Made - The Parishram Industrial Co-Operative Society Ltd
Manufacturing Year - 2012
Description -
Designed to give Maximum impact in improving the efficiency of whole crushing process. Cone " 100 TPH with an input capacity of maximum 4 inches, Maximum Power 90 KW/125 HP. More crushing can be done the secondary stage due to unique cavity shape. The total crushing ratio is in better balance and more equally divided between the crushing processes. This improves the quality of final product. Secondary crusher has high capacity due to high reduction ratio. Constant feed acceptance capability High quality products Increased output Increased liner life Optimal overall running costs. This is achieved by the shape of the CLP crushing chamber and by the fact that feed opening, remains virtually unaltered throughout the life of the liner set. The output of crushed material is greater than that obtained by crushing with conventional liners for the same time. The increased in output can be upto 30 per cent but depends on the nature of the feed material. Same 30 per cent or more in crushers with fully worn conventional, non " CLP liners normally reduces feed opening and capacity. The Hydro set system provides automatic overload protection by allowing the main shaft to the mantle to drop, to permit the passage of tramp iron and other un-crushable material. The system then automatically returns the main shaft smoothly to its original position.
Lubrication System -
The system permits full lubrication even before the crusher is started since the pump is independent of the crusher.
Separate lubrication for the pinion shaft unit.
There are two units provided in the lubrication system. During the running of the plant in case any failure in first unit, immediately the auto mechanism will switch over to the second unit without any stoppage of plant and also indicate about the failure of the first unit.
PICS Cone crushers are ideally suited for crushing of hard rock, river gravel, black trap rock, granite, lime stone, coal, cock, iron ore, bauxite, quartzite, etc.