Compact, durable pulse controller for stepper systems Key benefits - Space-saving, reliable design: At 38.6 x 58 mm and made from high-quality plastic, the unit fits into tight control panels while delivering dependable performance in industrial environments. - Flexible signal wiring: Accepts pulse (PUL) input and supports both common-cathode and common-anode connection schemes, reducing wiring changes when integrating with existing systems. - Wide speed coverage: Three selectable speed ranges (high, medium, low) spanning 2.4 kHz to 160 kHz let you match pulse frequency to different motors and drivers for precise motion control. - Fast integration: Works directly with a stepper driver, motor, and power supply to form a simple, compact control platform. Minimal components and straightforward wiring reduce setup time. How it solves problems - Saves panel space and simplifies retrofits where mounting area is limited. - Eliminates compatibility headaches by supporting both common-cathode and common-anode signal architectures. - Provides a broad frequency range so one unit can handle slow positioning tasks and high-speed pulse trains without replacing hardware. - Reduces engineering time with a plug-together approach: combine with an existing stepper driver, motor, and PSU to get a functional motion control system quickly. Important specifications - Size: 38.6 x 58 mm - Material: High-quality plastic housing for industrial use - Signal: Pulse input (PUL) compatible; supports common-cathode and common-anode wiring - Speed range: Three settings covering 2.4 kHz to 160 kHz Typical applications - CNC and milling machines: Provide a compact pulse source for stepper drivers in small mills and retrofit projects where control panel space is limited. - Industrial automation and conveyors: Drive indexing and positioning tasks that require different pulse rates for varied conveyor speeds or pick-and-place operations. - Test rigs and laboratory equipment: Supply stable, adjustable pulse frequencies for motion tests or device characterization without complex electronics. Practical notes - Combine with a compatible stepper driver, stepper motor, and appropriate power supply to create a complete control solution. - Choose the pulse speed setting that matches your driver and motor specifications to ensure accurate step response. This controller offers a compact, adaptable, and easy-to-integrate option for stepper-based motion systems that need reliable pulse generation and flexible wiring arrangements.