Eclipse M19617/MSC Horseshoe Alnico Channel Magnet

Product Description

The ECLIPSE M19617/MSC is a horseshoe alnico channel magnet designed for holding, retrieving, and fixturing applications where reliable magnetic pull force is required in high-temperature environments. With a maximum pull force of 10 pounds and a maximum operating temperature of 1,022 degrees F, this magnet is suited for industrial and trade settings where standard ferrite or ceramic magnets would lose performance. The channel width measures 7/16 inches, the overall width is 1-1/4 inches, the height is 3/4 inches, and the length is 13/32 inches. Alnico construction delivers stable magnetic output across a wide temperature range.

This channel magnet is used in HVAC, electrical, and general mechanical trade applications where a compact, high-temperature-rated magnet is needed for holding or positioning ferrous components. Its small footprint and horseshoe channel form factor make it appropriate for embedded fixture use, sensor mounting, and assembly jigs in both light commercial and industrial service environments. Technicians and tradespeople installing or servicing equipment with ferrous targets in high-heat zones are the primary users.

Key Features

• 10 pound maximum pull force for reliable holding in light-duty fixturing and retrieval tasks
• 1,022 degrees F maximum operating temperature — suitable for high-heat industrial environments
• Alnico magnet material provides stable magnetic output across a wide temperature range
• Horseshoe channel form factor allows direct engagement with ferrous rod, bar, or shaft stock
• Compact size: 7/16 inch channel width, 1-1/4 inch overall width, 3/4 inch height, 13/32 inch length

Compatibility

Designed as a direct-replacement or supplementary horseshoe alnico channel magnet for industrial and trade fixture applications requiring a 7/16 inch channel width and 10 pound pull force rating.

Installation Notes

Installation of this magnet is typically performed by electricians, HVAC technicians, or mechanical service professionals during equipment assembly or fixture fabrication. Ensure all ferrous surfaces are clean and free of debris before seating the magnet in its channel to maintain rated pull force. Keep the magnet away from sensitive electronic components, magnetic sensors, and data storage media during handling. Demagnetization risk increases if the magnet is subjected to strong opposing magnetic fields or mechanical shock.