APL1-29614-3 Circuit Protection

Circuit breakers are designed to protect electrical parts and components from overheating, short-circuiting, overloads or other power supply problems when supplying an alternating current. The APL1-29614-3 circuit breaker is an integral thermal-magnetic molded type breaker and it is designed to meet international IEC60898-1 and UL1077 standards.

This type of circuit breaker can be used in residential, commercial, and industrial applications. It has a high-interrupting capacity of up to 10,000A. Its operating temperature range is between -10℃ and +40℃. It has a high electrical endurance and short-circuit rating of 10KA.

The APL1-29614-3 circuit breaker functions by sensing the amount of current, acting as a switch when the current exceeds a certain limit. Its thermal element reacts proportionally to the amount of current flowing, while a magnetic field generated by the current trips the breaker when the current exceeds the indicated limit. The breaker is triggered and shuts off the current flow, preventing any damage from occurring.

Installation of the APL1-29614-3 is very simple and it fits into most standard breaker panels. The breaker can be mounted on standard 35mm Euro rail tracks, single and double pole disconnect switch disconnectors and/or molded case circuit breakers. The wiring for the breaker can be connected with copper cable suitable for the breaker\'s rated current.

The APL1-29614-3 also features an overload and short-circuit indicator, which warns when an imbalance in the electrical current is detected. Additionally, it features an adjustable differential trip, which enables the user to adjust the trip point according to their individual requirements.

Overall, the APL1-29614-3 is a very reliable and cost-effective solution for protecting electric components from power supply problems. It is perfect for a wide variety of residential, commercial and industrial applications, and its adjustable differential trip allows for customisation to the user\'s particular needs.