Premium Parts for HP Series™ Cone Crusher
Powerups has been specializing in manufacturing premium quality aftermarket wear and replacement parts since 1990s, providing more competitive parts and service than typical parts suppliers in the world. In most of cases, we have the parts on shelf or castings in stock, which effectively shortens the lead time. We supply premium quality wear parts and spare parts such as mantle, bowl liner, eccentric, bushings, counterweight, head, adjustment ring, mainframe, etc. to cover all models of HP100™ cone crusher, HP200™ cone crusher, HP300™ cone crusher, HP400™ cone crusher, HP500™ cone crusher and HP800™ cone crusher. In addition, Powerups offers full line of quality parts aftermarket to cover Symons® cone crusher, Gyradisc® cone crusher, GP Series™ cone crusher, C Series™ jaw crusher, MP Series™ cone crusher, Omnicone Series® cone crusher , CH™ and CS™ cone crusher.
HP200 Cone Crusher Clamping Cylinder 94260037, HP300 Cone Crusher Clamping Cylinder 94260065, HP400 Cone Crusher Clamping Cylinder 94260065, HP500 Cone Crusher Clamping Cylinder 94260065, HP800 Cone Crusher Clamping Cylinder 93070001
HP Cone Crusher Parts Manual
| Model |
Part Number |
Description |
| HP100™ |
7018307008 |
Main frame |
| HP100™ |
7021900200 |
Main frame liner |
| HP100™ |
7022102001 |
Arm guard |
| HP100™ |
7022102000 |
Countershaft arm guard |
| HP100™ |
7013308500 |
Main shaft |
| HP100™ |
7074129000 |
Lower thrust bearing |
| HP100™ |
7053128252 |
Seal ring |
| HP100™ |
7053128253 |
Seal ring |
| HP100™ |
7015554502 |
Bushing |
| HP100™ |
7015604504 |
Countershaft bushing |
| HP100™ |
7084101513 |
Seat liner |
| HP100™ |
7012504004 |
Adjustment ring |
| HP100™ |
N12030502 |
Clamping ring |
| HP100™ |
7088010082 |
Tramp release cylinder |
| HP100™ |
N02445269 |
Accumulator |
| HP100™ |
7013355750 |
Countershaft |
| HP100™ |
7063002401 |
Pinion |
| HP100™ |
7074100121 |
Lock washer |
| HP100™ |
7033100017 |
Oil flinger |
| HP100™ |
707861000 |
Piston seal |
| HP100™ |
7035912255 |
Cover |
| HP100™ |
7043358005 |
Eccentric |
| HP100™ |
7015655250 |
Inner eccentric bushing |
| HP100™ |
7074129001 |
Upper thrust bearing |
| HP100™ |
7035410600 |
Drive gear |
| HP100™ |
7016200106 |
Counterweight |
| HP100™ |
7022072500 |
Counterweight liner |
| HP100™ |
7039608500 |
Socket |
| HP100™ |
N82404327 |
Head |
| HP100™ |
7024950501 |
Head ball |
| HP100™ |
70156562902 |
Head bushing |
| HP100™ |
7053125500 |
Seal ring |
| HP100™ |
7041068004 |
Lock bolt |
| HP100™ |
7065558000 |
Feed cone |
| HP100™ |
N23508401 |
Bowl |
| HP100™ |
N23455516 |
Adjustment cap |
| HP100™ |
7035410601 |
Drive gear |
| HP100™ |
7057500003 |
Gear break motor |
| HP100™ |
7055208001 |
Bowl liner |
| HP100™ |
7055308121 |
Mantle |
| HP100™ |
7012080200 |
Torch ring |
| HP100™ |
7032902500 |
Wedge |
| HP100™ |
7045600100 |
Nut lock |
| HP100™ |
7085701300 |
Lower feed hopper |
