Eclipse M19093/MSC Alnico Round Bar Magnet 8.1 Lb Pull

Product Description

The ECLIPSE M19093/MSC is an Alnico round bar magnet designed for industrial and commercial applications requiring stable, high-temperature magnetic performance. Measuring 8 inches in overall length with an 11/16-inch diameter, this magnet delivers a maximum pull force of 8.1 pounds. Constructed from Alnico alloy, it maintains magnetic integrity up to 1,022 degrees F, making it suitable for environments where heat resistance is critical. The smooth finish and round bar geometry allow for straightforward integration into fixtures, tooling, and sensing assemblies. Electrical technicians, industrial maintenance professionals, and engineers typically specify this type of magnet for holding, positioning, and detection applications.

This Alnico bar magnet is suited for use in industrial manufacturing, laboratory equipment, and trade applications where a compact, high-temperature-rated permanent magnet is required. Its rod form factor allows installation into close-clearance assemblies, magnetic chucks, sensors, and custom-fabricated fixtures. The 8-inch length provides useful reach in tight installations without requiring additional extension hardware.

Key Features

• Alnico alloy construction rated to 1,022 degrees F maximum operating temperature
• Maximum pull force of 8.1 pounds
• 8-inch overall length with 11/16-inch diameter round bar profile
• Smooth surface finish for clean seating in precision fixtures
• Permanent magnet — no power source required to maintain field

Compatibility

Designed as a general-purpose Alnico round bar permanent magnet suitable for industrial fixtures, sensor assemblies, and custom magnetic tooling requiring a high-temperature-rated rod magnet.

Installation Notes

Installation is typically performed by industrial maintenance technicians or engineers integrating the magnet into a fixture or assembly. Ensure mating surfaces are clean and free of debris before seating the magnet to achieve rated pull force. Avoid exposing the magnet to strong demagnetizing fields or physical shock, which can reduce magnetic output. Handle with care near ferrous components and other magnets to prevent unintended attraction or surface damage.