Bussmann LPJ-30SPI fuse is ideal for safeguarding equipment from excessive currents and short circuits. This fuse is used in industrial settings and power distribution units to prevent overcurrent hazards.
Working Mechanism:
- When a current higher than the fuses' rating flows through the circuit, the fuse's internal element quickly heats up and melts, creating an open circuit and interrupting the current flow.
- By breaking the circuit, the fuse prevents damage to equipment and wiring, ensuring safety and proper operation.
- This fuse can handle voltages of up to 600VAC and 300VDC, making it suitable for various industrial and commercial applications.
Features:
- It features a ferrule end x ferrule end connection method for reliable and secure electrical connections.
- This current-limiting fuse is equipped with an indicator to show whether the fuse has blown due to an overcurrent or a fault.
- It comes with a dual-element design that enhances protection by allowing two separate fuse elements to respond to overcurrent conditions.
- This Class J fuse features low-peak characteristics for an optimal balance between overcurrent protection & minimising nuisance tripping in high-power electrical systems.
Compatible Accessories:
- Bussmann JM60030-2CR Fuse Block: It provides a secure and organised means for holding and connecting fuses within an electrical system, ensuring reliable circuit protection and efficient electrical distribution.
Frequently Asked Questions:
Q. What is the maximum current rating of this fuse?
A. This fuse has a maximum current rating of 30A.
Q. How does this fuse prevent nuisance tripping during startups?
A. It prevents nuisance tripping during equipment startups by allowing it to withstand temporary current surges.
Q. What is the response time of this fuse during an overcurrent event?
A. The response time of this fuse during an overcurrent event is 10 seconds at 500 percent.
Q. What is the difference between a time-delay fuse and a fast-acting fuse?
A. A fast-acting fuse quickly interrupts the circuit during overcurrent events, while a time-delay fuse briefly tolerates overcurrents to prevent unnecessary tripping during temporary surges.