Product Description
Avail this optimum grade solar led traffic blinker from us. It is light emitting diode which does not consume much light. This product is installed on the roadside at crossing areas for signalling purpose. In addition to this, our provided product is eminent in controlling the traffic flow. It finds its utilization in military zone, school, village road, fire station, pedestrian cross walk, small town, diversions, pedestrian cross walk etc. Solar led traffic blinker can tolerate bad weather conditions such as storm, hails, rainfall, ultraviolet rays and more. It gives signals to the drivers, pedestrians and road users for maintaining the decorum of road usage.
Advanced Solar-Powered DesignHarnessing solar energy, our traffic blinker operates independently of the grid. Its 15W to 20W polycrystalline solar panel ensures efficient charging, powering the unit for up to 36 hours after 6-8 hours of sunlight exposure. The inclusion of a maintenance-free battery makes this blinker both eco-friendly and cost-effective for long-term use.
Engineered for Ultimate Visibility and DurabilityEquipped with high-brightness amber LEDs and a large 300 mm UV-stabilized lens, our blinker provides clear signals visible from up to 1 km away. The durable ABS housing and IP65 rating guarantee reliable operation under harsh weather conditions, while auto-dimming capabilities adjust brightness according to ambient light, optimizing both power usage and night-time clarity.
Easy Installation and Flexible OperationInstallation is hassle-free, thanks to the pole-mountable design and compact weight of 5-8 kg. An integrated remote control allows users to operate the blinker conveniently. With adjustable flashing rates and compatibility with both lead acid and lithium batteries, it serves multiple traffic management needs in urban and rural areas alike.
FAQ's of Solar LED Traffic Blinker:
Q: How does the Solar LED Traffic Blinker operate without access to grid electricity?
A: The Solar LED Traffic Blinker features a 15W to 20W polycrystalline silicon solar panel that charges the onboard 12V lead acid or lithium battery during daylight. After 6-8 hours of sunlight charging, it can operate continuously for 24-36 hours, providing uninterrupted warning signals for effective traffic control.
Q: What are the main benefits of using a solar-powered LED blinker for traffic management?
A: Using solar power drastically reduces energy costs and makes the unit independent of external power sources. The high-brightness LEDs offer visibility up to 1 km, improving road safety. Its maintenance-free operation, weatherproof design, and long battery lifespan make it a cost-effective, reliable solution in various settings.
Q: When should the battery be recharged, and is manual intervention needed?
A: The battery automatically recharges whenever sufficient sunlight is available, requiring no manual supervision. On a full tank, the battery powers the blinker for up to 36 hours. Users should simply ensure the solar panel remains unobstructed for optimal charging efficiency.
Q: Where is the best location to install the Solar LED Traffic Blinker?
A: The unit is pole-mountable and should be installed in areas receiving ample sunlight, such as intersections, pedestrian crossings, or construction zones. Its robust build and IP65 weatherproof rating also make it suitable for harsh outdoor environments across India.
Q: What is the process for installing and activating the blinker?
A: Installation involves mounting the unit on a pole and positioning the solar panel in direct sunlight. Once secured and exposed to sunlight, the system begins charging the battery automatically. The blinker can be activated via the included remote control for immediate use.
Q: How does the auto-dimming function work, and why is it important?
A: The integrated light sensor detects ambient light conditions and automatically adjusts LED brightness. This feature conserves battery power and avoids glare during nighttime operation, enhancing visibility and extending the operating period between charges.
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