Our Commercial LED Cobra Head Lights are designed to replace existing Metal Halide or High Pressure Sodium cobra head lights. DLC Qualified for utility rebate eligibility, our commercial LED cobra head light fixtures are available with Type 1 - Type 5 distribution patterns - perfect for ideal illumination on diverse street roadways, highways, walkways, and parking lot areas.
Showing 1–10 of 15 results
120 Watt LED Cobra Head – 15600 lumens – replaces 400 Watt Metal HalideContractor / Bulk PricingSku: MLLG-HD-LED-ST-120-5-T3 – 1591Lead Time: Built to Order – 4 WeeksReplaces: 400 Watts Metal HalideWatts: 120Operating Temp: -40°F to +122°FLumens: 15600 • LM/W: 130Warranty: 5 yearsVoltage: 100V-277V
120 Watt LED Cobra Head – 14400 lumens – replaces 400 Watts Metal HalideContractor / Bulk PricingSku: MLLG-AG-LED-ST1-120 – 1488DLC Model: MLLG-AG-LED-ST1-120-4Replaces: 400 Watts Metal HalideLead Time: Built to Order – 4-5 WeeksOperating Temp: -22°F to +122°FWatts: 120Warranty: 5 yearsLumens: 14400 • LM/W: 120Voltage: 100V-277V
150 Watt LED Cobra Head – 18000 lumens – replaces 400 Watts Metal HalideContractor / Bulk PricingSku: MLLG-AG-LED-ST1-150 – 1489DLC Model: MLLG-AG-LED-ST1-150-4Replaces: 400 Watt Metal HalideLead Time: Built to Order – 4-5 WeeksOperating Temp: -22°F to +122°FWatts: 150Warranty: 5 yearsLumens: 18000 • LM/W: 120Voltage: 100V-277V
180 Watt LED Cobra Head – 21600 lumens – replaces 400 Watts Metal HalideContractor / Bulk PricingSku: MLLG-AG-LED-ST1-180 – 1138DLC Model: MLLG-AG-LED-ST1-180-4Replaces: 400 Watts Metal HalideLead Time: Built to Order – 4-5 WeeksOperating Temp: -22°F to +122°FWatts: 180Warranty: 5 yearsLumens: 21600 • LM/W: 120Voltage: 100V-277V
120 Watt LED Cobra Head – 15000 lumens – replaces 400 Watts Metal HalideContractor / Bulk PricingSku: MLLG-AX-LED-ST1-120 – 1492Lead Time: Built to order – 4 WeeksReplaces: 400 Watt Metal HalideWatts: 120Operating Temp: -40°F to +122°FLumens: 15000 • LM/W: 120Warranty: 10 yearsVoltage: 100V-277V | 347V-480V
160 Watt LED Cobra Head – 19920 lumens – replaces 400 Watts Metal HalideContractor / Bulk PricingSku: MLLG-AX-LED-ST1-160 – 1493Lead Time: Built to Order – 4 WeeksReplaces: 400 Watt Metal HalideWatts: 160Operating Temp: -40°F to +122°FLumens: 19920 • LM/W: 120Warranty: 10 yearsVoltage: 100V-277V | 347V-480V
200 Watt LED Cobra Head – 24600 lumens – replaces 400 Watts Metal HalideContractor / Bulk PricingSku: MLLG-AX-LED-ST1-200 – 1494Lead Time: Built to order – 4 WeeksReplaces: 400 Watt Metal HalideWatts: 200Operating Temp: -40°F to +122°FLumens: 24600 • LM/W: 120Warranty: 10 yearsVoltage: 100V-277V | 347V-480V
240 Watt LED Cobra Head – 29520 lumens – replaces 750 Watts Metal HalideContractor / Bulk PricingSku: MLLG-AX-LED-ST1-240 – 1495Lead Time: Built to Order – 4 WeeksReplaces: 750 Watts Metal HalideWatts: 240Operating Temp: -40°F to +122°FLumens: 29520 • LM/W: 120Warranty: 10 yearsVoltage: 100V-277V | 347V-480V
280 Watt LED Cobra Head – 34200 lumens – replaces 1000 Watts Metal HalideContractor / Bulk PricingSku: MLLG-AX-LED-ST1-280 – 1496Lead Time: Built to order – 4 WeeksReplaces: 1000 Watts Metal HalideWatts: 280Operating Temp: -40°F to +122°FLumens: 34200 • LM/W: 120Warranty: 10 yearsVoltage: 100V-277V | 347V-480V
The Different Applications of Street Lighting
Street lights have three main purposes. Different applications require a specific type of street light.
