OXU3111-ABNC G Uncategorized

The OXU3111-ABNC G is an industrial-grade micro-voltage protection relay designed for use with 10-30V DC power supply systems. This type of relay is used to monitor and protect a power line against hazardous overvoltage or undervoltage levels that can cause damage to connected equipment. The OXU3111-ABNC G has a built-in voltage detection function and an approximate 170mV hysteresis, making it suitable for systems where high accuracy is required.

The OXU3111-ABNC G is suitable for applications where power supply systems require protection against voltage transients and power fluctuations. Examples of such environments include industrial machinery, motor control centers, and solar power systems. The power supply for the OXU3111-ABNC G must be a 10-30V DC voltage. The operating temperature range for the relay is -20°C to +60°C. An optional LED indicator is available for applications requiring visible confirmation of the relay\'s status.

The working principle of the OXU3111-ABNC G is simple. When an over-voltage or under-voltage is detected, the relay will interrupt the power supply to the connected equipment. It can also be used in combination with an external resistor-capacitor network to provide additional protection against voltage transients. The OXU3111-ABNC G has an integrated triac and zero-crossing detection, and will automatically reset once the voltage returns to a normal level.

The OXU3111-ABNC G offers a wide range of features that make it an ideal choice for the wide variety of applications it can be used in. For example, it supports pulse-width modulation, differential current protection modes, and a wide range of voltage protection levels. It also includes an integrated self-test and self-reset feature, allowing it to continuously monitor the power supply system and automatically shut off power if an over-voltage or under-voltage is detected.

In summary, the OXU3111-ABNC G is an ideal choice for a range of harsh industrial and commercial environments. Its range of features makes it suitable for use in applications that require very high accuracy and reliability. Thanks to its integrated voltate detection function and self-test and self-reset features, it is a highly reliable and cost effective solution for the protection of power supply systems.