Latest generation LED panel

BACKLIT - 60 x 60 cm / 30 x 120 cm

AMBITION ECO Series

CCT - Adjustable Power

ADJUSTABLE temperature color!

1 Light, 3 temperature colors!
- Warm white 3000K
- Neutral white 4000K
- Cool white 6000k

Adjust the lighting color as you like directly with the adjustable button!

CCT, Adjustable Color – What is it?

LEDs with adjustable color 3000K, 4000K and 6000K are LED formats that offer the possibility to adjust the color temperature according to your lighting needs. The color temperature is measured in Kelvin (K) and is used to describe the hue of light emitted by a lighting source. The higher the color temperature, the whiter or bluer the light will be, and the lower it is, the warmer/yellower the light will be.

• The color temperature of 3000K is considered warm and it emits a yellow/orange light. It is a color temperature generally used for living spaces, such as living rooms, bedrooms and restaurants.
• The color temperature of 4000K is considered neutral and it emits white light. It is a color temperature often used for workspaces, such as offices, classrooms, and laboratories.
• The color temperature of 6000K is considered cool and it emits a blue/white light. It is a color temperature often used for commercial spaces, such as stores, warehouses, and parking lots.

By choosing a color-adjustable LED, you can adjust the color temperature to suit the activity or mood of your space. This allows you to create the desired atmosphere and meet your specific lighting needs.

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Format / Panel type: BACKLIT - What is it?

Backlit LED panels are flat panels made up of LEDs (light-emitting diodes) arranged behind an acrylic or polycarbonate glass surface.These tiles are often used for interior lighting, especially in offices, schools, hospitals, shopping malls and other public buildings.

LED backlit lighting is characterized by uniform, bright light that spreads through the acrylic or polycarbonate surface to illuminate the entire room.

LED backlit panels are also very energy efficient, as they consume much less electricity than traditional lighting sources such as fluorescent tubes and are more efficient than previous generations, mainly available on the market, the EDGELIT type.

LED backlit panels are modern, efficient and versatile lighting solutions that can be used in a variety of indoor lighting applications.

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Previous generation (EDGELIT) and new generation (BACKLIT), what’s the difference?

Backlit LED panels are often considered to provide more uniform and consistent lighting across the entire surface of the panel. This is because the LEDs are placed behind the acrylic or polycarbonate surface, allowing for an even distribution of light. Backlit LED panels are also very energy efficient and have a longer lifespan than edge-lit LED panels.

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Previous generation (EDGELIT) and new generation (BACKLIT), the comparison

Whether Backlit LED panel type is better than Edgelit or not depends on the intended application and usage. Generally, each type of LED panel has its advantages and disadvantages, and the choice will depend on the user's specific needs.

However, it is generally accepted that Backlit LED panels perform better than Edgelit LED panels for the following reasons:

Brightness: Backlit LED panels are generally brighter than Edgelit LED panels because the LEDs are placed behind the panel, allowing for even light diffusion across the entire surface of the panel.

Uniformity: Backlit LED panels have better light uniformity than Edgelit LED panels because the light is diffused across the entire surface of the panel, without shadows or inconsistencies.

Sustainability : Backlit LED panels are generally more durable than Edgelit LED panels because the LEDs are protected by an additional layer of material that protects them from impacts and scratches.

Energy consumption: Backlit LED panels tend to consume less energy than Edgelit LED panels because the LEDs are more efficient when placed behind the panel, allowing for better use of light.

Ease of installation: Backlit LED panels are generally easier to install than Edgelit LED panels because they do not require a special frame to hold the LEDs in place.

In summary, Backlit LED panels are generally considered superior to Edgelit LED panels in terms of brightness, uniformity, durability, power consumption and ease of installation.

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Transformer of the AGT brand, more details:

AGT is a recognized brand in the field of LED panel transformers, offering several advantages to its users. Here are some of these advantages:

Reliability: AGT transformers are manufactured with high quality materials and undergo rigorous testing to ensure their reliability.

Energy efficiency: AGT transformers are designed to be highly energy efficient, meaning they consume less power and therefore provide significant energy savings.

Long life: AGT transformers are designed to last a long time, which means you won't have to replace them often.

Universal Compatibility: AGT transformers are compatible with most types of LED panels, making them very versatile.

Security : AGT transformers are equipped with safety devices to ensure safe and reliable use.

Ease of Installation: AGT transformers are easy to install, saving time and money.

AGT transformers offer a combination of reliability, energy efficiency, long life, universal compatibility, safety and ease of installation, making them an attractive choice for LED panel users.

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What advantage for UGR < 19?

UGR stands for "Unified Glare Rating", which is a measurement used to assess the amount of excessive brightness in a given lighting area. The higher the UGR, the more the lighting area is prone to high levels of eye strain and visual discomfort.

One benefit of having a UGR of 19 or less is that it can help reduce eye strain and improve visual comfort for people working or living in the lighting area. Well-lit spaces with a low UGR can also help improve worker productivity and concentration, especially in environments such as offices, classrooms, or industrial workspaces.

Additionally, a low UGR can also help reduce the risk of visual disturbances associated with prolonged exposure to high levels of light and brightness.