DC 5V30V MOS Trigger Cycle Timer Delay Board is a compact relaybased timing module that provides programmable on/off control with an adjustable delay. It uses a MOS trigger input to activate the relay and features an LED digital tube display for easy readout of the timing value. The module ships as a single unit with terminal blocks for straightforward wiring. Key benefits Flexible timing options: supports cycle timing and adjustable delay to suit automation tasks. Easy integration: works with DC supplies from 5V to 30V and can be driven by microcontrollers or other control circuits via the MOS trigger input. Clear readout: LED digital tube display shows the timing value in real time for easy monitoring. Safe load control: switches a relay to isolate the controlled load from the control circuitry. Simple installation: designed as 1 piece with terminal blocks for secure, quick wiring. Key attributes Functionality: MOS trigger cycle timer with delay and a relay output to turn on/off connected loads. Input voltage: DC 5V to 30V. Control input: MOS trigger. Output: Relay switch (on/off) controlled by the timer. Display: LED digital tube for timing readout. Size/assembly: 1 piece with terminal block (Size: With Terminal). Compatibility: suitable for integration in 530V control systems, including microcontroller projects and automation tasks. Performance: provides repeatable timing with a clear display for reliable operation. Applications and use cases Poweron delay: set a delay to turn on a device (such as a lamp, pump, or sensor) a few seconds after power is applied. Timed off: configure a preset interval to automatically turn a device off after activation, helping save energy. Repeating cycles: implement simple on/off cycles for lighting, fans, irrigation, or indicators in small automation projects. With its MOS trigger input, adjustable timing, LED readout, and relay output, this DC 5V30V Cycle Timer Delay Board offers a compact, easytowire solution for precise timing and control in a range of lowvoltage applications.