 80BR / 80CR
FIN TUBE
HEAT EXCHANGER
WATER
PUMP
COMPRESSOR
COMPENSATION
TANK
PLATE
HEAT EXCHANGER
CAP TUBE
WATER IN WATER OUT
CAP TUBE
LIQUID RECEIVER
COMPENSATION
TANK
LIQUID RECEIVER COMPRESSOR
FIN TUBE
HEAT EXCHANGER
COOLING OPERATION
P
FIN TUBE
HEAT EXCHANGER
4 WAY VALVE
COMPRESSOR CAP TUBE
COMPENSATION
TANK
WATER IN WATER OUT
PLATE
HEAT EXCHANGER
COOLING OPERATION
HEATING OPERATION
ACCUMULATOR CAP TUBE
FIN TUBE
HEAT EXCHANGER
4 WAY VALVE
COMPRESSOR ACCUMULATOR
COMPENSATION
TANK
P

Page 9
Model: FVCA 100/120/150/200 B
Model: FVCA 100/120/150/200 BR
FIN TUBE
HEAT EXCHANGER
COMPRESSOR ACCUMULATOR
TXV TXV
WATER
PUMP
WATER IN WATER OUT
ACCUMULATOR COMPRESSOR
FIN TUBE
HEAT EXCHANGER
PLATE
HEAT EXCHANGER
COOLING OPERATION
P
COMPRESSOR
4WAYVALVE
CHECK
VALVE
ACCUMULATOR
FIN TUBE
HEAT EXCHANGER
LIQUIDRECEIVER
FILTER DRIER
TXV
COMPRESSOR
TXV
FILTER DRIER
LIQUIDRECEIVER
CHECK
VALVE
FIN TUBE
HEAT EXCHANGER
4WAYVALVE
PLATE
HEAT EXCHANGER
WATER
PUMP
WATER IN WATER OUT
COOLING OPERATION
HEATING OPERATION
P

Page 10
Controller Features and Algorithm
1) Features
a) Multi colour backlight LCD display.
b) Real time clock.
c) 7days real time ON/OFF setting.
d) Leaving/entering water temperature display.
e) Various control parameters setting.
f) Manual defrost.
g) Last state memory.
h) Key lock function.
i) Error codes display.
SET key
INCREASE key
DECREASE key
CANCEL key
MODE key
2) Functions
a) Mode
To set operating mode, press <MODE> key when the unit in standby condition.
b) Temperature
To set temperature, press < > or < > key to set temperature. The temperature
setting range for Cooling is from 5°C to 30°C and 30°C to 50°C for Heating mode.
c) Water Temperature Display
In standard operating condition, the wired controller will display “OUT” to indicate
leaving water temperature display. To change the water temperature display, press
<> and < > simultaneously for 5 seconds. The display will show “IN” to indicate
entering water temperature display. If either one of the water temperature sensor fault,
the water temperature display will change automatically. If both water temperature
faults at the same time, the temperature display will show ambient temperature,
both “IN” or “OUT” indicator will not show on the LCD display.
d) Date/Time Setting
To set temperature, press <SET> key once to enter temperature setting menu. Clock
symbol will ÀDVK to indicate time setting mode. Press < > or < > to change
the minute value and holding down < > or < > to change the hour value. Press

Page 11
<SET> key twice from main menu to enter date setting menu. Press < > or < >
to change day value.
e) 7 days Timer
To set 7 days ON timer, press <SET> key 3 sec from main menu to enter timer
setting menu. Press <MODE> key to change ON timer or OFF timer, “ON” or “OFF”
display ÀDVK to indicate ON timer or OFF timer. If there is no previous setting for that
particular day, the display LCD will show “--:--“, otherwise, the display LCD will show
the previously set timer. Press < > or < > to change the minute value and holding
down < > or < > to change the hour value. To select 7 days timer (Sunday to
Monday), press <SET> key to change the Date setting (Sunday to Monday) before
enter the timer setting menu. Timer setting menu will exit automatically if there is no
further action within 15 sec.
f) Manual Defrost
Press <SET> and <CANCEL> key simultaneously for 5 sec will enter manual defrost
mode. There is a long “BEEP” sound to indicate manual defrost.
g) Key Lock
To prevent unauthorized and accidental setting of control, the system comes with Key
Lock function. To activate Key Lock, press < > and <SET> key simultaneously for 5
seconds to toggle it ON or OFF. When the key lock is activated, only the <ON/OFF>
key is functioning as normal.
h) Temperature Display
To monitoring the temperature of the system, press <SET> and < > key
simultaneously for 5 sec will enter temperature display menu. There is a long “BEEP”
sound to indicate temperature display menu. Press the <MODE> key to change the
temperature display:
i) Error Codes Display
When the unit is facing operational problem, the display LCD will display error codes
to indicate the problem detected the interpretation of the codes are as following:
Menu Details Remark
C1 Condenser temperature Press <SET> keyto select circuit #1 or #2
C2 Leaving water temperature
C3 Ambient temperature