1. Beacon Lighting
These street lights help drivers to see vehicles, pedestrians, and side roads as they approach them. They are also able to brake at the right time in case they need to go off the main road.
2. Roadway Lighting
These street lights are typically used at road intersections where drivers must make quick decisions and see any potential hazards. Roadway street lights should be placed at close intervals for light consistency and to eliminate drivers’ eye strain normally caused by being in and out of light pools.
3. Cycle Paths and Footpaths
These paths must be well lit for the safety and security of cyclists and pedestrians in residential areas. They ensure users have good visibility on the street and prevent potential dangers that could be caused by hazards strewn across the paths like bricks or branches.
The Problem with Conventional Cobra Head Street Lighting
Street lighting is as important today as it was several years ago. Although traditional street lighting systems have been useful over time, in many instances, they have caused the following problems for cities, municipalities, and residents:
1. High Energy Consumption
First of all, the energy consumption of traditional street lights is high. Street lighting accounts for up to 40% of the total energy usage in many cities. During cold weather, traditional lamps require more energy to produce sufficient light, and sometimes, they can burst. The adoption of the newer and more efficient LED street lighting greatly reduces energy consumption.
2. Over Lighting and Light Trespass
Over lighting is another problem. Traditional sodium lamps, which are commonly used for street lighting, cannot be dimmed easily and thus provide unnecessary bright light. Very bright street lighting not only causes light pollution, it also affects human sleep and health when people are overexposed to it.
Light pollution interferes with astrology and affects the migration of some bird species. In some cities, even when there is low pedestrian and vehicular activity, street lights still operate at high intensity, leading to wasted energy and environmental issues. LED street lights can be controlled and dimmed to provide lighting when required.
Light trespass occurs when street lights produce unwanted light that shines directly onto adjacent residential properties, causing discomfort to residents. Unlike LED street lighting, traditional lighting systems are not capable of producing directional light which is sent only where it is required.
3. Maintenance Intensive
Another problem with street lighting is the maintenance of traditional lighting systems. Due to their short lifespan and poor light quality, they require re-lamping and servicing quite often. A lot of time is wasted on the maintenance process. Money is also spent in purchasing new lamps, fixtures, and on labor.
The inconvenience faced by residents during light maintenance or repairs cannot be ignored. For necessary repairs and maintenance to take place successfully, authorities may have to block portions of some streets for safety purposes. Residents would then have to use alternative routes which could take them longer to get to their destinations.
Also, most cities require that any street lighting problems like broken lights or idle lights be reported using a report form on their websites. It may take a long time for faulty lights to be repaired after residents have reported the problems.
This means that if one street has a couple of faulty lights, it may be dark for a couple of days before any repairs are done. Residents will not feel safe walking or cycling on these streets. The high quality and long lifespan of LED street lights perfectly solves this problem, because they do not require frequent replacements.
4. Environmental Dangers
Traditional street lights contain hazardous chemicals which affect the environment. Fluorescent lamps, HPS, and metal halide lamps contain mercury, a highly toxic substance that gravely affects human health. Special care must be taken while operating, maintaining, and disposing of these lamps. They could break accidentally and cause a potential hazard.
