The Single-Phase Brake Motor is designed for applications requiring reliable braking performance. Unlike standard single-phase motors, this motor integrates a braking mechanism that allows precise stopping and holding under load. It operates efficiently in environments where sudden stops or holding positions are needed, such as elevators, windlasses, and machinery with intermittent operation. With a power range of 1/3HP to 2HP, 4-pole design, and a 56C frame, the Single-Phase Brake Motor provides a compact solution with TEFC (Totally Enclosed Fan Cooled) enclosure and IP44 protection. Certified by CSA, CUS, and UL, this motor ensures compliance with international safety standards while delivering controlled braking performance. Its service factor of 1.15 enhances durability under variable loads, distinguishing it from regular single-phase motors that do not incorporate braking capabilities.
Power & Construction: The Single-Phase Brake Motor is available in 1/3HP to 2HP, with a 4-pole configuration and 56C frame, ensuring stable operation and high torque at low speeds. The TEFC enclosure prevents dust and moisture ingress, while the IP44 rating offers protection in moderately challenging environments.
Braking Capability: The built-in brake allows immediate stopping when power is cut, meeting strict braking requirements for elevators, hoists, windlasses, and other equipment requiring controlled deceleration or holding. This feature reduces mechanical wear and improves operational safety.
Certification & Reliability: CSA, CUS, and UL certifications guarantee compliance with international electrical and safety standards. A service factor of 1.15 ensures the motor can handle occasional overloads without reducing lifespan.
Applications: The Single-Phase Brake Motor is suitable for industrial and commercial applications where sudden stops are essential. Typical uses include elevator drives, small hoists, machinery with intermittent operation, and other systems where precise positioning is critical.
Maintenance & Durability: TEFC design and high-quality materials enhance the motor's durability and reduce maintenance requirements, providing consistent performance even in dust-prone or moderately wet environments.