JGY-370 DC Worm Gear Motor with 6mm x 50mm Screw Shaft, 24V 6RPM High Torque Micro Lifting Motor, Totally Enclosed Brush Motor, 3W Output Power (6V)

This JGY-370 DC worm gear motor is engineered for precision micro lifting applications, featuring a robust 6mm diameter x 50mm length screw shaft. Operating at 24V with 6RPM, this motor delivers reliable torque output perfect for controlled lifting mechanisms and automated systems. The totally enclosed construction ensures protection against dust and debris, while the brush commutation system provides dependable operation. With a modest 3W output power and current draw of 0.1-1A, this compact motor offers efficient performance for various industrial and mechanical applications. The worm gear design enables smooth, controlled movement ideal for precise positioning tasks. This versatile motor is particularly well-suited for automated lifting platforms, mechanical assemblies, and other applications requiring precise motion control. The durable construction and reliable performance make it an excellent choice for both prototype development and production systems requiring consistent, controlled movement.

• HIGH TORQUE WORM GEAR MOTOR: JGY-370 DC motor features a compact worm gear design delivering powerful torque output ideal for micro lifting systems and precision positioning applications
• SCREW SHAFT SPECIFICATIONS: Equipped with a 6mm diameter x 50mm length threaded screw shaft for direct linear motion conversion, perfect for automated lifting and adjustment mechanisms
• ELECTRICAL SPECIFICATIONS: Operates on 24V DC power at 6 RPM with 3W output power and 0.1-1A continuous current draw, providing reliable and consistent performance for low-speed applications
• DURABLE CONSTRUCTION: Totally enclosed brush motor design protects internal components from dust and debris, ensuring long-lasting operation and minimal maintenance requirements
• COMPACT DIMENSIONS: Space-saving micro motor design allows for easy integration into tight spaces and small-scale automation projects requiring precise linear movement control