Electronic Power Off Timer for Automation Systems, Delay Off Cycle Timer with Wide Voltage Input, Adjustable Delay Time Relay for Heating Lighting

Electronic Power Off Timer for Automation Systems, Delay Off Cycle Timer with Wide Voltage Input, Adjustable Delay Time Relay for Heating Lighting Description

This high-performance electronic power off timer is designed for modern automation needs, combining precision timing with robust electrical compatibility. With a delay range spanning from 0.1 second to 100 days and support for AC/DC 12-240V inputs, it delivers reliable performance in diverse environments. The Delay Off function ensures controlled shutdowns, while the cycle timer mode enables repeated ON/OFF sequences for lighting, heating, or motor control. Mounted on standard DIN rails, it saves space in control panels. Integrated LED indicators provide instant status updates, and the multi-mode functionality via S-A short-circuit enhances application flexibility, making it a smart choice for intelligent circuit management. Delay Off & Cycle Timer : Enables precise shutdown control with customizable delay-off intervals, ideal for systems requiring gradual de-energizing or scheduled power cutoffs in heating and lighting circuits. Adjustable Delay & Wide Voltage Input : Offers ten selectable time ranges from 0.1s to 100 days and supports AC/DC 12-240V, ensuring adaptability across various electrical environments and timing requirements. LED Indicator & Relay Status Indicator : Real-time visual feedback through integrated LEDs allows for immediate recognition of relay activity, improving system monitoring and reducing downtime during maintenance. DIN Rail Mounting Design : Space-saving 18mm wide housing fits standard DIN rails, enabling quick and secure installation in control cabinets for industrial and residential applications. Versatile Working Modes : Supports multiple operational configurations via S-A terminal short-circuit, allowing users to tailor the relay's behavior for repeat cycles, intermittent operation, or one-shot delays.