SPMWH1221FQ7GBPKSA

SPMWH1221FQ7GBPKSA, commonly referred to as SPMWH, is an LED lighting module that can be used for a variety of applications. It is primarily used as a white LED light source and has a wide spectrum of coverage from approximately 450 nm to approximately 675 nm. The LED module has a color rendering index (CRI) of more than ninety and a lifetime of up to 70,000 hours. This LED module is a multi-emission type lighting source that can provide a bright, uniform and glare-free illumination. It is also energy-efficient and can be used to reduce the electricity bills significantly.

SPMWH1221FQ7GBPKSA can be used in a variety of applications such as stage lighting, shop lighting, commercial lighting, security lighting and more. The LED module has a wide variety of settings and features that allow it to be customized according to the application that it is being used in. For example, the LED module can be dimmed, color shifted, and programmed to achieve the desired outcome for a specific application. In addition, the LED module is also resistant to shock, vibration, and extreme temperatures.

The working principle of the SPMWH1221FQ7GBPKSA is based on a combination of light-emitting diode (LED) and Fresnel lens technology. The LED module consists of a number of high-power LEDs that are arranged in an array and are connected to a driver board. The driver board is responsible for regulating the current that is applied to the LEDs, and this determines the brightness of the LEDs. The light emitted by the LEDs then passes through a Fresnel lens that focuses the light into a concentrated beam of uniform light. This makes it possible for the LED module to cast a bright, uniform and glare-free illumination over a wide area.

The SPMWH1221FQ7GBPKSA LED module is a great choice for applications that demand a bright, uniform and glare-free illumination. It can be used to reduce electricity bills drastically, as it is energy-efficient, and it also features various settings and features that make it very adjustable according to the application that it is being used in.