JGY-370 DC Worm Gear Motor with Hall Encoder, 12V Self-Locking Turbo Reduction Motor, 6-150 RPM Variable Speed, Reversible Direction (66RPM 24V Single Motor)

This versatile JGY-370 DC worm gear motor combines precision control with reliable performance. Featuring an integrated Hall effect encoder for accurate speed and position feedback, this motor delivers smooth operation across a 6-150 RPM range. The innovative worm gear design provides dependable self-locking capability, ensuring stable holding torque when power is removed. Compatible with multiple DC voltage options (6V, 12V, and 24V), this motor offers excellent flexibility for various applications. Its compact turbo worm gear structure enables quiet, efficient operation while maintaining robust performance. The bi-directional capability allows for both forward and reverse operation, making it ideal for automated systems, robotics, and precision control applications. The motor's durable construction and reliable mechanical design ensure consistent performance under regular use. Perfect for projects requiring precise motion control with position feedback, this motor delivers the ideal combination of versatility and reliable operation.

• MOTOR SPECIFICATIONS: JGY-370 DC worm gear motor operates on 6V, 12V, or 24V power supply with adjustable speed range from 6 to 150 RPM for versatile application requirements
• SELF-LOCKING DESIGN: Turbo worm gear mechanism provides reliable self-locking capability that maintains position without power, ensuring secure holding torque and preventing back-driving
• HALL ENCODER FEEDBACK: Integrated Hall effect encoder delivers precise speed and position feedback for accurate motion control in automated systems and robotics applications
• REVERSIBLE OPERATION: Bidirectional motor design supports both forward and reverse rotation with positive and negative terminal connections for flexible directional control
• COMPACT CONSTRUCTION: Durable metal gearbox housing with efficient worm gear reduction system ensures smooth, quiet operation while maintaining a space-saving footprint