Portescap 20M020D Series Bipolar Can-Stack Stepper Motor 12V, 11mNm Holding Torque, 18° Step Angle, 20.5 x 31 mm 20M020D2B

Portescap 20M020D2B is a bipolar can-stack stepper motor engineered for industrial automation, robotics, and precision positioning systems. It operates at 12V with a holding torque of 11mNm and a step angle of 18°, ensuring precise incremental control for motion applications.

With a compact 20.5 x 31 mm frame and a shaft diameter of 1.5 mm (shaft length 8.5 mm), this stepper motor facilitates easy integration into tight mechanical assemblies. The winding arrangement is bipolar, enabling efficient current flow and motion control.

Achieving output speeds up to 1200rpm and a detent torque of 3.5mNm, the motor supports dynamic load handling with smooth stepping. The design emphasizes a simple can-stack architecture, which reduces cost while maintaining reliability and performance.

High-quality bearing assemblies extend the motor's lifespan, making it ideal for continuous operation in manufacturing, robotics, laboratory instruments, and HVAC systems. Its RoHS compliance confirms adherence to environmental safety norms.

This stepper motor operates at 12V DC with a bipolar winding arrangement. Provides a holding torque of 11mNm suitable for medium precision tasks. Features an 18° step angle for smooth incremental movements. Compact 20.5 x 31 mm frame adapted to limited-space installations.

Incorporates a 1.5 mm diameter shaft with an 8.5 mm length for mechanical coupling. Output speed up to 1200rpm ensures efficient motion handling. Detent torque of 3.5mNm helps maintain position without power. The can-stack design offers cost-effective and reliable performance.

Manufactured in India with RoHS compliance for quality assurance.

Use this Stepper Motor for precise, reliable motion control in industrial automation, robotic actuators, and laboratory equipment. Explore more from Portescap's advanced motor range on EnvMart.