Eclipse NH240 Neodymium Pot Magnet 55.1 Lb Pull 1 in

Product Description

The ECLIPSE NH240 is a rare earth neodymium pot magnet designed for high-strength holding and fastening applications in industrial, commercial, and trade environments. Encased in a steel cup, pot magnets concentrate magnetic flux through the working face, delivering significantly more holding force per unit size than open magnets. This unit produces an average pull force of 55.1 pounds from a 1-inch diameter body that measures 1 inch in height. It is suited for use in metalworking, jig and fixture setups, equipment mounting, and general shop operations. Machinists, fabricators, maintenance technicians, and electrical tradespeople install these magnets as holding, clamping, and retrieval tools.

The NH240 is appropriate for both light industrial and heavy-duty trade applications where a compact, flush-mount magnet is needed. The 1-inch diameter form factor fits into tight mounting locations and can be used on ferrous steel surfaces. Typical install scenarios include securing cable management clips, mounting sensors or jigs, and retrieving ferrous fasteners in confined spaces. This magnet is sold as a single unit, making it easy to source for individual repairs or small-quantity applications.

Key Features

• Neodymium rare earth core delivers 55.1 pounds of average pull force from a compact 1-inch diameter body
• Steel pot housing concentrates magnetic flux at the working face for maximum grip on ferrous surfaces
• 1-inch height allows flush or near-flush installation in space-constrained mounting locations
• Single-unit packaging supports individual replacement or small-scale project sourcing
• Compact cylindrical form is compatible with standard countersunk or threaded mounting hardware configurations

Compatibility

Designed as a direct-use neodymium pot magnet for general industrial and trade applications requiring high pull force in a 1-inch diameter form factor on ferrous steel surfaces.

Installation Notes

Neodymium magnets produce strong attractive forces and should be handled with care to avoid pinch injuries during placement. Keep the magnet away from magnetic-sensitive equipment such as pacemakers, hard drives, and calibrated instruments during installation. When mounting, ensure the mating steel surface is clean and free of paint, rust, or debris to achieve rated pull force. Demagnetization can occur if the magnet is exposed to temperatures above its rated threshold, so verify the ambient operating environment before permanent installation.