| HP100™ |
7085728150 |
Upper feed hopper |
| HP100™ |
80213061000 |
Sheave |
| HP100™ |
80213062501 |
Bushing |
| HP100™ |
80401641000 |
Key |
| HP200™ |
7018307007 |
Main frame |
| HP200™ |
1048512826 |
Main frame liner |
| HP200™ |
1038067315 |
Arm guard |
| HP200™ |
7022102250 |
Countershaft guard |
| HP200™ |
7013308001 |
Main shaft |
| HP200™ |
1070588726 |
Shim |
| HP200™ |
1070588724 |
Shim |
| HP200™ |
1070588722 |
Shim |
| HP200™ |
1070588720 |
Shim |
| HP200™ |
1057612102 |
Lower thrust bearing |
| HP200™ |
1063518780 |
U-seal |
| HP200™ |
1054440195 |
Main frame pin |
| HP200™ |
1022061401 |
Countershaft bushing |
| HP200™ |
1048516271 |
Frame seat liner |
| HP200™ |
7012504003 |
Adjustment ring |
| HP200™ |
1094260037 |
Clamping cylinder |
| HP200™ |
7088010081 |
Tramp release cylinder |
| HP200™ |
N02445269 |
Accumulator |
| HP200™ |
1054268448 |
Axle |
| HP200™ |
7080200501 |
Protective bellows |
| HP200™ |
7012504003 |
Adjustment ring |
| HP200™ |
1061871913 |
Clamping ring |
| HP200™ |
7081108007 |
Dust shell |
| HP200™ |
1022130524 |
Bushing |
| HP200™ |
1068634853 |
Countershaft |
| HP200™ |
1036829635 |
Pinion |
| HP200™ |
1056835500 |
Lock washer |
| HP200™ |
7033100016 |
Oil flinger |
| HP200™ |
1063083600 |
Piston seal |
| HP200™ |
7035912254 |
Cover |
| HP200™ |
7090228204 |
Gear eccentric assembly |
| HP200™ |
7043358004 |
Eccentric |
| HP200™ |
1022072951 |
Inner eccentric bushing |
| HP200™ |
1057602103 |
Upper thrust bearing |
| HP200™ |
1036829652 |
Drive gear |
| HP200™ |
N90228114 |
Counterweight assembly |
| HP200™ |
N16200121 |
Counterweight |
| HP200™ |
7022072000 |
Counterweight liner |
| HP200™ |
1093020078 |
Socket assembly |
| HP200™ |
1073810178 |
Socket |
| HP200™ |
1048721001 |
Socket liner |
| HP200™ |
7090058013 |
Head assembly |
| HP200™ |
7082404309 |
Head |
| HP200™ |
1057612000 |
Head ball |
| HP200™ |
1022145719 |
Upper head bushing |
| HP200™ |
1022145730 |
Lower head bushing |
| HP200™ |
1063518480 |
T-joint |
| HP200™ |
7090058303 |
Feed cone |
| HP200™ |
7041068006 |
Lock bolt |
| HP200™ |
7065558050 |
Feed cone |
| HP200™ |
7023508000 |
Bowl |
| HP200™ |
1022814802 |
Adjustment cap |
| HP200™ |
1062440046 |
Drive gear |
| HP200™ |
7063002250 |
Pinion |
| HP200™ |
7057500007 |
Gear break motor |
| HP200™ |
1044180300 |
Upper feed hopper |
| HP200™ |
1044180301 |
Lower feed hopper |
| HP200™ |
N55208149 |
Bowl liner |
| HP200™ |
1050130815 |
Mantle |
| HP200™ |
1063914005 |
Torch ring |
| HP200™ |
1086342201 |
Wedge |
| HP200™ |
1056839385 |
Lock nut |
| HP200™ |
7088463250 |
Square head bolt |
| HP200™ |
1051483199 |
Spherical nut |
| HP200™ |
7028450751 |
Square bar |
| HP200™ |
80212946000 |
Sheave |
| HP200™ |
80314102501 |
Bushing |
| HP200™ |
80400471000 |
Key |
| HP200™ |
80413284000 |
Sleeve |
| HP300™ |
7090008015 |
Main frame assembly |
| HP300™ |
7018307006 |
Main frame |
| HP300™ |
7021900301 |
