64600001233

Fuseholders are devices used in electrical circuits to contain and protect a variety of different types of fuses in order to protect the circuit from over-current. They are used to connect a fuse to a circuit in order to protect the wiring from potential damage due to an overload or short-circuit. 646000-1233 is a type of fuseholder used in various industrial applications.

Application Field and Working Principle

6460000-1233 is suitable for use in wide ranges of applications, such as telecommunications, automotive, medical industries, etc. It offers high-performance protection with low risk of fire, fast wear-out or melting due to its strong mechanical strength and superior electrical performance. It has a high breaking capacity rated up to 1000V DC and is suitable for use in harsh environments.

6460000-1233 is a seal type fuseholder. It has a sealed construction that features an integrated fuse sleeve that grips and holds the fuse in order to provide a strong electrical connection and superior performance. The fuseholder has an insertion/pull-out type design in order to make it easy to change the fuse if needed. It has an insulation body to protect the fuse from accidental contact with exposed conductive parts. The fuse terminal and contact have been designed to minimize the insertion force force and vibrations.

6460000-1233 is a reliable and easily installed device that provides protection from over-current and short circuits. It is made from high-quality materials and is designed to comply with safety requirements and industry standards. It also features a self-extinguishing thermosetting material that is flame, arc and temperature resistant. This helps to reduce the risk of fire and protect the fuse from damage or overloads.

646000-1233 is a reliable and safe device that offers superior protection and performance. It is designed to ensure that fuses are properly installed and connected and to protect against overloads and short-circuits. It is ideal for a wide range of industrial applications and can be used in harsh environments without worrying about the risk of fire or melting due to strong mechanical strength and superior electrical performance.