12V DC Worm Gear Motor 80RPM Self Locking Torque with Encoder Speed Control for Robotics

12V DC Worm Gear Motor 80RPM Self Locking Torque with Encoder Speed Control for Robotics Description

584031ZY Turbo Worm Encoder Micro DC Reduction Motor Self Locking Speed Control Small Motor 80RPM 12V This compact reduction motor combines a worm gear drive and integrated encoder to deliver controlled, torque motion in tight spaces. It runs at approximately 80 RPM when powered with 12V DC and includes self locking to hold position under load when power is removed. Key benefits Precise speed and position control: Builtin encoder provides feedback for closed loop control of speed and position, making integration with motor controllers and microcontrollers straightforward. Reliable holding without power: Worm gear self locking prevents backdrive, so connected mechanisms stay in place when the motor is not energized. torque in a small package: The reduction gear train converts motor speed into usable torque for small actuators and mechanisms where space is limited. Easy integration: Operates at 12V DC and is compatible with common motor drivers and control systems used in hobby and light industrial projects. Consistent performance: Designed for steady low speed operation at approximately 80 RPM under nominal voltage. Technical highlights Model: 584031ZY Type: Turbo worm encoder micro DC reduction motor Function: Self locking, speed control with encoder feedback Rated speed: Approximately 80 RPM at 12V DC Power: 12V DC operation Ideal for applications requiring low speed, torque, and position holding Typical applications Robotics: Drive small robot joints, grippers, or wheel modules where accurate low speed control and holding torque are required. Automation and actuators: Use for valve actuators, mini linear drives, or door latches that must remain locked when power is removed. Camera and sensor positioning: Provide smooth, controlled pan and tilt motion with feedback for repeatable positioning. Practical notes for integration Use a compatible motor driver and read encoder signals with your controller to implement closed loop speed or position control. Verify supply voltage is stable at 12V to achieve the rated approximate speed of 80 RPM. Consider mechanical mounting and coupling that match the motor shaft and expected torque for reliable operation. This motor is suitable where compact size, dependable holding, and encoder feedback are required for low speed precision tasks.