GW CSHPM1.EM-LPLR-XX56-1

GW CSHPM1.EM-LPLR-XX56-1 is an LED lighting product that is classified under the White LED Lighting category. It is a type of LED lighting technology in which LED lamps are used to produce a high-quality illuminating effect that is white in color. The LED lamps are based on an array of light-emitting diodes or LED chips in which each diode or LED chip consists of several LED emitters.

In terms of application field, GW CSHPM1.EM-LPLR-XX56-1 is mainly used in a variety of commercial and industrial lighting applications, such as residential and public buildings, supermarkets and warehouses, offices, and hotels. It is suitable for many applications due to its high efficiency, long product lifecycle, and low maintenance cost. By using this product, the users can save up to 60% of the energy cost in the building and have a reduction in the pollution emissions.

In terms of working principle, the GW CSHPM1.EM-LPLR-XX56-1 model combines both Bright White Chainable and Linear Linear Phosphor Back Light Integration technologies to produce a high-quality illumination. It relies on LED chips and LED emitters which are grouped together in linear arrays. The LED chips are driven by pulse width modulation (PWM) to enable the LED chips to control the energy transferred to the LED emitters and to adjust the corresponding brightness. The LED emitters are then modeled by a line of linear phosphor material which enhances the brightness and light homogeneity.

GW CSHPM1.EM-LPLR-XX56-1 is a highly efficient LED lighting solution that offers excellent illumination with high light output and long lifetime. It is the perfect choice for lighting applications that require high brightness and white color light. Furthermore, it is designed for use in a variety of applications, such as offices, hotels, and assembly and production areas. It is also suitable for harsh environment conditions and long-term lighting operations. Finally, it features a smart power saving system and a low power consumption which makes it an ideal choice for energy-efficient lighting.