SAPHIR V2 Series - CCT - Adjustable Power
Lampe industrielle UFOSérie SAPHIR V2160 Lumens/Watt – 200 Lumens/Watt
Couleur de température AJUSTABLE !
2 couleurs de température pour chaque lampe !
- Blanc neutre 4000K
- Blanc froid 5000k
Ajustez la couleur d'éclairage comme bon vous semble directement avec le bouton réglable !
OSRAM transformer, what are the advantages?
Here are some advantages of OSRAM transformer for industrial lighting:
1 - Energy efficiency:
OSRAM transformers are designed to deliver high energy efficiency, helping to reduce the overall energy consumption of industrial lighting. This can result in significant energy savings and contribute to a reduced carbon footprint.
2 - Voltage stability:
OSRAM transformers are designed to maintain a stable voltage, which ensures consistent, high-quality lighting in industrial environments. A stable voltage also helps to extend the life of the lamps and reduce maintenance costs.
3 - Surge protection:
OSRAM transformers typically incorporate surge protection devices, which help protect industrial luminaires from sudden voltage fluctuations or surges. This helps prevent equipment failures and damage, which can result in savings on repair costs.
4 - Durability and reliability:
OSRAM is renowned for the quality of its products, and transformers are no exception. They are designed to be durable and reliable, making them suitable for demanding industrial environments. They often feature protection against vibration, shock and high temperatures, allowing them to operate reliably even in harsh conditions.
5 - Compatibility:
OSRAM transformers are often compatible with a wide range of industrial luminaires. This makes them easy to install and replace, and allows users to easily adapt their lighting system to their specific needs.
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In lighting, what are the advantages of CE, CE, Rohs, SAA certifications?
CE, RoHS and SAA certifications are important certifications in the lighting field. Here are the benefits of each of these certifications:
1 - CE Certification (European Conformity):
CE certification indicates that the product complies with the safety, health and environmental requirements of the European Union. To obtain this certification, manufacturers must ensure that their products meet the safety standards and technical requirements specified by European legislation. The benefits of CE certification include:
2 - Access to the European market:
CE certification allows lighting manufacturers to access the European market without additional restrictions, as it certifies the product's compliance with European standards.
3 - Security guarantee:
CE certification guarantees that the product has been tested and assessed according to the safety requirements in force in the European Union. This provides assurance to consumers about the safety of the product they are purchasing.
4 - RoHS Directive (Restriction of Hazardous Substances):
The RoHS directive restricts the use of certain hazardous substances in electrical and electronic equipment, including lighting products. The benefits of RoHS certification include:
5 - Environmental protection:
RoHS certification aims to reduce the use of harmful substances such as lead, mercury, cadmium, hexavalent chromium, brominated flame retardants, etc. This helps prevent environmental pollution and promote sustainable practices.
6 - User safety:
By reducing the use of hazardous substances, RoHS certification helps improve user safety by minimizing exposure to potentially toxic materials.
7 - SAA certification (Standards Australia):
SAA certification is an Australian certification that attests to compliance with safety and performance standards applicable in Australia. The benefits of SAA certification include:
8 - Compliance with Australian standards:
SAA certification ensures that the product meets the specific safety and performance requirements set by Australian Standards. This allows lighting manufacturers to market their products in Australia in full compliance.
9 - Consumer confidence:
SAA certification is widely recognised in Australia and provides confidence to consumers that the product meets Australian standards for safety and quality.
It is important to note that these certifications are not the only ones available, and other certifications and markings may also be relevant depending on specific regions and markets. It is recommended to research local regulatory requirements and appropriate certifications for each target market.
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Die-cast Aluminum — PC Lens in Lighting - Highlights!
When it comes to lighting, there are several advantages to using die-cast aluminum for polycarbonate (PC) lenses. Here are some of the benefits of this combination:
1 - Sustainability:
Die-cast aluminum is a strong and durable material that can withstand rigorous conditions in lighting applications. When combined with a PC lens, which is also a durable material, the result is an overall product that is able to withstand impacts, vibrations, and temperature variations.
2 - Lightness:
Die-cast aluminum is a relatively lightweight material, making it easier to handle and install PC lenses. Aluminum helps reduce the overall weight of the entire lighting assembly, which can be beneficial in applications where weight is a significant factor, such as overhead installations or suspended structures.
