Eclipse M19094/MSC Alnico Round Bar Magnet 8x3/4in 10.1lb

Product Description

The ECLIPSE M19094/MSC is an Alnico round bar magnet engineered for industrial and trade applications requiring a stable, high-temperature-capable permanent magnet. Measuring 8 inches in length and 3/4 inch in diameter, it delivers a maximum pull force of 10.1 pounds. Alnico construction provides exceptional thermal stability, with a maximum operating temperature of 1,022 degrees F, making it suitable for environments where other magnet materials would lose their charge. The smooth cylindrical profile allows for consistent contact with ferromagnetic surfaces. This magnet is typically installed or integrated by mechanical, electrical, or instrumentation technicians working with sensing, holding, or positioning assemblies.

This Alnico round bar magnet is suited for use in industrial sensing equipment, magnetic holding fixtures, instrumentation, and field service tooling where reliable magnetic force at elevated temperatures is required. Its round bar geometry makes it adaptable to custom housings, chucks, and magnetic circuit assemblies in both shop and field environments. The 8-inch length provides a longer working span compared to short-body disc or block magnets, useful in applications requiring extended reach or multiple contact points along the bar.

Key Features

• Maximum pull force of 10.1 pounds for reliable holding and sensing performance
• Alnico material rated to 1,022 degrees F maximum operating temperature
• 8 inches long by 3/4 inch diameter smooth cylindrical form factor
• Smooth surface finish supports consistent flush contact with target surfaces
• Permanent magnet — no power supply or energizing circuit required

Compatibility

Designed as an OEM-style or replacement Alnico round bar magnet for industrial magnetic assemblies, holding fixtures, and instrumentation applications requiring a permanent magnet in this form factor.

Installation Notes

Installation of permanent bar magnets into assemblies should be performed by qualified mechanical or instrumentation technicians. Demagnetization of adjacent components is a risk if the magnet is handled near sensitive electronic sensors or ferromagnetic tooling — keep the magnet segregated from such components during handling. Secure mounting in housings or fixtures using non-magnetic fasteners where possible to avoid magnetic circuit interference. Inspect the contact surface for debris before seating the magnet to ensure full pull-force engagement.