02151.25MXB930P

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fuses play a vital role in a wide range of electrical and electronic applications, with a broad array of different options available to suit a wide range of applications. The 02151.25MXB930P is one such option, a fast-acting fuse with a application area and working principle that make it a popular choice for a range of applications.

The 02151.25MXB930P fuse features a standard threaded cartridge fuse terminal with a 6.35mm x 32mm single thin-wall profile, with a rated voltage of 250V AC. Its rated current is 25A, with a breaking capacity 28.3kA at 250V AC. The fuse is also highly resistant to shock and vibration, ensuring it will withstand the harshest environments for long periods without any impairment.

Working principle, the 02151.25MXB930P fuse operates by increasing the resistance of its element when an overcurrent flows through it, until it reaches its rated current. This heats up the element, and if the current crossing the element continues over a period of time, the element melts and opens the circuit. This protects equipment from both overcurrent and short-circuits occurring in the system, by breaking the circuit before any damage can be done. It is this clamping feature which allows the 02151.25MXB930P fuse to provide superior protection in many different applications.

The 02151.25MXB930P is a popular choice for applications such as switches and solenoids, and is even used in some motor vehicle applications for providing over-voltage or over-current protection. It is also commonly used in low-voltage (less than 800V) industrial control and instrumentation applications, as it is ideal for protecting components from high voltage or current surge. In addition, it is also used in the protection of solar photovoltaic systems, providing superior heat insulation performance in such systems.

Overall, the 02151.25MXB930P is a popular and reliable fuse for a wide range of applications, offering superior protection against both overcurrent and short-circuiting. Its fast-acting design ensures it can quickly break an overcurrent when it is present, minimising the amount of electrical damage done to the system. It is also highly durable, withstanding shock and vibration to ensure it can last in the harshest environments.

The specific data is subject to PDF, and the above content is for reference