5591301801F Optoelectronics

The 5591301801F is an LED panel indicator, pilot light, and audible indicator system. The system is designed to provide visibility and audio information within a given space, and is especially suited to use in noisy or hazardous industrial environments.

The system features a rugged construction that is rated for up to NEMA 4X, ensuring a long operational life. An integral focusing lens further increases the 5591301801F\'s durability, allowing it to be used in applications where vibration or extreme temperatures are an issue. The enclosure is also IP65 rated, protecting it against water, dust and other environmental conditions.

The system offers a variety of configuration options to best suit the needs of the application. For example, the LED indicators can be configured to flash or remain lit at a constant rate, providing a visual representation of whatever conditions they may be monitoring. Additionally, the Audio alert can be adjusted to sound at definite times, allowing operators to differentiate between normal and abnormal operational states. All six indicators can be configured, allowing the system to be tailored to suit a wide range of application requirements.

The 5591301801F\'s working principle is simple, but effective. It harnesses the power of electricity, allowing it to be used to control both LED and audio alerts. The system connects to any electrical wiring system, and is capable of detecting any voltage or current within the system. When the voltage or current is at an unsafe level, the accompanying LED and audible alerts will activate, warning operators of the hazardous system conditions.

Overall, the 5591301801F is an easy to use, yet highly versatile panel indicator and pilot light system. It offers a simple solution to a wide range of monitoring and alerting needs, and can easily be configured and integrated into any existing electrical system. With its rugged construction and broad array of configuration options, the system is an ideal choice for any industrial application.