SEW MHD093C-058-PG0-AN Synchronous Servo Motor

The SEW MHD093C-058-PG0-AN is a high-performance synchronous servo motor from the MHD series, designed for precision motion control applications. This motor delivers 5.8 Nm of continuous torque, with high dynamic response and excellent positioning accuracy for demanding automation tasks.

Technical Specifications

The motor operates with a rated speed of 3000 rpm, delivering 5.8 Nm of continuous torque with a peak torque capability of up to 3 times the rated value for short periods. The motor features integrated encoder feedback, providing high-resolution position and velocity signals for closed-loop control. The compact design and standard mounting flange ensure compatibility with SEW gearboxes and other mechanical components.

• Motor Type: Synchronous servo motor (permanent magnet)

• Rated Torque: 5.8 Nm

• Rated Speed: 3000 rpm

• Peak Torque: Up to 3 x rated torque (dynamic)

• Feedback: Integrated encoder (resolver or optical encoder options)

• Protection Rating: IP65 (sealed for harsh environments)

• Thermal Class: Class F (155°C)

• Cooling: Natural convection (TENV)

Feedback and Control Integration

The PG0-AN variant includes integrated encoder feedback, providing high-resolution position data for precise motion control. The encoder interface is compatible with SEW MOVIAXIS and MOVIDRIVE servo drives, enabling high-bandwidth control loops. The motor also includes integrated thermal protection, with PTC thermistors monitoring winding temperature for protection against overload.

Application Suitability

This servo motor is ideal for applications requiring precision and dynamic performance, including pick-and-place systems, packaging machinery, printing presses, and automated assembly equipment. The IP65 rating allows installation in dusty or wash-down environments, making it suitable for food processing and pharmaceutical manufacturing. The motor's compatibility with SEW gearboxes enables optimized performance for applications requiring specific torque and speed characteristics.