0263002.MXL

Fuses

0263002.MXL is a type of fuze panel, and it has a number of application fields. It is mainly used in data transmission and communication related applications, as well as in the areas of power protection, insulation management, electrical wiring protection, and arc protection.

Application fields

• Data transmission and communication: 0263002.MXL fuses are used in telecom equipment, and they can provide reliable protection control for data transmission and communication systems. The panel protects signals from over voltage or under voltage, and from any accidental short circuit.
• Power protection: 0263002.MXL provides international standard protection of power supply to data communication equipment, and it helps protect against over current, over voltage, and under voltage situations. It also provides protection against overloads, short circuit currents, and voltage surges.
• Insulation management: 0263002.MXL is used to protect devices from overvoltage or undervoltage conditions. It protects against static electricity, fire, and other risks.
• Electrical wiring protection: 0263002.MXL is used to protect against potential risks of wiring short circuits, and it helps protect against fire, over current, and overvoltage conditions.
• Arc protection: 0263002.MXL is used in conjunction with insulation monitoring systems. It helps protect equipment from arc related risks, and also provides protection against arc flash, arc defection, and other risks.

Working principle

0263002.MXL is designed to protect against inrush currents, overcurrents, undervoltage, overvoltage, and short circuits. The device contains a metal-oxide varistor (MOV) that senses overvoltage or undervoltage conditions, and a thermal fuse that senses overcurrent.

When an overvoltage or undervoltage situation is detected, the MOV acts to reduce the voltage to a safe level. If an overcurrent situation is detected, then the thermal fuse will activate and cut the current off.

0263002.MXL provides an effective way to protect the equipment from electrical risks, and to help prevent data transmission and communication systems from being damaged due to current or voltage surges.