Main frame liner |
| HP300™ |
7013308252 |
Main shaft |
| HP300™ |
1054350025 |
Main frame pin |
| HP300™ |
1057602250 |
Lower thrust bearing |
| HP300™ |
1070587740 |
Shim |
| HP300™ |
1070587739 |
Shim |
| HP300™ |
1070587738 |
Shim |
| HP300™ |
1070587737 |
Shim |
| HP300™ |
1063518815 |
Seal ring |
| HP300™ |
7022102502 |
Arm guard |
| HP300™ |
1048514410 |
Frame seat liner |
| HP300™ |
7090248005 |
Adjustment ring assembly |
| HP300™ |
7012504002 |
Adjustment ring |
| HP300™ |
1061873757 |
Clamping ring |
| HP300™ |
1094280065 |
Clamping cylinder assembly |
| HP300™ |
7081108004 |
Dust shell |
| HP300™ |
1022130525 |
Bushing |
| HP300™ |
1093030108 |
Tramp release cylinder |
| HP300™ |
N02445269 |
Accumulator |
| HP300™ |
1054268497 |
Axle |
| HP300™ |
1051495225 |
Spherical nut |
| HP300™ |
7001563272 |
Hexagonal nut |
| HP300™ |
7090018004 |
Countershaft assembly |
| HP300™ |
7090018003 |
Countershaft pinion assembly |
| HP300™ |
1022063300 |
Countershaft bushing |
| HP300™ |
7053200006 |
O ring |
| HP300™ |
7023408201 |
Countershaft box |
| HP300™ |
7022102501 |
Countershaft guard |
| HP300™ |
7022102500 |
Countershaft guard |
| HP300™ |
7033100015 |
Oil flinger |
| HP300™ |
7035912253 |
Housing |
| HP300™ |
1063084500 |
Piston seal |
| HP300™ |
1036833868 |
Pinion |
| HP300™ |
106863366 |
Countershaft |
| HP300™ |
7090228208 |
Gear eccentric assembly |
| HP300™ |
7043358008 |
Gear eccentric assembly |
| HP300™ |
1022073307 |
Inner eccentric bushing |
| HP300™ |
1057612200 |
Upper thrust bearing |
| HP300™ |
1036833869 |
Drive gear |
| HP300™ |
7001619307 |
Pin |
| HP300™ |
N90228115 |
Counterweight assembly |
| HP300™ |
N16200115 |
Counterweight |
| HP300™ |
1038018155 |
Counterweight liner |
| HP300™ |
7090048101 |
Socket assembly |
| HP300™ |
7039608251 |
Socket |
| HP300™ |
7035800600 |
Socket liner |
| HP300™ |
7001619303 |
Pin |
| HP300™ |
7090058000 |
Head assembly |
| HP300™ |
7082404300 |
Head |
| HP300™ |
7024950500 |
Head ball |
| HP300™ |
7015656200 |
Upper head bushing |
| HP300™ |
1022145975 |
Lower head bushing |
| HP300™ |
1003063296 |
Lock nut |
| HP300™ |
1063518725 |
Seal ring |
| HP300™ |
1047098031 |
Shaft key |
| HP300™ |
7090058302 |
Feed plate assembly |
| HP300™ |
7041068005 |
Locking bolt |
| HP300™ |
7065558093 |
Feed cone |
| HP300™ |
7090258000 |
Bowl assembly |
| HP300™ |
7023508200 |
Bowl |
| HP300™ |
1022815005 |
Adjustment cap |
| HP300™ |
1062440045 |
Drive gear |
| HP300™ |
7057500007 |
Gear break motor |
| HP300™ |
7063002250 |
Pinion |
| HP300™ |
1044180340 |
Upper feed hopper |
| HP300™ |
1044180281 |
Lower feed hopper |
| HP300™ |
N55208269 |
Bowl liner |
| HP300™ |
N55308261 |
Mantle |
| HP300™ |
1063914652 |
Torch ring |
| HP300™ |
1019578065 |
Square head bolt |
| HP300™ |
1051483199 |
Spherical nut |
| HP300™ |
1056839413 |
Lock nut |
| HP300™ |
1086342700 |
Wedge |
| HP300™ |
7028450751 |
Square bar |
| HP300™ |
1063917418 |
