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WL11039 Power-Off Brake System Power-off brakes are widely used across industrial sectors where safety and controlled stopping are critical. In automated production lines, they ensure precise positioning and emergency stopping of motors driving conveyors, packaging machines, and robotic systems. In hoisting equipment and cranes, power-off brakes securely hold suspended loads during power interruptions, preventing dangerous drops. Elevator and lift systems rely on fail-safe brakes to guarantee passenger safety during electrical failures. CNC machines use power-off brakes to maintain axis positioning...

WL 11039 High Torque Power-Off Brahe Unit Product Overview : Strong Adaptability This brake features modular design, which allows the brake to be directly installed on the end of the motor or reducer shaft. This facilitates rapid installation, maintenance, and flexible integration in different applications.

Internal Structure & Key Components • Friction Disc (High Wear Resistance) • Electromagnetic Coil Assembly • Stator Hub for Shaft Connection • Flange & Aluminum Rotor The precision-machined friction surface ensures stable torque output and consistent performance during repeated engagement cycles. The electromagnetic release design allows smooth disengagement and reduces mechanical shock.

Working Principle — Fail-Safe Operation Power ON : Electromagnetic coil is energized —► Magnetic force overcomes spring force —► Brake releases —► Shaft rotates freely Power OFF : Power is removed —► Spring force activates —► Friction plate engages —► Shaft lochs immediately This fail-safe design prevents^ unintended movement J during power interruption. I

Industrial Integration Application • Motor holding systems • Vertical load mechanisms • Automation equipment • Testing & quality control platforms • Safety stop systems Compact size allows easy integration into existing mechanical assemblies*

Performance & Reliability Advantages * High static holding torque * Fast response time * Stable friction performance * Long service life * Low maintenance requirement Designed for continuous industrial duty and safety-critical systems.

Evaluation Factor: Performance Safety Reliability : Excellent Torque Stability: High Structural Durability : Strong Maintenance Cost : Low Installation Simplicity: Easy Lifecycle Value : Competitive This model meets industrial safety standards and long-term operational requirements.