IUGN6-1-72-7.00 Circuit Protection

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit Breakers are electrical devices that protect electrical systems from overcurrent or short circuit situations. The IUGN6-1-72-7.00 is a specific type of circuit breaker that offers a wide range of applications and features. This article will discuss the application field and working principle of the IUGN6-1-72-7.00 circuit breaker.

The IUGN6-1-72-7.00 circuit breaker is designed to protect motor- and transformer-fed circuits in both AC and DC systems against short circuits and overloads. This type of circuit breaker is approved for use in hazardous locations that require Class I, Division 2 or Class II, Division 2 classification. It is also designed to protect life and property in high risk industrial environments. The integrated circuit design ensures complete safety in all applications.

The IUGN6-1-72-7.00 circuit breaker is designed to prevent circuit faults due to current overloads and protect life and property in critical applications. It is designed with a unique thermal-magnetic technology which gives it superior performance in terms of overcurrent protection and variable time delay protection for controlling motor starting conditions. The circuitry can also be fitted with trip settings that can be customised for specific current levels.

The IUGN6-1-72-7.00 circuit breaker is constructed from a durable eutectic alloy which gives it superior mechanical and electrical properties. The construction also ensures the device is resistant to thermal drift and defection due to overloads. The circuitry is designed to provide double protection with both thermal-magnetic and time-delay features.

When the circuit breaker detects an overcurrent or short condition, it will instantly trip the circuit. This will prevent any further damage to the circuit. Once the fault is identified, the circuit breaker can be reset from the outside, eliminating the need to open the cover and exposing people to hazardous voltages. Once the reset is complete, the circuit breaker will be ready to protect the system against further events.

The integrated design of the IUGN6-1-72-7.00 circuit breaker is designed to offer superior performance in a wide range of applications. It is capable of handling phase-out and phase-in events on a low power distribution system and can also provide quick tripping during motor start-up and shut-down. The device is also capable of providing instantaneous protection against short circuits and overloads.

The IUGN6-1-72-7.00 circuit breaker is designed with self-diagnostics which allows the device to continuously monitor and protect the system against faults and overloads. This feature is especially useful in detecting both overcurrent and undercurrent conditions. It can identify any current issue and immediately trip the circuit in order to prevent further damage. This feature provides additional layer of safety and peace of mind.

The IUGN6-1-72-7.00 circuit breaker is designed to perform reliably in a wide range of applications and conditions. Its thermal-magnetic design ensures complete protection against overcurrents and short circuits. The device is also designed with self-diagnostics which allows it to continuously monitor the system for signs of faults or overloads. It is capable of providing instantaneous protection during phase-in and phase-out events and during motor start-up and shut-down.

Overall, the IUGN6-1-72-7.00 circuit breaker is an effective and reliable device for protecting motor circuits and transformer circuits from short circuits and overloads. This device is approved for use in hazardous locations and provides complete safety in all applications. Its integrated design provides superior performance and reliable protection against overcurrents and short circuits. The integrated self-diagnostics feature provides additional safety and peace of mind.

The specific data is subject to PDF, and the above content is for reference