The product mixture, feeded centred, is distributed evenly over the total width of the separator and reaches the area of separation afterwards. According to the multiple-cross-section-separation procedure the light material is extracted from the product mixture.
The heavy material falls through the ascending air stream and is discharged at the separator base. Light material is discharged together with the exhaust air at the upper part of the separator and conveyed via piping to a cyclone. The separation area is constructed on that way that the rising light material and the falling heavy material do not disturb each other. Thereby light material is steadily discharged, even with high loading. During circulation air mode of the cone separator the total sifting air is circulating. Thus there is no discharged air generated. In this mode a sealing of the separator system though a rotary gate valve is necessary. Required air amount and pressing are generated via centrifugal fan.
By manufacturing combustibles, it can be used in cement plants as well. Almost without inert-, metal and if required also without hard plastics
| Type | AxBxC (m) | Air Volume (m³/h) | Throughput (m³/h) | inst. Power (kW) |
| KAU 750 Z 28 | 2,0x0,4x5,0 | 3.600 | 25 | 10 |
| KAU 750 Z 40 | 2,0x4,5x6,0 | 7.200 | 50 | 28 |
| KAU 1000 Z 40 | 2,5x5,0x6,5 | 7.200 | 50 | 28 |
| KAU 1000 Z 63 | 3,0x5,5x8,5 | 14.400 | 50 | 36 |
| KAU 1500 Z 63 | 3,5x6,0x8,5 | 14.400 | 100 | 39 |
| KAU 1500 Z 80 | 4,5x8,0x10,0 | 28.800 | 100 | 66 |
Optimal product distribution over the total width of the separator by means of a special feeding/-distribution design
Optimal product distribution over the total width of the separator by means of a special feeding/-distribution design
High availability through sturdy design and no moving parts inside the separator
Very high product stream is possible
