Product Overview
CHNMAG Suspended Electromagnet Separator engineered to provide ferrous metal separation performance. If your application requires increased suspension heights for the magnet or have a deep product burden, the suspended electromagnet separator is an ideal
Key Features
Working Principle
CHNMAG Suspended Electromagnet Separator engineered to provide ferrous metal separation performance. If your application requires increased suspension heights for the magnet or have a deep product burden, the suspended electromagnet separator is an ideal solution magnetically lifting ferrous metals out of bulk material due to its deep reaching magnetic field. CHNMAG QJRCDD Model Self Discharge Suspended Electromagnet Separator is suspend above belt or vibratory conveyors, pull out and discharge the ferrous metal automatically from electromagnet separator magnetic filed area via the rubber discharge belt. Features of Cross Belt Electromagnet Separator 1. Deep reaching magnetic coil design to penetrate heavy product burdens 2. Strong magnetic field intensity, high gradient and strong attractive force 3. Advanced Natural Air cooling system 3. Aromatically ferrous metal discharging requires no manpower to clean 4. Electromagnet separator can effectively pull out 0.1-50kgs metals 5. Stainless steel armoured belt is optional for belt protectio How to Install A Suspended Electromagnet Separator? The Suspended Electromagnet Separator also known as Overband Electromagnet normally have two ways of installation Cross Belt Position (perpendicular to the material transport flow) and Inline Position(parallel above the material transport flow) Cross Belt Position Inline Position CHNMAG QJRCDB Model Manual Unloading Suspended Electromagnet also used for the ferrous metal removing purpose from conveyor belt system. Compare to QJRCDD model self discharge electromagnet, this model of magnet requires manually discharge the metal pieces from magnet bottom after certain operation period. This model only applicable for the ferrous contentment is not high in the material stream.