IEG11-32838-15-V 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

IEG11-32838-15-V, also known as a Circuit breaker, is an electromechanical device used to protect electrical circuits from excessive current, voltage, or power outages. It cuts off the supply of electricity to an electrical circuit when the current drawn from the circuit is too high or the potential difference across the two poles of the circuit is too low. Circuit Breakers are essential components in the electrical system as they prevent fires, electrocutions, and other hazards that can occur due to too high current draw in the circuit.

IEG11-32838-15-V is a type of three-pole circuit breaker and has a rated voltage of 380 V. It offers protection against short circuit and overload conditions. In the case of a short circuit, the current will reach high values within milliseconds and cause enormous energy to be released and damaging components. The circuit breaker senses these high currents by comparing the current through it against the allowable settings, and immediately trips the circuit. In the case of an overload, too high a current flows through the breaker, causing it to trip, thus preventing any equipment damage resulting from the overload.

IEG11-32838-15-V has a short-circuit interruption capacity that is designed for use with 500 V to 1380 V currents. It is certified to the IEC-60068-2, UL489, EN 60947-2, and EN 60947-3 standards, making it highly reliable and safe to use even in extreme conditions. Measuring 170 mm x 37 mm x 68 mm, this three-pole circuit breaker fits in all standard electrical equipment, is highly resistant to shock and vibration, and is corrosion resistant.

The IEG11-32838-15-V circuit breaker is connected in series with the line, so it can be easily tripped and blocked in the case of an overload. It has three switching poles, each with a spring-loaded terminal and a short circuit release. During normal operation, the connection between the contact points allows the current to pass through, but when the current reaches a certain value the contact points separate, interrupting the current flow. This interruption is achieved by the mechanical action of a spring-loaded trip mechanism.

The pulse signal generated by the tripping action of the circuit breaker can be used for circuit protection as a means to control the power flow. The signal is provided by a series of dedicated internal electronics components that provide a trip signal when the circuit is under overload. This pulse signal can be further used by Digital Circuit Breakers (DCB) to provide remote control, monitoring and protection functions.

The IEG11-32838-15-V circuit breaker is a reliable, safe, and economical method of protecting electrical circuits in a variety of applications such as industrial, commercial, residential, or lighting systems. It also provides increased safety as it can detect and trip on excessive overcurrents that would otherwise pass unnoticed by the fuse or thermal overloads. With its advanced features, this circuit breaker is suitable for industrial and commercial high-voltage equipment.

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