JGY-370 DC Gear Motor, Double Shaft Turbo Worm Gear, High Torque 18Kg.cm, Self-Locking Dual Output, 15W 0.6A, Drip-Proof (6V 6rpm)

The JGY-370 DC gear motor is an innovative powerhouse designed for demanding mechanical applications. Featuring dual output shafts, this versatile motor enables simultaneous driving of multiple devices while offering flexible mounting options. With an impressive torque rating of 18Kg.cm, it delivers the muscle needed for heavy-duty operations. The turbo worm gear mechanism incorporates a self-locking feature that prevents unwanted reverse rotation when power is off, ensuring precise position holding. Operating at 15W with a modest 0.6A current draw, this efficient motor provides reliable performance through its permanent magnet design. The drip-proof construction adds durability for operation in various environments. This motor excels in applications requiring consistent torque, position maintenance, and dual-shaft functionality. The brush commutation system ensures smooth operation, while the robust gear assembly provides dependable power transmission. Perfect for industrial automation, robotics, and specialized mechanical systems where precise control and high torque are essential.

• Double Shaft Design: Features dual output shafts on opposite ends for versatile mounting options and ability to drive multiple devices simultaneously
• High Torque Output: Delivers powerful 18Kg.cm torque with 15W output power, making it ideal for demanding mechanical applications requiring substantial rotational force
• Self-Locking Worm Gear: Turbo worm gear mechanism provides automatic self-locking capability to prevent reverse rotation and maintain position without additional braking systems
• Durable Construction: Drip-proof permanent magnet DC motor with brush commutation ensures reliable performance and enhanced durability in various operating environments
• Efficient Operation: Operates at 0.6A continuous current with efficient power conversion, suitable for robotics, automation equipment, and precision mechanical systems