Eclipse M19622/MSC Alnico Horseshoe Magnet 55 Lb Pull

Product Description

The ECLIPSE M19622/MSC is an Alnico horseshoe magnet designed for industrial and commercial holding, lifting, and retrieval applications. Built from Grade 5 Alnico material, it delivers an average pull force of 55 pounds, making it suitable for demanding magnetic holding tasks. The magnet measures 3 inches in overall width, 1 inch deep, and 1-11/16 inches high, with a gap width of 1-3/4 inches between poles. Its compact horseshoe profile provides a strong, focused magnetic field ideal for applications requiring reliable and repeatable holding force.

This horseshoe magnet is used in industrial assembly, tooling, fixturing, and magnetic retrieval setups. It is well suited for shop environments where a permanent magnet with consistent pull force is required. The Grade 5 Alnico construction provides good resistance to demagnetization under normal operating conditions. Technicians, machinists, and maintenance professionals commonly specify Alnico horseshoe magnets for both bench-top and field applications where high coercivity is not required but strong pull force is.

Key Features

• 55-pound average pull force for reliable holding and lifting tasks
• Grade 5 Alnico construction for stable, permanent magnetic performance
• 3-inch overall width with a 1-3/4-inch gap width between poles
• Compact form factor: 3 inches wide, 1 inch deep, 1-11/16 inches high
• Horseshoe geometry concentrates magnetic flux at the pole faces

Compatibility

Designed as a permanent horseshoe magnet for general industrial and commercial magnetic holding, lifting, and retrieval applications requiring Grade 5 Alnico material with a horseshoe pole configuration.

Installation Notes

Permanent magnets require no electrical connection or mounting hardware in most holding applications. Keep the magnet away from sensitive electronic components, magnetic media, and precision instruments during handling. When using in a mechanical fixture, ensure mating surfaces are clean and flat to achieve rated pull force. Handle with care near ferrous materials to avoid uncontrolled attraction and potential pinch hazards.