Page 12
Note:
1. Auto reset type – system will recover 5 minutes after particular alarm contact is
closed.
2. Manual reset type – Press <SET> and < > key simultaneously for 5 sec after
troubleshooting.
Error Code Descriptio Sn etting
1-
2Lowleaving water temperature Leaving water temperature <4°C
3 High leaving water temperature error Leaving water temperature >48°C
4 Ambient temperature sensor error Ambient sensor open/short
5 Entering water temperature sensor error Entering water temperature sensor open/short
6 Leaving water temperature sensor error Leaving water temperature sensor open/short
7 External alarm_in / water pump overload EN-SAVE contact open
8Flowswitch open Flowswitch open
9 Condenser #1 high temperature Condenser #1 temperature >65°C
10 --
11 Condenser #1 temperature sensor error Condenser #1 temperature sensor open/short
12 --
13 Fan #1 overload Fan overload protection #1 open
14 Compressor #1 overload Compressor overload protection #1 open
15 Lowpressure #1 Lowpressure #1 switch open
16 High pressure #1 High pressure #1 switch open
17 Condenser #2 high temperature Condenser #2 temperature >65°C
18 --
19 Condenser #2 temperature sensor error Condenser #2 temperature sensor open/short
20 --
21 Fan #2 overload Fan overload protection #2 open
22 Compressor #2 overload Compressor overload protection #2 open
23 Lowpressure #2 Lowpressure switch #2 open
24 High pressure #2 High pressure switch #2 open

Page 13
Sound Pressure Test Setup
Outdoor Unit
Sound Data
MICROPHONE
AIR DISCHARGE
1m
1m
Test standard : JB/T 4330 – 1999
Indoor Unit
1.4 m
Mini Chiller
1.4 mbelow the mini chiller
MICROPHON
E
Test standard : GB/T 18836 – 2002

Page 14
Sound Pressure Level
Sound Power Level
125 Hz 250 Hz 500 Hz 1 kHz 2 kHz 4 kHz 8 kHz
FVCA 50 C(R) 61 63 59 55 52 46 37 61 56
FVCA 60 B(R) 61 63 59 55 52 46 37 61 56
62 58 59 59 55 52 48 63 58
FVCA 80 C(R) 62 58 59 59 55 52 48 63 58
FVCA 100 B(R) 64 60 62 60 58 53 50 65 59
FVCA 120 B(R) 65 61 62 60 58 52 51 65 59
FVCA 150 B(R) 68 64 66 65 61 56 53 69 59
FVCA 200 B(R) 68 64 66 65 61 56 53 69 59
Model 1/1 Octave Sound Pressure Level (dB, ref 20ȝPa) Overall
(dBA)
Noise
Criteria
FVCA 80 B(R)
125 Hz 250 Hz 500 Hz 1 kHz 2 kHz 4 kHz 8 kHz
FVCA 50 C(R) 72 74 70 66 63 57 48 72
FVCA 60 B(R) 72 74 70 66 63 57 48 72
FVCA 80 B(R) 69 70 70 66 63 59 74
FVCA 80 C(R) 69 70 70 66 63 59 74
FVCA 100 B(R) 71 73 71 69 64 61 76
FVCA 120 B(R) 72 73 71 68 63 62 76
FVCA 150 B(R) 78 80 79 75 70 67 83
FVCA 200 B(R) 78 80 79 75 70 67 83
Model 1/1 Octave Sound Power Level (dB, ref 1pW) Overall
(dBA)
73
73
75
76
82
82

