GW PSLR31.PM-LWLZ-A232-1-150-R18

LED lighting has revolutionized the lighting industry in the last decade due to its energy efficiency and long-life expectancy. In recent years, the technology has improved further, so much so that LEDs are now available in white as well as other colors. The GW PSLR31.PM-LWLZ-A232-1-150-R18 is a white LED light source module designed for indoor commercial and residential lighting applications.

The GW PSLR31.PM-LWLZ-A232-1-150-R18 consists of four LEDs with a color temperature of 4100 K and a lifetime of up to 50,000 hours. It has a power consumption of only 6.7 W and can generate up to 700 lumens of light output. The module has a compact size of only 18 mm x 18 mm, making it ideal for applications which require a small footprint. In addition, the light comes with various mounting options such as hard and soft surface mounting, wall and pole mounting, and suspended or inverted mounting.

The main advantage of the GW PSLR31.PM-LWLZ-A232-1-150-R18 is its high efficiency and low operating costs. It uses only 6.7 W of power, making it significantly more energy efficient than traditional lighting. This can result in significant savings on electricity bills over time. In addition, the long life expectancy of the LEDs ensures that no maintenance or replacement of the light source is required for up to 50,000 hours of operation.

The GW PSLR31.PM-LWLZ-A232-1-150-R18 has a high level of light uniformity and a wide range of beam angles from 10 degrees to 180 degrees. This allows for accurate lighting control and flexibility in various lighting applications. The module also has a high colour rendering index (CRI) of up to 80, which means that it can accurately reproduce the colour of an object. This is particularly important for applications such as retail, museum, and hospitality.

The GW PSLR31.PM-LWLZ-A232-1-150-R18 is an ideal solution for indoor commercial and residential lighting applications. It has a low power consumption and high efficiency, long life expectancy, and high light uniformity. It also has a high CRI, which makes it suitable for applications where accurate colour reproduction is important. With its compact size, it is ideal for applications which require a small footprint.