Contributes to Energy Saving - Brushless Motors - Power Saving Achieved with the Use of a Brushless Motor

# Energy Savings When an AC Motor is Replaced with a Brushless Motor Annual Power Consumption (Comparison at 60 w output) ^Calculated with a daily drive time of 12 hours, 300 operating days per year, a power-CO2 emission conversion coefficient of 0.519 kg-C02/kWh, and an electric utility rate of 26.64 €/kWh [AC motor] When used with output 60 W, single-phase 200 VAC, 60 Hz [Brushless motor] BMU Series, with output 60 W Power Consumption 165.6 Reduction in kWh/year 86 Reduction in kg/year CO emissions 37 % reduction Higher Efficiency than Inverter Control Compact, Lightweight Motor Contributes...

Energy Saving with Brusheless Motors Stable at Both Low and High Speed Broad Speed Control Full Product Line to Suit a Variety of Applications W h a t i s a B r u s h l e s s M oto r ? These compact, lightweight motors have a built-in internal sensor for speed control. They follow the commands of a dedicated circuit (driver) that performs feedback control, operating at the set speed. magnetic permanent magnet in the rotor. Control Method High speed stability is achieved by applying a voltage adapted to the setting speed and load size. Applied voltage adjusted and constant speed corrected Limited...

Prod uct Line of Br ushless Motors AC Input Features Simple operation Multifunction type with different setting methods Output Power Number of Speed Setting Points Speed Setting Method 16 speeds Setting dial External speed potentiometer External DC voltage Data setting software Setting dial 80 - 4000 r/min Speed regulation ±0.2% (load) Speed Control Range Additional Function Torque limiting Electromagnetic brake Small board type BLH Battery-operable compact driver Analog Setting Type Series Digital Setting Type RS-485 Communication Type BLV Series R Type FA Network Compatible Speed Control Range...