Stepper Motor X-NMS17C

Specifications

Microstep Size (default Resolution): 490.866 urad
Accuracy (unidirectional): 4.3625 mrad
Maximum Speed: 2650.1 rpm
Minimum Speed: 4607.592 urad/s
Integrated Controller: Yes
Integrated Encoder: No
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Features


  • NEMA 17 Stepper Motor with Built-In Controller: Integrates seamlessly for efficient motion control.

  • High Precision Microstepping: Achieve up to 25,600 microsteps per revolution for smooth and precise movements.

  • Impressive Speed and Torque: Capable of reaching up to 2,650 rpm with a maximum torque of 30 N·cm (42.5 oz·in).

  • Comprehensive Sensor Options: Includes a home sensor and small magnet, with an optional magnetic away sensor for enhanced functionality.

  • Daisy-Chain Capability: Easily connect and share power with other X-Series products using the daisy-chain feature.

  • Versatile Power Requirements: Operates with a standard 24 V or 48 V power supply.

  • Convenient Manual Control: Features an indexed knob for manual adjustments, allowing for flexible operation without a computer.

  • Multiple Connectivity Options: Connects via USB 2.0 or RS-232 port, supporting Zaber ASCII and Zaber Binary communication protocols.

  • Secure Connections: Equipped with locking 4-pin M8 connectors for robust and secure unit connections.

  • Compact and Durable Design: NEMA 17 frame size with a motor shaft diameter of 5 mm, ensuring compatibility and durability.

  • Environmentally Compliant: RoHS and CE compliant, ensuring safety and environmental standards are met.

  • Operating Temperature Range: Functions efficiently in temperatures ranging from 0 to 50 °C.

  • Weight: Lightweight design at 0.55 kg (1.213 lb), facilitating easy integration into various systems.

Applications


  • 3D Printers: Enhance the precision and control of 3D printing processes with this advanced stepper motor.

  • CNC Machines: Improve the accuracy and efficiency of CNC operations, ensuring high-quality machining results.

  • Robotics: Ideal for robotic arms and automation systems, providing reliable and precise motion control.

  • Medical Devices: Suitable for applications requiring precise positioning and movement, such as in medical imaging equipment.

  • Laboratory Automation: Facilitate automated laboratory processes with precise and repeatable motion control.

  • Factory Automation: Enhance the efficiency of assembly lines and manufacturing processes with seamless integration.

  • Optical Equipment: Use in optical devices where precise lens positioning and adjustment are crucial.

  • Textile Machinery: Improve the control and accuracy of textile machinery for better fabric production.

  • Packaging Equipment: Streamline packaging processes with accurate and reliable motion control.

  • Scientific Instruments: Perfect for instruments that require precise sample positioning and handling.