IALK1-1REC4-53-15.0-01

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 an important element of the electrical grid that ensure the safe operation of electrical systems, providing protection against potentially hazardous short-circuits, over-voltages and other electrical anomalies. The IALK1-1REC4-53-15.0-01 is one such product, specifically designed to provide thermal, short-circuit, and overload protection and control in medium-voltage distribution systems.

The IALK1-1REC4-53-15.0-01 circuit breaker is designed to handle currents up to 15.0A. The device is designed for use in plants and electrical systems which require 6-15 kV power supply. It has a thermal rating of 6kV continuous and a short-circuit rating of 0.6/1.2kA. The breaker has a maximum interrupting current of 3kA. It is designed for installations where the circuit breaker must be isolated from the power system to prevent a possible current overload.

The IALK1-1REC4-53-15.0-01 has two main components, the thermal element and the magnetic element. The thermal element is made up of a bimetallic strip which is sensitive to temperature, while the magnetic element is a solenoid which responds to changes in the current. The thermal element acts as the primary protection against over-current conditions while the magnetic element provides the secondary protection against short-circuits. When current exceeds a predetermined safe level, the thermal element will heat up due to the high current, causing it to expand and pushing the magnetic element against the breaker contacts, opening the circuit and preventing damage to the system.

The thermal element also monitors the stress placed on the power system. It will detect any sudden changes in the amount of current, allowing the breaker to quickly respond and open the circuit to protect against possible power surges and over-voltages.

The IALK1-1REC4-53-15.0-01 therefore provides a high level of protection against a range of potentially hazardous electrical anomalies and can be used as an efficient and cost-effective solution for medium-voltage distribution systems.

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