JGY370 DC Worm Gear Motor, High Torque Self-Locking Reduction Motor, 6V 12V 24V, 2-150 RPM Variable Speed, Metal Gear, for Automation Equipment (34RPM 24V with Bracket)

This versatile JGY370 DC worm gear motor is engineered for precision and reliability in automation applications. Featuring a robust metal gear construction and self-locking capability, this motor delivers consistent performance with torque up to 24kg.cm. The motor offers flexible speed options ranging from 2 to 150 RPM and operates on multiple voltage options including 6V, 12V, and 24V DC. Its compact, totally enclosed design makes it ideal for various industrial and mechanical applications. The worm gear mechanism ensures smooth operation and maintains position when stopped, while the reversible rotation (CW/CCW) adds to its versatility. The motor's speed can be fine-tuned using an additional controller, and it's compatible with remote control systems for convenient operation. Weighing just 160g, this motor combines powerful performance with space-efficient design. Perfect for automated equipment, mechanical projects, and industrial applications where precise motion control is essential.

• HIGH TORQUE PERFORMANCE: JGY370 worm gear motor delivers powerful torque up to 24 kg.cm (approximately 21 lb.in) with self-locking capability, ideal for automation equipment requiring secure positioning
• VARIABLE SPEED OPTIONS: Available in multiple speed configurations ranging from 2 to 150 RPM at no load, with voltage options of DC 6V, 12V, or 24V to suit diverse application requirements
• DURABLE METAL CONSTRUCTION: Features high-quality metal gears in a totally enclosed design for long-lasting reliability and protection against dust and debris in industrial environments
• REVERSIBLE OPERATION: Supports both clockwise and counterclockwise rotation with the ability to adjust speed using an external controller or operate via remote controller for enhanced flexibility
• COMPACT DESIGN: Weighs approximately 5.6 ounces with a space-saving worm gear configuration, making it easy to integrate into tight spaces and various automated systems