20LHS0604E-100 5N Force 2 Phase Nema8 External Nut Hybrid Linear Stepper Motors Linear Acuators

1. Hybrid Linear Stepper Motor Overview

Hybrid linear Stepper motor is a common linear motion control device that is used to convert rotation motion to linear displacement. It is usually composed of electric motors, screws, nuts and control systems.
The device of the screw motor has the characteristics of high precision, high load capacity and high reliability, so it is widely used in the field of industrial and automation, including telecommunications, testing equipment, industrial automation control, machine tool manufacturing, medical equipment, 3D printing, solar tracking systems, etc. to achieve accurate position and speed control.

Products Features:

• High precision: The hybrid linear motor has high precision and repeated positioning accuracy in the working process, which can ensure accurate position control.
• High speed: The working speed of the hybrid linear motor is relatively fast, and the maximum speed can reach 1m/s, which can improve production efficiency.
• Low noise: The work noise of the step -by -line motor can help improve the quality of the production environment.
• High-efficiency: The motor has high efficiency. Compared with traditional hydraulic and pneumatic drivers, its energy utilization efficiency is higher.

Application:

Hybrid linear stepper motor is suitable for a wide range of industrial automation fields, such as robots, robotics, medical equipment and smart The hybrid linear motor has a wide range of application scenarios and has corresponding applications in the fields of automation, machinery, precision instruments. For example, in the manufacturing industries such as steel, automobiles, aerospace and aerospace, step -by -line motors are widely used in automatic control systems, positioning control on the production line, material transportation and sorting.

Faults Checking:

During use, there may be some faults in the hybrid linear motors. Common faults include strolls, excessive noise, and overheating. The loss may be caused by insufficient motor resolution and mechanical transmission error. It can be solved by adjusting the subdivision of the motor -driven signal. Excessive noise is likely to be caused by high motor speed and mechanical resonance. It can be eliminated by reducing the speed of the motor and adjusting the mechanical structure. Excessive heat may be caused by the long -term work and poor heat dissipation, which can be improved by strengthening heat dissipation and reasonable arrangements.

2. Hybrid Stepper Motor Naming Rules and General Technical Specifications

Linear stepper motor naming rules,

General Specifications,

3. 20LHS Series Hybrid Linear Stepper Motor Performance Datasheet

Note: Customization of motor specifications available.

4. Mechanical Dimensions (in mm)

5. Wirings