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• Outdoor Unit • RZAG-MV1
3
• Split - Sky Air • RZAG-MV1
20
3
Electrical data
3 - 1
Electrical Data
RZAG125-140MV1
FCAHG125GVEB
RZAG125M7V1B
27,5
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,244
1,4
FCAG35AVEB
x4
RZAG125M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.044 x4
0.3 x4
FCAG50AVEB
x3
RZAG125M7V1B
26,9
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.039 x3
0.3 x3
FCAG60AVEB
x2
RZAG125M7V1B
26,6
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.044 x2
0.3 x2
FCAG125AVEB
RZAG125M7V1B
27,0
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,168
1,0
FFA35A2VEB
x4
RZAG125M7V1B
27,7
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.050 x4
0.4 x4
FFA50A2VEB
x3
RZAG125M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.050 x3
0.4 x3
FFA60A2VEB
x2
RZAG125M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.050 x2
0.6 x2
FBA35A2VEB
x4
RZAG125M7V1B
28,5
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.089 x4
0.6 x4
FBA50A2VEB
x3
RZAG125M7V1B
27,9
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.089 x3
0.6 x3
FBA60A2VEB
x2
RZAG125M7V1B
27,0
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.070 x2
0.5 x2
FBA125A2VEB
RZAG125M7V1B
27,6
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,187
1,5
FNA35A2VEB
x4
RZAG125M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.034 x4
0.3 x4
FNA50A2VEB
x3
RZAG125M7V1B
27,6
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x3
0.5 x3
FNA60A2VEB
x2
RZAG125M7V1B
27,0
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x2
0.5 x2
FUA125AVEB
RZAG125M7V1B
27,5
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,106
1,4
FDA125A5VEB
RZAG125M7V1B
28,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,350
2,1
FVA125AMVEB
RZAG125M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,238
1,2
FDXM35F3V1B
x4
RZAG125M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.034 x4
0.3 x4
FDXM50F3V1B
x3
RZAG125M7V1B
27,6
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x3
0.5 x3
FDXM60F3V1B
x2
RZAG125M7V1B
27,0
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x2
0.5 x2
FHA35AVEB
x4
RZAG125M7V1B
28,5
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x4
0.6 x4
FHA50AVEB
x3
RZAG125M7V1B
27,9
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x3
0.6 x3
FHA60AVEB
x2
RZAG125M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.091 x2
0.6 x2
FHA125AVEB
RZAG125M7V1B
27,6
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,150
1,5
FCAHG71GVEB
x2
RZAG140M7V1B
27,0
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.091 x2
0.5 x2
FCAHG140GVEB
RZAG140M7V1B
27,5
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,244
1,4
FCAG35AVEB
x4
RZAG140M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.044 x4
0.3 x4
FCAG50AVEB
x3
RZAG140M7V1B
26,9
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.039 x3
0.3 x3
FCAG71AVEB
x2
RZAG140M7V1B
26,8
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.054 x2
0.4 x2
FCAG140AVEB
RZAG140M7V1B
27,0
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,168
1,0
FFA35A2VEB
x4
RZAG140M7V1B
27,7
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.050 x4
0.4 x4
FFA50A2VEB
x3
RZAG140M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.050 x3
0.4 x3
FBA35A2VEB
x4
RZAG140M7V1B
28,5
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.089 x4
0.6 x4
FBA50A2VEB
x3
RZAG140M7V1B
27,9
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.089 x3
0.6 x3
FBA71A2VEB
x2
RZAG140M7V1B
27,0
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.070 x2
0.5 x2
FBA140A2VEB
RZAG140M7V1B
27,6
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,187
1,5
FNA35A2VEB
x4
RZAG140M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.034 x4
0.3 x4
FNA50A2VEB
x3
RZAG140M7V1B
27,6
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x3
0.5 x3
FUA71AVEB
x2
RZAG140M7V1B
27,9
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.046 x2
0.9 x2
FAA71AUVEB
x2
RZAG140M7V1B
26,8
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.048 x2
0.4 x2
FVA71AMVEB
x2
RZAG140M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.117 x2
0.6 x2
FVA140AMVEB
RZAG140M7V1B
27,5
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,276
1,4
FDXM35F3V1B
x4
RZAG140M7V1B
27,2
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.034 x4
0.3 x4
FDXM50F3V1B
x3
RZAG140M7V1B
27,6
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x3
0.5 x3
FHA35AVEB
x4
RZAG140M7V1B
28,5
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x4
0.6 x4
FHA50AVEB
x3
RZAG140M7V1B
27,9
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.060 x3
0.6 x3
FHA71AVEB
x2
RZAG140M7V1B
27,7
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0.091 x2
0.8 x2
FHA140AVEB
RZAG140M7V1B
27,9
㸫
32
㸫
23,5
0.094+0.094
0.75+0.75
0,150
1,8
FLA
Compressor
OFM
IFM
Indoor
Outdoor
Power supply
Voltage
range
MCA
TOCA
MFA
MSC
RLA
kW
FLA
kW
50Hz ~
220-240V
Mi
nim
u
m:
198 V
Max
im
um 264 V
50Hz ~
220-240V
Mi
nim
u
m:
198 V
Max
im
um 264 V
3D110014A
RZAG-MV1
RZAG-MY1
Symbols
MCA: Minimum Circuit Ampere [A]
TOCA: Total overcurrent amps [A]
MFA: Maximum Fuse Ampere [A]
MSC: Maximum current of the starting compressor [A]
RLA: Rated load amps [A]
OFM: Outdoor fan motor
IFM: Indoor fan motor
FLA: Full Load Ampere [A]
KW: Fan motor rated output [kW]
Notes
1. The ·RLA· is based on the following conditions.
Cooling
Indoor temperature ·27.0·°C DB / ·19.0·°C WB
Outdoor temperature ·35.0·°C DB
Heating
Indoor temperature ·20.0·°C DB
Outdoor temperature ·7.0·°C DB / ·6.0·°C WB
2. ·TOCA· is the total value of each overcurrent set.
3. Voltage range
The units are suitable for use with electrical systems in which the voltage supplied to the unit terminals is not below or above the listed range limits.
4. The maximum allowable voltage that is unbalanced between phases is ·2·%.
5. ·MCA· is the maximum input current.
The capacity of the ·MFA· must be greater than that of the ·MCA·.
Select the ·MFA· according to the table.
6. Select the wire size according to the MCA.
7. ·MFA· is used to select the circuit breaker and the ground fault circuit interruptor.
Earth leakage circuit breaker
3D110015A