HLT-04-B3-P4-L

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Fuseholders are an important component in any electrical system to ensure safety and protection of the other electrical components in the system. The HLT-04-B3-P4-L is a fuseholder designed for use in applications requiring a maximum voltage rating of 250VAC/VDC and an electrical current of 6A. It provides a robust and durable construction, designed to deliver electrical protection with minimal impedance.

The HLT-04-B3-P4-L fuseholder features female snap-in connector terminals in order to secure the fuse securely in place. It also has a latch for easy removal of the fuse. The design of the HLT-04-B3-P4-L also incorporates a lockout feature that ensures the fuse cannot be removed unless the latch is in the open position. This helps to prevent accidental removal or replacement of the fuse.

The working principle of the HLT-04-B3-P4-L is based on a system of electrical current and voltage. The fuseholder is designed to manage the electrical current in order to prevent damage to other components in the system. The HLT-04-B3-P4-L works by allowing current to flow through a circuit only when the current is below the rated fuse value. When the electrical current exceeds the rated value, the fuse is heated and melts, thereby disrupting the current and protecting other components from damage.

The HLT-04-B3-P4-L fuseholder is ideal for applications that require a maximum voltage rating of 250VAC/VDC and an electrical current of 6A. It is well-suited for use in industrial, automotive, and electrical systems. In addition, it is designed to be easy to install and maintain. This ensures that the fuseholder is able to provide reliable, effective protection for years to come.

In conclusion, the HLT-04-B3-P4-L fuseholder is a reliable, effective solution for applications requiring a maximum voltage rating of 250VAC/VDC and an electrical current of 6A. Its design features ensure that the fuseholder is able to protect other components in the system. The fuseholder works by allowing current to flow through a circuit only when the current is below the rated fuse value. When the electrical current exceeds the rated value, the fuse is heated and melts, thereby disrupting the current and protecting other components from damage.

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