228 Unit combination restrictions Power supply Compressor OFM IFM Outdoor unit Indoor unit Hz Voltage Voltage range MCA MFA RHz RLA kW FLA kW FLA RXM50A5V1B9 FTXM50A2V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.78 16 64 6.5 0.066 0.83 0.040 0.36 50 230 6.2 50 240 5.9 RXM50A5V1B9 FTXM50A5V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.78 16 64 6.5 0.066 0.83 0.040 0.36 50 230 6.2 50 240 5.9 RXM50A5V1B9 FVXM50A3V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.54 16 58 5.3 0.066 0.83 0.037 0.14 50 230 5.1 50 240 4.9 RXM50A5V1B9 FVXM50A3V1B9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.54 16 58 5.3 0.066 0.83 0.037 0.14 50 230 5.1 50 240 4.9 RXM50A5V1B9 FCAG50BVEB 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.71 16 58 5.2 0.066 0.83 0.048 0.30 50 230 5.0 50 240 4.8 RXM50A5V1B9 FBA50A2VEB9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.92 16 55 5.2 0.066 0.83 0.089 1.40 50 230 5.0 50 240 4.8 RXM50A5V1B9 FHA50AVEB98 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.04 16 64 5.5 0.066 0.83 0.090 0.60 50 230 5.3 50 240 5.2 RXM50A5V1B9 FFA50A2VEB9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.82 16 62 5.6 0.066 0.83 0.050 0.40 50 230 5.4 50 240 5.3 RXM50A5V1B9 FDXM50F3V1B9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.37 16 55 4.9 0.066 0.83 0.060 0.90 50 230 4.7 50 240 4.5 RXM50A5V1B9 FNA50A2VEB9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.93 16 55 4.9 0.066 0.83 0.060 0.50 50 230 4.7 50 240 4.5 ARXM50A5V1B9 ATXM50A2V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.78 16 64 6.7 0.066 0.83 0.040 0.36 50 230 6.4 50 240 6.1 ARXM50A5V1B9 ATXM50A5V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.78 16 64 6.7 0.066 0.83 0.040 0.36 50 230 6.4 50 240 6.1 ARXM50A5V1B9 ADEA50A2VEB 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.92 16 55 5.2 0.066 0.83 0.089 0.40 50 230 5.0 50 240 4.8 ARXM60A5V1B ADEA60A2VEB 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.92 16 66 6.2 0.066 0.83 0.070 1.30 50 230 6.0 50 240 5.7 ARXM71A5V1B ADEA71A2VEB 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.92 16 81 8.2 0.066 0.83 0.070 1.30 50 230 7.8 50 240 7.5 ARXM71A5V1B FCAG71BVEB 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.37 16 81 8.1 0.066 0.83 0.054 0.40 50 230 7.7 50 240 7.4 ARXM71A5V1B FBA71A2VEB9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.92 16 81 8.2 0.066 0.83 0.070 1.30 50 230 7.8 50 240 4.5 ARXM71A5V1B FAA71BUV1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.37 16 83 8.3 0.066 0.83 0.048 0.40 50 230 7.9 50 240 7.6 RXM60A5V1B FTXM60R2V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.59 16 70 6.6 0.066 0.83 0.046 0.60 50 230 6.3 50 240 6.0 RXM60A5V1B FTXM60A2V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.59 16 70 6.6 0.066 0.83 0.046 0.60 50 230 6.3 50 240 6.0 RXM60A5V1B FCAG60BVEB 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.26 16 71 6.5 0.066 0.83 0.048 0.30 50 230 6.3 50 240 6.2 RXM60A5V1B FBA60A2VEB9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.92 16 66 6.1 0.066 0.83 0.070 1.30 50 230 6.0 50 240 5.8 RXM60A5V1B FHA60AVEB98 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.59 16 62 5.5 0.066 0.83 0.091 0.60 50 230 5.3 50 240 5.1 RXM60A5V1B FFA60A2VEB9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.59 16 70 6.5 0.066 0.83 0.050 0.60 50 230 6.3 50 240 6.2 RXM60A5V1B FDXM60F3V1B9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.92 16 73 6.7 0.066 0.83 0.060 0.90 50 230 6.5 50 240 6.4 RXM60A5V1B FNA60A2VEB9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.59 16 73 6.7 0.066 0.83 0.060 0.60 50 230 6.5 50 240 6.4 RXM71A5V1B FTXM71R2V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 19.91 20 54 9.4 0.090 1.00 0.052 0.60 50 230 8.9 50 240 8.6 RXM71A5V1B FTXM71A2V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 19.91 20 54 9.4 0.090 1.00 0.052 0.60 50 230 8.9 50 240 8.6 RXM50A5V1B9 FVXM50B2V1B 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 14.54 16 58 5.3 0.066 0.83 0.037 0.14 50 230 5.1 50 240 4.9 ARXM71A5V1B FHA71AVEB9 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.81 16 83 8.3 0.066 0.83 0.110 0.80 50 230 7.9 50 240 7.6 ARXM71A5V1B FHA71AVEB99 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.81 16 83 8.3 0.066 0.83 0.110 0.80 50 230 7.9 50 240 7.6 ARXM71A5V1B FHA71AVEB98 50 220 Maximum ·50·Hz ·264·V Minimum ·50·Hz ·198·V 15.81 16 83 8.3 0.066 0.83 0.110 0.80 50 230 7.9 50 240 7.6 Symbols Notes MCA MFA RHz RLA OFM IFM kW FLA MAX. MIN. Minimum Circuit Ampere Maximum Fuse Ampere Rated operating frequency Rated load amps Outdoor fan motor Indoor fan motor Fan motor rated output Full Load Ampere Maximum Minimum [A] [A] [Hz] [A] [kW] [A] 1 The RLA is based on the following conditions. Outdoor temperature 35°C DB Indoor temperature 27°C DB / 19°C WB 2 Select the wire size according to the MCA. 3 The maximum allowable voltage that is unbalanced between phases is 2%. 4 Use a circuit breaker instead of a fuse. 4D151784B RXM50A9 / RXM60-71A / ARXM50A9 / ARXM60-71A Click here to view all RXM-A9 technical drawings on my.daikin.eu Click here to view all ARXM-A9 technical drawings on my.daikin.eu Click here to view all RXM-A technical drawings on my.daikin.eu Click here to view all ARXM-A technical drawings on my.daikin.eu
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