It is applicable in scientific research, teaching and comprehensive utilization and assessment of mineral resources and for separation of hematite. Iron content for the tested samples can be obtained merely with minor test samples. The product is produced by the only enterprise designated by the former Ministry of Geology and Mineral Resources, in compliance with the Industrial standards.
It is provided for labs of metallurgical, geological, building material, light and other industries to carry out separation tests of moderate and weak-intensity magnetic minerals and also for the relevant factories and mines to check and control production and technical indexes, improving technological process.
It can automatically reset at the initial stage under the control by PLC, i.e. feeding valve being in the close state and ore separating hopper in the position of tailings. The excessive process delay is made at 3S to avoid mutual blending of samples, namely the ore separating bucket delaying 3S in the process of actions of tailings, middlings and concentrates .The separation operation process is that ore slurry in mixing tank is directed through feeding valve and flat nozzle into separating tank ; non-magnetic minerals with the action of gravity drop into tailing tank along the gaps of gear rack; magnetic mineral particles with the action of magnetic field are absorbed on the gear racks;the ore separating hopper after feeding swings to the upper middlings tank; the middlings flush open solenoid valve ( flowrate can adjust the middling flushing gate valve);non-magnetic minerals particles entrained in the ore separating tank are flushed before the ore separating hopper swings to the upper concentrate tank and meanwhile de-energize magnetizing power supply; after magnetic fields of the separation tank disappear, the flushing solenoid valve opens and flushes the magnetic mineral particles absorbed on the gear rack into the concentrate tank ( flush volume to be controlled by the concentrate gate valve).After completion of one cycle of separation operation, PLC makes reset to the next cycle for achieving the objective of separation of magnetic from non-magnetic minerals.
Technical Parameters
| Model |
單位Uite |
XCSQ50×70 |
| Size of separating tank |
mm |
50×70×220 |
| Range of magnetic field intensity control |
GS |
0～23000（1840KA/m） |
| Excitation power supply |
Input（single-phase A.C.） |
|
220V，50HZ |
| Output（D.C.） |
|
0～118V，1～ 25A |
| Coil cooling method |
|
Forced air cooling |
| Max, feed size |
mm |
1 |
| Handling capacity |
kg/h |
4～5 |
| Overall consumed power |
kw |
≤4 |
| Outside dimension |
mm |
840×550×1415 |
| Weight |
kg |
795 |
| 
