57K56-E1000 Two-Phase Stepper Motor with 1.4Nm Holding Torque

The 57K56-E1000 is a robust and high-performance two-phase stepper motor designed for precision control and reliability in industrial applications. With a step angle of 1.8°, this motor ensures smooth and precise motion, making it ideal for applications requiring accurate positioning and movement control, such as robotics, CNC machines, and automated production lines.

This stepper motor operates at a rated voltage of 24V and a rated current of 4A, offering a strong balance between power and efficiency. Its holding torque of 1.4N.m allows it to maintain stable positions even under heavy loads, ensuring consistent performance across a range of operational conditions. The motor’s phase resistance is 0.44Ω±10%, while its phase inductance is 1.4mH±20%, contributing to its highly responsive and efficient performance.

The 57K56-E1000 boasts a high level of insulation resistance, rated at 100MΩmin, and adheres to Class B insulation standards, ensuring safe and reliable operation even in demanding environments. The motor’s dielectric strength of 500V AC provides additional protection against electrical faults, ensuring long-term durability and reliability.

Designed for versatility, the 57K56-E1000 has a moment of inertia of 280g.cm², making it well-suited for applications that require precise control over acceleration and deceleration. Despite its powerful performance, the motor is compact and lightweight, weighing just 0.72kg, which makes it easy to integrate into various mechanical setups without adding excessive bulk.

In summary, the 57K56-E1000 stepper motor offers a perfect blend of precision, power, and reliability. With its strong holding torque, excellent insulation properties, and durable construction, it is an ideal solution for a wide range of industrial automation and motion control applications. Whether used in robotics, manufacturing equipment, or other motion-sensitive systems, the 57K56-E1000 ensures consistent, accurate, and efficient performance.