AGC-V8-1J0295-R

The AGC-V8-1J0295-R is a three-phase thermal relay used mainly for the protection of larger electric motors. AGC-V8-1J0295-R has a conventional wiring and a rotating sensing element. It is also equipped with a fail-safe condition monitoring that ensures optimum protection during overloading. The AGC-V8-1J0295-R application field encompasses the protection of power devices as well as motor protection and overload protection. It is designed to be used in all motor control applications, including those in medium voltage and low voltage circuit applications. In general, working principle of AGC-V8-1J0295-R involves a comparison between the current flowing through the motor’s load and trip time setting. This relay monitors the difference between the measured current in each phase and the predetermined trip setting. The overload setting can be adjusted to provide protection from a low-level overload to a high-level overload. Furthermore, AGC-V8-1J0295-R is designed to trip when the thermal output of the motor exceeds the trip-point. This makes it ideal for overload protection of large electric motors The AGC-V8-1J0295-R comes in a variety of wattage and voltage ratings, making it suitable for a wide range of motors. Additionally, it is capable of sensing the direction of current flow within a circuit, allowing for reliable and truly effective protection. Furthermore, it can be mounted and configured within a motor control panel to make it an integrated and highly efficient solution. The AGC-V8-1J0295-R offers a host of features designed to ensure reliable and effective protection. An adjustable thermal element makes the device ideal for installation in small and medium motor applications. Furthermore, a mechanical lock-out is in place to ensure that the power remains faulty even if power is lost. This eliminates the need to manually reset the device in the event of a power failure. In conclusion, the AGC-V8-1J0295-R is an excellent choice for the protection of larger electric motors. It offers a dependable design that is capable of providing reliable, long-term protection. Furthermore, its adjustable thermal element and mechanical lock-out make it an ideal protection solution for a wide range of motor control applications.