Bulb with dual twilight sensor, automatically turns on and off. Ideal for automatic lighting; it turns on at dusk and off with daylight.
Ideal for outdoor use in lamp posts with protective glass, under condominium canopies, on balconies or windows, in environments where lighting ensures safety for people and property.
LED Bulb with a power of 9W and E27 socket. Bulb shape in white plastic with a light beam of 220°.
Equipped with 2 Twilight Sensors that automatically turn the bulb on in the dark and off in the presence of light. The power of 9W is equivalent to approximately 55W of an incandescent lamp.
SMD LED Technology and frosted cover, available in 3 different color temperatures: Warm White (3000K), Cool White (6400K) and Natural Neutral (4200K) (See Selection Menu)
Technical Specifications:
Brand | .png)
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Socket | E27 |
Operating Voltage | 220-240v AC 50-60 HZ |
tr>Technology | LED | Power Consumption | 9 W |
Light Temperature | choose the light tone from the available options |
Luminous Intensity | 800 Lumens |
Protection Rating | IP44 |
Average LED Lifetime | >20 000h |
Dimensions | See images |
Efficiency Class | A+ |
Certifications | CE and Rohs |
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| Long-lasting LED Bulbs: LED bulbs last on average 15 years. Typically, an LED bulb lasts about 20,000 hours. |
| 80% Energy Consumption Reduction: LED lighting uses approximately 80% less energy compared to incandescent lamps, about 50% less than halogen lamps, and roughly 10% less than fluorescent lamps. This results in significant savings on electricity bills, making LED bulbs a self-paying product within a few months of use. |
| Perfect Compatibility: LED bulbs can replace existing bulbs without any modification to the fixture. Just choose the correct socket from the available options. |
How to Choose the Color Temperature for Your LED Bulb:
Note: Correct Usage:
This lamp is designed for outdoor use in dedicated lamp posts so that it turns on at dusk and off at sunrise, as the twilight sensor detects certain color frequencies naturally present in sunlight.
When used indoors, the lamp may behave "abnormally": it functions like a standard energy-saving lamp without a sensor, meaning it does not automatically turn on or off.
This is because artificial light from incandescent, halogen, fluorescent, discharge, or LED sources does not contain the necessary color frequencies to activate the twilight sensor and cut the power to the lamp.
Therefore, if you need to test the lamp, it must be done outdoors in daylight to allow the sensor to turn it off correctly, after which it can be brought indoors to turn on, perhaps in a dark area, confirming its proper operation.
The lamp typically takes a few seconds to activate or deactivate.
