IEG1-35699-2-V

Circuit breakers are used worldwide in virtually all new and existing electrical distribution systems in industrial, commercial, and residential power applications. One such circuit breaker is the IEG1-35699-2-V. This breaker is an air-break type contact breaker unit with a two-pole, and three-pole, thermal-magnetic release system.

The unit uses a bimetallic element in its thermal release mechanism, while the magnetic release is provided by a combined magnetic contact system made up of an electromagnet, a DC energised coil, and a magnetic trigger assembly. When the current rating of the breaker is exceeded, the coils held in the magnetic contact assembly become overloaded, thus separating the contacts and cutting the power to the circuit. This is known as tripping.

The release elements within the IEG1-35699-2-V have a very fast reaction time and can be used for both AC and DC applications. In the AC setting, the circuit breaker can handle up to 10,000A and has a rated voltage of up to 600V. It is certified for use in places up to 50 meters below sea level and is certified for use in division levels up to 4.

The IEG1-35699-2-V is suitable for a wide range of electrical distribution system applications, including power factor correction, arc welding and motor control. It is also suitable for use in conjunction with motors, transformers, capacitors and other sensitive electrical equipment, as well as areas where hazardous high currents may be present.

The IEG1-35699-2-V has been designed with safety and reliability in mind, and complies with standards such as UL489 and IEC 60947-1, which ensure the highest safety and performance standards are met. Its small, compact design makes it suitable for use in even the tightest spaces.

The IEG1-35699-2-V is a proven, reliable, and safe device, designed to protect sensitive electrical equipment, as well as hazardous high currents. Its fast reaction time and simple design allows for easy installation and maintenance, making it the ideal choice for any electrical distribution system application.