86HB250 118B Kit

Name: China 86HB250 118B Kit Manufacturers Suppliers Factory - Hengli Automation
Brand: Hengli
SKU: 297745499

This is a high-precision stepper drive kit with encoder feedback, consisting of 4 closed-loop motor, 4 driver and a power supply, produced by Lishui City Hengli Automation Technology Co.,LTD. It features a holding torque of 8.5Nm, is compatible with the Nema34 frame, and is matched with a 250W 60V power supply to support high-speed and stable output. The kit supports multi-axis linkage control and is adapted to pulse/direction control signals, enabling precise positioning, uniform motion, and fast start-stop to meet the motion control requirements of numerical control equipment.

Send Inquiry

Add To Inquiry

Product Introduction

I. Product Introduction & Features

Designed by Lishui City Hengli Automation Technology Co.,LTD for high-precision motion control scenarios, this kit is a four-axis closed-loop drive solution with the core motor model 86HB250 118B. Closed-loop control eliminates step loss, with fast response, accurate positioning and strong anti-interference performance, and is suitable for multi-axis linkage. It can be widely applied to CNC engraving machines, CNC machining centers, automated production lines, 3D printers, laser cutting machines and other equipment to achieve precise positioning and high-speed linkage, effectively solving the step loss problem of traditional stepper motors.

wiring

1. Operating Principle

This kit adopts the closed-loop hybrid servo control principle: the stepper motor is equipped with an encoder to feed back the rotor position and speed in real time, and the driver compares the command with the actual position and dynamically adjusts the output current and pulses. It not only retains the high subdivision precision of the stepper motor, but also completely eliminates the step loss problem of the traditional stepper motor through closed-loop feedback, achieving servo-level positioning precision and dynamic response.

2. Product Advantages

A. Strong Compatibility & Easy Debugging: All complete accessories (4 motors + 4 drivers + LSU1500 power supply + 3M encoder cables + terminals + USB debugging cable) are original factory-matched with preset and matched parameters. Clear wiring diagrams, debugging software and tutorials are provided, greatly reducing the difficulty of getting started.

B. High-Precision Closed-Loop Control: Equipped with a high-resolution encoder for real-time feedback and correction, step loss is completely eliminated, with a positioning accuracy of ±0.01°, and stable output is still maintained at high speed (≥1000rpm).

C. Stable and Reliable Industrial-Grade Configuration: The LSU1500 switching power supply provides full-power output (60V/25A) and supports 4-axis continuous operation at full load; the driver has built-in overcurrent/overvoltage/overtemperature protection, and the motor uses high-quality silicon steel sheets, improving heat dissipation efficiency by 30%.

D. High-Quality Accessories & Anti-Interference Design: 3-meter shielded encoder cables and gold-plated terminals have strong anti-interference ability, and the USB debugging cable supports fast parameter reading and writing to avoid signal loss and connector failures.

E. Comprehensive Overseas After-Sales Support: Multilingual technical documents, video tutorials and remote debugging guidance are provided. Optimized parameters are offered for control systems such as Mach3/Grbl to solve compatibility problems.

3. Specifications

The kit contains 4 sets of Nema34 closed-loop motors (86HB250 118B), 4 HBS86 hybrid servo drivers, 1 LSU1500 switching power supply, 4 3-meter encoder cables, 2 wiring terminals and 1 USB debugging cable, which can be directly connected to motion control cards or CNC control systems without purchasing additional core accessories.

For higher torque or speed, larger torque models in the same series can be expanded while maintaining the compatibility of the driver and power supply. It is suitable for multi-axis linkage equipment such as CNC engraving machines, CNC milling machines and automated production lines.

II. Application Scenarios

1.CNC Engraving/Milling/Cutting Machines

①The 4-axis kit is commonly used by DIY enthusiasts and small workshops in North America and Europe to make wood, acrylic and metal parts. Closed-loop control solves the step loss problem in high-speed cutting and ensures the processing accuracy of complex patterns and precise contours.

②Laser Cutting/Marking Machines: Used for precise XY-axis positioning, combined with high torque characteristics to achieve fast cutting and engraving, suitable for the advertising sign and handicraft making industries.

2.Automation & Industrial Equipment Field

①Automated Production Lines/Conveying Equipment: Used in material handling and sorting mechanisms in factories in Europe and Southeast Asia, the high torque and stable operation characteristics can handle long-term continuous operation.

②3D Printers/3D Scanning Equipment: Favored by European and American maker groups for its high-precision positioning, it is used for Z-axis lifting and XY-axis movement of large-format 3D printers to improve printing layer accuracy and model surface quality.

③CNC Pipe Bending/Rolling Machines: Adapted to the heavy-duty motion control of metal processing equipment to meet the precision forming requirements of auto parts and hardware products.

3.Professional Equipment & Special Scenarios

①Stage Lighting/Photography Equipment: Used for precise displacement control of professional follow spotlights and photography slides, and is widely applied in the European and American performing arts and film and television industries.

②Agricultural Automation Equipment: In automatic irrigation and seeding machinery on farms in Australia and North America, it achieves stable operation under outdoor working conditions with its anti-interference and high reliability.

③Laboratory Precision Instruments: Used for micro-displacement control of sample conveying and testing platforms to meet the stringent positioning accuracy requirements of scientific research institutions.