Eclipse E1002/NEO Neodymium Pot Magnet 35.3 Lb Pull

Product Description

The ECLIPSE E1002/NEO is a neodymium rare earth pot magnet designed for high-strength holding applications in industrial, commercial, and maintenance environments. It delivers a maximum pull force of 35.3 pounds from a compact 1-inch diameter body, making it a practical choice where space is limited but holding strength matters. The zinc finish provides corrosion resistance for use in typical shop or field conditions. A countersunk mounting hole allows flush fastener installation. Licensed electricians, maintenance technicians, and fabricators commonly integrate these magnets into fixtures, jigs, cable management assemblies, and equipment mounting solutions.

This pot magnet suits residential and commercial applications where a reliable, removable or permanent magnetic hold is needed. Common uses include mounting sensors, tool holders, signage, and access panels. The countersunk hole accepts a flat-head fastener for clean, low-profile installation. Its compact profile at 1 inch in diameter and 0.3 inches in overall thickness allows it to fit into confined mounting locations on metal surfaces across HVAC, electrical, plumbing, and general fabrication work.

Key Features

• Neodymium rare earth magnet core for high pull force in a small footprint
• Maximum pull force of 35.3 pounds (16 kg)
• Countersunk mounting hole for flush flat-head fastener installation
• Zinc finish for corrosion resistance
• Maximum operating temperature of 176 degrees F (80 degrees C)
• Compact overall thickness of 0.3 inches for tight clearance installations

Compatibility

Designed as a direct-fit neodymium pot magnet for general industrial and trade mounting applications requiring a 1-inch diameter countersunk magnet assembly.

Installation Notes

Install using an appropriately sized flat-head fastener through the countersunk hole into the mounting surface. Ensure the mating surface is clean, flat, and free of paint or debris that would reduce holding force. Keep away from sensitive electronics, magnetic media, and pacemakers during handling. Do not exceed the rated operating temperature of 176 degrees F to avoid demagnetization.