LH250301CR

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

Fuseholders

LH250301CR Application Field and Working Principle

The LH250301CR is a high current industrial fuseholder, designed for use with 15A and 25A fuse links with a 4.4 mm maximum pin diameter. It is a robust holder, with features that include current carrying capacity measuring up to 220A in a short-time application, vibration proof design,IP67 rating, and anti-corrosion construction.

The holder is made from heavy-duty aluminum alloy, with an insulated base made of thermoplastic polycarbonate. The contact tips are machined to ensure reliable and repeatable performance, and the body of the holder has an anti-finger trap design built in to ensure safe installation and mounting. The holder also features a low-resistance, vibration-proof design to protect the contacts.

Industrial fuseholders are designed for use in a wide variety of applications, which may include industrial control, circuit protection, or even automotive applications. The LH250301CR is designed to be an versatile solution for a variety of industries, from automotive to electronics. It is a reliable and dependable fuseholder, designed to meet the needs of higher current applications.

LH250301CR works by allowing the current to pass through the contact tips, to the fuse, and then into the circuit. The current is then maintained as long as the contacts are in contact with each other, allowing the fuse to do its job and prevent overcurrent events. It also acts as a spark gap, preventing electric arcs from forming in between the contacts.

The LH250301CR also features a detachable retainer clip, which allows for easy installation and maintenance. Additionally, the fuseholder features a unique “cam-action” mechanism that provides secure contact with the fuse, ensuring reliable service and performance in high-vibration applications.

The LH250301CR is a dependable and reliable industrial fuseholder, designed to meet the needs of higher current applications. It has a robust construction, a low-resistance, vibration-proof design, and a unique “cam-action” mechanism. It is designed to provide reliable performance and protection for applications that require high current or vibration resistant connections.

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