6SM 37S-6.000 by Kollmorgen

The Kollmorgen 6SM 37S-6.000 from the renowned Kollmorgen 6SM Synchronous Servo Motors series is a high-performance industrial synchronous servo motor designed for precision automation tasks. This model integrates an advanced Ethernet, RS485 communication interface and an EMV-RES connector (12 poles, round), ensuring robust signal integrity in harsh environments. With a winding inductance Phase-Phase of 32 mH, the 6SM 37S-6.000 delivers exceptionally smooth torque output, making it ideal for factory automation, robotic systems, and production line applications where accurate motion control is critical.

Building on its core design, the 6SM 37S-6.000 features an IM B5 (V1, V3) flange mounting and versatile DIN Rail installation, streamlining integration into existing control cabinets. The drive operates on a wide Power Supply of 110-240 VAC and a dedicated Operating voltage of 24 +6/-10% V for logic circuits, while its Insulation class F (DIN 57530) and Motor pole number: 2 ensure electrical safety and reliability. A Resolver pole number: 2 adds high-resolution feedback capability, and the switch point thermal contact (145 ±5 °C) protects against overheating. Each unit conforms to Tolerance class flange R (DIN 42955) and Vibration class N (DIN ISO 2373), underlining its build quality and suitability for continuous industrial operation.

Durability and compatibility are further enhanced by an Operating temperature range of -20 °C to 65 °C, allowing dependable performance under temperature extremes. Weighing just 1.5 kg, this compact servo motor maintains a low inertia profile without sacrificing robustness. The combination of a high-integrity EMV connector, standardised mounting, and stringent thermal and vibration specifications ensures seamless integration into diverse automation platforms. By meeting rigorous industrial standards and offering modular serviceability, the Kollmorgen 6SM 37S-6.000 delivers outstanding reliability, efficiency, and precise control for demanding industrial applications.