Eclipse E698 Ceramic Pot Magnet 3.25 in 96 Lb Pull

Product Description

The ECLIPSE E698 is a ceramic pot magnet designed for industrial and commercial holding, mounting, and retrieval applications. It measures 3.25 inches in diameter and 1.187 inches in height, delivering an average pull force of 96 pounds. The magnet assembly is encased in a steel pot cup and insulated with epoxy resin, which protects the ceramic magnet element from impact damage and extends service life in demanding environments. Installers and maintenance technicians in manufacturing, construction, and mechanical trades use pot magnets like the E698 for fixture holding, jig setup, and tool retention on ferrous surfaces.

The E698 is suited for surface-mounting and holding applications on steel and iron substrates. Its compact profile and high pull force relative to its footprint make it a practical choice for workholding fixtures, door catches, signage mounting, and equipment anchoring in both shop and field settings. The silver finish steel housing is compatible with standard threaded fastener mounting where the pot design includes a center bore or threaded stud configuration consistent with this product class.

Key Features

• 96 lb average pull force for high-strength holding on ferrous surfaces
• 3.25-inch diameter low-profile pot design maximizes contact area
• Epoxy resin insulation protects ceramic magnet core from shock and chipping
• Silver-finish steel cup housing provides structural support and directs magnetic flux
• Sold individually, suitable for single-unit replacement or new installation

Compatibility

Designed as a direct-replacement or new-installation ceramic pot magnet for industrial holding, mounting, and retrieval applications on ferrous steel and iron surfaces.

Installation Notes

Pot magnets are typically installed by maintenance technicians or tradespeople using standard hand tools appropriate to the mounting hardware. Ensure the mating ferrous surface is clean and flat to achieve rated pull force. Keep the magnet away from sensitive electronic components, magnetic media, and medical devices during handling and installation. Demagnetization or reduced pull force can result from impact, high heat exposure, or contact with incompatible materials.