Cooling Only SiBE121135_A21 SpecificationsCeiling Mounted Cassette Type50 Hz, 230 V+ ( ) : dimension including control boxModel FFQ25B9V1B FFQ35B9V1BRated Capacity 2.5 kW Class 3.5 kW ClassDecorationPanelModel BYFQ60B8W1 BYFQ60B8W1Color White WhiteDimensions (H × W × D) mm 55 × 700 × 700 55 × 700 × 700Weight (Mass) kg 2.7 2.7Airflow Rate H m³/min(cfm)9.0 (318) 10.0 (353)L 6.5 (230) 6.5 (230)FanType Turbo Fan Turbo FanMotor Output W 55 55Speed Steps 2 Steps 2 StepsAir Direction Control Horizontal, Downward Horizontal, DownwardRunning Current (Rated) A 0.37 0.40Power Consumption (Rated) W 73 84Power Factor (Rated) % 85.8 91.3Temperature Control Microcomputer Control Microcomputer ControlDimensions (H × W × D) + mm 260 (286) × 575 × 575 260 (286) × 575 × 575Packaged Dimensions (H × W × D) mm 370 × 687 × 674 370 × 687 × 674Weight (Mass) kg 17.5 17.5Gross Weight (Gross Mass) kg 21 21SoundPressureLevelH / L dB(A) 29.5 / 24.5 32.0 / 25.0Sound Power Level dB 46.5 49.0Heat Insulation Both Liquid and Gas Pipes Both Liquid and Gas PipesPipingConnectionLiquid mm φ 6.4 φ 6.4Gas mm φ 9.5 φ 9.5Drain mm VP20 (O.D. φ 26 / I.D. φ 20) VP20 (O.D. φ 26 / I.D. φ 20)Drawing No. 3D060406 3D060408Model FFQ50B9V1B FFQ60B9V1BRated Capacity 5.0 kW Class 6.0 kW ClassDecorationPanelModel BYFQ60B8W1 BYFQ60B8W1Color White WhiteDimensions (H × W × D) mm 55 × 700 × 700 55 × 700 × 700Weight (Mass) kg 2.7 2.7Airflow Rate H m³/min(cfm)12.0 (424) 15.5 (530)L 8.0 (283) 10.0 (353)FanType Turbo Fan Turbo FanMotor Output W 55 55Speed Steps 2 Steps 2 StepsAir Direction Control Horizontal, Downward Horizontal, DownwardRunning Current (Rated) A 0.49 0.61Power Consumption (Rated) W 97 120Power Factor (Rated) % 86.1 85.5Temperature Control Microcomputer Control Microcomputer ControlDimensions (H × W × D) + mm 260 (286) × 575 × 575 260 (286) × 575 × 575Packaged Dimensions (H × W × D) mm 370 × 687 × 674 370 × 687 × 674Weight (Mass) kg 17.5 17.5Gross Weight (Gross Mass) kg 21 21SoundPressureLevelH / L dB(A) 36.0 / 27.0 41.0 / 32.0Sound Power Level dB 53.0 58.0Heat Insulation Both Liquid and Gas Pipes Both Liquid and Gas PipesPipingConnectionLiquid mm φ 6.4 φ 6.4Gas mm φ 12.7 φ 12.7Drain mm VP20 (O.D. φ 26 / I.D. φ 20) VP20 (O.D. φ 26 / I.D. φ 20)Drawing No. 3D060410 3D040431Conversion Formulaekcal/h = kW × 860Btu/h = kW × 3412cfm = m³/min × 35.3
