Eclipse M16487/MSC Alnico Ring Magnet 2in Od 1-1/2in Id

Product Description

The ECLIPSE M16487/MSC is an Alnico ring magnet designed for industrial and trade applications requiring a reliable, permanent magnetic hold. With a 2-inch outside diameter, 1-1/2-inch inside diameter, and 1-inch thickness, this magnet delivers a maximum holding capacity of 6 pounds. Alnico alloy construction provides stable magnetic performance across a wide temperature range, making it suitable for sensor mounting, fixture holding, and positioning applications. It weighs 0.36 pounds and ships as a single unit. Installers working in electrical, HVAC, or instrumentation trades will find this magnet appropriate for both OEM and aftermarket fixture work.

This ring magnet is used in a range of light industrial and trade service scenarios, including proximity sensor assemblies, magnetic chucks, holding fixtures, and custom mounting applications. The through-hole center bore accommodates fasteners or shaft pass-throughs, making it versatile for panel, bracket, or component integration. It is equally suited for shop fabrication work and field service applications where a compact, permanent magnet is needed.

Key Features

• Alnico alloy construction provides stable, long-lasting magnetic performance with high temperature resistance
• Ring geometry with center bore allows fastener or shaft pass-through for versatile mounting
• 6-pound maximum holding capacity suitable for light fixture and sensor positioning tasks
• Compact size at 2-inch OD and 1-inch thickness for space-constrained installations
• Single-unit packaging with no minimum order above one piece

Compatibility

Designed as a general-purpose Alnico ring magnet for use in industrial fixtures, sensor assemblies, and magnetic holding applications where a 2-inch OD by 1-1/2-inch ID by 1-inch thick permanent magnet is specified.

Installation Notes

Handle Alnico magnets carefully during installation to avoid chipping, as the alloy is brittle. Keep away from ferrous metal surfaces and other magnets during handling to prevent uncontrolled attraction. Demagnetization can occur if the magnet is subjected to strong opposing magnetic fields or mechanical shock, so store and install with care. No special tools are required for most mounting applications, but use non-ferrous fixtures where possible to simplify positioning.