Wired Street Lamp - Series FLEX ECO

What are the advantages of 120 Lumens/Watt for street lighting?

A street lamp with an output of 120 Lumens/Watt has several advantages for public lighting:

Energy efficiency: An output of 120 Lumens/Watt means that the street light produces 120 lumens of light for every watt of electricity consumed. This indicates high energy efficiency, which helps reduce energy consumption compared to less efficient street lights.

Energy savings: With high energy efficiency, 120 Lumens/Watt street lights provide significant energy savings. More efficient use of electricity results in lower electricity bills for municipalities or owners of street lighting lamps.

Sustainability : Energy-efficient street lights tend to have a longer lifespan. By using less energy to produce the same amount of light, this can help reduce wear and tear on internal components and extend the life of the street light.

Less carbon emissions: By consuming less energy, the 120 Lumens/Watt street lights reduce greenhouse gas emissions associated with electricity production, thereby contributing to the fight against climate change.

Reduced maintenance costs: More efficient streetlights tend to require less maintenance. Longer life and fewer failures mean fewer frequent replacements, which translates into lower maintenance costs for streetlight owners.

Better lighting quality: A 120 Lumens/Watt street light provides brighter, more uniform light, improving visibility and safety for pedestrians and motorists at night.

Compliance with energy efficiency standards: Highly energy efficient street lights, such as those with an output of 120 Lumens/Watt, can often comply with environmental standards and energy efficiency regulations, which may be required in certain regions or for certain street lighting projects.

In short, a 120 Lumens/Watt street light offers a more efficient, economical and sustainable lighting solution for public lighting, while helping to reduce environmental impact and improving the quality of lighting in urban or rural areas.

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What is the strong point of the 120° x 60° asymmetric angle for public lighting?

The 120° x 60° asymmetric angle for public lighting has several specific advantages that make it a suitable choice for certain situations:

Targeted light distribution:

The asymmetrical angle of 120° x 60° concentrates most of the light in a specific direction. This ensures a more targeted distribution of light where it's needed, such as on roadways and sidewalks, while minimizing light loss in unnecessary directions.

Reduction of light pollution:

Thanks to its targeted distribution, the lighting with an asymmetric angle of 120° x 60° minimizes the amount of light scattered towards the sky or into unwanted areas. This helps reduce light pollution, benefiting the night environment and starry sky observation.

Energy saving:

By directing light where it's needed, the asymmetric angle enables more efficient energy use. This reduces light loss in unnecessary directions, leading to lower energy consumption and potential cost savings.

Security Improvement:

Street lighting designed with an effective asymmetric angle enhances safety for both pedestrians and drivers by providing adequate illumination on roads and sidewalks. A uniform distribution of light along traffic lanes improves visibility, significantly reducing the risk of accidents.

Glare reduction:

By focusing illumination primarily in one direction, the asymmetric angle reduces direct glare for road users and pedestrians. This enhances visual comfort and minimizes distractions caused by excessive brightness.

Adaptability to Urban Configurations:

The asymmetrical 120° x 60° angle can be tailored to various urban settings, such as two-lane roads, intersections, or pedestrian crossings, focusing light where it's most needed in each scenario.

It's important to note that the choice of lighting angle depends on the specific characteristics of the environment and the lighting needs of the area. In some cases, symmetrical lighting or different asymmetrical angles may be more suitable. A professional lighting design that considers the unique aspects of each project is essential for achieving optimal efficiency and performance in public lighting.

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IP66 protection rating in lighting? The strong points!

The IP66 rating signifies a high level of protection for electrical or electronic equipment, including lighting fixtures. Designed for harsh outdoor environments like industrial areas, sports facilities, and marine settings, fixtures with this rating offer several key benefits.

One of the primary advantages of IP66-rated lighting is its robust protection against outdoor elements such as rain, snow, dust, and insects. These fixtures are completely sealed against dust and can withstand powerful water jets from any direction, ensuring they remain functional even in severe weather conditions—crucial for outdoor applications.

Another significant benefit is the extended lifespan of lamps and electrical components, as the IP66 rating protects against damage from water and dust exposure. This reduces long-term maintenance and replacement costs, making it particularly beneficial for large-scale lighting installations.

In summary, the IP66 rating provides enhanced reliability and durability for lighting fixtures, ensuring they perform effectively in demanding outdoor environments.

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IK08 protection index in lighting? More details!

The IK08 protection rating refers to the mechanical resistance of a luminaire or electrical equipment to external impacts. This means that the luminaire with an IK08 protection rating can withstand impacts of 5 joules of energy and is therefore considered relatively robust.

This can be an advantage in environments where there is a risk of shock or vibration, such as industrial areas, car parks, storage areas and public spaces. Luminaires with an IK08 rating can withstand impacts such as kicks, punches, vehicle impacts or falling objects without suffering significant damage.

However, it should be noted that the IK08 protection rating does not guarantee the quality of the lighting as such. It only refers to the mechanical resistance of the luminaire. It is therefore important to take into account other criteria such as luminous efficacy, colour temperature, light distribution and the service life of the light source to choose the right luminaire for each application.

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What is 4KV surge protection?

4KV (kilovolt) overload protection:

Electronics Protection: Power surges can damage sensitive electronics in lighting fixtures, such as control circuits, LEDs, and lighting drivers. 4KV surge protection helps limit these surges to a safe level, preventing costly damage and premature equipment failure.

Increased durability:

By protecting the projector from surges, the overall product life can be extended. Projectors with this protection can withstand unexpected voltage fluctuations and provide more stable and reliable performance over a longer period of time.

