JGY370 DC Worm Geared Motor, Dual Output Shaft, Self-Locking Reducer with Reversible Operation, 24V 30RPM (Without Bracket 90rpm 12V)

The JGY370 DC worm geared motor is an innovative dual output shaft design that delivers synchronized motion for precise mechanical applications. Operating at 24V with 30RPM output speed, this versatile motor features a self-locking worm gear mechanism that maintains position when power is removed, preventing unintended reverse motion. The reversible DC operation allows for both clockwise and counterclockwise rotation, providing flexibility for various installation requirements. Its robust metal construction ensures reliable performance in continuous duty applications, while the compact form factor makes it ideal for space-constrained installations. The dual shaft configuration enables simultaneous driving of multiple mechanisms, perfect for automated systems requiring coordinated movement. This motor's reliable design and consistent torque output make it particularly well-suited for industrial automation, robotics, and specialized mechanical systems where precise control and position holding are essential. The straightforward DC power interface ensures compatibility with standard power supplies and control systems, simplifying integration into new or existing projects.

• DUAL OUTPUT SHAFT DESIGN: Features two synchronized output shafts on opposite sides of the gearbox, enabling simultaneous power transmission to multiple components or mechanisms in your project
• SELF-LOCKING WORM GEAR: Equipped with a worm gear reduction mechanism that provides automatic self-locking capability, preventing back-driving and maintaining position when power is off for enhanced safety and stability
• REVERSIBLE DC OPERATION: Supports bidirectional rotation with simple polarity reversal, allowing flexible clockwise and counterclockwise movement at 30 RPM when powered by 24V DC for versatile application control
• COMPACT REDUCER MOTOR: JGY370 model combines a DC motor with integrated gearbox in a space-saving design, delivering high torque output through gear reduction while maintaining a small footprint for tight installations
• DURABLE METAL CONSTRUCTION: Built with robust metal housing and precision-engineered gears for reliable performance in continuous duty applications, suitable for automation, robotics, and mechanical drive systems