LNRK001.T

LNRK001.T is a type of specialty fuses designed for narrow spaces in the electrical industry. It has unique features that make it well suited for specific application areas where space is limited and shock and vibration resistance are required. It is commonly used for circuit protection in computer Power Supplies, motors, high-amperage circuit breakers, and medical equipment.

The working principle of LNRK001.T is simple yet effective. The fuse is inserted into the circuit, and will overheat when an excessive amount of current passes through it. This makes it effective in preventing an electrical overload from occurring, as the fuse will shut off the excess current flow and act as a warning to the user to check the circuit. The fuse is designed to melt before the circuit components or wiring can be damaged by the overload.

LNRK001.T\'s narrow profile makes it suitable for limited-space applications, such as circuit breakers in tight enclosures, motherboards, and other high-amperage circuit protection. Its fast blow characteristics also make it ideal for areas where fast blow protection is required. Its construction is durable and can stand up to vibration and shock.

The fuses feature a silver-tin alloy body that provides additional protection and reliability. The fuses are also capable of withstanding high temperatures, up to 150 degrees Celsius or 302 Fahrenheit. They are rated for up to 2,000 amps of current and have a very small 4mm diameter.

LNRK001.T is known for its reliability and versatility in specific applications. It is used in modern communication and computer power supplies, industrial motors, high-amperage circuit breakers, and medical equipment. The fuse has also been tested to UL 248-1, and has UL Recognized Component credentials when used with approved components.

In conclusion, LNRK001.T is a specialty fuse designed to provide reliable circuit protection in limited-space applications. It has fast-blow characteristics that make it well suited for high-amperage circuit breakers, medical equipment, and computer power supplies. Its construction is durable and reliable, able to withstand vibration and shock, and it has been tested to UL-248-1 standards.