Download data sheet of86BLH HeTai Brushless Motor.pdf

Product Description:

The 86BLH motor series is a high-performance brushless DC motor, widely used in industrial automation, robotics, medical equipment, and other fields. This motor series features excellent performance parameters and a compact design, making it suitable for various applications that require efficient driving and precise control.

High Efficiency:With an output power range of 200~785W, the motor ensures higher efficiency during operation, reducing energy loss.

High Precision:The motor's speed of 3000RPM and torque control capability of up to 2.5N.m guarantee precise control in various application scenarios.

Compact Design:With dimensions ranging from 66.5MM to 106.5MM and a weight of 2KG to 4KG, the compact design allows for installation in limited spaces, making it suitable for small devices.

Low Maintenance:The brushless design reduces mechanical wear, extends the motor's lifespan, and lowers maintenance costs.

High Stability: The use of high-quality materials and manufacturing processes ensures the motor has excellent stability and durability.

Applications:

Industrial Automation: Suitable for various industrial automation equipment, such as CNC machines and automated production lines.

Robotics: Provides efficient and stable power support in robotic drive systems.

Medical Devices: Used in medical instruments that require precise control and high reliability for driving components.

Power Tools: Suitable for power tools that require high speed and high torque, such as electric drills and saws.

Customization:

When it comes to customizing motor products, customers may need to meet specific application requirements or space limitations. Here are some customization options:

Wire Customization:

Customers may require wires of specific lengths or types to fit their particular installation scenarios or electrical layouts. Customized wires can ensure better connectivity and reliability.

Flange Customization:

Flanges are critical components that connect motors to external mechanical systems. According to customer requirements, flanges can be customized to fit specific installation dimensions, bolt hole layouts, or special material requirements.

Shaft Customization:

Customers may need customized shafts to adapt to specific connection requirements or to fit with other mechanical components.

Screw Customization:

Screws are crucial components in some motor systems, such as stepper motors or linear actuators. Customers may require customized screws to meet specific pitch, diameter, material, or corrosion resistance requirements.

Encoder Customization:

Encoders are used to measure the position and speed of motor rotation. Customized encoders can meet specific resolution, interface type, housing material, or environmental requirements.

Brake Customization:

Brakes are used to stop or hold motors in specific positions. Customized brakes can provide specific braking force, release time, installation methods, and other functionalities according to customer needs.

Gearbox Customization:

Gearboxes are used to adjust the speed and torque of motors. Customizing different types of gearboxes can meet specific speed ratios, output shaft configurations, load capacities, or noise requirements.

Other Customization Needs:

Customers may also require other customization options such as special housing designs, protection ratings, customized labeling, or packaging requirements. These customization options can help customers obtain motor products that meet their specific application needs and ensure their performance and reliability in particular environments.

Company Profile:

Please feel free to contact us for more information!

Email: info@ht-motor.com

Selection Guide:

Choose the appropriate motor model based on specific application requirements by referring to the following criteria:

Load Requirements: Select the appropriate rated torque range based on the load torque of the equipment.

Space Constraints: Choose the appropriate motor length based on the available installation space.

Power Requirements: Select the corresponding output power based on the actual power needs of the application.