"BRP490 LED181 NW 120W DW2n PSA SP1 911401647209" appears to be a detailed specification for a particular lighting product. Here's a breakdown and possible interpretation:
BRP490: This is likely the product model or series name, which might suggest a specific line of lighting products with certain common design or performance characteristics.
LED181: Indicates that the device uses light - emitting diodes (LEDs), and the number 181 might refer to the quantity of LEDs in the fixture. A higher number of LEDs can often provide more uniform and intense lighting.
NW 120W: "NW" likely stands for "Neutral White," which is a color temperature of the light emitted. The 120W indicates the power consumption of the device. A higher wattage generally means greater brightness, suitable for applications that require a high - level of illumination, such as large indoor spaces or outdoor areas.
DW2n: This could be related to the driver or control circuitry of the LED lighting. It might denote a specific version or type of driver with certain features, such as dimming capabilities, power factor correction, or compatibility with different power sources.
PSA: May refer to a particular packaging type, a safety standard that the product meets, or an abbreviation for a production - related aspect, like a production site or a specific quality assurance process.
SP1: Could be an additional code specific to the product, perhaps indicating a special feature, a particular version within the model series, or a specific application - related characteristic.
911401647209: This is most likely a unique serial number or identification code assigned to this specific unit. It is used for tracking the product through the manufacturing process, for inventory management, and for any potential after sale support or product recalls.
Overall, "BRP490 LED181 NW 120W DW2n PSA SP1 911401647209" seems to describe a high - power, neutral - white LED lighting fixture with a specific set of features and characteristics, designed for various lighting applications where a significant amount of bright, evenly - distributed light is required.
