HBS86H Closed-Loop Servo Motor Driver DSP 200KHz | NEMA 34
HBS86H Closed-Loop Servo Motor Driver DSP 200KHz | NEMA 34
HBS86H Two-Phase Closed-Loop Servo Motor Driver with DSP Chip & 200KHz Vector Control
The HBS86H Servo Motor Driver is a next-generation, two-phase closed-loop driver engineered for precision automation. Powered by a dedicated DSP motor control chip and advanced vector closed-loop control technology, it eliminates the step-loss issues common to open-loop stepper systems — delivering higher speed performance, lower operating temperatures, reduced vibration, and dramatically improved machine accuracy. At roughly 50% of the cost of a traditional AC servo system, the HBS86H is the smart upgrade for CNC and automation professionals.
Made in Mainland China.
Key Features
- Advanced Vector Closed-Loop Control — Completely overcomes open-loop stepper motor step-loss problems for consistent, accurate positioning.
- DSP Motor Control Chip — Latest-generation digital signal processor for fast, stable, and precise motor management.
- 200KHz Pulse Response Frequency — Supports high-speed applications with rapid signal processing up to 200,000 pulses per second.
- Trapezoidal Wave Test Function — Built-in diagnostic capability for easy setup and performance verification.
- Adjustable Current (0–8.2A) — Static and dynamic current fully configurable in a wide range to match your motor's requirements.
- Flexible Micro-Stepping Subdivision — Configurable from 200 to 51,200 steps per revolution for smooth, fine motion control.
- Optically Decoupled Differential Signal Input — Excellent noise immunity for reliable operation in industrial environments.
- Multi-Protection System — Built-in overcurrent, overvoltage, and tracking error protection with alarm signal output.
- 86-Series Compatible — Fully compatible with standard 86-frame stepper/servo motors; drop-in upgrade for existing setups.
Technical Specifications
| Parameter | Value |
|---|---|
| Driver Type | Two-Phase Closed-Loop Servo Driver |
| Control Technology | Vector Closed-Loop (DSP Chip) |
| Pulse Response Frequency | Up to 200KHz |
| Current Range | 0 – 8.2A (static & dynamic, freely configurable) |
| Subdivision Setting | 200 – 51,200 steps/rev |
| Signal Input | Optically Decoupled Differential |
| Motor Compatibility | 86-Series Servo / Stepper Motor |
| Protections | Overcurrent, Overvoltage, Tracking Error |
| Origin | Mainland China |
Ideal Applications
The HBS86H is purpose-built for small and medium-sized automation equipment and precision instruments, including:
- CNC machine tools & routers
- Laser engraving & marking machines
- Cutting & stripping machines
- Plotters & laser photo-typesetters
- Automatic assembly equipment
- High-speed devices requiring low noise operation
Package Contents
- 1× HBS86H Servo Motor Driver
Note: Colors may vary slightly due to display differences. Please allow 1–10mm tolerance due to manual measurement.
For more information on industrial automation safety standards, visit OSHA Machine Guarding Guidelines. Additional technical reference materials are available from NIST Robotics & Automation.
Frequently Asked Questions
Q: What makes the HBS86H closed-loop driver different from a standard open-loop stepper driver?
A: Unlike conventional open-loop stepper drivers, the HBS86H uses vector closed-loop control with a DSP chip to continuously monitor and correct motor position. This eliminates missed steps, reduces motor heat buildup, lowers vibration, and delivers more consistent accuracy — especially at high speeds. It effectively bridges the gap between budget stepper systems and costly AC servo systems.
Q: Is the HBS86H compatible with my existing 86-series stepper motor?
A: Yes. The HBS86H is fully mechanically and electrically compatible with standard 86-frame (NEMA 34) series stepper and servo motors, making it a straightforward drop-in upgrade for existing stepper drive setups without requiring new motor hardware.
Q: What subdivision (micro-stepping) settings are available on the HBS86H?
A: The HBS86H supports a wide subdivision range from 200 to 51,200 steps per revolution, which allows fine-tuning of motion smoothness and resolution to match the precision demands of your specific application — whether that's a CNC router, laser engraver, or automated assembly line.
Q: What protections does the HBS86H driver include?
A: The driver features built-in overcurrent protection, overvoltage protection, and tracking error protection. In the event of a continuous overload condition, the driver outputs an alarm signal — providing the same level of reliability typically associated with full AC servo systems.