Eclipse NH130 Neodymium Pot Magnet 35.3 Lb M6 Thread

Product Description

The ECLIPSE NH130 is a neodymium rare earth pot magnet designed for high-strength magnetic holding applications. Built around a neodymium core housed in a steel cup, this pot magnet delivers an average pull force of 35.3 pounds and a maximum pull force of 35.5 pounds. The compact 7/8-inch diameter and 7/8-inch height make it suitable for tight mounting locations. An M6 threaded stud allows direct fastening to fixtures, jigs, and mounting surfaces. Electricians, HVAC technicians, and industrial maintenance professionals use this type of magnet for holding, clamping, and retrieval tasks across a wide range of service and installation scenarios.

The NH130 is suited for residential and commercial trade applications where a small-footprint, high-pull magnet is needed. Typical uses include mounting junction boxes, securing cable runs, holding panels during installation, and retrieving dropped metal components in confined spaces. The M6 threaded stud simplifies integration with standard hardware. Maximum operating temperature is rated at 176 degrees F, making it appropriate for standard indoor mechanical and electrical environments.

Key Features

• Neodymium rare earth core for high pull force in a compact form factor
• Average pull force of 35.3 pounds; maximum pull force of 35.5 pounds
• 7/8-inch diameter and 7/8-inch height for installation in tight spaces
• M6 threaded stud for direct attachment to fixtures and mounting hardware
• Maximum operating temperature of 176 degrees F suitable for standard service environments

Compatibility

Designed as a general-purpose neodymium pot magnet suitable for holding, clamping, and retrieval tasks in trade and industrial service applications where an M6 threaded mount is required.

Installation Notes

Installation is typically performed by electricians, HVAC technicians, or general maintenance trades. Ensure the mating ferrous surface is clean and free of paint, rust, or debris before seating the magnet, as surface contamination will reduce effective pull force. Keep neodymium magnets away from sensitive electronics, magnetic storage media, and implanted medical devices. Do not exceed the rated maximum operating temperature of 176 degrees F, as sustained heat above this threshold will cause permanent loss of magnetic strength.