The unsafe disposal of these lamps means that mercury flows into lakes and rivers, making the fish and water toxic for human or animal consumption. Sodium, found in low pressure sodium and high pressure sodium lamps, is a volatile substance that can trigger combustion when exposed to air – for instance, if the bulbs accidentally break. LED street lights are solving this environmental problem since they do not contain any dangerous chemicals and are recyclable.
5. Poor Quality Lighting
Traditional lights like high pressure sodium and low pressure sodium produce a harsh yellow light and have poor color rendering ability. Residents and law enforcement personnel are not able to see objects, vehicles, and people as they normally appear.
6. Lamp Location
Old fashioned street lighting on some streets is unevenly distributed. Lamp posts are placed far apart from each other, creating wide dark patches. In other locations, some critical areas along the street do not have lamp posts. And as cities have developed over the years, the lamp locations have not been re-assessed, so the light remains inadequate.
7. Stray Voltage
A serious problem with street lighting is possible stray voltage. Unnoticeable small stray voltages can cause lamp posts to accidentally get electrified. Damaged insulation within the pole can be very dangerous. It could cause electrical shock and kill anyone that comes into contact with the pole.
Crucial Factors When Buying LED Street Lights
It’s no secret that LED street lighting is superior to traditional lighting systems. However, LED street lights possess unique qualities that need to be taken into account when making the decision to acquire them. When buying LED street lights, careful consideration should be given to:
1. Light Intensity
Most street lights are typically made for highways, and as a result, their light intensity is unsuitable for residential areas. Using very bright lights on streets or sidewalks will result in over-lighting. It’s therefore important to consider the light output of LED street lights and use the correct lights for efficient illumination.
2. Color Temperature
Correlated color temperature (CCT) is an important factor to consider when buying LED street lights. It basically shows you the color, in Kelvin (K) that each street light produces. Compared to traditional lights, LEDs offer a wider range of color temperatures.
LEDs emit the same light color throughout their lifespan because of their L70 rating. Warm or ultra-warm light has a temperature between 2000K and 3500K, natural-looking light (daylight) has a temperature between 3500K-5100K, while cool white (bluish white) light has a temperature between 5100K-20,000K.
Cool white lights are not suitable for use on streets because they cause light pollution. That is not to say that such LED lights should not be used at all. They are just not suitable for street lighting. Using them on streets at night may affect the human eyes because of the blue light.
LED street lights with a CCT of 3000K (or a little less) are the best for street lighting in residential areas. The amount of blue light they emit is so small and doesn’t affect the human eye.
3. Color Rendering Index
Color Rendering Index (CRI) is the quantitative measure of a light source’s ability to reveal the colors of objects to the human eye compared to a perfect light source. CRI is measured on a scale of 0-100. 100 would indicate that the colors appear exactly as they do under natural light.
A CRI of 80 and above is generally acceptable for most lights. Lights with a CRI of 90 and above are considered to have an almost perfect CRI. Most LED street lights have a high CRI and render colors excellently while using less energy than traditional lights.
It is important to consider CRI because it gives the light users an accurate representation of the objects and of people they encounter on the streets. This is very useful for security and identification purposes.
Before buying LED street lights, you must consider the luminance or illumination level. Lux (lx) is the measurement for luminance levels. A lux meter measures the amount of light distributed by a light source over a specific area at a particular distance. The appropriate illumination level for night time street lighting on streets and sidewalks in residential areas is 10 lux.
5. Luminous Intensity
Luminous intensity is the quantity of light emitted by a light source in a specific direction per unit of solid angle. The base unit for luminous intensity is candela which is one lumen per steradian. A narrow beam angle will indicate a higher luminous intensity even with the same light output. When using LED street lights with a narrow beam, the angle and mounting have an effect on the luminous intensity.
