JGY-370 DC Gear Motor, Double Shaft Turbo Worm Gear, High Torque 18Kg.cm, 15W Output, Self-Locking Dual Output, 0.6A, Drip-Proof (24V 6rpm)

The JGY-370 DC gear motor is an innovative powerhouse featuring dual output shafts, making it perfect for simultaneously driving two mechanical systems. With its impressive 18kg.cm torque output and worm gear design, this motor delivers reliable performance for demanding applications. The self-locking turbo worm gear mechanism prevents unwanted reverse rotation when power is off, ensuring precise position maintenance. Operating at 15W with a modest 0.6A current draw, this motor combines efficiency with robust performance. The drip-proof construction adds durability and reliability across various operating conditions. The permanent magnet design ensures consistent operation and optimal power utilization. This versatile motor is ideal for industrial automation, robotics, and mechanical systems where synchronized dual-shaft operation and high torque are essential. The brush commutation system provides reliable speed control, while the rugged construction guarantees long-term dependability. Whether you're building a custom machinery solution or upgrading existing equipment, this motor offers the perfect blend of power, precision, and practicality.

• DUAL OUTPUT SHAFT DESIGN: Features double shaft configuration allowing simultaneous operation of two separate mechanisms from a single motor unit for versatile applications
• HIGH TORQUE PERFORMANCE: Delivers powerful 18Kg.cm torque output with 15W power rating, ideal for demanding tasks requiring substantial rotational force
• SELF-LOCKING WORM GEAR: Turbo worm gear mechanism provides automatic self-locking function that prevents reverse rotation and maintains position without power
• DURABLE CONSTRUCTION: Permanent magnet DC motor with drip-proof protection ensures reliable operation and longevity in various working environments
• EFFICIENT OPERATION: Operates at 0.6A continuous current with brush commutation system, providing stable and consistent performance for extended use