Reduced maintenance costs:

Lighting fixtures equipped with 4KV overload protection are less likely to experience surge-related failures. This translates into reduced maintenance costs as there is less risk of premature equipment replacement.

Increased security:

Power surges can also cause safety hazards such as electrical sparks, fires or electric shocks. 4KV surge protection helps minimize these risks by keeping the voltage at a safe and controlled level.

Compliance with safety standards:

Many countries and organizations have specific standards for electrical safety. Including 4KV surge protection in a lighting fixture can help comply with these standards and obtain the necessary certifications for placing on the market.

Adaptability to unstable environments:

In some areas where the power grid may be subject to frequent voltage fluctuations, 4KV overload protection is particularly beneficial to ensure proper operation of the projector and to protect electrical installations from potential surges.

It is essential to consider overload protection when selecting a lighting fixture, especially if the location has the potential for frequent power surges or if equipment reliability and durability are high priorities.

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What are the advantages of 3000k lighting color for public lighting?

The lighting color of 3000K (Kelvins) for public lighting is generally considered a warm white light. This color temperature has several specific advantages for public lighting:

Warm atmosphere:

The 3000K warm white light creates a welcoming and warm ambience, which can be particularly pleasant in residential areas, parks, public spaces and pedestrian areas. This helps create a friendly atmosphere for residents and visitors.

Visual comfort:

Warm white light of 3000K is often perceived as less glare than higher color temperatures. It therefore offers better visual comfort, which is important for pedestrians, drivers and residents moving through illuminated areas.

Highlighting historic buildings:

In areas with historic or heritage buildings, the warm white light of 3000K can highlight the architecture and details of the buildings without altering their authentic appearance.

Adaptability to urban environments:

The 3000K warm white light fits well into most urban environments and can be successfully used in residential areas, streets, driveways, parks and public spaces.

Respect for the night-time environment:

Warmer color temperatures, such as 3000K, generally reduce light pollution, which is beneficial for nighttime environments, wildlife, and stargazing.

Better color perception:

The 3000K warm white light provides better color perception compared to higher color temperatures, which can be beneficial for object and face recognition in public spaces.

However, it is essential to note that the choice of color temperature for public lighting depends on the specific needs of each project and the environment in which it will be installed. Some projects may benefit from a different color temperature, such as neutral white light (4000K) or cool white light (5000K), depending on lighting requirements, safety and aesthetics. Professional lighting design and a careful assessment of local factors are required to choose the most suitable color temperature for each public lighting situation.

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What benefits can lighting get from using Aluminum/PC material?

The use of Aluminum/PC material has several benefits for lighting:

Lightness: The mixture of aluminum and polycarbonate (PC) allows the creation of lightweight luminaires, facilitating their installation and handling.

Weather resistance: Aluminum offers good corrosion resistance, while polycarbonate is impact resistant. This composite material therefore withstands outdoor weather conditions well, ensuring increased durability for outdoor lighting fixtures.

Heat dissipation: Aluminum is an excellent thermal conductor, which facilitates the dissipation of heat generated by light sources. This helps maintain an adequate temperature inside the luminaire, which can extend the life of the bulbs and LEDs used.

Aesthetic : The Aluminum/PC material offers great flexibility in terms of design and appearance. It can be used to create various shapes, aesthetic finishes and luminaires with modern or classic design according to the aesthetic needs of the project.

Protection of internal components: Polycarbonate, being a transparent material, effectively protects the electronic components inside the luminaire while allowing optimal light transmission.

Cost reduction: The use of Aluminum/PC can result in reduced manufacturing costs, compared to other more expensive materials, while still providing satisfactory performance and durability.

Respect for the environment: Aluminum is recyclable, which helps reduce the environmental impact of end-of-life luminaires.

In summary, the use of Aluminum/PC material for lighting fixtures offers advantages in terms of light weight, weather resistance, heat dissipation, aesthetics, component protection and durability, while also being able to contribute to a more environmentally friendly approach.

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What advantages can public lighting obtain by opting for the SANAN 3030 type of LEDs?

By opting for the SANAN 3030 type of LEDs, public lighting can benefit from the following advantages:

Luminous efficiency:

SANAN 3030 LEDs are designed to offer high luminous efficacy, meaning they produce more lumens per watt of energy consumed. This helps reduce energy consumption, which is beneficial for the environment and can result in significant energy savings in the long run.

Long life:

SANAN 3030 LEDs are renowned for their durability and long life. They have low brightness degradation over time, meaning they maintain their light intensity for many years, reducing frequent maintenance and replacement costs.

Shock and vibration resistance:

SANAN 3030 LEDs are generally made of strong and durable materials, making them less susceptible to shock and vibration. This makes them a suitable choice for outdoor street lighting, where conditions can be more demanding.

Low heat emission:

SANAN 3030 LEDs produce little heat compared to traditional light sources such as incandescent bulbs. This low heat emission reduces the risk of overheating and potential damage to fixtures and other electronic components.

Various color options:

SANAN 3030 LEDs are available in a variety of color temperatures, allowing street lighting designers to choose the appropriate light hue based on the specific needs of the project. This can include options ranging from warm white to cool white tones, depending on aesthetic preferences and lighting requirements.

In summary, by opting for the SANAN 3030 type of LEDs, public lighting can benefit from high luminous efficacy, long service life, resistance to shock and vibration, low heat emission, various color options and the possibility of dimming,

making it an attractive choice for efficient and sustainable outdoor lighting projects

General technical specifications