196 Detailed technical drawings RZAG-NV1/NY1 Symbols Notes MCA TOCA MFA MSC RLA OFM IFM FLA kW Minimum Circuit Ampere Total overcurrent amps Maximum Fuse Ampere Maximum current of the starting compressor Rated load amps Outdoor fan motor Indoor fan motor Full Load Ampere Fan motor rated output [A] [A] [A] [A] [A] [A] [kW] 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 3D120943E RZAG71-100NV1 INFRASTRUCTURE COOLING Compressor OFM IFM Indoor Outdoor Power supply Voltage range MCA TOCA MFA MSC RLA kW FLA kW FLA FCAHG100HVEB RZAG71N2V1B 50Hz ~ 220-240V Minimum: ·198 V· Maximum ·264 V· 18.3 – 20 – 15.5 0.234 0.8 0.221 1.3 FCAG35BVEB x3 RZAG71N2V1B 17.9 – 20 – 15.5 0.234 0.8 0.044 x3 0.3 x3 FCAG50BVEB x2 RZAG71N2V1B 17.6 – 20 – 15.5 0.234 0.8 0.039 x2 0.3 x2 FCAG100BVEB RZAG71N2V1B 17.7 – 20 – 15.5 0.234 0.8 0.117 0.7 FFA35A2VEB x3 RZAG71N2V1B 17.6 – 20 – 15.5 0.234 0.8 0.050 x3 0.2 x3 FFA50A2VEB x2 RZAG71N2V1B 17.8 – 20 – 15.5 0.234 0.8 0.050 x2 0.4 x2 FBA35A2VEB x3 RZAG71N2V1B 21.3 – 20 – 15.5 0.234 0.8 0.089 x3 1.4 x3 FBA50A2VEB x2 RZAG71N2V1B 19.9 – 20 – 15.5 0.234 0.8 0.089 x2 1.4 x2 FBA100A2VEB RZAG71N2V1B 20.6 – 20 – 15.5 0.234 0.8 0.127 3.5 FUA100AVEB9 RZAG71N2V1B 18.3 – 20 – 15.5 0.234 0.8 0.106 1.3 FAA100BUV1B RZAG71N2V1B 17.9 – 20 – 15.5 0.234 0.8 0.064 0.9 FVA100AMVEB RZAG71N2V1B 18.5 – 20 – 15.5 0.234 0.8 0.238 1.5 FDXM35F3V1B x3 RZAG71N2V1B 17.9 – 20 – 15.5 0.234 0.8 0.034 x3 0.3 x3 FDXM50F3V1B x2 RZAG71N2V1B 18.8 – 20 – 15.5 0.234 0.8 0.060 x2 0.9 x2 FHA35AVEB98 x3 RZAG71N2V1B 18.8 – 20 – 15.5 0.234 0.8 0.090 x3 0.6 x3 FHA50AVEB98 x2 RZAG71N2V1B 18.2 – 20 – 15.5 0.234 0.8 0.090 x2 0.6 x2 FHA100AVEB98 RZAG71N2V1B 18.3 – 20 – 15.5 0.234 0.8 0.172 1.3 FCAHG71HVEB x2 RZAG100N2V1B 50Hz ~ 220-240V Minimum: ·198 V· Maximum ·264 V· 22.3 – 32 – 18.8 0.234 1.2 0.091 x2 0.7 x2 FCAHG140HVEB RZAG100N2V1B 22.3 – 32 – 18.8 0.234 1.2 0.244 1.4 FCAG35BVEB x4 RZAG100N2V1B 22.0 – 32 – 18.8 0.234 1.2 0.044 x4 0.3 x4 FCAG50BVEB x3 RZAG100N2V1B 21.7 – 32 – 18.8 0.234 1.2 0.039 x3 0.3 x3 FCAG71BVEB x2 RZAG100N2V1B 21.6 – 32 – 18.8 0.234 1.2 0.054 x2 0.4 x2 FCAG140BVEB RZAG100N2V1B 22.2 – 32 – 18.8 0.234 1.2 0.168 1.3 FFA35A2VEB x4 RZAG100N2V1B 21.6 – 32 – 18.8 0.234 1.2 0.050 x4 0.8 FFA50A2VEB x3 RZAG100N2V1B 22.0 – 32 – 18.8 0.234 1.2 0.050 x3 0.4 x3 FBA35A2VEB x4 RZAG100N2V1B 26.6 – 32 – 18.8 0.234 1.2 0.089 x4 1.4 x4 FBA50A2VEB x3 RZAG100N2V1B 25.2 – 32 – 18.8 0.234 1.2 0.089 x3 1.4 x3 FBA71A2VEB x2 RZAG100N2V1B 23.5 – 32 – 18.8 0.234 1.2 0.07 x2 1.3 x2 FBA140A2VEB RZAG100N2V1B 24.9 – 32 – 18.8 0.234 1.2 0.187 3.9 FUA71AVEB9 x2 RZAG100N2V1B 22.7 – 32 – 18.8 0.234 1.2 0.046 x2 0.9 x2 FAA71BUV1B x2 RZAG100N2V1B 21.8 – 32 – 18.8 0.234 1.2 0.048 x2 0.5 x2 FVA140AMVEB RZAG100N2V1B 22.7 – 32 – 18.8 0.234 1.2 0.276 1.8 FDXM35F3V1B x4 RZAG100N2V1B 22.0 – 32 – 18.8 0.234 1.2 0.034 x4 0.3 x4 FDXM50F3V1B x3 RZAG100N2V1B 23.6 – 32 – 18.8 0.234 1.2 0.060 x3 0.9 x3 FHA35AVEB98 x4 RZAG100N2V1B 23.3 – 32 – 18.8 0.234 1.2 0.090 x4 0.6 x4 FHA50AVEB98 x3 RZAG100N2V1B 22.7 – 32 – 18.8 0.234 1.2 0.090 x3 0.6 x3 FHA71AVEB98 x2 RZAG100N2V1B 22.5 – 32 – 18.8 0.234 1.2 0.110 x2 0.8 x2 FHA140AVEB8 RZAG100N2V1B 22.7 – 32 – 18.8 0.234 1.2 0.251 1.8 3D120944F Click here to view all RZAG-NV1 technical drawings on my.daikin.eu Click here to view all RZAG-NY1 technical drawings on my.daikin.eu
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