20E1C8.25

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The 20E1C8.25 Electrical Specialty Fuses are a versatile product line with a wide range of applications. The 20E1C8.25 is multi-purpose fusing device used for protecting low-voltage circuits. It can be used in a variety of applications, such as in industrial and commercial control systems, motor starters and protection of blower circuits. The 20E1C8.25 is capable of handling up to 125A of current.

The 20E1C8.25 is a low-voltage fuse that can be used with both single and three-phase circuits. It is designed to provide excellent electrical protection from high levels of currents in electrical circuits. The 20E1C8.25 fuse is designed to trip on overcurrent and is capable of doing so at currents lower than those that can be handled by conventional fuses. This enables it to provide effective protection against overloads, short-circuits and overvoltage.

The 20E1C8.25 works by using a solid-state self-resetting fuse design. This means that the fuse will reset itself after a certain amount of time when the current conditions return to normal. As the current levels exceed the fuse’s rated current, the fusing element quickly melts away, thus interrupting the current flow in the circuit. After a short time interval, the solid state resetting element will detect the current parameters and reset the fuse, allowing the circuit to resume its normal operation.

The 20E1C8.25 is available in a wide variety of sizes and ratings, making it suitable for a range of applications. It features an adjustable trip time and current ratings, allowing the user to choose what level of protection is required in order to protect the circuit. The 20E1C8.25 is available in both indoor and outdoor enclosures and is certified to conform to UL Certified 489 and CSA 22.2 No.14-14 standards.

The 20E1C8.25 is an ideal choice for industrial and commercial control systems, motor starters and blower circuits where a low-voltage fuse is needed. It is robust and reliable and can provide excellent protection from high levels of current in electrical circuits. This makes it an essential component of any electrical system.

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