Eclipse E665/MSC Ceramic Channel Magnet 30 Lb 12 Inches

Product Description

The ECLIPSE E665/MSC is a rectangular channel ceramic fixture magnet designed for industrial holding, clamping, and fixturing applications. Built with a stainless steel housing and a ceramic magnet core, this unit delivers a maximum pull force of 30 pounds and an average pull force of 15 pounds. It measures 12 inches long, 1-1/2 inches wide, and 5/8 inch thick. The stainless steel channel housing provides corrosion resistance and structural rigidity in demanding environments. It is installed by maintenance technicians, tooling specialists, and facilities personnel working with magnetic workholding setups.

This magnet is suited for use in light industrial fixturing, tooling tables, and holding fixtures where a low-profile rectangular channel magnet is required. The ceramic magnet material makes it appropriate for general-purpose ferrous metal holding tasks. It is commonly used in production environments where consistent, repeatable hold force at ambient or moderately elevated temperatures is needed. The 212 degrees F maximum operating temperature rating allows for use in warm but not extreme thermal environments.

Key Features

• Maximum pull force of 30 pounds with an average pull force of 15 pounds
• Rectangular channel fixture style for easy integration into tooling and fixturing setups
• Stainless steel housing for corrosion resistance and durability
• Ceramic magnet material suited for general-purpose ferrous holding
• Maximum operating temperature of 212 degrees F
• Compact profile at 12 inches long, 1-1/2 inches wide, and 5/8 inch thick

Compatibility

Designed for general-purpose use in rectangular channel fixture magnet applications requiring a ceramic magnet with stainless steel housing and a 30-pound maximum pull force rating.

Installation Notes

Installation is typically performed by maintenance technicians or tooling specialists familiar with magnetic workholding equipment. Before mounting or repositioning, ensure all ferrous workpieces and tools are clear of the magnet face to prevent pinch hazards. Secure the housing to its mounting surface using appropriately rated fasteners through the designated mounting holes. Avoid exposing the magnet to temperatures above its rated maximum, as excessive heat can cause permanent demagnetization.