- Product Availability
- Product inquiry
- Free Shipping for over 80€
ATTENTION: The availability of every product is referred in it and is analyzed below:
In stock: for the products that have at least one item in stock.
On Order: Refers to Products that aren't in stock and will be included in the next scheduled import if you proceed to your order. Shipping time of your order 7-15 working days. This time does not include the shipping time of the shipping method you have selected.
(Imports are being done every 7-15 business days).
If you want your order to come to your place directly, please choose products that are in stock and quantity lower or equal to the available one.
For orders above 80.00 € (value species VAT) we ship your order for free.
Offer applies only to shipments to Greece, does not cover expenses on delivery and not valid for Saturday shipments.
If your order is over two Kilograms (kg) then for every extra Kilogram there is a charge 1,00
Description
1. Material: PC retardant fuel
2. Scope of application: energy-saving lamps, incandescent lamps, LED ceiling lamps
3. AC110-240V terminal wire: 37x27.5mm, load power less than 40W
4. AC110-240V long line: 37x27.5mm, load power less than 40W
5. DC12-24V human body infrared sensor switch (low voltage model): 25x19mm, recommended opening 24.9mm, DC9V-60V, can load 18W, 180-260mA
6. Sensing angle: 120 degrees
7. Delay time: 30 seconds
8. Ceiling installation method:
- It is recommended to open a hole of 20MM
- Installation at 3m ceiling position
- Sensing range less than or equal to 5 meters
9. Side-mounting method: Install at a height of 1.5 meters above the ground and the front sensing range of the wall is less than or equal to 5 meters.
10. Please pay attention to choosing the appropriate position and angle when installing, otherwise the sensing distance will be very close or the sensing will be insensitive and slow.
11. When inserting and fixing the hole, the sensor head should be exposed and nothing should block the detection window.
12. Warm reminder: When the ambient temperature decreases, the sensing distance will be farther and the sensitive response will be higher. When the ambient temperature rises, the sensing distance will be closer and the sensitive response will decrease.