3 - Heat dissipation:
Die-cast aluminum has excellent heat dissipation properties, which is crucial for lighting applications. When PC lenses are combined with die-cast aluminum components, they help to efficiently dissipate the heat generated by light sources, ensuring better longevity and performance of the lighting system.
4 - Flexible design:
Die-cast aluminum offers great design flexibility, allowing the manufacture of PC lenses with complex shapes and precise details. This offers creative possibilities for lighting aesthetics, enabling the creation of products with clean lines, sharp angles and precise contours.
5 - UV resistance:
Polycarbonate is known for its resistance to ultraviolet (UV) rays, making it an ideal choice for outdoor lighting lenses. When combined with die-cast aluminum, which also protects against the damaging effects of UV rays, this ensures increased lens durability and better protection against fading or degradation caused by prolonged exposure to sunlight.
Combining the advantages of die-cast aluminum, such as durability, light weight and heat dissipation, with the characteristics of polycarbonate, such as UV resistance and design flexibility, results in reliable, high-performance lighting lenses for a variety of industrial and commercial applications.
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Highlights of 2835 type LED chips!
2835 type LED chips offer several advantages:
1 - High luminous efficiency:
2835 type LED chips are known for their high luminous efficacy. They are capable of producing a large amount of light while consuming a low amount of power, making them economically beneficial and energy efficient.
2 - Wide diffusion angle:
2835 type LED chips typically have a wide beam angle, meaning they can emit light over a larger area. This allows for more uniform illumination and better light distribution, which is beneficial for general lighting applications.
3 - Good color rendering:
2835 type LED chips often have a high color rendering index (CRI). This means that they are able to reproduce colors more faithfully and naturally, which is important in applications where color quality is essential, such as lighting in stores, exhibitions or workspaces requiring color accuracy.
4 - Durability and long life:
2835 type LED chips are designed to be durable and long lasting. They are traditionally made from high quality materials that give them better resistance to shock and vibration. In addition, they have a longer lifespan compared to other types of LEDs, which reduces maintenance and replacement costs.
5 - Versatility:
2835 LED chips are available in a range of different color temperatures and brightnesses, making them versatile for different lighting applications. They can be used in indoor lighting fixtures, office lighting, commercial lighting, sign backlights and many more.
In summary, 2835 type LED chips offer high luminous efficacy, wide beam angle, good color rendering, increased durability and versatility for various lighting applications. These features make them a popular choice for many residential and commercial applications.
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Why choose Dimmable: 0 to 10V in lighting?
The 0-10V dimming system is a common method of dimming lighting systems. Here are some advantages of the 0-10V Dimmable option:
1 - Lighting control:
0-10V dimming allows for precise lighting control. It allows light intensity to be adjusted as needed, which is particularly useful in environments where lighting levels need to be adjusted based on tasks or time of day.
2 - Flexibility of use:
0-10V dimming allows for great flexibility in the design of lighting systems. It can be used to dim different types of luminaires and can be integrated into automation systems to regulate lighting according to natural lighting conditions.
3 - Ease of installation:
0-10V dimming is relatively simple to install and use. It requires standard cables to transmit the dimming signal, making it easy to integrate into existing lighting systems.
4 - Compatibility:
0-10V dimming is widely used in the lighting industry and is compatible with many types of luminaires and dimmers. It is also possible to combine 0-10V dimming with other dimming protocols, such as DALI or DMX, to achieve even more precise levels of control.
In summary, the 0-10V Dimmable option is a reliable, flexible and precise dimming method that can be used to regulate lighting intensity in a wide variety of applications. It offers great flexibility in the design of lighting systems and allows precise control of lighting according to needs.
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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 the advantage of 6KV/10KV overload protection?
6KV/10KV overload protection provides several safety and durability benefits in lighting applications. Here are some of the benefits:
1 - Protects against power surges:
Voltage fluctuations can damage lighting circuits. 6KV/10KV overload protection can protect against overvoltage and extend the life of the lighting.
2 - Reduces fire risks:
Power surges can also cause sparks that can start fires. 6KV/10KV overload protection can help prevent these fire hazards and maintain a safe working environment.
3 - Improves lighting stability:
Power surges can disrupt the stability of lighting, which can lead to brightness fluctuations and interruptions in power supply. 6KV/10KV overload protection can maintain lighting stability and ensure smooth power supply.
