| Installation location | In the product supply pipe system |
| Utilization | For bulk products |
| Direction of movement of the product | Vertical |
| Magnets installed | Neodymium magnets N35 |
| Max. magnetic induction on the surface of the tubes (+/-10%) | 10,700 gauss (option 12,200 gauss with N52 magnets) |
| Max. magnetic induction in the core (+/-10%) | 17,000 gauss (option 18,700 gauss with N52 magnets) |
| Max. performance | From 4 to 15 years3/h (depending on model and product) |
| Weight | From 17 to 40 kg (depending on the model) |
| Diameter of connecting pipes | From 100 to 300 mm (depending on the model) |
| Connection type | EN 1092-1 flanges or Jacob flanges |
| The smallest metal particles that can be separated | 0.03 mm |
| Max. Operating temperature | 80 ohC |
| Min. Ambient temperature | -25 ohC |
| Max. ambient temperature | 45 ohC |
| Gasket material | Silicone |
| Ability to separate paramagnetic particles | Yes |
| Method of cleaning | Manual cleaning, product flow must be stopped |
| Outer diameter of magnetic tubes | 32 mm |
| Diameter of core magnets | 29 mm |
| Number of magnetic tubes | From 3 to 9 pieces (depending on the model) |
| Housing material in contact with the product | Stainless steel AISI 304 (DIN 1.4301) |
| Standard surface treatment | Sandblasted (Ra 1.6 µm) |
| Other surface treatments are available | Polished, nickel-plated, plastic-coated, rubberized |
Magnetic separators
Magnetic separators are designed to quickly and easily separate metal impurities from free-falling bulk materials. As the bulk material falls through the magnetized tubes, the strong magnetic field created by the neodymium magnets inside the tubes traps the metal particles on the surface of the tubes.
The tubes inside the case are arranged in two rows, with one less tube set in the upper tube set. The set of tubes made in this way is in very intense contact with the passing product, so it can catch even the smallest ferromagnetic impurities and guarantees extremely high separation efficiency.
Separators are connected to the product supply system with standard or Jacob type flanges from 100 to 300 mm. Custom dimensions are available to suit your bridle system.
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