NEMA23 JK57HS56-2804SG3 Hybrid Stepper Motor 4 Pin

NEMA23 JK57HS56-2804SG3 Hybrid Stepper Motor 4 Pin

NEMA23 JK57HS56-2804SG3 Hybrid Stepper Motor 4 Pin Description

NEMA23 JK57HS56-2804SG3 Hybrid Stepper Motor 4 Pin is a robust and precise motion control solution designed for engineers and manufacturers seeking high performance and reliability. This cutting-edge Hybrid Stepper Motor combines the best of both permanent magnet and variable reluctance technologies, ensuring optimal torque and speed for a wide range of applications. The JK57HS56-2804SG3 model is built to deliver superior performance in demanding environments, making it an ideal choice for industrial automation, robotics, and CNC machinery.

NEMA23 JK57HS56-2804SG3 Hybrid Stepper Motor 4 Pin Features

• Step Angle: 1.8 degrees for precise control
• Holding Torque: 1.2 Nm ensuring stable operation
• Current/Phase: 2.8A for powerful performance
• 4 Pin Configuration: Easy integration with various systems
• Frame Size: NEMA23 standard for compatibility
• Shaft Diameter: 6.35 mm for versatile coupling options
• Insulation Class: Class B for enhanced durability

NEMA23 JK57HS56-2804SG3 Hybrid Stepper Motor 4 Pin Applications

• Industrial Automation: Ideal for precise positioning and control in automated systems
• Robotics: Perfect for creating smooth and accurate robotic movements
• CNC Machinery: Essential for high precision in cutting and milling operations