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Automatically remove large amounts of ferrous from nonferrous material conveyed in heavy burden depths on almost any type of conveyor chute. Ideal for separation applications on wet or dry, fine or coarse materials, large or small tonnages. Manual cleaning models are available and self-cleaning models are available.
Model 7000 Series
remove tramp iron from materials conveyed in heavy burden depths on flat conveyors or chutes. All 7000 Series SE's are covered by an exclusive 60-month coil warranty!
Air Cooled Electromagnetic Separators, Series 800
Uses no coolants , requires 50% less power.
Model SE2400
Designed for sugar cane processors and others who convey large volumes of material on wide, flat belts or chutes.
Model SE7328
Removes large tramp from the product stream. Includes exclusive 60-month coil warranty!
Model SE7338
Removes large tramp from the product stream. Includes exclusive 60-month coil warranty!
Model SE7535
Removes large tramp from the product stream. Includes exclusive 60-month coil warranty!
SE 700 U/M Explosion Proof
For hazardous environments.
Susupended Hollow Electromagnetic Conductor
Advanced hollow conductor technology
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Magnetic drum TM model.
The magnetic drum TM substitutes the drive drum of the conveyor belt, separating ferric metals from any other inert , loose product. When it reaches the end of the belt, the material conveyed falls but the ferric metals are retainded by the drum, falling in a different direction to the purified material. |
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Overband with permanent magnet OPL model.
These unit consist of either a permanent magnet PL or an electrical magnet DEP, depending on the required output, located above a conveyor belt. Any pieces of iron, or other magnetic metals, that pass under the magnet, mixed with the material being conveyed, will be attracted and retained by the magnet, thus separating them from the material they were mixed with, given that the separator is surrounded by a conveyor belt, with dimensions that are suitable for the separator unit, the purpose of which is to remove all of the pieces of iron that have been captured, letting them fall at a determined point. |
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Overband with electromagnet ODEP model.
These units consist of either a permanent magnet PL or an electrical magnet DEP, depending on the required output, located above a conveyor belt. Any pieces of iron, or other magnetic metals, that pass under the magnet, mixed with the material being conveyed, will be attracted and retained by the magnet, thus separating them from the material they were mixed with, given that the separator is surrounded by a conveyor belt, with dismensions that are suitable for the separator unit, the purpose of which is to remove all of the pieces of iron that have been captured, letting them fall at a determined point. |
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Bunting HF Series Permanent Drawer Magnets can handle a wide variety of separation tasks. They're built for easy installation in square, rectangular, or round spouting used in gravity conveying systems. We can supply both top and bottom spouting adapters to your specifications to reduce in-house fabrication. HF Drawers have two or more trays arranged so that the magnetic cartridges are staggered to increase contact with the product flow. Material moves in a zig-zag pattern from one cartridge tray to the next for thorough cleaning.
Standard drawer housings are constructed of heavy-duty mild steel. Stainless steel housings are also available. They're required for certain sanitary applications and whenever Rare Earth magnets are used. Stainless steel stands up to most corrosive environments, resists wear, and is the right choice when "clean room" standards must be met. Optional adapters permit easy installation of housings in most round, square, or rectangular spouting. |
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They facilitate the manual gripping of sheet metals and avoid the double catch on dépileuse.
PRODUCTIVITY AND SAFETY:
The sheet metal blanks or bands piled up tend to adhere the ones aus others, causing wastes of time during their gripping.
The separators allow them "to float". Their gripping is very easy, moreover one eliminates the risks from simultaneous sending of two blanks under the cutting tool.
PRINCIPLE:
Sheet metals are locally induced with the same polarity as the poles NR and S of the separator. The zones thus polarized of the same name, push back and cause the separation of sheet metals. The magnetic field created causes a space between the blanks. This space is increasingly important to the top of the battery cell.
When the operator takes the first blank, the second takes its place with the higher part of the separator. |
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