584031ZY Turbo Worm Encoder MicroDC Motor Key benefits Precise speed control: Builtin encoder delivers reliable feedback for consistent motor speed and accurate positioning. Selflocking worm gear: Prevents backdriving and holds position without continuous power, simplifying control and improving safety. Compact and efficient: Micro form factor fits tight spaces while operating efficiently on 24V power, making it practical for both industrial and DIY projects. Versatile integration: Encoder output and worm gearing make the motor easy to pair with controllers, gearboxes, and mounting assemblies for a range of applications. What this motor solves Eliminates unwanted motion when power is removed thanks to the selflocking worm design, removing the need for separate braking systems. Provides reliable position and speed feedback to reduce tuning time and improve repeatability in automated systems. Saves space in constrained designs while delivering the performance required for precision tasks. Key attributes Model: 584031ZY Turbo Worm Encoder MicroDC Motor Voltage: Designed for efficient operation on 24V power Function: Encoder feedback for precise control; worm gear for selflocking and smooth torque delivery Size: Micro/compact form factor suitable for small assemblies Performance: performance operation intended for precise and repeatable motion control Typical applications Small robots and articulated mechanisms: Use for joint actuation where position holding and accurate feedback are required. Automated valves, locks, and latches: Selflocking worm gear prevents backdriving and maintains set position without continuous energy draw. Precision positioning systems: Ideal for camera pans, instrument stages, or conveyor indexing where compact size and encoder feedback improve accuracy. Why choose this motor Combines encoder accuracy with the mechanical advantage of a worm gear for reliable, lowmaintenance motion control. Compact, efficient design reduces integration complexity in both professional and hobbyist projects. Clear specifications and dependable selflocking behavior make it straightforward to plan control electronics and mechanical interfaces.