TimeCycle Programmable Timer Relay and Digital Time Delay Switch
Uplift Picks
3K+ Sold
Uplift Picks
3K+ Sold
voltage:
110-220 v
Automate repetitive power control without manually switching equipment on and off. TimeCycle lets you program delay-on, delay-off, one-time, and repeating sequences for compatible electrical loads. Timing can be set in seconds, minutes, or hours, making it suitable for both short delays and long operating cycles. Separate voltage versions support DC 12V, DC 24V, or AC 110–220V systems.
Key Features
- Adjustable timing from 1 second to 999 hours
- Supports delayed start, delayed stop, and cyclic operation
- Independent T1 and T2 settings control ON and OFF periods
- Dual digital display shows programmed timing values
- Adjustable cycle count plus continuous-repeat operation
- Retains programmed settings after power loss
- Compact panel-mount design with screw terminals
Why Choose TimeCycle
Unlike basic countdown switches, this cycle timer controller can repeat customized ON and OFF intervals automatically. Its broad timing range and multiple modes suit more automation projects with one compact module.
Perfect For
Lighting, fans, pumps, motors, signage, irrigation, ventilation, battery charging setups, laboratory projects, and DIY automation. Select the correct 12V 24V timer relay or 110V 220V timer switch for your power source.
How to Use
Mount the controller in a suitable enclosure, connect the power and load according to the diagram for your exact version, then set T1, T2, timing units, and operating mode. Test the sequence with the load disconnected before full operation.
Safety Note
Installation involves electricity and should be completed by a qualified person. Disconnect power before wiring, verify whether your version has active or passive output, and never exceed its printed current or wattage rating. Use a properly rated contactor for large, inductive, or high-starting-current loads.
Put Repetitive Control on Autopilot
Add TimeCycle to your project and create convenient, repeatable timing without constant manual switching.
