LumiBar3098 SunLike TRI-R LED Modules CRI98 Zhaga 2700 lm/m

Professional LED Modules with Toshiba-SSC SunLike TRI-R LED CRI98+, Plug & Play Zhaga, flux up to 2700 lm/m

With the new SunLike™ TRI-R™ technology from Toshiba-SSC (Seoul Semiconductor) you can always enjoy a natural light source. All colors are as vibrant and have the same shade under SunLike LED light as they are seen out in the daylight.

This natural light spectrum contributes to our well-being and helps us become more productive. It has a huge importance in all areas where color appreciation is important: health, fashion, art, etc.

An important factor for our well-being is the intensity of blue light in the light spectrum of the light source. Standard LEDs produce white light by coating a blue LED chip with a phosphor layer, thus having a high-intensity spectrum of blue light.

There are studies that show that too much blue light can affect sleep or cause migraines. The SunLike TRI-R 5000K LEDs emit much less blue light than standard LEDs and their brilliance does not have any negative effects on our health.

The LumiBar3098 module is a lightweight, easy-to-fit light source, equipped with Toshiba-SSC SunLike™ TRI-R™ LEDs and is built in standard Plug & Play Zhaga format.

Beyond the natural spectrum with CRI 97+, the LumiBar3098 strip is also very durable and has low energy consumption. SunLike LEDs are among the best performing mid-power LEDs on the market, with over 36,000 hours of operation and a minimum light efficacy of 120 lumen / watt.

One meter of SunLike 52 LED module provides a solar white light output of over 2600 lm (250W equivalent) at only 24 watts and using only 92 SunLike LEDs.

LumiBar3098 SunLike is a great choice for compact and bright luminaires for applications where the light spectrum has to be natural.

For luminaires with a length of less than 52 cm, you can choose the LumiBar3098 26 LED with a luminous flux of up to 2600 lm / m.

The module has a shape in Zhaga's standard form and connection, thus a fixture with this standard can be maintained or updated with future LumiBar3098 LED strips or from other manufacturers.

LumiBar3098 52 complies with Zhaga Book 7 L56W2 for modules of 52 cm length
LumiBar3098 26 complies with Zhaga Book 7 L28W2 for module of 28 cm length

LumiBar3098 modules use a Plug & Play power system that allows wires to connect without soldering gun and use a constant current desgin for the highest energy efficiency.

Investing in SunLike modules is safe due to the 5 warranty.

Applications forLumiBar3098 LED SunLike LEDs:

Natural spectrum lighting for clothing, decorations, jewelry, museums, art galleries, hospitals, medical clinics, hairdressing salons
Production of compact and very bright luminaires
Maintenance or updating of luminaires using standard Zhaga LED modules (Book 7 L56W2 and L28W2)

LumiBar3098 SunLike Tri-R LED Documentation

Relevant articles on our blog

The SunLike quality difference

Toshiba is a Japanese conglomerate with a history of more than a century, now specialized in semiconductors, electronics and hardware, with nearly 20,000 employees and an annual turnover of 40 billion USD. Toshiba has invented the TRI-R technology and makes the LED chips used in the SunLike LEDs by Seoul Semiconductor from South Korea.

Seoul Semiconductor (SSC) is an LED-maker with more than 27 years of experience, in the top 10 global producers with annual LED diode sales of more than $ 1 billion.

We are a specialist of high performance LED light solutions. As part of the early success of LEDs we have extensive application knowledge from a wide range of sectors. Since 2010, we have developed and produced LED strips in a state-of-the-art production facility in Germany. These strips have been used successfully in a wide range of application and developed specifically to meet customer specifications.

The difference between the quality and performance of a LumiBar3098 with SunLike LED strips and a common LED with budget LEDs is evident from the first light and in time the gap increases even more.

4) Natural shine at the same intensity for a long time

After 6,000 hours of operation, the SunLike LEDs retain 96% of the initial light output, in contrast a low cost LED loses up to 60% of the initial brilliance in the same time range. The explanation lies in the quality of the materials and the construction of the chip and the LED diode.

The evolution of SunLike LED light output is supported by tests for 6,000 hours, according to the LM-80 standard, and the lifetime (the time when light drops to 80%) is calculated according to TM-21 methodology, both internationally recognized.

5) Uniform color temperature

On a LumiBar3098 module, all SunLike LEDs have the same shade of white light, just like all LED strips in a delivery. The shade will be kept on a future order, such uniformity being possible due to the 3 Macadam Elipse sorting standard.

In addition, after many hours of operation SunLike LEDs have the same hue as the acquisition.

In contrast, on the cheap module, the LEDs may have more shades or the difference in shade between different reels is significant. The requirement that at the next order the color temperature is as before is impossible to accomplish. The reason is the lack of a post-production sorting standard (a price-increasing standard). Moreover, after just a few thousand hours, each cheap LED on the strip changes its hue, differently.

6) The SunLike LED is more energy efficient

Depending on the technology used, LEDs may have different light output for the same power consumption. The difference in light efficacy (lumens per watt) from one LED to another may even be 500% and has a very high influence on the production price.

The SunLike LEDs have a very good light efficacy for a very high CRI LED, more than 120 lumens per watt. An inexpensive LED with a CRI of less than 70 has around 50 lumens per watt.

In other words, one meter of LumiBar3098 24W is as bright as two meters of 14.4W / m strip with 5050 cheap LEDs (total consumption 28W per meter). After 6,000 hours the LumiBar3098 module will become as bright as nearly four meters of the cheap LED strip due to the degradation of the latter's luminous flux.