1050N4

Panel Indicators, Pilot Lights

The 1050N4 is a versatile, low cost, universal field pilot light and panel indicator. It is designed and manufactured to provide an attractive, non-intrusive, quick acting, audi-visual indication of the status of a circuit. The range of indicators can high-light the ON/OFF Condition of any switching mechanism, electrical circuit, or machinery. The 1050N4 is offered in both single point and multiple point applications.

Application field

The 1050N4 can be used in a variety of applications, including industrial, commercial, electrical, IT and military applications. It is particularly suited for control panels in manufacturing and process control areas. The indicators are offered in a wide range of styles, sizes, mountings, and terminations, to meet virtually any indication, or location, requirement.

Working principle

The 1050N4 uses an LED as a light source. Depending on the application, the LED intensity can be adjusted from low to medium to high. This is done by selecting the appropriate operating voltage and adjusting the current passing through the LED. In order to maintain the light intensity and color from one LED to another, each LED is individually tested and controlled to meet the stringent production standards set by the manufacturer.

The LED is mounted on a printed circuit board and is connected to an external circuit which is used to provide the operating voltage. The external circuit provides the necessary power to operate the LED, which then produces the focusable light. The light is then focused by a lens onto the viewing area. The lens ensures that a uniform light intensity is spread across the illuminated area.

The 1050N4 indicator can also be used in a variety of applications including electrical, automotive and aviation applications. It is designed to provide quick, visible response to electrical or process control operations. The indicators are also designed to provide quick visual assessments of the circuit performance or system status. They are designed to withstand the toughest industrial and military environments.