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NEMA23 21kg.cm 1.8 Degree 2 Phase NEMA Stepper Motor

57HS82 NEMA23 21.0kg-cm 1.8 Degree 2 Phase Industrial Grade hybrid Stepper Motor

57HS82 NEMA23 21.0kg-cm 1.8 Degree 2 Phase Industrial Grade hybrid Stepper Motor

Available:Out of Stock

Product SKU: LGSTM014

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₹ 2,199 ~~₹ 2,999~~

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Specification

Description

The 57HS82 is a high-performance stepper motor designed for demanding industrial applications. With a NEMA23 frame size, it offers a robust 21.0 kg-cm holding torque and a precise 1.8° step angle. This hybrid stepper motor provides reliable operation in environments where both high torque and accuracy are critical. Its industrial-grade build ensures durability and consistent performance, making it suitable for various applications including CNC machinery and robotics.

Features:

High Torque Capacity: 21.0 kg-cm allows for handling heavy loads.

Precision Movement: A 1.8° step angle provides accurate control and positioning.

Industrial Durability: Designed for reliability and performance in tough environments.

Smooth Operation: Two-phase design reduces vibration and noise.

Versatile Applications: Compatible with various systems requiring high torque and precision.

Applications:

CNC Machinery: Ideal for milling, drilling, and other high-torque tasks.

Robotics: Suitable for robotic systems needing substantial torque and precise control.

Industrial Automation: Effective in conveyor systems, pick-and-place machines, and automated processes.

3D Printing: Provides strong performance for detailed and high-resolution printing.

Machine Tools: Useful tools requiring significant power and accuracy.

Advantages:

Exceptional Torque: Capable of handling demanding tasks with ease.

High Precision: Ensures accurate positioning with a 1.8° step angle.

Reliable Performance: Industrial-grade build ensures long-term durability.

Reduced Vibration: A two-phase design minimizes operational noise and vibration.

Disadvantages:

Power Consumption: Higher power usage compared to some other motors.

Heat Generation: This may produce considerable heat under heavy loads, possibly requiring cooling solutions.

Speed Constraints: Performance may decrease at higher speeds, limiting its use in high-speed applications.