Gree GMV-Y72WM/C-F Owner's Manual page 38

Outdoor units
GMV-Y264WM/C-F(U)
GMV-Y288WM/C-F(U)
GMV-Y312WM/C-F(U)
GMV-Y336WM/C-F(U)
GMV-Y360WM/C-F(U)
Outdoor Unit (240V)
Outdoor units
GMV-Y72WM/C-F(U)
GMV-Y96WM/C-F(U)
GMV-Y120WM/C-F(U)
GMV-Y144WM/C-F(U)
GMV-Y168WM/C-F(U)
GMV-Y192WM/C-F(U)
GMV-Y216WM/C-F(U)
GMV-Y240WM/C-F(U)
GMV-Y264WM/C-F(U)
GMV-Y288WM/C-F(U)
GMV-Y312WM/C-F(U)
GMV-Y336WM/C-F(U)
GMV-Y360WM/C-F(U)
(1) Specification of circuit breaker and power cord is selected on the basis of unit's maximum power (max.
current).
(2) Specifica tion of power cord is based on the working condition where ambient temperature is 40 º C (104 º F)
and multi-core cable with copper conductor(working temperature is 90 º C (194 º F), e.g. power cable with
YJV cross-linked copper, insulated PE and PVC sheath) is lying on the surface of slot. If working condition
is different, please adjust the specification according to national standard.
(3) Copper-core cable must be used.
(4) The above sectional area is suitable for a maximum distance of 15m(49 -1/5ft.). If it's over 15m(49-1/5ft.),
sectional area must be expanded to pre vent o verload current from burning the wire or causing fire hazard .
(5) Specifica tion of circuit breaker is based on the working condition where the ambient temperature of circuit
breaker is 40 º C(104 º F). If working condition is different, please adjust the specification according to
national standard.
(6) The air switch should include magnetic trip function and thermal trip function so that system can be
protected from short circuit and overload.
(7) An all-pole disconnection switch having a contact separation of at least 3mm(1/8 in.) in all poles should be
connected in fixed wiring.
Power Supply Fuse Capacity
V/ Ph /Hz
208V 3~ 60Hz
208V 3~ 60Hz
208V 3~ 60Hz
208V 3~ 60Hz
208V 3~ 60Hz
Power Supply Fuse Capacity
V/ Ph /Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
240V 3~ 60Hz
Photovoltaic Direct-driven Inverter VRF
Minimum Circuit
Ampacity
A
45+45+45 35.3+43.6+43.6
45+45+45 43.6+43.6+43.6
45+45+45 43.6+43.6+44.8
45+45+45 43.6+44.8+44.8
45+45+45 44.8+44.8+44.8
Minimum Circuit
Ampacity
A
40
40
40
40+40 30.3+30.3
40+40 30.3+37.3
40+40 37.3+37.3
40+40 37.3+39.8
40+40 39.8+39.8
40+40+40 30.3+37.3+37.3
40+40+40 37.3+37.3+37.3
40+40+40 37.3+37.3+39.8
40+40+40 37.3+39.8+39.8
40+40+40 39.8+39.8+39.8
34
Maximum Overcurrent
Protection
A
45+45+45
45+45+45
45+45+45
45+45+45
45+45+45
Maximum Overcurrent
Protection
A
30.3 40
37.3 40
39.8 40
40+40
40+40
40+40
40+40
40+40
40+40+40
40+40+40
40+40+40
40+40+40
40+40+40
A
A