41W-BR15H-NWO

The 41W-BR15H-NWO is an LED light which falls in the category of Panel Indicators, Pilot Lights. This light has a range of applications as it has advanced features to meticulously control all the functions of the user that will ensure maximum efficiency. The 41W-BR15H-NWO is capable of performing various tasks on several different levels.

The 41W-BR15H-NWO is an ideal choice to indicate when a system is powered up and running. It is also useful to indicate when a system is in an idle state or to notify the user about warning alerts. This LED light features bright illumination and has an excellent vibration and shock resistance. It is extremely reliable and can operate in temperatures ranging from -30°C up to 70°C. It also features greater power efficiency and requires low maintenance.

In terms of performance, the 41W-BR15H-NWO can withstand high temperature with a maximum of 85°C. It also has an excellent shock resistance of up to 50G and a vibration level of 10-50Hz/1.5mm. This makes the LED light highly suitable for applications in harsh environments. Additionally, the LED light has an over-temperature protection factor of 94°C. It also offers high-level waterproof protection to withstand up to 1 meter deep water and humidity up to 90%.

The 41W-BR15H-NWO works on a special principle known as Pulse Width Modulation (PWM) Control. In this principle, the power cycle offs and ons repeatedly to obtain the desired light intensity, allowing you to get the exact amount of light you need. This greatly improves energy efficiency, ensuring greater cost savings.

In summation, the 41W-BR15H-NWO is a very reliable and cost-effective LED light for Panel Indicators, Pilot Lights applications. It has an impressive list of features such as bright illumination, long lifespan, low maintenance, greater power efficiency, shock resistance, climate resistance and excellent over-temperature protection reputation. It also has excellent waterproof protection, making it an ideal choice for outdoor applications. The PWM control principle further helps to maximize energy efficiency, making it a great choice for a wide range of applications.