Eclipse M17814/6/MSC Alnico Round Bar Magnet 6in

Product Description

The ECLIPSE M17814/6/MSC is an Alnico round bar magnet designed for industrial and commercial applications requiring stable, high-temperature magnetic performance. Measuring 6 inches in overall length with a 19/64-inch diameter, this notched round bar magnet is manufactured from Alnico alloy, a material known for its excellent temperature resistance and consistent magnetic output. It supports a maximum operating temperature of 1,022 degrees F, making it suitable for high-heat environments where ceramic or rare-earth magnets would lose performance. With a maximum pull force of 2.2 pounds, it delivers reliable holding and attracting force for its compact form factor. Licensed tradespeople and industrial maintenance technicians are the typical installers.

This magnet is used across a broad range of trade and industrial applications including HVAC, electrical, and general mechanical service work. The notched design aids in secure positioning or mounting within assemblies. Its slim 19/64-inch diameter profile allows it to fit into tight spaces or be incorporated into sensor assemblies, latching mechanisms, and magnetic circuit components. The high maximum operating temperature makes it appropriate for use near heat-generating equipment in both residential and light commercial environments.

Key Features

• Alnico alloy construction for stable magnetic output at elevated temperatures
• Maximum operating temperature of 1,022 degrees F
• Maximum pull force of 2.2 pounds in a compact, slim-profile form
• Overall length of 6 inches with 19/64-inch diameter for tight-clearance applications
• Notched design for secure seating or mechanical retention in assemblies
• Sold individually, no minimum order required beyond single-unit quantity

Compatibility

Designed as a general-purpose Alnico round bar magnet suitable for industrial, electrical, and mechanical service applications where a 6-inch, 19/64-inch diameter form factor is required.

Installation Notes

Installation is typically performed by industrial maintenance technicians, electricians, or mechanical service professionals. De-energize any associated electrical circuits and discharge any stored energy before integrating the magnet into an assembly. Keep the magnet away from sensitive electronic components, magnetic media, and ferrous debris during handling to prevent unwanted attraction or contamination. Follow applicable workplace safety guidelines when working in high-temperature environments where this magnet may be deployed.