Bowl adapter ring |
| HP300™ |
7003236883 |
Pulley |
| HP300™ |
7003239269 |
Hub |
| HP300™ |
1047009520 |
Key |
| HP300™ |
7015778300 |
Grooved bushing |
| HP400™ |
1093040131 |
Main frame assembly |
| HP400™ |
1022133692 |
Bushing |
| HP400™ |
1070589788 |
Shim |
| HP400™ |
1070589786 |
Shim |
| HP400™ |
1070589784 |
Shim |
| HP400™ |
1070589782 |
Shim |
| HP400™ |
1057605172 |
Lower thrust washer |
| HP400™ |
1063518943 |
Seal ring |
| HP400™ |
1038067401 |
Arm guard |
| HP400™ |
1048516272 |
Seat liner |
| HP400™ |
N21900352 |
Main frame liner |
| HP400™ |
1068863509 |
Main shaft |
| HP400™ |
N12504018 |
Adjustment ring |
| HP400™ |
1061872992 |
Clamping ring |
| HP400™ |
1061940191 |
Dust shell |
| HP400™ |
1094280065 |
Clamping cylinder |
| HP400™ |
1093040030 |
Tramp release cylinder |
| HP400™ |
N02445271 |
Accumulator |
| HP400™ |
1054268776 |
Clevis pin |
| HP400™ |
1051495302 |
Spherical nut |
| HP400™ |
N90018011 |
Countershaft assembly |
| HP400™ |
1068634887 |
Countershaft |
| HP400™ |
1036831195 |
Pinion |
| HP400™ |
N22102700 |
Countershaft guard |
| HP400™ |
1022062210 |
Countershaft bushing |
| HP400™ |
1045376018 |
Countershaft box |
| HP400™ |
1027471712 |
Cover |
| HP400™ |
1062807443 |
Oil flinger |
| HP400™ |
7090228301 |
Eccentric assembly |
| HP400™ |
1093045000 |
Eccentric sub-assembly |
| HP400™ |
1031136180 |
Eccentric |
| HP400™ |
1022074069 |
Eccentric bushing |
| HP400™ |
1057605169 |
Upper thrust bearing |
| HP400™ |
1036803301 |
Gear |
| HP400™ |
7016200114 |
Counterweight |
| HP400™ |
1038018156 |
Counterweight liner |
| HP400™ |
N90048105 |
Socket assembly |
| HP400™ |
1073814256 |
Socket |
| HP400™ |
N35800601 |
Socket liner |
| HP400™ |
N01619330 |
Pin |
| HP400™ |
7090058015 |
Head assembly |
| HP400™ |
7082404311 |
Head |
| HP400™ |
1057605158 |
Head ball |
| HP400™ |
1022147349 |
Upper head bushing |
| HP400™ |
1022147350 |
Lower head bushing |
| HP400™ |
1063518832 |
Seal ring |
| HP400™ |
N90058315 |
Feed cone |
| HP400™ |
N41060200 |
Lock bolt |
| HP400™ |
1055981158 |
Feed plate |
| HP400™ |
1093040116 |
Bowl assembly |
| HP400™ |
1020053002 |
Bowl |
| HP400™ |
1022815026 |
Adjustment cap |
| HP400™ |
1044180249 |
Upper hopper |
| HP400™ |
1044180343 |
Lower hopper |
| HP400™ |
N55208525 |
Bowl liner |
| HP400™ |
N55308511 |
Mantle |
| HP400™ |
1063437879 |
Bowl adapter ring |
| HP400™ |
1086342846 |
Wedge |
| HP400™ |
1019579056 |
Square head bolt |
| HP400™ |
1051486801 |
Spherical nut |
| HP400™ |
1063915676 |
Torch ring |
| HP400™ |
N68606506 |
Pulley |
| HP400™ |
7003241824 |
Hub |
| HP400™ |
N01605503 |
Key |
| HP500™ |
1093050142 |
Main frame assembly |
| HP500™ |
1033785560 |
Main frame |
| HP500™ |
1022139802 |
Bushing |
| HP500™ |
1070589817 |
Shim |
| HP500™ |
1070589815 |
Shim |
| HP500™ |
1070589813 |
Shim |
| HP500™ |
1070589811 |
Shim |
| HP500™ |
1057605167 |
Lower thrust bearing |
| HP500™ |
