Eclipse 832NF Alnico Pot Magnet 5 Lb 13/16 in 10-32 Thread

Product Description

The ECLIPSE 832NF is a threaded-mount Alnico pot magnet designed for secure, compact magnetic fastening in industrial and trade applications. Built from mild steel with a Grade 5 Alnico magnet core, this unit delivers an average pull force of 5 pounds and a maximum pull force of 8.8 pounds. The threaded hole mount uses a 10-32 thread, making it easy to integrate into fixtures, jigs, and assemblies. At 13/16 inch in diameter and 3/4 inch in height, it fits tight spaces where larger magnets cannot. The red finish aids visual identification on the shop floor or job site.

This pot magnet is suited for use in manufacturing, HVAC equipment mounting, electrical panel assembly, and general trade fixture work. The 428 degrees F maximum operating temperature makes it appropriate for elevated-temperature environments where standard ferrite magnets would lose holding strength. Technicians working in industrial maintenance, mechanical assembly, or equipment fabrication will find this magnet a reliable fastening solution for repeated-cycle applications.

Key Features

• Average pull force of 5 pounds with a maximum pull force of 8.8 pounds
• Grade 5 Alnico magnet material for stable performance at high temperatures
• Maximum operating temperature of 428 degrees F
• 10-32 threaded hole mount for direct fastener integration
• Compact form factor: 13/16 inch diameter, 3/4 inch height
• Red finish for quick visual identification

Compatibility

Designed as a general-purpose threaded-mount pot magnet suitable for industrial fixtures, mechanical assemblies, and trade equipment requiring a compact 10-32 threaded magnetic fastening point.

Installation Notes

Installation is performed by threading a compatible 10-32 fastener into the magnet body and securing it to the target surface or fixture. Ensure the mating surface is clean, flat, and free of debris to achieve rated pull force. Do not exceed the maximum operating temperature of 428 degrees F, as sustained overtemperature can cause permanent demagnetization. Keep away from sensitive electronic components and data storage media during handling.