| Contact Us |
Bunting Magnetics Co. 500 S. Spencer Ave. P.O. Box 468 Newton, Kansas 67114-0468
U.S.A. Fax (316) 283-4975 bmc@buntingmagnetics.com
Call us at (800) 835-2526 |
 |
|
Specifications
General material - 302/304 stainless steel drum cover with 11 gauge mild steel housing with 1/4'' x 2'' flanges. Stainless steel housing is optional.
Magnetic material - High-density Ceramic permanent magnet is standard. Rare Earth magnets are available.
Magnet design - Stationary Ceramic or Rare Earth magnetic assembly inside rotating drum shell.
Contaminant removal - Ferrous fragments, nuts, bolts, and other tramp metal from free-flowing granular material.
Method of cleaning - Continuous self-cleaning design.
Capacity - Estimated at 200 to 10,000 cubic feet per hour and more.
Sizes - Standard 8'' to 24'' diameters with various face widths.
How the Magnetic Drum Works
Material flows from the adjustable controller, which regulates
and directs the product stream onto the drum. The stationary
magnetic assembly within the outer stainless steel drum shell
captures the ferrous particles and holds them against the
drum surface. The clean product flows freely as the drum rotates
clock-wise, while the tramp metal is magnetically attracted
to the drum and ravels to the drop point where the magnet
assembly ends. The cleats on the drum aid in wiping off fine
ferrous particles. This creates continuous self-cleaning action,
requiring little maintenance or inspection.
How to Select Drum Separators
To find the Drum Separator you need, search the table for
the handling capacity closest to your requirements. Flow capacities
represent a maximum flow rate and are assumed to be for separation
of general tramp iron. Select a unit whose rated capacity
you will not exceed.
To determine what size unit you need to separate ferrous fines, use only
20 percent to 25 percent of the listed capacity. For optimum
separation of fines, we recommend a shallow depth of flow
to create a thin, uniform layer of moving product. With the
further addition of Rare Earth magnets, you can achieve maximum
separation efficiency.



|
|
|
|
|
|
|