Page 15
Selection Procedures
To rate the performance of the mini chiller at different conditions, the System Performance Table
which provided in the following pages should be referred to. The performance data is based
on ambient temperature and leaving water temperature. To select a mini chiller, the following
information is request:
1. Cooling or Heating load
2. Leaving water temperature
3. Entering water temperature
 :DWHUÀRZUDWH
Knowing the chiller capacity, the leaving water temperature and either the entering water
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(1)
Where,
 :DWHUÀRZUDWHPñK
Q = Cooling/heating load, kW
Ʃ7 :DWHUWHPSHUDWXUHGLIIHUHQFH&
By knowing the above data, the suitable unit can be selected though System Performance table.
The water pressure drop can be found in the Pump Curve. For glycol application, correct the
capacity from Correction Factor (Glycol) table.
Example:
System load = 20 kW cooling capacity. Entering water temperature 12°C and leaving water
temperature is 7°C. Ambient temperature is 30°C. Model: cooling only split type mini chiller, and
single phase power supply.
1. Select the appropriate performance table based on mini chiller to be used. Read the “Total”
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temperature and ambient temperature. For cooling only split type mini chiller and single
SKDVHSRZHUVXSSO\PRGHO)9&$&WKHFDSDFLW\DQGSRZHUDWVSHFL¿HGWHPSHUDWXUHDUH
FVCA 80C: Capacity = 21.45 kW, Power input = 6.13 kW.
Equipment Selection
.
= 3.6 x Q
V
 [Ʃ7
.
V

Page 16
Total
(kW)
Power
(kW)
Total
(kW)
Power
(kW)
Total
(kW)
Power
(kW)
Total
(kW)
Power
(kW)
Total
(kW)
Power
(kW)
Total
(kW)
Power
(kW)
5 18.94 5.47 18.33 5.85 20.15 5.91 17.39 6.57 15.87 7.16 15.10 7.38
6 20.38 5.52 19.62 5.88 20.80 6.03 18.48 6.62 16.89 7.19 16.06 7.43
7 21.82 5.54 20.95 5.93 21.45 6.13 20.00 6.70 17.92 7.24 17.05 7.49
8 23.22 5.60 22.27 5.96 22.11 6.25 20.61 6.73 18.94 7.29 18.01 7.54
9 24.66 5.62 23.56 6.01 22.79 6.37 21.67 6.75 20.00 7.34 18.96 7.59
10 26.10 5.67 24.89 6.06 23.44 6.48 22.50 6.80 21.02 7.39 19.92 7.64
525.57 7.18 24.75 7.69 27.20 7.76 23.47 8.63 21.42 9.41 20.38 9.70
6 27.51 7.25 26.49 7.72 28.08 7.92 24.95 8.70 22.81 9.44 21.68 9.76
7 29.45 7.28 28.28 7.79 28.96 8.05 27.00 8.80 24.19 9.51 23.02 9.83
8 31.35 7.35 30.07 7.82 29.84 8.20 27.82 8.85 25.57 9.58 24.31 9.90
9 33.29 7.38 31.81 7.89 30.76 8.36 29.25 8.87 27.00 9.64 25.60 9.97
10 35.23 7.45 33.60 7.96 31.65 8.52 30.38 8.93 28.38 9.71 26.90 10.04
5 29.83 8.49 28.87 9.09 31.73 9.17 27.38 10.20 25.00 11.12 23.78 11.46
6 32.10 8.57 30.90 9.12 32.76 9.36 29.11 10.28 26.61 11.16 25.29 11.54
7 34.36 8.61 32.99 9.21 33.79 9.51 31.50 10.40 28.22 11.24 26.85 11.62
8 36.57 8.69 35.08 9.24 34.82 9.69 32.45 10.45 29.83 11.32 28.36 11.70
9 38.84 8.73 37.11 9.32 35.89 9.88 34.12 10.48 31.50 11.40 29.87 11.78
10 41.11 8.81 39.20 9.40 36.92 10.07 35.44 10.56 33.11 11.48 31.38 11.86
Note: Total = Total Capacity; Power = Power Input
43
FVCA80C(R) /
FVCA80B(R)
Model
Leaving
Water
Temp (°C)
Cooling Only
Ambient Dry Bulb (°C)
20
FVCA120B(R)
25 30 35 40
FVCA100B(R)
2. To determine the pressure drop¿UVWWRGHWHUPLQHwDWHUÀRZrate via the Formula (1).
FVCA 80C, WDWHUÀRZrate,
518.4
21.456.3
×
×
=V
.
= 3.69 m³/h
From the Pump Curve, enter at 3.69 m³/h and follow up to the FVCA 80C System Head line
intersects. Read horizontally to obtain a system pressure drop of 3.75 kPa. Similarly, 3.69
m³/h and follow up to the FVCA 80C Pump Head line intersects. Read horizontally to obtain
an pump head of 20.4 kPa.
0
5
10
15
20
25
30
012345678
Pressure Head, (m)
Water Flow Rate, (m
3
/h)
System Head
Pump Head
3.75
20.4
Pump Curve - FVCA 80 B(R)/C(R)

