PM5R3-YGW12.0

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PM5R3-YGW12.0 is a type of panel indicator pilot light that is designed for signal lighting applications and is capable of providing visual indications to operators. The product is UL and C-UL Certified, and is compliant with NEMA, JIS, and IEC International Standards.

PM5R3-YGW12.0 is designed for a variety of signal lighting applications, such as: warning and alert indicators, emergency response lights, status indicators, and general lighting panels. It is ideal for use in industrial, commercial, residential, and consumer equipment. This type of panel indicator pilot light is suitable for a wide range of environments and can be used in wet or dusty locations.

The design of PM5R3-YGW12.0 is such that it is easy to install and requires minimal maintenance. The product is composed of durable aluminum base and housing that are corrosion-resistant and have a long service life. The product also features IP40 water protection and a high degree of shock resistance.

The working principle of PM5R3-YGW12.0 is based on the Lambertian Diffuse Radiance Theory. This theory states that light radiation is homogenously distributed in all directions which enables it to achieve an optimal light output. The product is designed with a built-in LED that is capable of producing a bright light with optimal visibility. The product is able to display a variety of signals which can be easily identified in a variety of light conditions.

The design of PM5R3-YGW12.0 also incorporates a low-power consumption design philosophy which enables the product to operate for extended periods of time without the need for frequent replacement or maintenance. Additionally, the product is designed to be resistant to over-voltage and short-circuits which helps to reduce the chances of damage to the product.

PM5R3-YGW12.0 is a highly reliable product that can be used for a variety of signal lighting applications. The product is capable of providing optimal visibility and can be used in a variety of light conditions. Furthermore, the product is designed with a low-power consumption design which ensures that the product is able to operate for extended periods of time without the need for frequent replacement or maintenance.

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