1063518950 |
Gland ring |
| HP500™ |
1038069595 |
Arm guard |
| HP500™ |
1048516296 |
Seat liner |
| HP500™ |
1068867278 |
Main shaft |
| HP500™ |
N21900353 |
Main frame liner |
| HP500™ |
N90248025 |
Adjustment ring assembly |
| HP500™ |
N12504019 |
Adjustment ring |
| HP500™ |
1061875592 |
Clamping ring |
| HP500™ |
N81108010 |
Dust shell |
| HP500™ |
1094280065 |
Clamping cylinder assembly |
| HP500™ |
1054351501 |
Main frame pin |
| HP500™ |
1093050058 |
Tramp release cylinder |
| HP500™ |
N02445272 |
Accumulator |
| HP500™ |
1054268776 |
Clevis pin |
| HP500™ |
1093050095 |
Countershaft assembly |
| HP500™ |
1068634890 |
Countershaft |
| HP500™ |
1045376019 |
Countershaft box |
| HP500™ |
1036831527 |
Pinion |
| HP500™ |
1062807442 |
Oil flinger |
| HP500™ |
1027471761 |
Cover |
| HP500™ |
1038067481 |
Countershaft box guard |
| HP500™ |
1038067482 |
Countershaft box guard |
| HP500™ |
N90228024 |
Eccentric assembly |
| HP500™ |
1093055002 |
Eccentric |
| HP500™ |
N90228127 |
Counterweight assembly |
| HP500™ |
1031143420 |
Eccentric |
| HP500™ |
1022074809 |
Eccentric bushing |
| HP500™ |
1057605168 |
Upper thrust bearing |
| HP500™ |
1036831535 |
Gear |
| HP500™ |
N16200123 |
Counterweight |
| HP500™ |
N22072102 |
Counterweight liner |
| HP500™ |
1093050067 |
Socket assembly |
| HP500™ |
1073817084 |
Socket |
| HP500™ |
1048723201 |
Socket liner |
| HP500™ |
N01619334 |
Pin |
| HP500™ |
7090058016 |
Head assembly |
| HP500™ |
7082404310 |
Head |
| HP500™ |
1057605124 |
Head ball |
| HP500™ |
1013340732 |
Strap |
| HP500™ |
1022147321 |
Upper head bushing |
| HP500™ |
N15655252 |
Lower head bushing |
| HP500™ |
1063518930 |
Gland ring |
| HP500™ |
1062440044 |
Drive gear |
| HP500™ |
N57500012 |
Hydraulic motor |
| HP500™ |
N63002253 |
Pinion |
| HP500™ |
N90058314 |
Feed cone |
| HP500™ |
N41060201 |
Lock bolt |
| HP500™ |
1055981159 |
Feed plate |
| HP500™ |
N90258006 |
Bowl assembly |
| HP500™ |
N23508202 |
Bowl |
| HP500™ |
N23455510 |
Adjustment cap |
| HP500™ |
1062440044 |
Drive gear |
| HP500™ |
1093070298 |
Hydraulic motor |
| HP500™ |
N85701305 |
Hopper |
| HP500™ |
1044180284 |
Lower hopper |
| HP500™ |
1048314222 |
Bowl liner |
| HP500™ |
7055308502 |
Mantle |
| HP500™ |
1063437875 |
Bowl adapter ring |
| HP500™ |
1086342866 |
Wedge |
| HP500™ |
1019578985 |
Square head bolt |
| HP500™ |
1051486801 |
Spherical nut |
| HP500™ |
1056839400 |
Lock nut |
| HP500™ |
N68606504 |
Pulley |
| HP500™ |
N68606505 |
Pulley |
| HP500™ |
7003241826 |
Hub |
| HP500™ |
N01605503 |
Key |
| HP800™ |
MM0200329 |
Main frame |
| HP800™ |
1093080129 |
Adjustment ring |
| HP800™ |
1093070001 |
Clamping cylinder |
| HP800™ |
1093070045 |
Cylinder assembly |
| HP800™ |
1093085016 |
Accumulator assembly |
| HP800™ |
1093080219 |
Countershaft box assembly |
| HP800™ |
1093080217 |
Eccentric assembly |
| HP800™ |
1093080001 |
Socket assembly |
| HP800™ |
1093080073 |
Head assembly |
