5840-31ZY-51 DC Worm Gear Motor, 24V, 470 RPM, 70KG/CM High Torque, Self-Locking, for Turntable and Door Applications (24V 40RPM)

The 5840-31ZY-51 DC Worm Gear Motor is a high-performance solution designed for applications that demand reliable torque and precise control. Operating on either 12V or 24V DC power, this versatile motor delivers an impressive 70KG/CM of torque, making it well-suited for turntable systems, automated doors, and other demanding mechanical setups. Running at 470 RPM, it strikes a practical balance between speed and power output. One of its standout features is the self-locking worm gear design, which prevents back-driving and ensures the motor holds its position securely when power is not applied — a critical advantage in door and gate applications. The compact yet robust metal housing provides durability and stability during continuous operation. Mounting points on the gearbox face allow for straightforward integration into custom builds and machinery. The motor comes pre-wired with red and black leads for easy electrical connection. Whether you are building an automation project, a rotating display platform, or a motorized door mechanism, this high-torque worm gear motor offers the power and reliability needed to get the job done efficiently.

• HIGH TORQUE OUTPUT: Delivers an impressive 70KG/CM of torque, making it ideal for demanding applications such as turntables and automated door systems.
• SELF-LOCKING WORM GEAR DESIGN: The worm gear mechanism provides reliable self-locking capability, ensuring stable and safe operation even when power is cut off.
• DUAL VOLTAGE COMPATIBILITY: Supports both 12V and 24V DC power inputs, offering flexible integration into a wide range of systems and projects.
• SPECIFICATIONS: Model 5840-31ZY-51 operates at 470 RPM with high power output, delivering consistent and efficient performance in a compact form factor.
• DURABLE CONSTRUCTION: Built with a sturdy metal gearbox housing and robust internal components, this motor is designed for long-lasting reliability in continuous-use applications.