EYP-2MT102B

Thermal Cutoffs (Thermal Fuses) are one of the essential components in the machinery industry. They are designed to provide protection for electrical units and related systems against overheating temperatures by automatically cutting off power cables before risk of fire occurs. The EYP-2MT102B is a type of Thermal Cutoff that is designed to be used in low voltage situations. It is an ideal choice for the protection of sensitive electronic components from thermal overloads.

The EYP-2MT102B has a wide range of applications. These include computer hardware installation, DC power systems, and power supplies. It can also be used for protection of control systems, motor drive systems, and industrial process control systems. The EYP-2MT102B is an easy to install solution that provides reliable protection within 0.5A to 7A current range.

The working principle of the EYP-2MT102B is based on the fact that when the temperature of an electrical unit exceeds a predetermined limit, the current flow will be interrupted, thus providing protection against overloads. In the EYP-2MT102B, the current is monitored by an internal temperature sensor that can accurately measure the temperature of the circuit. When the accepted temperature level is exceeded, the EYP-2MT102B will automatically disconnect the circuit and turns off all power to the affected unit. This provides a failsafe solution to power outages or overloads in sensitive electronic systems.

Other features of the EYP-2MT102B include its easy installation, compact size, and light weight. It has a quick-connect terminal which allows for quick and safe installation. It is very reliable and capable of providing precise temperature control while minimizing losses due to cut-off tripping. In addition, it has a self-restart feature that will reset the system when all conditions are normal.

The EYP-2MT102B is an ideal solution for protecting installation and systems against overheating. Its efficient design, easy installation and quick response time make it a suitable choice for any situation. It is also a reliable device that will provide precise temperature control and safety while minimizing power losses in an electrical system.