Eclipse M19624/MSC Alnico Horseshoe Magnet 82 Lb Pull

Product Description

The ECLIPSE M19624/MSC is a Grade 5 Alnico horseshoe magnet designed for industrial and commercial applications requiring consistent, high-force magnetic holding. Measuring 4 inches in overall width, 1 inch deep, and 3-5/16 inches high, this magnet delivers an average pull force of 82 pounds. The Alnico 5 material grade provides excellent temperature stability and resistance to demagnetization, making it a reliable choice for demanding environments. It is commonly installed by maintenance technicians, engineers, and equipment fabricators working with magnetic assemblies, fixtures, and holding systems.

This horseshoe magnet is suited for use in manufacturing, laboratory, and field service settings where a strong, stable permanent magnet is required. The 1-1/4-inch gap width and 3-1/4-inch pole width provide a well-defined magnetic circuit appropriate for clamping, lifting, or sensor-related applications. Its compact profile allows integration into custom fixtures or equipment assemblies where space is limited but holding force requirements are high.

Key Features

• 82-pound average pull force for heavy-duty holding and clamping tasks
• Grade 5 Alnico construction offers strong resistance to demagnetization and good thermal stability
• Overall width of 4 inches with a 3-1/4-inch pole width for a broad magnetic contact surface
• 1-1/4-inch gap width supports consistent magnetic circuit performance
• Compact depth of 1 inch suits space-constrained installations
• Weighs 2.21 pounds for easy handling during installation

Compatibility

Designed as an OEM-style permanent horseshoe magnet for use in industrial magnetic assemblies, fixtures, and equipment requiring a Grade 5 Alnico magnet with matching dimensional and pull-force specifications.

Installation Notes

Installation is typically performed by maintenance technicians or mechanical assemblers. Before integrating the magnet into any assembly, ensure all sensitive electronic components and ferrous tooling are kept clear of the magnetic field. Secure mounting hardware should be non-ferrous where possible to avoid interference with the magnetic circuit. Follow all applicable facility safety protocols when working near magnetic components.