MSPP-1230 Magnetic Separator

Main advantages compared to competitors:

• Sprayers with adjustable and easily cleaned nozzles (concentrate flushing system) 
• The issue of insufficient stability of the frame lower belt has been solved by strengthening the load-bearing structure while preserving the same weight and dimensions 
• Screw manual drum lifting to adjust the clearance between the drum and the bath 
• Electric drive for magnetic system rotation. The electric drive facilitates magnetic system rotation and enables remote operation. 
• Lining made of chemically/mechanically resistant material (polyurea) 
• Separate lubrication system for all bearings (3 lubrication points) without separator shutdown  installed on the separator NDE 
• Easier replacement of drum bearings due to bearing installation in carriers 
• Logistics related issues and significant growth of prices for foreign made separators 
• Remotely operated separator controller (from a main control room) 
• Ability to automate the operations of both one separator and the entire section of magnetic separators 
• Magnetic separator digitalization by adding extra controls – pulp flow meter, flow density meter, etc. for process control and automatic adjustment

Specifications and standard sizes:

Scope of supply and principle of operation:

Scope of supply: 

Pulp enters the magnetic separator bath (5) through the loading manifold (2). Strongly magnetic minerals are attracted to the separator drum (1) by the magnetic field of the magnetic system. The separator drum rotates and moves magnetic minerals into the discharge zone – the concentrate tray (8). Non-magnetic minerals and accretions are removed from the bath via the discharge door in the bath bottom.