JGA25-370 DC Gear Motor with Encoder, 18Kg.cm High Torque, Speed Measuring Code Disc, Brushed Permanent Magnet, 0.1A, Drip-Proof (77 RPM DC 12V Motors and Bracket)

This JGA25-370 DC gear motor combines power and precision for demanding automation applications. Featuring an impressive 18kg.cm of torque, this permanent magnet motor delivers reliable performance for home appliance and mechanical systems. The integrated encoder and speed measuring code disc ensure accurate speed control and positioning capabilities. Operating at a modest 0.1A continuous current, this motor offers efficient operation while maintaining strong output power. The drip-proof construction protects internal components, making it suitable for various operating environments. With brush commutation design, the motor provides consistent and controllable performance. The robust metal housing and precision gearing system work together to deliver smooth, dependable operation. The motor comes complete with a multi-wire connector harness for straightforward installation and integration. This versatile motor is ideal for applications requiring precise motion control combined with substantial torque, such as automated equipment, robotic systems, and specialized home appliances.

• HIGH TORQUE OUTPUT: JGA25-370 DC gear motor delivers powerful 18Kg.cm torque, ideal for robotics, automation systems, and heavy-duty applications requiring strong rotational force
• INTEGRATED ENCODER: Built-in speed measuring code disc provides precise speed feedback and position control for accurate motion control in DIY projects and industrial equipment
• EFFICIENT BRUSHED DESIGN: Permanent magnet construction with brush commutation ensures consistent performance and reliable operation at 0.1A continuous current with output power under 18.65W
• DURABLE CONSTRUCTION: Drip-proof protection safeguards internal components against moisture and dust, extending motor lifespan in various operating environments
• VERSATILE APPLICATIONS: Suitable for home appliances, automated machinery, and electronic projects requiring controlled speed reduction and high torque output