DC24V 40W BLDC Servo Motor 1:60 Gear Ratio with Clutch For Anti-collision Swing Gate

Product Description

Introducing the DC24V 40W BLDC Servo Motor with 1:60 Gear Ratio and Integrated Clutch, a robust and intelligent drive solution engineered specifically for the safety and durability demands of modern swing gate systems. This advanced motor combines the superior performance of a 24V Brushless DC (BLDC) system with a high-torque 1:60 gear reduction and a critical safety clutch mechanism.

The core of this motor's design is its anti-collision protection. The built-in clutch automatically disengages the gear train upon encountering an obstruction, preventing damage to the gate, the motor itself, and, most importantly, ensuring user safety. Paired with a matching servo controller, this system offers precise control, smooth operation, and reliable performance for high-cycle automated access points.

Parameters specification

Features

• 24V DC Safe Operation: Low voltage power supply ensures enhanced safety for users and installers, compliant with standard security and gate automation requirements.

• High-Torque Output: The 1:60 planetary gear ratio provides exceptionally high output torque (approx. 10-12 Nm), capable of handling heavy swing gates with ease, even in challenging conditions.

• Integrated Anti-Collision Clutch: Mechanically disengages when an obstacle is met, protecting the motor and gate from damage and providing a crucial safety feature.

• Efficient BLDC Technology: Brushless DC motor offers a long maintenance-free life, high efficiency, quiet running, and precise speed control compared to brushed alternatives.

• Smooth & Controlled Motion: Works in tandem with a dedicated servo controller for soft starts and gentle stops, minimizing wear on the gate structure and hardware.

• Durable Construction: Built with high-quality materials and often featuring an IP54 rating (or similar) for resistance to dust and water, ensuring reliable operation outdoors.

• Overload Protection: Electronic safeguards in the controller protect against current overload and motor overheating.

Application