The Photocell Light Control Sensor Auto ON/OFF is an automatic lighting control device designed to operate lights based on ambient daylight conditions. This smart sensor automatically turns the light ON at dusk (darkness) and OFF at dawn (daylight), eliminating the need for manual switching and ensuring efficient energy usage.
This device uses light-sensing photocell technology to detect surrounding brightness levels. When natural light decreases, the sensor activates the connected light, and when sufficient daylight returns, it switches the light off automatically. This makes it an ideal solution for outdoor and indoor lighting applications where consistent, automatic control is required.
The photocell sensor is commonly used for street lights, garden lights, boundary lights, gate lights, parking areas, security lighting, pathways, and outdoor fixtures. It helps improve safety and visibility at night while reducing unnecessary power consumption during the day.
Designed for durability, the sensor is built to withstand outdoor conditions and works reliably in changing weather environments. Its compact design allows easy installation with lighting circuits, making it suitable for both residential and commercial use.
By providing automatic dusk-to-dawn operation, the Photocell Light Control Sensor ensures lights operate only when needed, increasing convenience, reducing electricity bills, and extending the lifespan of connected bulbs or fixtures.
Key features
Automatic light control based on daylight
Turns lights ON at night and OFF during the day
Uses photocell light-sensing technology
Energy-saving and efficient operation
No manual switching required
Suitable for indoor and outdoor use
Compact and durable design
Ideal for security and outdoor lighting
PHOTOCELL LIGHT CONTROL SENSOR AUTO ON / OFF
- Convenience & safety
- Outdoor durability
- Application areas
- Energy efficiency
- Installation type
- Power compatibility
- Working function
- Sensor technology
Provides consistent night-time lighting without manual operation.



