HPT Cone Crusher

HPT Cone Crusher

GM HPT multiple cylinder hydraulic cone crushers, which incorporates the latest global crushing technologies with high efficiency and easy operation, are the pacemaker in China’s hydraulic cone crushers for the excellent operating performance and positive customer feedback. It efficiently fulfills various crushing demands, such as: large capacities, first-class cubicity, low operating and maintenance cost, full process adaptability, etc.

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Cone crusher installation

1, the installation need to pay consideration towards the vertical and horizontal major body; cone crusher must be installed on a level concrete foundation with anchor bolts.

2. Soon after installation check all parts for loose bolts and host the doors are tight and, if requested to tighten.

3, in accordance with the configuration of energy gear and energy line handle switch. Inspection is completed, the empty load test, test the standard production.

Advantages of cone crusher

1. high efficiency; the machine utilizes a fixed spindle axis tiny spherical reciprocal optimized structure, greater than the old-fashioned spring cone crusher efficiency of 5% -15%.

2. production capacity; the aircraft might be broken stroke, crushing speed and also the perfect combination of style crushing chamber shape of your machine beneath precisely the same situations crushing cone size, than the old spring roll crusher to yield a 35% -60%.

3. high-quality stones; machine makes use of unique laminated crushing principle, create crushing impact among the particles in order that the finished solution substantially increased the proportion accounted cube, flake stone needles lowered grain size far more uniform.

4. additional steady operation; when there is certainly iron along with other tough objects can not be broken in to the machine, over iron protection device will automatically be released, then promptly reset.

5. multi-split hydraulic lubrication control program that guarantees the machine bearings lubricated dual protection and overload protection

Hydraulic cone crusher operates

Hydraulic cone crusher perform, the motor by means of V-belt, host pulley, drive shaft, a small bevel gear, bevel gear driven by substantial foreign copper rotate, move forced to accomplish under the crushing cone swings rotation axis of the outer copper so broken wall occasionally close to the surface and sometimes leave the rolling acetabular wall surface, to ensure that the material inside the ring fixed cone and dynamic cone crushing cavity composed constantly beneath attack, squeezing and bending and breaking. Immediately after quite a few extrusion, soon after impact and bending, crushing the material towards the required size, the reduced aspect of your discharge.

By utilizing a unique intergranular laminating crushing chamber design and style principles and matching speed drastically improves the crushing ratio and capacity, greatly rising the content material with the finished material cube.

Hydraulic protection and hydraulic cavity clearing, higher degree of automation. The aircraft inside the event of excessive iron and immediate stuffy vehicles, hydraulic energy from the prime, automatic nesting, eliminating the original spring cone crusher downtime required for artificial nesting troubles, make upkeep much easier, additional price savings.

Hydraulic adjustment, oil lubrication, steady and trustworthy overall performance. And the use of efficient labyrinth seals to prevent the original spring cone crusher water miscible oil defects.

Model Cavity Maximum Feeding Size(mm) Minimum Discharging Size(mm) Capacity(t/h) Maximum Installed Power(kw)
HPT100 C1(Extra Coarse) 140 19 50-140 90
C2(Coarse) 100 13
M(Medium) 70 9
F1(Fine) 50 9
F2(Extra Fine) 20 6
HPT200 C2(Coarse) 185 19 90-250 160
M(Medium) 125 16
F1(Fine) 95 13
F2(Extra Fine) 75 10
HPT300 C1(Extra Coarse) 230 25 110-440 250
C2(Coarse) 210 19
M(Medium) 150 16
F1(Fine) 105 13
F2(Extra Fine) 80 10
HPT400 C1(Extra Coarse) 295 30 135-630 315
C2(Coarse) 251 25
M(Medium) 196 20
F1(Fine) 110 13
F2(Extra Fine) 90 10
HPT500 C1(Extra Coarse) 330 38 220-790 400
C2(Coarse) 290 30
M(Medium) 210 22
F1(Fine) 135 16
F2(Extra Fine) 95 13
HPT800 C1(Extra Coarse) 350 38 310-1200 630
C2(Coarse) 299 32
M(Medium) 265 25
F1(Fine) 220 16
F2(Extra Fine) 150 13

