Description
NEMA34 Ball Screw Stepper Motor for Industrial Automation
The NEMA34 ball screw stepper motor is designed for demanding motion control applications. It combines high torque output with accurate positioning performance. The integrated ball screw supports efficient linear motion. It also helps reduce friction during continuous operation.
This motor is suitable for industrial automation and precision equipment. It can support applications requiring controlled linear movement. SHENLI provides customization for different equipment requirements.
High Torque and Precise Positioning
The NEMA34 frame size provides strong torque output for demanding applications. It is suitable for systems requiring controlled and repeatable movement.
The ball screw mechanism supports efficient power transmission. It also helps reduce mechanical friction during operation.
Microstepping can provide smoother motor movement. It can also help reduce mechanical vibration during operation. This supports improved motion control and positioning accuracy.
Ball Screw Design for Linear Motion
The ball screw is designed for efficient linear transmission. Its rolling contact reduces friction compared with conventional sliding mechanisms.
Lower friction can help reduce mechanical losses during operation. It can also support stable movement under appropriate load conditions.
The ball screw configuration suits automated positioning systems. It can be adapted to different stroke and mounting requirements.
Durable Construction for Continuous Operation
The motor housing uses high-strength aluminum alloy. This structure supports mechanical durability and heat dissipation.
The bearing system is tested for stable operation. Testing helps verify smooth and quiet motor performance.
Optimized coils and magnets support efficient electromagnetic performance. The design can help reduce unnecessary energy consumption.
Actual performance depends on motor specifications and operating conditions. SHENLI can recommend configurations based on application requirements.
Flexible Voltage and Current Configurations
Different automation systems require different electrical parameters. The NEMA34 motor supports various voltage and current configurations.
This flexibility can simplify integration with different motor drivers. It also supports customized motion control system designs.
Customers can provide their required voltage and current specifications. SHENLI can evaluate suitable motor configurations for the project.
Vibration Resistance and EMI Performance
Industrial automation equipment can operate in demanding environments. Mechanical vibration and electromagnetic interference can affect motion systems.
This NEMA34 motor is designed for stable operation in such environments. Its construction supports vibration resistance and reliable motion control.
The motor can also be configured for different automation environments. Final performance should be evaluated according to system conditions.
Custom Mounting and Interface Options
Standard flange mounting supports convenient equipment integration. Customized mounting interfaces can also be developed.
Custom interfaces can match specific machine structures. They can help simplify mechanical installation and system integration.
OEM projects may also require customized shaft dimensions. Other mechanical specifications can be discussed during product development.
NEMA 34 Ball Screw Stepper Motor Specifications
- Model: Nema34 Ball Screw Stepper Motor
- Step Angle: 1.8° (200 steps/rev)
- Rated Current: 6.0A
- Voltage Range: 24V~48V DC
- Holding Torque: 3.5 Nm
- Maximum Instant Torque: 5.2 Nm
- Screw Type: Ball Screw
- Screw Diameter: 12 mm
- Lead: 4 mm/rev
- Motor Length: 112 mm
- Shaft Diameter: 14 mm
- Shaft Extension Length: 24 mm
- Weight: 2.4 kg
- Insulation Class: Class B
- Operating Temperature: -20℃ ~ +50℃
- Mounting Method: Flange Mount
- Vibration Resistance: High
- Noise Level: Low
- Control Compatibility: Closed-loop and open-loop drivers
- Applications: CNC machines, automated production lines, 3D printers, robotic handling
