HIGH TORQUE PERFORMANCE: JGY-370 turbo worm gear motor delivers powerful torque output up to 25kg.cm, ideal for robotics, automation, and heavy-duty applications requiring reliable low-speed operation
INTEGRATED ENCODER TACHOMETER: Built-in encoder provides precise speed feedback and position control, enabling accurate motor monitoring and closed-loop control for enhanced performance in automated systems
SELF-LOCKING WORM GEAR DESIGN: Turbo worm gear mechanism ensures self-locking capability to hold position without power, operates quietly with minimal noise, and provides smooth torque transmission
DURABLE CONSTRUCTION: Totally enclosed permanent magnet brushed motor with continuous current rating of 100mA, featuring compact design that protects internal components from dust and debris for long-lasting reliability
SPECIFICATIONS: 12V DC operation with output power under 18.65W, includes connection cable with connector, CE and ROHS certified for quality assurance, suitable for home appliances and industrial equipment
Description
This JGY-370 Turbo Worm Gear Motor is engineered for precision and power, delivering impressive torque up to 25kg.cm for demanding mechanical applications. The integrated encoder tachometer enables accurate speed monitoring and control, making it ideal for applications requiring precise motion control. The motor's worm gear design provides smooth, quiet operation with a self-locking feature that maintains position when power is removed. Built with a robust, totally enclosed construction, this 12V DC brushed motor offers reliable performance in various settings. The compact design makes it suitable for space-constrained installations in home appliances and automotive applications. Operating with a modest 100mA continuous current draw, this motor delivers efficient performance while maintaining low power consumption. The motor features a permanent magnet construction and comes equipped with a multi-wire interface for easy integration. Its versatile design makes it particularly well-suited for applications requiring controlled movement, position holding, and reliable long-term operation.