Schneider Electric 220 V dc 4.5 kW Servo Motor, 3000 rpm, 71.62 Nm Max Output Torque, 35mm Shaft Diameter

Schneider Electric BCH2 Servo Motors are synchronous AC servo motors that are ideal for high performance applications. Equipped with high resolution (20-bit) single-turn absolute encoder as standard.

Available in a range of flange sizes
Equipped with an absolute encoder
Three available types of motor inertia

This product is part of the Lexium 28 range, an offer of servo motors from 0.05kW to 4.5kW. The servo motor features maximum mechanical speed of 3000RPM and keyed shaft end without holding brake. It is an equipped with a 20bit single-turn absolute encoder. It is a second generation servo motor with a rated supply voltage of 220V, a continuous stall current of 19.68A and a continuous power of 4500W. The shaft dimensions are 35mm (diameter) x 79mm (length). It is furnished with MIL connector for electrical connection. It is an IP50 and IP65 rated product. The length of this product is 235mm and the centering collar dimensions are 4mm (depth) x 114.3mm (diameter) with 200mm mounting hole. It weighs 23.64kg. It is suitable for machine control solutions. This range is compatible with Lexium 28 servo drives. This product is compatible with LXM26D servo drive motor at 4.5kW 220V three phase. It supports 180mm Asian standard flange mount with a natural convection cooling system. The Lexium 28 range offers predeterminate combinations to suit the requirements of motion control applications and optimize the performance of the installation. Lexium 28 servo drives and Lexium BCH2 servo motors, optimized servo bundles for compact machines.

Schneider Electric Lexium 28

The Lexium 28 range of servo drives and motors that are suitable for a wide range of positioning and precision speed control applications including, printing, packaging, winding and unwinding as well as materials handling.

The servo drives cover a wide range of power ratings from 0.05kW to 4.5kW, with two different types of power, single phase and three phase.