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.

Application:

Hybrid linear motors are widely used in many industrial and machinery applications, and are particularly suitable for occasions that require linear movement control. The following are some common application areas:

• Lift device: used for lifting platforms, elevators, lifts, etc.
• Automated equipment: Materials transporting, assembly, testing and packaging for automation production lines.
• Medical equipment: medical beds, surgical robots, CT scanners, etc. need precise exercise equipment.
• 3D printing: It is used to control the precise position of the print head to build a three -dimensional structure. 3D printer needs accurate location control to complete the printing task. The Hybrid Linear Stepper Motor can achieve efficient and accurate position control, so it is widely used in 3D printers.
• CNC machine tools: for cutting, milling, drilling and processing materials. The Hybrid Linear Stepper Motor has high precision and stability, which can be used to control the movements of each part of the CNC machine tool. In the CNC machine, the screw -step motor is usually used to drive positioning and location control. Therefore, it plays a vital role in processing accuracy and completing the quality of the product.
• Solar tracking system: Automatic tracking solar position for solar panels to obtain more solar energy.
• Packaging machinery: The Hybrid Linear Stepper Motor can provide high -precision position control, so it is widely used in packaging machinery. For example, it can be used to control operational tasks such as positioning, cylinder printing, and so as to improve the accuracy of packaging.

Hybrid step motor selection

Step 1: The choice of motor base is to determine the specifications of the motor according to the load. The load size determines the base specifications of the screw step into the motor body. The larger the load, the greater the acceleration, the higher the requirements for the thrust of the motor, and the larger the size of the base of the motor body.

• Determine the load throbbing required for the axial direction of the motor, and initially determine the specifications of the required motor body.
• Determine whether to disconnect self -locking, especially the working conditions of vertical load application requirement.

Step 2: The choice of guide is to determine the maximum axial linear speed

• Determine the screw guide according to the maximum speed of the screw axis in the specific application.
• When the vertical load application, brake is needed to be used. The roller screw enters the motor to ensure that the brake is also required to ensure vertical power -proof self -lock.
• In the selection type, the stepping motor must not only consider the load torque, but also evaluate the accelerated torque in the process of acceleration. The addition of the two can get accurate final load torque.

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2. Hybrid Stepper Motor Naming Rules and General Technical Specifications
Linear stepper motor naming rules,


General Specifications,

3. 20LHS0494/0244/0164 Captive Type Hybrid Linear Stepper Motor Performance Datasheet

Note: Customization of motor specifications available.
Available leadscrew specifications,

4. Mechanical Dimensions (in mm)

Double Shaft Captive Type Mechanical Drawings as bellow,

Note: Above A,B available customization information as bellow,

5. Force and Pulse Rate Curves


6. Wirings