PDLUX Unveils Smart Light-Controlled Timer Switch PD-P08KT
To meet the growing demand for intelligent lighting control, PDLUX has launched a brand-new product — the PD-P08KT light-controlled timer switch. Designed for outdoor lighting and energy-saving applications, this advanced device offers smart control, broad compatibility, and long service life, providing users with an efficient and intelligent lighting solution.
Smart Light Detection with Multi-Timer Settings for Automatic Lighting Control
The PD-P08KT utilizes advanced CNC optical control technology to automatically switch lighting on or off based on ambient brightness. When ambient light drops below 10LUX at night, the device automatically turns on the load; during the day, when brightness increases, it switches off. Users can easily select from 2-hour, 4-hour, 8-hour, or automatic shutoff modes using a built-in knob to suit various lighting scenarios.
User-Friendly Design, Easy Installation, and Reliable Operation
With a compact design and simple installation process, the PD-P08KT is easy to set up. The included black test bag allows users to simulate nighttime conditions during the day for quick and accurate testing. Consuming less than 0.5W of power, the device is both energy-efficient and environmentally friendly, and it operates reliably regardless of temperature or humidity.
Wide Applications to Improve System Intelligence
The PD-P08KT is ideal for streetlights, garden lamps, billboards, warehouses, and other settings requiring automatic night-time lighting. With a rated current of 20A and support for 220–240VAC or 100–130VAC power input, it ensures wide compatibility across different installation environments.
About PDLUX
PDLUX specializes in the research, development, and production of intelligent sensing and control products. The launch of the PD-P08KT further demonstrates PDLUX’s commitment to innovation and excellence in the field of smart lighting solutions.
For more product details, please visit our official website or contact our sales team.
