3.73 kW servo motor with integrated holding brake
The MH31402P01F2200 is a Schneider Electric MH3-series servo motor delivering 3.73 kW continuous output power at 400/480 V three-phase supply, with a nominal torque of 16.34 N.m at that operating point. An integrated holding brake rated at 18 N.m holding torque secures the load when the drive is de-energised — essential for vertical-axis applications where the load must not drift under gravity. The single-turn SinCos Hiperface encoder provides absolute position feedback within one electrical revolution, eliminating the need for a home-find sequence on power-up in applications where the axis does not rotate beyond one turn.
IP65 enclosure and mechanical interface
Rated IP65 standard, the motor body and connector interface resist dust ingress and low-pressure water jets — suitable for food-and-bev washdown zones or wet machining environments where coolant spray is present. The 140 mm (5.5 in) flange mounts to an international standard pattern; the 24 mm smooth shaft with a 50 mm shaft length couples directly to the load via a keyless clamp or shrink-disc coupling. Rotatable right-angled connectors allow the cable exit orientation to be adjusted in the field, simplifying routing in tight cabinet layouts or on moving gantries.
Torque and speed envelope for drive matching
Continuous stall torque is 18.5 N.m at 16.83 A continuous stall current; the motor can deliver peak stall torque of 55.5 N.m for short-duration acceleration or overload events, limited by the drive's peak current capability. Maximum mechanical speed is 4000 rpm, with nominal speeds of 1000, 2000, or 3500 rpm depending on the drive supply voltage and model — the motor's torque constant of 1.1 N.m/A at 120 °C copper hot sets the current-to-torque conversion for the servo loop.
Active production — sourced per RFQ
The motor carries IP65 ingress protection and the single-turn SinCos Hiperface encoder interface — confirm the mating drive model (LXM52 or LXM62 series) and the cable connector pinout before specifying, as the encoder protocol and feedback resolution must match the drive's feedback card.
