01270002Z

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Fuseholders like the 01270002Z are used to protect electrical circuits against an overcurrent or an overload by serving as a high-amperage connection for fuses. The holder can be classified into several types – the Plug-In, Screw-In, Bolt-Down, and Turn-Analyzer – with each being designed for specific applications and duty ratings.

Plug-In Fuseholders

Plug-In fuseholders are mainly used for voltage-sensor fuses with solid-state current switches, and automotive applications including alarm-systems, cameras, and amplifiers. The 01270002Z is an example of a Plug-In fuseholder, which features a compact and easy-to-use design. It has a high-amperage rating and ensures tight connections with screw-type terminals for fast and easy installation.

Screw-In Fuseholders

Screw-In fuseholders are designed for maximum safety and convenience in the installation and removal of fuses. They can also be used for battery packs, power-supplies, and motors. The 01270002Z is a Screw-In type fuseholder, featuring screw-clamp connections for outstanding conductivity and reliable current carrying capacity.

Bolt-Down Fuseholders

Bolt-Down fuseholders are commonly found in applications requiring multiple power lines or point-of-sale systems. These keep power centers secure and free from unauthorized access. The 01270002Z is a Bolt-Down type fuseholder, with heavy-duty construction for improved durability and increased current-handling capabilities.

Turn-Analyzer Fuseholders

Turn-Analyzer fuseholders are designed to allow easy and precise fuse-drop readings without the need for a multimeter. These are often used in applications where precise measuring and monitoring of current flow is required. The 01270002Z is a Turn-Analyzer type fuseholder, with an integrated current-meter for precise current measurements and monitoring.

Working Principle

A fuseholder like the 01270002Z works by connecting an electrical circuit to a fuse. When the current in the circuit exceeds the fuse\'s amperage rating, then the fuse melts and interrupts the flow of current, thus protecting the circuit from an overload or an overcurrent situation. The fuseholder thus allows the circuit to be safely connected to the power source, while providing protection from excessive current.

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