HIGH TORQUE PLANETARY GEAR MOTOR: 60mm diameter DC 24V motor delivers adjustable torque ranging from 2.29 to 114 kgf.cm depending on speed selection, ideal for applications requiring variable power output
DURABLE METAL GEAR CONSTRUCTION: Features metal gears for smooth transmission, exceptional wear resistance, and large torque capacity ensuring long-lasting performance in demanding applications
SECURE SHAFT LOCKING SYSTEM: Double screw locking mechanism effectively prevents motor shaft slippage during operation, maintaining consistent performance and reliability
EFFICIENT PURE COPPER COIL DESIGN: Utilizes pure copper coil winding to minimize current resistance, reducing heat generation and improving overall motor efficiency and power consumption
EASY INSTALLATION KEYWAY SHAFT: Output shaft features keyway design for quick, secure installation that prevents slipping and saves valuable assembly time in your projects
Description
This JGB37-3650 DC planetary gear motor combines precision engineering with robust performance for demanding applications. Operating at 24V DC with a continuous current draw between 0.95-1.65A, this motor delivers impressive torque ranging from 2.29 to 114 kgf.cm depending on speed configuration. The 60mm diameter design features metal gear construction that ensures smooth, wear-resistant transmission capable of handling substantial loads. Double screw locking mechanisms effectively prevent motor shaft slippage during operation, providing reliable performance in critical applications. The pure copper coil winding reduces current resistance, maximizing efficiency and minimizing heat generation. A keyway output shaft simplifies installation and creates a secure, slip-resistant connection that saves valuable setup time. The adjustable speed and reversible operation make this planetary gear motor versatile for home appliances and various mechanical systems requiring precise speed control and high torque output. With brush commutation and permanent magnet construction, this gear motor offers dependable performance for projects demanding low-speed, high-torque characteristics in a compact form factor.