Page 17
Available Head = Pump Head – System Head
= 20.4 – 3.75 = 16.7 kPa
Note:
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WKURXJKLQWKHPLQLFKLOOHU/RZZDWHUÀRZFDQUHVXOWSRRUSHUIRUPDQFHZKLOHKLJKZDWHUÀRZ
rate might damage to the components.
Glycol Application
For leaving water temperature at 5°C or below, it is recommended mixing the chilled water with
glycol solution to decrease the freezing point of the chilled water. Glycol correction factors should
be used to adjust the performance.
Example:
Determine capacity and pressure drop for a FVCA40C with 10% glycol solution. Entering water
temperature is 10°C, leaving water temperature is 5°C. Ambient temperature is 30°C.
1. For the System Performance Table, found that
Capacity = 20.15 kW, Power Input = 3.09 kW
:DWHUÀRZUDWH 
518.4
20.156.3
×
×
=V
.
 PñK
3. System pressure drop = 3.1 kPa
4. Read the correction factor from Table: Correction Factors (Glycol) table at 10%.
Capacity correction factor = 0.959
:DWHUÀRZFRUUHFWLRQIDFWRU 
Pressure drop correction factor = 1.06
Correction Factors (Glycol)
10 20 30 40
-7 0.874 0.842 0.751
-4 0.896 0.872 0.779
-1 0.9250.924 0.891 0.795
20.951 0.941 0.911 0.813
50.959 0.952 0.921 0.825
70.963 0.957 0.924 0.825
10 0.962 0.957 0.926 0.828
Capacity
Glycol (%)
Leaving Water
Temperature
(°C)

Page 18
5. Calculate performance with 10% glycol solution by multiplying performance with correction
factor.
Capacity = 20.15 x 0.959 = 19.32 kW
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Pressure drop = 3.1 x 1.06 = 3.29 kPa
Glycol (%) Water Flow Pressure Drop
10 1.02 1.06
20 1.04 1.12
30 1.08 1.18
40 1.14 1.24

