1610-21-20A

1610-21-20A Circuit Breakers

Circuit breakers are used in a wide variety of applications, from small-scale domestic wiring to large industrial control systems. The 1610-21-20A circuit breaker is a direct current (DC) device, rated for 15 amps of current, and is suitable for use in a variety of applications.

Application Field

Due to its high reliability and low cost, the 1610-21-20A circuit breaker is commonly used in residential, commercial and industrial settings to protect electrical systems from damage caused by excess current. It is suitable for use in DC power systems, such as those used in airplanes, cars, boats, solar arrays, and other low voltage DC applications. It is also used in DC battery banks, such as those used in backup power systems. Additionally, the 1610-21-20A circuit breaker can be used to protect DC circuits from overcurrent faults, providing protection for a wide variety of system implementations.

Working Principle

When an overcurrent or overvoltage occurs, the 1610-21-20A circuit breaker senses the fault and trips, opening the circuit and preventing further damage. When the fault is corrected, the breaker can be re-closed manually, allowing power to flow once again. The 1610-21-20A circuit breaker features a current-sensing mechanism that is designed to trip when current exceeds the breaker\'s rating. Additionally, the 1610-21-20A circuit breaker is designed to be sensitive to both current and voltage, allowing it to protect against both overcurrent and overvoltage faults. In addition to providing protection against excess current, the 1610-21-20A circuit breaker is also designed to provide a measure of protection against excessive temperature. The breaker is equipped with a thermal overload relay, which is designed to trip in the event of a temperature rise inside the circuit breaker that exceeds the breaker\'s rated temperature rating. This helps to ensure that the breaker will not fail and cause further damage to the system.

The 1610-21-20A circuit breaker is an excellent choice for any DC power system. Its low cost, high reliability and wide range of applications make it a popular option for a variety of settings. In addition, its ability to provide protection against both overcurrent and overvoltage faults make it an ideal choice for any low voltage DC application.