Cone crusher problems and improved procedures

1, for the mine funnel transformation. 2200 cone crusher ore mine funnel portion towards the allocated disk in to the crushing chamber, portion on the ore straight into the crushing chamber. Considering the fact that the feed is uneven, usually resulting in overload the machine operating, the expected product size uniform, moving cone, quickly fixed cone liner wear, frequent replacement, seriously impacted the production capacity of gear. For the above, the mine will see the mouth in the funnel has been transformed. Replace the funnel shield. After transformation funnel all mine discharge inside the distribution plate evenly in to the crushing chamber to resolve the uneven particle size, the machine overloaded and so on.

2 and dust. PYB-2200 crusher dust seal indicates for the protection from the lubricating oil does not enter the dust from the dust in the principal parts in an effort to prevent the standard wear and tear. The original design and style is definitely the use of recycled water from dust, water stress is hard to control. The water stress is too high, easy to make recycled water in to the bowl Warri, causing oil and water mix, water stress is as well low and attain Dust purpose, added dust clogged sink can very easily be precipitated dust, clean up will not be easy. 1999 overhaul, endless sink. Simply because sponge stretchable, usually in make contact with with all the bottom and also the dynamic cone under spherical surface, blocking the dust, that dust might be prevented to ensure recycled water oil-water mixture, soon after six months of use is quite superior.

3, oil spills. Cone crusher is easy to leak in the course of operation, if that is definitely not timely, can simply result in poor lubrication device caused the accident. Within the production procedure, frequently oil pressure, oil temperature typical, plus the dust floating in the water cycle oils, demolition crane inspection discovered that the bevel gear lubrication undesirable, bowl-shaped tiles about the overflow indicators of oil leakage. The primary causes for the bowl-watt back for the hole is also modest, the lubricant element missing, small return quantity, can not guarantee the size of the bevel gear nicely lubricated. Therefore, growing the usage of proper strategies bowl tile back to the hole, to ensure oil return, resolve cone crusher bowl tile bevel gear lubricating oil spills and poor problem fundamentally.

4, lubrication oil station pump maintenance. 2200 crusher CB-40 sort gear pumps, lubrication gear as a result of continuous operation, straightforward to put on and tear attributable to pump seal, causing the pump in to the air alternatively of oil, has to be repaired about a month, replace the seals. Moreover to poor lubrication also put on more rapidly gear pump, that are seriously affected the normal production from the crusher. Of two cone crushers, four pumps installed within the form of enhanced 1995 overhaul. The original horizontal installation, vertical installation type rather. The principle is the fact that the pumps installed in the lubrication oil station oil under the surface, each to make sure that the pump is usually operating in superior lubrication, and may benefit from lubricating oil sealed air, resolve the oil pump in to the air devoid of oil and the resulting series lubrication challenges. Following quite a few years of use there's no dilemma because the pump impact the host typical production, boost the operating price of the cone crusher, but also extend pump life and decrease the volume of upkeep.

5, taper bushes. August 1997 PYD-2200 Cone crusher body strong vibration, no-load dynamic cone substantially increased the amount of rotations. Hanging out examination revealed catchy vertically downward taper copper bush 110mm lengthy crack opened. Spindle tapered bushing hole gap is as well small. For the above, initially tapered bushing bore scraping, the upper portion from the primary shaft with all the tapered bushing clearance three. 5mm, decrease clearance eight. 5mm then within the middle of the cone bushing as well as the inner wall of your reduced end of each crack drill a 5mm holes, to be able to do away with stress, as shown. By repairing the scrapped in order that the tapered copper jacket, has been utilized for almost 3a, soon after repeated examination, the crack didn't continue to extend the shaft and sleeve hole gap continues to be inside the specified variety, the crusher is operating commonly.

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