home Home / Product / Electric Motors / Three Phase Induction Motors / YEJ Series Brake Motor
Model:
YEJ

YEJ Series Brake Motor

YEJ Series Brake Motor integrates an electromagnetic braking unit with a three-phase motor to control motion during stopping and positioning. The braking system engages instantly when power is cut, holding the shaft in place without delay. This structure supports frequent start-stop cycles while maintaining stable torque output. The motor operates with controlled vibration and consistent rotation, which allows accurate positioning across mechanical systems requiring repeated motion control and braking response.

Get Free Quote

Advantages

Engineered for reliability, efficiency, and flexibility, our products deliver stable performance across diverse industrial applications.

🟢 Reliable electromagnetic braking for safe operation

🟢 Adjustable braking torque to meet different requirements

🟢 No axial movement of rotor, ensuring stability and precision

🟢 Easy installation and operation

🟢 Standard compliance: JB/T6428-92

🟢 Rated voltage: 380V, Frequency: 50Hz

🟢 Protection level: Housing IP44, Brake IP23

🟢 Cooling method: IC411, Insulation class: B

🟢 Suitable for continuous working (SI) systems

🟢 Ideal for main or auxiliary drives in a wide range of machinery

  • brake motor
    Three-Phase Electromagnetic Brake Motor
    Three-Phase Brake Motor
    prev
    next

Brake Motor For Controlled Motion And Positioning Systems

Brake motor combines rotational drive with an electromagnetic braking unit to control motion and positioning. The motor delivers torque during operation, and the braking unit immediately controls shaft movement when power changes. This interaction keeps motion predictable and helps maintain accurate positioning across repeated cycles.

Electromagnetic Braking Structure For Motion Control

  • Electromagnetic brake engages instantly after power cut
  • Adjustable braking torque matches different load conditions
  • Rotor remains aligned during both rotation and stopping
  • Integrated structure reduces external connection complexity

The braking unit reacts as soon as power supply changes. It clamps the shaft and holds position without delay. This response keeps the output stable and prevents unwanted movement during stopping phases. At the same time, the system maintains consistent braking force, which helps control positioning accuracy.

The rotor stays aligned during operation and braking. This alignment reduces deviation and keeps motion repeatable across cycles. In addition, the interaction between torque output and braking force remains balanced, which supports smooth reversing and frequent start-stop sequences.

The integrated structure connects motor and brake within one unit. This arrangement shortens the transmission path and reduces the need for additional components. As a result, the system maintains stable motion control while simplifying installation. Brake motor works well in systems where stopping precision and repeated motion must remain consistent.

Technical Specifications

Industry Applications

  • Industrial Manufacturing
    Production lines, machine tools, compressors, and automated equipment.
  • Pumps & Water Treatment
    Water pumps, booster systems, sewage treatment, and irrigation equipment.
  • Fans & HVAC Systems
    Industrial fans, ventilation systems, air conditioners, and cooling towers.
  • Mining & Heavy Industry
    Crushers, conveyors, mixers, and other heavy-duty industrial machinery.

Browse our case studies or talk directly with our engineers to discuss your application.

Get Free Quote

Send Us Your Requirements

Looking for the right transmission solution for your equipment? Mingye Machinery provides professional support for selecting gear motors, gearboxes, and drive units, along with flexible OEM and product customization services.

Need Help Choosing the Right Gearbox?

  • Product category or preferred model
  • Key technical parameters (power, speed, transmission ratio, torque)
  • Estimated order quantity
  • Installation or equipment requirements
  • OEM or special configuration needs