Experience reliable and efficient performance with our Planetary Gear Motor Reduction model CM36-555, designed for a wide range of applications including smart homes, robotics, automotive systems, electronic locks, and industrial automation. Crafted with premium materials such as red copper, low carbon alloy, and strong magnets, this motor ensures durability, enhanced conductivity, and long-lasting operation. Key Features: · Permanent Magnet Motor with Strengthened Magnetic Tile: Provides stable performance with no demagnetization, increased torsion, and a robust D-shaped output shaft for secure coupling. · High Conductivity Pure Copper Coils: Both the stator and rotor use pure copper wire, reducing resistance and improving electrical efficiency for smoother motor operation. · Versatile DC 24V Operation: Supports both forward and reverse rotation, delivering smooth movement, high torque, low noise, and extended motor lifespan. · Durable Low Carbon Alloy Gears: Gears undergo carburizing and quenching treatments, resulting in a wear-resistant surface and a strong core to maximize reducer longevity. · Wide Application Range: Ideal for smart home appliances, office automation, nursing equipment, robotics, electronic locks, automotive systems, and various industrial automation tasks. Specifications: · Model: CM36-555 · Working Voltage: DC 24V · Shaft Length: Approx. 17.5mm (0.7in) · Shaft Diameter: Approx. 8mm (0.3in), D-shaped shaft · Motor Diameter: Approx. 36mm (1.4in) · Rotation Direction: Clockwise (CW) and Counterclockwise (CCW) · No Load Speed (r/min): Ranges from 8 to 1600 depending on gear ratio · No Load Current: 0.16A · Rated Torque (KG·CM): Up to 70 depending on gear ratio · Load Speed (r/min): Varies by gear ratio, max 1320 · Load Current: Approximately 1.6A to 2.3A · Output Power: Up to 23W · Locked Rotor Torque: Up to 96 KG·CM · Locked Rotor Current: 5A This planetary gear motor reduction unit combines high torque output, efficient power consumption, and robust construction, making it a dependable choice for precision mechanical and automation projects. Its compact design and reliable performance enable seamless integration into various electronic and mechanical systems, enhancing productivity and operational stability.