Q16F5BXXHR12E3PB

Panel indicators, pilot lights, and other similar devices are used to identify the status of a system or to alert when an event has occurred. Because they are used in safety systems and other critical applications, it is important to understand the application and working principles of such devices. The Q16F5BXXHR12E3PB is an example of such a device.

The Q16F5BXXHR12E3PB is a panel indicator designed for use in a wide range of challenging applications and environments. It is explosion proof and can operate in up to 70°C environments without risk of damage. The device is intended to be used for a variety of signaling applications such as indicating the status of a machine, system, or process, signal reception, or to activate a warning or safety system.

The Q16F5BXXHR12E3PB is a pilot light type indicator and consists of a lamp and reflector unit, a glass face, and a mounting bracket. The lamp and reflector unit consists of a light bulb that is enclosed within an aluminum reflector that focuses and evenly diffuses the light. The light bulb is designed to last up to 50,000 hours, making it an economical and reliable lighting source.

The glass face of the Q16F5BXXHR12E3PB is designed to protect the bulb and reflector from dust, dirt, and other contaminants. It also helps to diffuse the light, helping to ensure an even lighting distribution. The mounting bracket serves to attach the indicator to the panel and securely hold it in place.

The working principle of the Q16F5BXXHR12E3PB is simple and effective. When the device is activated, a current is passed through the bulb, causing it to emit light. This light is then focused and diffused by the reflector and the glass face, allowing it to be seen in either bright or low-light environments. The device can be deactivated by simply shutting off the power, making it ideal for quick on/off signaling.

The Q16F5BXXHR12E3PB is an excellent choice for a wide range of panel indicator, pilot light, and signaling applications. Its rugged design, long-life bulb, and economical operation make it a reliable and cost-effective solution for many scenarios. It is also a great choice for safety systems and other critical applications that require reliable, easy-to-read signals.