Eclipse E697 Ceramic Pot Magnet 82 Lb Pull 2.62x1.94 in

Product Description

The ECLIPSE E697 is a ceramic pot magnet designed for holding, clamping, and mounting applications across industrial and trade environments. With an average pull force of 82 pounds, this magnet delivers reliable magnetic strength in a compact, low-profile housing. The magnet measures 2.62 inches in diameter and 1.94 inches in height, making it suitable for surface-mounted fixture work where a strong hold in a small footprint is needed. The epoxy resin insulation protects the ceramic magnet element and contributes to the silver-finished assembly. Typically installed by maintenance technicians, fabricators, and fixture builders, the E697 is sold individually and ships as a single unit.

Ceramic pot magnets like the E697 are commonly used in light industrial, commercial, and workshop settings. Typical applications include jig building, workholding, door catches, display fixtures, and equipment mounting where a threaded or surface-contact hold point is required. The enclosed pot design focuses the magnetic field through the face of the magnet, concentrating pull force at the contact surface. This makes the E697 a practical choice for holding ferromagnetic materials flat against a work surface or mounting plate.

Key Features

• 82 lb average pull force for reliable holding in demanding applications
• 2.62 inch diameter with 1.94 inch height for a compact, low-profile footprint
• Ceramic magnet element enclosed in a protective pot housing
• Epoxy resin insulation protects the magnet assembly from impact and moisture
• Silver finish suitable for general industrial and workshop use
• Sold as a single unit with a minimum order quantity of 1

Compatibility

Designed as a general-purpose ceramic pot magnet suitable for workholding, mounting, and clamping applications involving ferromagnetic contact surfaces.

Installation Notes

Pot magnets are typically installed by maintenance technicians or fabricators using standard hand tools. Ensure the mating ferromagnetic surface is clean and free of debris before seating the magnet to achieve rated pull force. Avoid exposing the magnet to temperatures or impact loads beyond its design rating, as ceramic magnets are brittle and can crack under shock. Handle with care to prevent uncontrolled attraction to nearby steel surfaces during placement.