SIMOTICS M-1PH3

Why SIMOTICS M-1PH3?

SIMOTICS M-1PH3 main motors are compact squirrel-cage asynchronous motors. Use them as dynamic, powerful main drive systems in compact machine tools, especially for main spindles in milling and turning machines.

SIMOTICS M-1PH3 main motors address the need for precise, powerful motion control in compact machine tools. These motors deliver high accuracy and broad speed ranges, so your machines operate efficiently and reliably. With SIMOTICS M-1PH3, you:

Benefit from a robust design with IP55 protection for challenging conditions
Achieve high precision in speed, torque and positioning, enhancing your machine's output quality
Can rely on up to 2-fold overload capability for continuous operation and minimal interruptions

Key benefits

Enhance performance

Optimize your compact machine tools with SIMOTICS M-1PH3 motors. Deploy dynamic, powerful main drive systems for robust performance across wide speed ranges and achieve efficient, productive operations.

Achieve high precision

Attain high accuracy in your applications. SIMOTICS M-1PH3 motors offer precision in speed, torque and positioning, using appropriate encoder systems for reliable, consistent operational results.

Operate continuously

SIMOTICS M-1PH3 motors provide continuous operation with forced fan cooling and IP55 protection for durability. Long-lasting bearings support high radial forces in belt drives for sustained reliability.

Featured capabilities

Simplified commissioning

Install and commission easily with an electronic rating plate and DRIVE-CLiQ interface. Then integrate with SINAMICS S120 Safety Integrated to help you operate safely and reliably.

Up to 2-fold overload

With rated power of 3.7–15 kW, rated torque up to 143 Nm and max speed up to 12,000 rpm, plus up to 2-fold overload, SIMOTICS M-1PH3 motors can handle demanding operations.

High resolution 22-bit DQ-encoder

Gain precise motor speed and position sensing with 22-bit DQ-encoders, available for various control requirements. The encoderless variant also offers an attractive solution.