LED HI BRITE TRAFFIC LIGHT (FULL MOON, ARROW)
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LED HI BRITE TRAFFIC LIGHT (FULL MOON)
The LED Hi Brite Traffic Light (Full Moon) delivers exceptional brightness and visibility for roadway and intersection signaling applications. Built with a UV-resistant polycarbonate housing fitted with high-flux LEDs, it provides instant-on illumination while using just 8-10W of energy.
Featuring a specialized optical design, the LED traffic light focuses maximum luminous intensity towards motorists and pedestrians at a wide 140° viewing angle for enhanced visibility from a distance. Tough and weatherproof, the sleek full moon and arrow traffic lights withstand demanding conditions.
For municipalities seeking to upgrade signals with energy-efficient, long-lasting LEDs, the LED Hi Brite Traffic Light delivers powerful performance, durability and savings.
Unique Features of LED Vision traffic signal :
- Automatic linear dimming of LED brightness at night
- Automatic electricity leakage detection
- Traffic signals with ventilation to ensure good heat dissipation and constant brightness for years
- Traffic signal with high contrast ratio that improves brightness by 30% compared to other traffic from other manufacturers.
COMPARISON BETWEEN HI BRITE & HALOGEN BULB
| Hi Brite | Halogen Bulb | |
| Type | LED (100 – 200 LED) – Still functioning even though 5% of the LED burnt or die | Halogen Bulb (1 bulb) – when burnt or die means the whole light is not functioning |
| life | Long life (100,000 hours) | Short life(3 ~ 6 months) |
| Operating Voltage | Low voltage (More Safe) | High voltage( dangerous) |
What is traffic light and its function
Traffic lights, also known as traffic signals, traffic lamps, traffic semaphore, signal lights, stop lights, robots (in South Africa), and traffic control signals (in technical parlance) are important signaling devices that normally located on road intersections, T-junction, pedestrian crossings, and other locations so that it can be used to control the flows of traffic and reduce the occur of road accident. Beside that, traffic light also act as a safety device that appear on the road in vast majority of country in the world. Traffic lights are very important on the traffic safety management to maintain safety on road for all the pedestrians and drivers across the road. Increasing accidents and fatalities occur on the road have cause the growth of the traffic lights market, as traffic lights provide drivers control on road and improve the flow of traffic. Another factor that has driven the growth of the market is the improvement in traffic flow regulations by the respective traffic safety organizations by constantly upgrading and maintaining them and creating various pedestrian facilities, extra-street lighting, traffic signal modifications, and signage marking improvements. The operation of traffic lights requires sophisticated control and coordination to ensure that traffic flow is as smoothly and safely as possible and ensure that the safety of pedestrians and protected them when they drive or walk cross the roads.
Traffic light color meaning
There are 3 most frequently color that we can see on the traffic light in vast majority of country. The 3 color are red, green and orange. Red color in the traffic light is to alert the driver to stop their car. Orange color in the traffic light is to alert the driver to proceed with caution. Green color is to tell driver to go.
Hi-Flux TRAFFIC LIGHTS
Hi-Flux Traffic lights, also known as traffic signals, traffic lamps, traffic semaphore, signal lights, stop lights, robots (in South Africa and most of Africa), and traffic control signals (in technical parlance), are signalling devices positioned at road intersections, pedestrian crossings, and other locations to control flows of traffic.
The world’s first traffic light was short lived. It was a manually operated gas-lit signal installed in London in December 1868. It exploded less than a month after it was implemented, injuring its policeman operator. Traffic control started to seem necessary in the late 1890s and Earnest Sirrine from Chicago patented the first automated traffic control system in 1910. It used the words “STOP” and “PROCEED”, although neither word lit up.
Traffic lights alternate the right of way accorded to users by displaying lights of a standard colour (red, amber (yellow), and green) following a universal colour code. In the typical sequence of colour phases:
- The green light allows traffic to proceed in the direction denoted, if it is safe to do so and there is room on the other side of the intersection.
- The amber (yellow) light warns that the signal is about to change to red. In a number of countries – among them the United Kingdom – a phase during which red and yellow are displayed together indicates that the signal is about to change to green. Actions required by drivers on a yellow light vary, with some jurisdictions requiring drivers to stop if it is safe to do so, and others allowing drivers to go through the intersection if safe to do so.
- A flashing amber indication is a warning signal. In the United Kingdom, a flashing amber light is used only at pelican crossings, in place of the combined red–amber signal, and indicates that drivers may pass if no pedestrians are on the crossing.
- The red signal prohibits any traffic from proceeding.
- A flashing red indication is treated as a stop sign.
In some countries traffic signals will go into a flashing mode if the conflict monitor detects a problem, such as a fault that tries to display green lights to conflicting traffic. The signal may display flashing yellow to the main road and flashing red to the side road, or flashing red in all directions. Flashing operation can also be used during times of day when traffic is light, such as late at night in Malaysia.
New trend traffic light
Engineers is already developed the new trend traffic light to reduce the average power consumption of a traffic light, which is the average power consumption 3-colour traffic light to just one to two watts. For the conventional traffic light which is based on the incandescent bulbs, its average power consumption is around 60 watt. The new trend traffic light, with the use of highly efficient LED and digital modules, is expected to benefit city budgets as well as the environment due to its low power consumption. The new 1-watt-technology is branded as ‘Sitraffic One’ is already introduced to the traffic system and netwok in some places, such as in Bozen, Italy and in Bietigheim-Bissingen, Germany. If replace the conventional traffic light that use incandescent bulbs to the new 1-watt technology, after as little as five years, a converted intersection begins paying for itself. Even updating conventional 230-volt LED technology pays off: at an average intersection with about 55 signal lights, the new 1-watt signals can save about 1,600 kilowatt-hours per year and reduce carbon emissions by about 960 kilograms. We can seen that the conventional traffic light that use incandescent bulbs behind colored diffusion disks are still in operation in many traffic lights around the world. By converting these to the new 1-watt technology, it can reduce power consumption on that traffic light by up to 98 percent. So, all the cities are persuade for replacing the incandescent bulbs traffic light with the new 1watt-technology traffic light.