Page 19
System Performance Table – Cooling
Model: FVCA
Note: Total = Total Capacity; Power = Power Input
Total
(
kW
)
Power
(
kW
)
Total
(
kW
)
Power
(
kW
)
Total
(
kW
)
Power
(
kW
)
Total
(
kW
)
Power
(
kW
)
Total
(kW)
Power
(
kW
)
Total
(
kW
)
Power
(
kW
)
5 9.51 2.19 9.21 2.35 10.12 2.37 8.73 2.64 7.97 2.87 7.58 2.96
6 10.24 2.21 9.85 2.36 10.45 2.42 9.28 2.66 8.48 2.88 8.06 2.98
7 10.96 2.22 10.52 2.38 10.78 2.46 10.05 2.69 9.00 2.90 8.56 3.00
8 11.66 2.24 11.19 2.39 11.10 2.51 10.35 2.70 9.51 2.92 9.04 3.02
9 12.39 2.26 11.83 2.41 11.45 2.55 10.88 2.71 10.05 2.95 9.53 3.04
10 13.11 2.28 12.50 2.43 11.77 2.60 11.30 2.73 10.56 2.97 10.01 3.07
5 9.66 2.77 9.35 2.97 10.28 3.00 8.87 3.33 8.09 3.63 7.70 3.75
6 10.39 2.80 10.01 2.98 10.61 3.06 9.43 3.36 8.62 3.65 8.19 3.77
7 11.13 2.81 10.68 3.01 10.94 3.11 10.20 3.40 9.14 3.67 8.70 3.80
8 11.84 2.84 11.36 3.02 11.27 3.17 10.51 3.42 9.66 3.70 9.18 3.83
9 12.58 2.85 12.02 3.05 11.62 3.23 11.05 3.43 10.20 3.73 9.67 3.85
10 13.31 2.88 12.69 3.07 11.96 3.29 11.48 3.45 10.72 3.75 10.16 3.88
5 13.26 3.75 12.83 4.02 14.10 4.06 12.17 4.51 11.11 4.92 10.57 5.07
6 14.26 3.79 13.73 4.04 14.56 4.14 12.94 4.55 11.83 4.94 11.24 5.10
7 15.27 3.81 14.66 4.07 15.02 4.21 14.00 4.60 12.54 4.97 11.94 5.14
8 16.25 3.84 15.59 4.09 15.47 4.29 14.42 4.62 13.26 5.01 12.61 5.18
9 17.26 3.86 16.49 4.12 15.95 4.37 15.17 4.64 14.00 5.04 13.28 5.21
10 18.27 3.89 17.42 4.16 16.41 4.45 15.75 4.67 14.72 5.08 13.95 5.25
5 18.94 5.47 18.33 5.85 20.15 5.91 17.39 6.57 15.87 7.16 15.10 7.38
6 20.38 5.52 19.62 5.88 20.80 6.03 18.48 6.62 16.89 7.19 16.06 7.43
7 21.82 5.54 20.95 5.93 21.45 6.13 20.00 6.70 17.92 7.24 17.05 7.49
8 23.22 5.60 22.27 5.96 22.11 6.25 20.61 6.73 18.94 7.29 18.01 7.54
9 24.66 5.62 23.56 6.01 22.79 6.37 21.67 6.75 20.00 7.34 18.96 7.59
10 26.10 5.67 24.89 6.06 23.44 6.48 22.50 6.80 21.02 7.39 19.92 7.64
5 25.57 7.18 24.75 7.69 27.20 7.76 23.47 8.63 21.42 9.41 20.38 9.70
6 27.51 7.25 26.49 7.72 28.08 7.92 24.95 8.70 22.81 9.44 21.68 9.76
7 29.45 7.28 28.28 7.79 28.96 8.05 27.00 8.80 24.19 9.51 23.02 9.83
8 31.35 7.35 30.07 7.82 29.84 8.20 27.82 8.85 25.57 9.58 24.31 9.90
9 33.29 7.38 31.81 7.89 30.76 8.36 29.25 8.87 27.00 9.64 25.60 9.97
10 35.23 7.45 33.60 7.96 31.65 8.52 30.38 8.93 28.38 9.71 26.90 10.04
5 29.83 8.49 28.87 9.09 31.73 9.17 27.38 10.20 25.00 11.12 23.78 11.46
6 32.10 8.57 30.90 9.12 32.76 9.36 29.11 10.28 26.61 11.16 25.29 11.54
7 34.36 8.61 32.99 9.21 33.79 9.51 31.50 10.40 28.22 11.24 26.85 11.62
8 36.57 8.69 35.08 9.24 34.82 9.69 32.45 10.45 29.83 11.32 28.36 11.70
9 38.84 8.73 37.11 9.32 35.89 9.88 34.12 10.48 31.50 11.40 29.87 11.78
10 41.11 8.81 39.20 9.40 36.92 10.07 35.44 10.56 33.11 11.48 31.38 11.86
5 37.88 10.61 36.66 11.36 40.29 11.47 34.77 12.75 31.74 13.90 30.20 14.32
6 40.76 10.71 39.24 11.41 41.60 11.70 36.97 12.85 33.79 13.95 32.11 14.42
7 43.64 10.76 41.89 11.51 42.91 11.89 40.00 13.00 35.83 14.05 34.10 14.52
8 46.44 10.86 44.54 11.56 44.21 12.12 41.21 13.07 37.88 14.15 36.02 14.63
9 49.32 10.91 47.12 11.66 45.58 12.35 43.33 13.10 40.00 14.25 37.93 14.73
10 52.20 11.01 49.77 11.75 46.89 12.58 45.00 13.20 42.05 14.35 39.85 14.83
5 47.35 14.77 45.83 15.81 50.37 15.97 43.47 17.75 39.67 19.35 37.74 19.94
6 50.95 14.91 49.05 15.88 52.00 16.29 46.21 17.89 42.23 19.42 40.14 20.08
7 54.55 14.98 52.37 16.02 53.64 16.55 50.00 18.10 44.79 19.56 42.63 20.22
8 58.05 15.12 55.68 16.09 55.27 16.87 51.52 18.19 47.35 19.70 45.02 20.36
9 61.65 15.19 58.90 16.23 56.97 17.20 54.17 18.24 50.00 19.83 47.41 20.50
10 65.25 15.33 62.21 16.37 58.61 17.52 56.25 18.38 52.56 19.97 49.81 20.64
30 35 40 43
FVCA80C(R) /
FVCA80B(R)
FVCA100B(R)
Model
Leaving
Water
Temp
(°C)
FVCA40B
FVCA120B(R)
FVCA150B(R)
FVCA200B(R)
Cooling Only
FVCA50C(R)
FVCA60B(R)
Ambient Dry Bulb (°C)
20 25