The product is distinguished by high sensitivity through the use of an integrated circuit. It combines automatism, convenience of use, safety, energy saving and practical functions. This device uses infrared radiation emitted by a person as a signal to start work when someone is within the detection range. It automatically detects day and night and is easy to install and use.
Thanks to our sensor, you will save on electricity bills, because the lighting will turn on only when you need it! Detection angle: 360° !!!
The sensor is used to automatically control lighting or other electrical devices. Potentiometers for adjusting: lighting time and sensitivity of light intensity.
Specification
- Power supply: 220-240V/AC
- Detection area: 360°
- Frequency: 50-60Hz
- Operating temperature: -20/+40°C
- Light sensor: <3-2000 LUX
- Humidity: <93% RH
- Time delay: min. 10sec +/- 3sec.max. 30m +/- 2m
- Installation height: 2.2m-6m
- Motion detection speed: 0.6~1.5m/s
- Load max. 2000W (for incandescent bulbs) / 1000W (for energy-saving bulbs)
- Detection distance: max. 20m (<24°C)
Includes
- Infrared motion sensor IP65 max 2000W MCE243 Maclean Energy
- Mounting accessories
- User Manual
- Original packaging
- Proof of purchase
New generation - infrared sensor has high stability, nice, modern and practical appearance, wide range of operating voltages, easy installation and wide detection range. Automatically detects day and light at night. SMT technology used, in accordance with European standards. It is designed to automatically control lighting in homes, gardens, hotels, offices, staircases, corridors, basements, toilets, etc.
Features
- The sensor works with LED lighting
- Wide 360° detection range
- High degree of protection IP65
- Detection distance up to 20 meters!
- The device distinguishes between day and night
- The user can adjust the operation of the device depending on the ambient light
- The device can work both during the day and night when it is set in the position of the "sun". (max)
- The time delay is added continuously: after receiving the second motion signal, still during the first one, the device counts down the time from the moment the second signal is recorded