QS101XXR24

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Panel indicators, pilot lights and the QS101XXR24 are often used to draw attention to the presence of a hazardous condition, relay status information, or to provide a visual indication of the operational state of a circuit. This article will discuss the features, application field and working principle of the QS101XXR24.

The QS101XXR24 is an economical, reliable, quick-connecting LED-illuminated panel indicator. It has a round shape and incorporates a 6 mm concave lens which provides a generous panel cutout. This product offers 85° viewing angle, high intensity LED operation, voltage range of 6-240 VAC, and rated power of 50 mA.

The QS101XXR24 also features a high quality design with red, green, or amber LED indicators, as well as a fixed or removable terminal block for quick termination. It is suitable for almost any control panel, enclosures, and other industrial applications. In addition, it is designed to be resistant to shock, impact and vibration.

Typically, this panel indicator is used to indicate when a system is in a safe operating condition. For example, it can be used to light up warning signs in a hazardous environment or can be used in an industrial control panel to indicate when a device is operational. In this situation, when the device is operational, the LED indicator will be illuminated, indicating that the system is in operation.

The working principle of the QS101XXR24 is relatively straightforward. The LED indicator is powered by the 6-240 VAC input power. When the input power is active, the LED indicator is illuminated. Similarly, when the power is off or absent, the LED indicator will not be illuminated.

In summary, the QS101XXR24 is a reliable, economical LED-illuminated indicator for panel applications. It is available in multiple colors, with fixed or removable terminals, and includes an 85° viewing angle. It is typically used in hazardous environments to provide a visual indication of system status and is powered from 6-240 VAC input power. It is highly resistant to shock, impact and vibration.

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