Eclipse M17814/2/MSC Alnico Round Bar Magnet

Product Description

The ECLIPSE M17814/2/MSC is an Alnico round bar magnet designed for industrial, laboratory, and trade applications requiring stable magnetic performance at elevated temperatures. Measuring 2 inches in length and 19/64 inches in diameter, this notched bar magnet delivers a maximum pull force of 1.5 pounds. Constructed from Alnico alloy, it maintains magnetic properties up to a maximum operating temperature of 1,022 degrees F, making it suitable for high-heat environments where ceramic or flexible magnets would fail. Technicians and engineers in HVAC, electrical, and industrial maintenance applications specify Alnico magnets where thermal stability and consistent field strength are required.

This magnet is suited for use in sensing, holding, and positioning applications across residential and commercial settings. The notched design allows for secure mounting or integration into assemblies where retention is needed. It is a standard single-piece item appropriate for small-scale instrumentation, reed switch actuation, motor components, and general magnetic circuit work performed by electricians, HVAC technicians, and maintenance professionals.

Key Features

• Alnico alloy construction provides high thermal stability up to 1,022 degrees F
• Maximum pull force of 1.5 pounds in a compact form factor
• Notched body design supports secure mounting in assemblies
• 2 inches overall length with 19/64 inches diameter round bar profile
• Lightweight at 0.04 pounds, suitable for precision or space-constrained installations

Compatibility

Designed as a standard Alnico round bar magnet for use in industrial sensing, holding, and magnetic circuit applications where a 2-inch notched bar format is specified.

Installation Notes

Installation and integration of this magnet should be performed by qualified technicians familiar with the host assembly or device. De-energize and isolate any electrical or mechanical system before installing magnetic components near sensitive electronics or sensors. Avoid exposing the magnet to strong opposing magnetic fields or mechanical shock, which can reduce residual magnetism in Alnico material. Consult applicable NEC or equipment manufacturer guidelines when integrating magnetic components into electrical or HVAC control assemblies.