Industrial Motor Control Module – Precision, Convenience, and Versatility for Automation Key Benefits and Features: Easy Control and Parameter Adjustment: Effortlessly finetune positioning, angle, lap control, and multiple system parameters to optimize equipment performance and functionality. Designed specifically for industrial automation setups, enabling precise and reliable operation. Convenient Troubleshooting: Supports manual motor movement control, allowing quick and straightforward debugging. This capability reduces downtime and ensures smooth operational efficiency while simplifying maintenance processes. Wide Industrial Application: Ideal for automating small and mediumsized machinery, rotary indexing tool control, and automatic painting systems. Suitable for diverse industrial tasks where precision motor control is essential. Performance Specifications: Built with an 85kHz pulse frequency for accuracy motor control and a 24V collector voltage. Fully compatible with motor drivers operating in the 524V range, ensuring steady and consistent performance across various applications. Practical Use Scenarios: 1. Rotary Indexing Systems – Accurately control tool or workpiece positioning in manufacturing assembly lines for improved production speed and accuracy. 2. Automatic Painting Machines – Deliver consistent motion control for uniform paint application in industrial coating processes. 3. Small Machinery Automation – Enhance precision and repeatability in compact industrial equipment, reducing manual interference and increasing throughput. Specifications: Pulse Frequency: 85kHz for precision motion control Collector Voltage: 24V for stable performance Motor Driver Compatibility: 524V range Function: Position, angle, lap control, and system parameter adjustment Application: Industrial automation systems, small machinery, painting automation, rotary indexing control This motor control module combines precise performance with userfriendly operation, making it an choice for industries seeking efficient motor management, reduced downtime, and improved automation capabilities.