Auto control system for the entire beneficiation plant
According to such
characteristics in the entire mineral process as complicated working condition,
nonlinearity, variable time lag and multi-variable coupling, the Auto-control
System for the Entire beneficiation plant, through synergic control over the
key variables in a beneficiation plant, generally reduces the production costs
in a beneficiation plant and increases the production benefits with such a
result as general benefits being higher than the benefits obtained from the
independent control over the variables in different processes in the factory.
It is one set of automatic optimization system with high adaptability and has
had numerous successful cases in mineral natures as magnetite, copper ore, gold
ore, molybdenum ore, nickel ore, bauxite, graphite ore, lead-zinc ore, etc.
System characteristics
1.Detection,
display and control of many key parameters make the system more accurate and
complete.
2.Highly reliable instrument combination makes the system run reliably and stably, with a long service life.
3.Fuzzy control, neural network control and other advanced control theories make the control effect become the best.
4.Excellent control software design makes the system more intelligent.
5.Automatic control, manual control, soft manual control and other control modes make the system much easier for management and adapt to different processing plant operating practices;
2.Highly reliable instrument combination makes the system run reliably and stably, with a long service life.
3.Fuzzy control, neural network control and other advanced control theories make the control effect become the best.
4.Excellent control software design makes the system more intelligent.
5.Automatic control, manual control, soft manual control and other control modes make the system much easier for management and adapt to different processing plant operating practices;
System benefits
1.Stabilize plant
production, and cut down the fault rate of equipment;
2.Improve the output and grade of concentrate and increase the recovery rate of metals;
3.Improve the equipment operation rate and reduce the labor intensity of workers;
4.The investment can be recovered soon with high yield.
2.Improve the output and grade of concentrate and increase the recovery rate of metals;
3.Improve the equipment operation rate and reduce the labor intensity of workers;
4.The investment can be recovered soon with high yield.
More information please visit : www.sinoninetech.com
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