4 - Savings on maintenance costs:
Power surges can damage lighting circuits, which can lead to high maintenance costs. 6KV/10KV overload protection can help reduce maintenance costs by extending lighting life and avoiding costly repairs.
In short, 6KV/10KV overload protection is an important element to consider to ensure the safety and durability of lighting systems.
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The 120° angle in lighting, what is the advantage?
Using a 120° lighting angle for industrial lighting has several advantages:
1- Uniform lighting:
The 120° angle allows light to be spread more evenly across the space, avoiding shadows and providing a wider light coverage. This is particularly beneficial in large industrial spaces where it is important to have uniform visibility across the entire area.
2 - Reduction of hot spots:
With a wider lighting angle, it is possible to reduce hot spots that can form when light is concentrated on a restricted area. This helps improve visual comfort for workers and also reduces the risk of eye fatigue.
3 - Cost reduction:
A wider lighting angle can reduce the number of luminaires needed to cover a given area. This translates into reduced installation and maintenance costs for industrial lighting.
4 - Improved security:
Better light coverage with a 120° lighting angle helps improve safety in industrial environments. Better visibility reduces the risk of accidents related to moving or handling equipment.
5 - Flexibility:
A 120° beam angle allows for greater flexibility in industrial lighting design. It can be used to effectively illuminate different types of industrial spaces, such as warehouses, production plants, hangars or outdoor work areas.
It should be noted that the specific benefits of the 120° lighting angle may vary depending on the specific needs of each industrial environment. It is therefore important to take into account specific lighting requirements when designing and installing lighting.
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IP65, what are the exact advantages?
Lighting with IP65 certification for an industrial lamp has several advantages:
1 - Dust protection:
IP65 certification guarantees total protection against dust. This means that the lamp is hermetically sealed and no dust particles can penetrate inside. This is particularly important in industrial environments where the presence of dust can compromise the performance of the lighting and lead to maintenance problems.
2 - Waterproofing:
The IP65 rating also indicates that the light is waterproof. It is able to withstand powerful jets of water from all directions, making it ideal for use in wet environments, such as production areas, warehouses or outdoor areas exposed to the elements.
3 - Increased durability:
Industrial lights with an IP65 certification are designed to be robust and durable. They are usually made from high-quality materials that can withstand harsh working conditions, including vibrations, shocks and temperature variations. As a result, they offer a longer lifespan and require less maintenance.
4 - Electrical safety:
The IP65 industrial light's waterproof rating also ensures electrical safety. It prevents water or moisture from entering the internal electrical components, reducing the risk of short circuits or any other potential electrical problems. This helps maintain a safe working environment for workers.
5 - Versatility:
Industrial lights with IP65 certification are versatile and can be used in a variety of applications. They are suitable for indoor and outdoor environments, and can be used in industries such as automotive, warehouse, construction, oil and gas, etc.
In summary, lighting with IP65 certification for industrial lamps offers total protection against dust, watertightness, increased durability, electrical safety and versatility for use in different industrial environments. This ensures reliable and efficient lighting, even in difficult working conditions.
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Advantages of Adjustable Temperature Colors in Industrial Lighting?
Industrial lighting with adjustable temperature colors offers several advantages. Here are some of them:
1 - Adaptability:
Industrial lighting with adjustable colour temperature allows the hue of the light to be changed according to the specific needs of the environment. This offers great adaptability to meet the varying requirements of different tasks, workspaces and industrial activities. For example, a higher colour temperature (cool white light) can be used for tasks requiring better visibility, while a lower colour temperature (warm white light) can create a more pleasant atmosphere or promote relaxation in certain areas.
2 - Flexibility:
Industrial lighting with adjustable colour temperature offers the ability to adjust the light according to working conditions or user preferences. Employees can adjust the colour temperature according to their visual needs or personal comfort, which can help improve their well-being and productivity. Additionally, in industrial environments where the nature of tasks can change, the flexibility of colour temperature allows the lighting to be adapted accordingly.
3 - Color rendering:
Adjustable temperature color can improve color rendering in industrial environments. For example, for jobs that require accurate color identification, such as checking electrical wiring or inspecting products, using the appropriate color temperature can make these tasks easier by providing better perception of color details and nuances.
