36GP-555 DC 12V 24V Planetary Gear Motor with Encoder, High Torque, Permanent Magnet, Totally Enclosed, Brush Commutation (1540rpm 8mm Shaft 24V)

The 36GP-555 DC Planetary Gear Motor is a compact yet powerful solution for applications demanding high torque and precise speed control. Operating on both 12V and 24V DC, this versatile motor features a permanent magnet construction with brush commutation, delivering consistent and reliable performance across a wide range of uses. The totally enclosed design protects internal components from dust and debris, making it suitable for various operating environments. An integrated precision encoder enables accurate monitoring of speed and position, giving you greater control over your application. The planetary gearbox is built for durability, efficiently handling demanding loads while maintaining a compact form factor. With its multi-wire connector interface and robust metal housing, this gear motor is well-suited for robotics, automation equipment, home appliances, and DIY projects. Whether you need steady torque at low speeds or dependable operation over extended periods, this planetary gear motor offers the performance and reliability your project requires.

• HIGH TORQUE PLANETARY GEARBOX: Features a durable planetary gear reduction system designed to deliver high torque output for demanding applications.
• DUAL VOLTAGE COMPATIBILITY: Operates on both DC 12V and DC 24V power supplies, offering flexible integration into a wide range of projects and systems.
• INTEGRATED PRECISION ENCODER: Built-in encoder enables accurate speed and position feedback, making it ideal for applications requiring precise motion control.
• TOTALLY ENCLOSED CONSTRUCTION: The fully enclosed permanent magnet motor design protects internal components and ensures reliable, consistent performance across various environments.
• COMPACT AND VERSATILE DESIGN: The 36GP-555 brush-commutated motor with CE and ROHS certification is well-suited for home appliances, robotics, and other automation applications.