MXJ 0294050 is an advanced device used in commercial and industrial fuse applications. It is designed to protect electrical circuits from damage due to overcurrents or short circuits. Its unique design and construction make it well suited for use in a wide range of applications.

Application Field

MXJ 0294050 is suitable for many diverse high-performance applications. It is rated for up to 30A with no time-delay and up to 50A with time-delay feature. The device can be used in a variety of applications requiring protection from overcurrents and short circuits. These include: air conditioners, electric furnaces, refrigerators, washers, dryers, dishwashers, range hoods, pumps, and many other high-current applications.

MXJ 0294050 can also be used to protect computers, servers, and other sensitive electronic equipment from over-voltage damage. Additionally, MXJ 0294050 is also suitable for use in applications involving electric motors or other heavy-load equipment.

Working principle

The MXJ 0294050 works by monitoring the current in the circuit; if an abnormally high current is detected, the device will trip and open the circuit, breaking the power flow and protecting the equipment. The time-delay feature of the MXJ 0294050 allows it to be used to protect motors from the potentially damaging inrush current associated with start-up without tripping out the fuse. The time delay can be adjusted from 1-30 seconds depending on the application and can be disabled for applications that do not require this protection.

The MXJ 0294050 uses an electronic circuit, which monitors the current in the circuit and trips the fuse when an abnormal current is detected. It also includes a temperature monitoring circuit, which will prevent the device from tripping if the temperature exceeds certain levels for safety reasons. The device also features a LED indicator light, which will turn on when the circuit is energized and off when it trips, indicating that the fuse has been open.

The MXJ 0294050 is a reliable and efficient device, providing superior protection from over-currents and short circuits. Its features make it well suited for many applications and can help prevent expensive damage to equipment due to electrical faults.