80
8. Main Specifications
SPECIFICATIONS
Model
QAHV-N560YA-HPB (-BS)
Power source
3-phase 4-wire 380-400-415 V 50 Hz
Capacity
*1
kW
40
kcal/h
34400
Btu/h
136480
Power input
kW
10.31
Current input
A
17.8-16.9-16.3
COP (kW/kW)
3.88
Capacity
*2
kW
40
kcal/h
34400
Btu/h
136480
Power input
kW
10.97
Current input
A
20.0-19.0-18.3
COP (kW/kW)
3.65
Capacity
*3
kW
40
kcal/h
34400
Btu/h
136480
Power input
kW
11.6
Current input
A
20.4-19.4-18.7
COP (kW/kW)
3.44
Maximum current input
*4
A
28.8-27.4-26.4
Allowable external pump head
77 kPa
Temperature range
Outlet water temperature
55–90ºC (when the secondary side control is enabled: 55–80ºC)
131–194ºF (when the secondary side control is enabled: 131–176ºF)
Outdoor temperature
D.B.
-25–43ºC
-13–109.4ºF
Sound pressure level (measured 1 m below the unit in an anechoic room)
*1
dB (A)
56
Water pipe diameter and type
Inlet
mm (in)
19.05 (Rc 3/4"), screw pipe
Outlet
mm (in)
19.05 (Rc 3/4"), screw pipe
External finish
Acrylic painted steel sheet
<Munsell 5Y 8/1 or similar>
External dimensions H x W x D
mm
in
1837 (1777 not including legs) x 1220 x 760
72.3 (69.9 not including legs) x 48.0
Net weight
kg (lb)
400 (882)
Design pressure
R744
MPa
14
Water
MPa
0.5
Heat exchanger
Water-side
Copper tube coil
Air-side
Plate fins and copper tubes
Compressor
Type
Inverter scroll hermetic compressor
Manufacturer
MITSUBISHI ELECTRIC CORPORATION
Starting method
Inverter
Motor output
kW
11.0
Case heater
kW
0.045
Lubricant
PAG
Fan
Air flow rate
m
3
/min
220
L/s
3666
cfm
7768
Type and quantity
Propeller fan
Control and driving mechanism
Inverter control, direct driven by motor
Motor output
kW
0.92
HIC (Heat inter-changer) circuit
Copper pipe
Protection devices
High pressure
High-pressure sensor and switch set at 14 MPa (643 psi)
Inverter circuit
Overheat and overcurrent protection
Compressor
Overheat protection
Fan motor
Thermal switch
Defrosting method
Auto-defrost mode (Hot gas)
Refrigerant
Type and factory charge
kg
CO
2
(R744) 6.5 kg
Flow and temperature control
LEV
WT08219X05.book 80 ページ 2018年10月1日 月曜日 午後7時47分
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