Micro Speed Control Brake Motor

This Micro Speed Control Brake Motor is the ultimate solution for industrial automation. It perfectly breaks down the technical barrier that speed control and braking are mutually exclusive, highly integrating the speed control function of the US series with electromagnetic power-off braking.

Instantaneous Lock-up Upon Power Loss:

Utilizing the principle of electromagnetic braking upon power loss. When energized, the brake is released; when power is lost, the spring instantly extends, locking the friction disc firmly within 2-3 revolutions. Even in the event of a sudden power outage, it ensures that the heavy load will not slip, representing a true fail-safe design.

Wide-Range Stepless Speed Regulation:

Through an external digital speed controller, smooth speed regulation from 90 to 1600 rpm can be achieved, meeting the precise speed requirements of different processes and solving the pain point of equipment with "single speed."

Product Advantages

Key Selling Points: Dual Function Integration, Fail-Safe, Precise Control

Power-Off Self-Locking: This is the biggest difference from ordinary speed-regulating motors. Regardless of power outages or line faults, the Micro Speed Control Brake Motor will automatically lock, ensuring extremely high safety, making it particularly suitable for lifting mechanisms and tilting conveyors.

Millisecond-Level Precise Positioning: Braking response time is in the millisecond range, minimizing inertial sliding distance. Combined with speed regulation, it achieves a perfect cycle of "slow start - high speed operation - precise stop," meeting high-precision assembly requirements.

Bidirectional Controllability and Buffering: Supports frequent forward and reverse switching and features a built-in buffering function, enabling slow acceleration (S-curve) and slow deceleration, greatly reducing mechanical impact and protecting expensive molds and equipment.

High Integration: The motor, speed controller interface, and braking system are all integrated into a miniature housing, with a volume only a fraction of the traditional "motor + inverter + brake" solution. It supports horizontal, vertical, and flange mounting options, saving equipment space.

Applications

Micro Speed Control Brake Motors, with their dual-function characteristics, are the preferred choice for the following industries:

Logistics and Packaging Equipment: Segmented control of conveyor belts, labeling machines, sealing machines.

Food and Pharmaceutical Machinery: Filling machines, mixing equipment, centrifuges.

Light Industrial and Textile Machinery: Textile winding machines, printing press loading and unloading.

Lifting and Conveying Platforms: Small elevators, automated parking systems, stage lifts.

Service & Support

Professional Support, Exclusive Dual-Function Maintenance Guide

Selection Guidance: Providing professional load inertia matching suggestions for the specific needs of "speed regulation + braking," ensuring brake pad life and speed regulation stability.

Maintenance Support: Offering detailed brake pad wear inspection and clearance adjustment guidelines for high-frequency braking scenarios, as well as governor fault code troubleshooting services.

Service Commitment: "Winning Image through Service," providing full-process technical support from selection to after-sales service.

Corporate Strength

Company Honors and Qualifications

Partner Brands

FAQ

Q1: What is the difference between a Micro Speed Control Brake Motor and a regular brake motor?

A: A regular brake motor only has a "power-off lock" function, and its speed is fixed. A Micro Speed Control Brake Motor adds speed control. It can not only adjust its speed like a regular motor, but also precisely lock in place the moment power is cut off. While a regular motor may coast after stopping due to inertia, this motor stops precisely where you point it.

Q2: Does the braking system of this motor require frequent maintenance?

A: The braking system has a simple structure and is essentially maintenance-free. However, under the harsh conditions of continuous high-frequency braking, the friction may decrease slightly over time. It is recommended to regularly check the wear thickness of the brake pads. If you find that the braking response is slow or there is a burning smell, please contact customer service to adjust the clearance or replace the brake pads.

Q3: What precautions should be taken when switching between forward and reverse rotation?

A: Remember: Always wait until the motor has completely stopped before switching directions! Although the motor supports forward and reverse rotation, forcibly switching while running at high speed can easily cause the brake pads to burn due to excessive instantaneous friction, or damage the gears. It is recommended to use the speed controller's "slow stop" function to assist with commutation.

Q4: How to prevent speed instability in a Micro Speed Control Brake Motor due to load changes?

A: The high-end models of this product use closed-loop speed control. When the load increases and causes the speed to decrease, the speed controller will automatically increase the current to maintain a constant speed. As long as your load is within the motor's rated torque range, speed fluctuations will be controlled within a very small range, requiring no manual intervention.