KLSR030.T

KLSR030.T Application Field and Working Principle

KLSR030.T is an electrical specialty fuse used in a variety of applications ranging from consumer electronics to heavy industrial machinery and many more. KLSR030.T fuses are designed to protect circuits by preventing and limiting overcurrent. The product is typically supplied in a form of a metal tube, with two leads, a fuse element, and a spring handle.

Application Field

KLSR030.T is mainly used to protect circuits from sudden and unexpected spikes in current caused by short circuits and current overloads. The fuse can provide a reliable and cost-effective solution for a wide range of industrial, consumer, automotive, and military applications. It is also suitable for installation in high-temperature environments where conventional fuses are not suitable. Examples of applications where a KLSR030.T fuse is used include automotive electronics, consumer electronics, industrial machinery, industrial control systems, and military equipment.

Working Principle

When a fuse is in an overcurrent state, the increased heat causes the metal tube of the fuse to expand. The spring handle inside the fuse is designed to flex, pushing against the fuse element contacts and breaking the electrical connection. This prevents further damage to the circuit. When the overcurrent is resolved, the fuse preforms a self-recovery process by flexing back to its normal position, thereby restoring the electrical connection.

The KLSR030.T series is designed to provide protection from current surges of up to 30A and reset at 0.2A. It is available in standard sizes ranging from 0.5mm to 3.5mm and has an operating temperature range from 0-125°C. The KLSR030.T fuse also provides superior protection against ESD and has a high breaking capacity ensuring that it can handle high inrush currents.

KLSR030.T provides many benefits to customers in its application field. It is designed to be reliable and provide superior performance in overcurrent protection for a wide range of applications. Its spring handle offers excellent reset characteristics and high durability, making it an ideal component for applications requiring frequent overcurrent protection. Finally, it can be used in both high-temperature and harsh environmental conditions, making it an excellent choice for any application.