JGB37-520 DC Gear Motor, 12V 1680RPM High Torque 25kg.cm, 37mm Gearbox Electric Motor for Smart Toilets and Hoods, Silver (45rpm DC 12V with Bracket)

This JGB37-520 DC gear motor delivers impressive performance in a compact 37mm design. Operating at 12V with 1680RPM, it provides substantial torque output up to 25kg.cm, making it ideal for demanding mechanical applications. The silver-finished motor features a robust gearbox construction with permanent magnets and brush commutation for reliable operation. With a continuous current draw of just 60mA, it offers efficient power consumption while maintaining strong output capabilities. The motor's specialized design makes it particularly well-suited for integration into smart toilets and range hoods where precise control and consistent operation are essential. Its durable build quality and stable performance characteristics ensure long-term reliability in various automated systems and mechanical applications. The motor includes built-in protective features and operates with controlled voltage and current parameters for optimal functionality. This versatile gear motor serves as an excellent choice for projects requiring precise rotational control combined with substantial torque output in a space-efficient package.

• HIGH TORQUE PERFORMANCE: Delivers powerful output up to 25kg.cm (347 oz-in) of torque, ideal for demanding applications requiring strong rotational force
• COMPACT 37MM DESIGN: Features a space-saving 37mm gearbox with permanent magnet construction, operating at DC 12V 1680RPM with efficient 60mA continuous current draw
• DURABLE CONSTRUCTION: Built with brush commutation system and explosion-proof protection feature for reliable, long-lasting operation in various environments
• VERSATILE APPLICATIONS: Perfectly suited for smart toilets, range hoods, and other automated home appliances requiring precise motor control and consistent performance
• QUALITY CERTIFIED: Meets CCC and CE certification standards, ensuring product safety and quality with 5W output power for efficient energy consumption