LED Recessed Troffer Artemis Series Description

SFT LED Recessed Troffer Artemis series are LED retrofit replacements alternative for fluorescent troffer.

Artemis’s high performance LED system, advanced light distribution and attractive appearance deliver unprecedented energy savings and offer the most advanced luminaire for general-ambient lighting applications.

High-efficacy light engine delivers long life and excellent color, ensuring a superior quality lighting installation that is highly efficient and sustainable.

With high performance but competitive price closing to the price level as famous brand fluorescent fixture, They are the ideal solution for offices, schools, hospitals, retail and other applications.

Main Features of LED Recessed Troffer Artemis Series

*High performance with Competitive price
*Meet ETL, DLC( US version)
*Uniform and Soft Light, advanced reformative optics delivers greater distribution and uniformity of light
*Low Brightness Eliminates "Pixelation"
*CRI 80
*Up to 50% energy saving compared with fluorescent troffer
*Extreme longer lifetime up to 50,000 hours (L70 )
*Lighting source module design, easy installation and maintenance
*75 Lumens Per Watt
*0.25W with High Effi cacy LEDs
*Low Brightness Eliminates "Pixelation"
*Superior Thermal Management Reduces Heat Sink Size
*No Socket Shadows

LED Recessed Troffer Artemis Series Images

LED Recessed Troffer Artemis Series Specifications

FAQ of LED Recessed Troffer Artemis Series

*Why do LEDs have a higher initial cost than conventional light sources?

LEDs are made of electronic components which need to be packaged together to offer long lasting efficient light sources to the end user. Apart from the LED chip itself which has sapphire and gallium in the semiconductor, the process of packaging with materials like ceramic, rare earth phosphors, silicone, solder and gold wire add to the overall cost. White LEDs require further tests for calibration and standardisation.

*What are the economic advantages of using LEDs over conventional light sources?

Although the initial cost of conventional light sources is less than LEDs, they do not take into account the operational and maintenance cost of the lighting system. LEDs, having a longer life , reduce maintenance and lamp replacement cost.  This reduces cost of labour to replace lamps and the cost of new lamps at the end of lamp life cycle. LEDs, also consume less energy.  Thus the overall cost of a LED system can thus be significantly lower than conventional lighting systems. Most applications with LEDs offer a payback period as low as 3-4 years.

*What are the strategies in the development of LED technology that are helping to reduce the cost of LEDs in the future?

Some of the strategies reducing the cost of LEDs in the future are:

Reduction in the production process.

Simplification and reduction in the number of components.

Introduction of new materials.