Eclipse M19181/MSC Alnico Pot Magnet 0.75 in 10-24 Thread

Product Description

The ECLIPSE M19181/MSC is an Alnico pot magnet designed for holding and mounting applications that require reliable magnetic force in high-temperature environments. Built from Alnico 5 material, this compact magnet delivers an average pull force of 2.7 pounds and a maximum pull force of 5 pounds. It measures 0.75 inches in diameter and 0.5 inches in height, with a 10-24 threaded stud for secure mechanical attachment. The unit weighs approximately 0.06 pounds. Its rated maximum operating temperature of 428 degrees F makes it suitable for applications where standard ferrite or neodymium magnets would lose performance.

This pot magnet is used in industrial, manufacturing, and trade-service settings where a threaded-mount magnet is needed to fixture, hold, or attach components to ferrous surfaces. The 10-24 thread allows direct fastening to panels, fixtures, or tooling without additional hardware. Its Alnico 5 construction provides stable magnetic output across a wide temperature range, making it appropriate for HVAC equipment panels, electrical enclosures, and mechanical assemblies where heat exposure is a factor.

Key Features

• 2.7 pounds average pull force with a 5 pound maximum pull force rating
• Alnico 5 magnet material for stable performance at elevated temperatures
• Maximum operating temperature of 428 degrees F
• 10-24 threaded stud for direct mechanical mounting
• Compact form factor at 0.75 inches diameter and 0.5 inches height
• Lightweight at 0.06 pounds for easy integration into assemblies

Compatibility

Designed as a threaded Alnico pot magnet for use on ferrous surfaces in industrial and trade applications requiring high-temperature magnetic holding.

Installation Notes

Installation of this magnet is typically performed by maintenance technicians or mechanical tradespeople. Secure the 10-24 threaded stud to the mating fixture using an appropriately sized nut or tapped hole, and verify the mating surface is ferrous and free of debris for full pull force. Avoid applying lateral shear loads that exceed the magnet assembly design limits. Keep the magnet away from sensitive electronic components and data storage media during handling and installation.