4 - Visual comfort:
Adjustable color temperature allows you to create visual ambiances that are suitable for different industrial activities. For example, a warmer color temperature can create a more relaxing atmosphere and reduce eye fatigue, while a cooler color temperature can stimulate attention and alertness. By adjusting the color temperature, it is possible to optimize the visual comfort of workers and promote a more pleasant working environment.
5 - Energy saving:
Industrial lighting with adjustable colour temperature allows for more efficient management of energy consumption. By adapting the colour temperature according to needs, it is possible to reduce energy consumption by using only the amount of light and the hue required for each specific situation. This can result in significant energy savings and contribute to a reduced carbon footprint.
In summary, industrial lighting with adjustable color temperature offers flexibility, adaptability, better color rendering, improved visual comfort and energy savings. These benefits make it an attractive choice for industrial environments where versatility and customization of lighting are essential.
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Adjustable powers, highlighting these advantages!
1 - Lighting flexibility:
Industrial lamps with adjustable wattages offer great flexibility in terms of light intensity. Your customers will be able to adjust the wattage of the lamps according to their specific needs, whether for tasks requiring high brightness or activities that require a more subdued atmosphere. This allows you to adapt the lighting according to different work areas, work schedules or employee preferences.
2 - Energy savings:
Lamps with adjustable wattages allow for significant energy savings. Your customers will be able to reduce electricity consumption by adjusting the light output according to actual needs. For example, when lower brightness is sufficient, it is possible to reduce the power of the lamps, resulting in savings on electricity costs while maintaining adequate lighting.
3 - Extended lifespan:
By adjusting the wattage of industrial lamps, it is possible to extend their lifespan. When lamps operate at a lower wattage, they are less stressed and subjected to less strain, which can contribute to a longer overall lifespan. This will help your customers reduce lamp replacement costs and benefit from a more sustainable lighting solution.
4 - Versatility:
Lamps with adjustable wattages offer a versatile solution for different types of industrial applications. Your customers will be able to use these lamps in a variety of configurations, adapting the light output according to specific tasks or changes in the environment. This allows you to optimize lighting for different needs, whether for general lighting, specific tasks, storage areas, etc.
5 - Visual comfort:
Adjusting light output helps optimize workers’ visual comfort. Your customers will be able to adjust lighting to the specific requirements of each work area, providing tailored brightness and reducing eye strain. This can help improve employee well-being and promote a more productive work environment.
Remember to tailor your pitch to each client’s specific needs and highlight the benefits that best meet their expectations. For example, for some clients, the economic aspect will be paramount, while others may be sensitive to sustainability or visual comfort aspects.
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Flicker free, what is it in lighting?
"Flicker free" is a term commonly used in lighting to describe light sources or fixtures that produce light without any perceptible flicker. Flicker refers to a rapid, smooth change in light intensity that is usually imperceptible to the naked eye but can cause adverse effects such as eye strain, headaches, and blurred vision in some sensitive individuals.
When a light source or luminaire is described as "flicker free", it means that it has been designed and manufactured in a way that minimises or eliminates flicker. These products are designed to provide stable and constant light, without visible variations in light intensity.
Flickering can be caused by several factors, including the frequency of light intensity modulation, the quality of the electronic components used in the lighting system, and the method of dimming or varying the light intensity.
The benefit of flicker-free lighting is that it provides a more comfortable and enjoyable viewing experience, reducing eye strain and visual disturbances. This can be particularly important in environments where stable and uniform illumination is required, such as offices, schools, hospitals, retail spaces, industrial workplaces, etc.
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Here are the advantages to highlight:
1 - Visual comfort:
Flicker-free products provide stable and constant light, reducing eye fatigue and visual disturbances in sensitive people.
2 - Increased performance:
Flicker-free lighting allows for better perception of visual details, which can be essential in work environments where visual precision is required.
3 - Well-being:
Flicker-free lighting creates a more pleasant and comfortable atmosphere, promoting the well-being of occupants and users of the space.
4 - Productivity:
Stable and uniform lighting can help improve worker concentration and productivity.
5 - Security:
In certain sensitive environments, such as laboratories, medical facilities or industrial production areas, flicker-free lighting can help ensure safe working conditions and prevent accidents.
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France Vision Energy
France-vision-led.com website
46 bis avenue du Maine
Montparnasse district
75015 Paris
France
France-vision-led.com website
46 bis avenue du Maine
Montparnasse district
75015 Paris
France
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