JGB-520 DC Gear Motor, 12V 7RPM High Torque Gearbox, Reversible Electric Reduction Motor with Brush Commutation (200RPM 24V)

The JGB-520 DC gear motor is a powerful and versatile component designed for applications requiring high torque output and precise speed control. Operating at 12V DC with a reduced speed of 7 RPM, this gearbox motor delivers exceptional torque through its efficient reduction gearing system, making it ideal for robotics, automation equipment, and mechanical projects. The reversible design allows for bidirectional rotation, providing flexible operation control for various applications. Featuring reliable brush commutation technology, this motor ensures consistent performance and durability over extended use. The compact gearbox design incorporates smooth reduction gearing that provides stable and precise motion control, perfect for applications where accuracy matters. The robust metal construction with a silver finish offers excellent heat dissipation and longevity. Whether you're building automated systems, DIY projects, or industrial equipment, this gear motor combines power, precision, and reliability in a compact package that's ready to tackle demanding tasks.

• MOTOR SPECIFICATIONS: JGB-520 DC gear motor operates at 12V DC with 7 RPM output speed, delivering high torque performance for reliable power transmission in various applications
• REVERSIBLE OPERATION: Features reversible rotation capability allowing flexible directional control for forward and backward motion, ideal for robotics, automation, and mechanical projects
• DURABLE CONSTRUCTION: Built with brush commutation system and high-grade metal gearbox housing ensuring long-lasting durability and consistent performance under continuous operation
• COMPACT GEARBOX DESIGN: Integrated reduction gear system provides efficient power transmission with smooth and stable motion control in a space-saving configuration
• VERSATILE APPLICATIONS: Suitable for automotive window mechanisms, DIY projects, robotics, conveyor systems, and other applications requiring precise low-speed high-torque motion