AMCI 3.5VDC 1.4A/Phase 200Step/Rev 2.48Ohm Stepper Motor SM23-A69D

AMCI SM23-A69D Stepper Motor

The AMCI SM23-A69D is a high-performance NEMA size 23 stepper motor, engineered to deliver precise motion control for a variety of industrial applications. Its robust design and technical specifications make it an ideal choice for systems requiring reliable and accurate positioning.

Key Features

• Voltage and Current: Operates at 3.5V DC with a phase current of 1.4A, ensuring efficient power consumption and optimal performance.
• Step Resolution: Provides 200 steps per revolution, translating to a 1.8° step angle for precise control over movement.
• Resistance: Features a phase resistance of 2.48 ohms, contributing to its consistent and reliable operation.
• Torque: Delivers substantial holding torque, suitable for applications demanding high torque output.
• Construction: Built with high-quality materials to withstand demanding industrial environments, ensuring durability and longevity.

Applications

The SM23-A69D stepper motor is well-suited for a range of applications, including:

• Automated machinery requiring precise positioning.
• Robotics systems where accurate movement is critical.
• Conveyor systems needing reliable speed and position control.
• Medical devices that demand exact motion control.

Compatibility

This motor is fully compatible with AMCI’s line of stepper motor drives and controllers, ensuring seamless integration and optimized performance within your motion control system.

For detailed specifications and integration guidelines, please refer to the product documentation or contact AMCI’s technical support team.