5. Daylight Sensors
When buying LED street lights, daylight sensors are worth considering. Most LED lamps are dimmable and can be dimmed up to 100%. Daylight sensors can automatically adjust the light output of LED street lights, depending on the amount of daylight. They detect natural light and turn the lights on when the natural light is insufficient and off when there’s sufficient light. Daylight sensors reduce the usage of energy and light pollution by producing light only when it is required.
Common Misconceptions about LED Street Lighting
Several discussions have been going on about the possible negative effects of LED street lighting on human health and the environment. In the process, many misconceptions about LEDs have come up mostly because of the lack of information and facts about LED street lighting. Let’s discuss these myths and make important clarifications.
Myth 1: LED Street Lights Are the Most Dangerous Street Lights to Humans and Animals
The focus here should not be on the type of light but more on the amount of blue light emitted by the light source. LED lights have a wide range of color temperatures. The color temperature used for street lighting is 3000K and below because the amount of blue light is so limited that it doesn’t affect humans and animals. LED street lights can also be controlled to limit the amount of blue light they emit.
Myth 2: All Blue Light Is Dangerous To Humans and Animals
Blue light plays an important role in human health. It’s part of sunlight and enhances physiological human processes. The issue with blue light comes with over exposure at nighttime, which affects human sleeping patterns.
Myth 3: LED Street Lights Emit More Blue Light than Other Street Lights
During the initial stages of LED technology, the products emitted a significant amount of blue light. However, numerous improvements have been made to ensure LEDs produce limited blue light without affecting their efficiency and quality. Compared to conventional lighting, LEDs have the ability to generate directional light, meaning that they provide equal illumination with less light, decreasing blue light emission further.
Myth 4: Street Lighting Should Not Emit Blue Light
Street lighting benefits from having some blue light. Blue light is part of what makes up the light spectrum that enhances street safety and aesthetics. Light sources that contain some blue light make objects appear more natural, help with proper identification of objects and people, and enhance visibility at low illumination levels.
Myth 5: Streets Are Better With Traditional Street Lights
For many years, major cities in the U.S. and around the world used conventional lighting technologies like fluorescents, HPS and MH lamps. But these lights became unpopular because their lighting is harsh, they are expensive to maintain, consume high amounts of electricity, and have a short lifespan.
Also, while traditional lights have no control over how much light they give off, LED lights emit focused light that can be adjusted to the preferred level and intensity. This reduces glare, light trespass, and light pollution. Without a doubt, the streets are better with LED street lighting.
LED Cobra Head Street Lighting Is the Future
In many cities, LED street lighting has replaced traditional street lighting. Decision makers in these cities have realized how high their energy bills have been due to the inefficient lighting used. Some municipalities can no longer afford these high costs.
The detrimental effects of conventional lights on the environment, humans, and animals are a major driving factor in the implementation of safe and efficient lighting. LEDs perform better than the best functioning traditional lights.
Cities and municipalities should adopt LED street lights to not only reduce energy and maintenance costs, but to also enhance the safety and beautification of their streets. The seemingly high initial costs of LEDs may be off-putting, but their short payback period makes them the best lighting option – hands down.
A Little About Our Street Light Fixtures
The type of fixture most commonly found for a street lighting application is known as a cobra head. These LED street light heads are what you probably see when looking at a street light, and they are perfectly designed for roadways.
Our cobra LED street light fixtures offer great thermal management to maintain cool operating temperatures, prolonging the fixtures' lifespan. We've specially crafted our cobra head LEDs to work perfectly in any application on the roadway.
Our outdoor street LED lights are an incredible achievement and cities, towns, and municipalities are gaining the benefits that our LED street light fixtures are offering. From small residential streets to highways, our all-in-one LED street lighting products are being utilized in a way that is improving light output, quality, all while reducing costs.
Since LED brings benefits to any application it is applied to, it is only multiplied when installed at a large scale like the size of a roadway or even for outdoor LED highway lights. By converting to LEDs on the roads or highways, local governments will gain the benefits listed on this page.