IELBXK1-34615-20-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

Circuit Breakers are a critical component to any electrical system, as they safely trip out if an overload situation is detected. The IELBXK1-34615-20-V is one of the many available models for controlling and protecting electrical systems. Its application field and working principle are highly specific and can be a useful addition to any installation needing protection.

Applications

The IELBXK1-34615-20-V circuit breaker is designed for use within a variety of industrial installations. The device is rated to handle current loads up to 15 amps per pole, and it is rated for 600 VAC. It is suitable for use in circuits rated up to 10 horsepower and it can also be used in Class A applications as a defensive measure against damage to the system or costly interruption of service.

Working Principles

The IELBXK1-34615-20-V circuit breaker trips out when either a short circuit or an overload is detected. Its tripping speed is adjustable, allowing for protection against a wide range of short circuit currents between 10,000 and 300,000 amps. When a short circuit occurs, the extreme current causes an electromagnet to energize which then moves the breaker into the "TRIPPED" position. If an overload is detected, a bimetal strip will expand and actuate the breaker in the same way.

The IELBXK1-34615-20-V circuit breaker can be reset manually, electrically or remotely depending on the system configuration it is used within. The device is setup in a way that the system can return to the normal mode of operation quickly and with minimal downtime.

Conclusion

The IELBXK1-34615-20-V circuit breaker is perfect for industrial applications where reliable protection and performance is required. The adjustable tripping speed, adjustable reset mechanism and wide voltage range are assets within various system configurations. This circuit breaker is suitable for use in circuits rated up to 10 horsepower and up to 600 VAC. These factors make the device an ideal choice for protecting critical systems from overload and short circuit scenarios.

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