| HP800™ |
1093070190 |
Feed plate assembly |
| HP800™ |
1033785794 |
Main frame |
| HP800™ |
1022139576 |
Bushing |
| HP800™ |
1048517581 |
Frame seat liner |
| HP800™ |
1048517411 |
Main frame liner |
| HP800™ |
1038069733 |
Arm guard |
| HP800™ |
1057612407 |
Thrust bearing |
| HP800™ |
1061877930 |
Adjustment ring |
| HP800™ |
1054440226 |
Main frame pin |
| HP800™ |
1061876265 |
Clamp ring |
| HP800™ |
1066058951 |
Clevis |
| HP800™ |
1054268776 |
Clevis pin |
| HP800™ |
1027471713 |
Cover |
| HP800™ |
1045376433 |
Countershaft box |
| HP800™ |
1022066795 |
Countershaft box bushing |
| HP800™ |
1036831540 |
Pinion |
| HP800™ |
1038069629 |
Inner countershaft box guard |
| HP800™ |
1062807444 |
Oil flinger |
| HP800™ |
1068636577 |
Countershaft |
| HP800™ |
1038069628 |
Outer Countershaft box guard |
| HP800™ |
1031143668 |
Eccentric |
| HP800™ |
1022075464 |
Eccentric bushing |
| HP800™ |
1057612405 |
Thrust bearing |
| HP800™ |
1036831560 |
Gear |
| HP800™ |
1086428470 |
Counterweight |
| HP800™ |
1063917765 |
Counterweight liner |
| HP800™ |
1063518530 |
U seal |
| HP800™ |
1063518785 |
T seal |
| HP800™ |
1073817098 |
Socket |
| HP800™ |
1048724025 |
Socket liner |
| HP800™ |
1042472605 |
Head |
| HP800™ |
1057612434 |
Head ball |
| HP800™ |
1022147723 |
Lower head bushing |
| HP800™ |
1022147711 |
Upper head bushing |
| HP800™ |
1063518520 |
Seal |
| HP800™ |
1019559608 |
Locking bolt |
| HP800™ |
1055981161 |
Feed plate |
| HP800™ |
1048314344 |
Bowl liner |
| HP800™ |
1050143849 |
Mantle |
| HP800™ |
1086343192 |
Wedge |
| HP800™ |
1056839405 |
Lock plate |
| HP800™ |
1019584408 |
Square head bolt |
| HP800™ |
1051490900 |
Spherical nut |
| HP800™ |
1063915673 |
Torch ring |
| HP800™ |
1093080117 |
Bowl assembly |
| HP800™ |
1020055034 |
Bowl |
| HP800™ |
1022819254 |
Adjustment cap |
| HP800™ |
1044180397 |
Hopper |
| HP800™ |
1026187496 |
Feed cone |
| HP800™ |
1059239556 |
Sheave |
| HP800™ |
1073057612 |
Sheave bushing |
| HP800™ |
1059239564 |
Sheave |
| HP800™ |
1073049423 |
Sheave bushing |
| HP800™ |
1037117218 |
Pinion |
| HP800™ |
1062440052 |
Drive ring |
| HP800™ |
1093085034 |
Hydraulic drive motor |
| HP800™ |
MC001135 |
Power unit |
| HP800™ |
MM0216896 |
Remote control |
| HP100™ |
55208000 |
Bowl liner |
| HP100™ |
55208001 |
Bowl liner |
| HP100™ |
55208002 |
Bowl liner |
| HP100™ |
55208003 |
Bowl liner |
| HP100™ |
55208005 |
Bowl liner |
| HP100™ |
55308121 |
Mantle |
| HP100™ |
55308122 |
Mantle |
| HP200™ |
55208140 |
Bowl liner |
| HP200™ |
55208142 |
Bowl liner |
| HP200™ |
55208137 |
Bowl liner |
| HP200™ |
55208139 |
Bowl liner |
| HP200™ |
55208134 |
Bowl liner |
| HP200™ |
55208136 |
Bowl liner |
| HP200™ |
50130813 |
Mantle |
| HP200™ |
55308001 |
Mantle |
| HP200™ |
55208121 |
Bowl liner |
| HP200™ |
55208149 |
Bowl liner |
| HP200™ |
55208151 |
Bowl liner |
| HP200™ |
55208146 |
Bowl liner |
| HP200™ |
55208148 |
Bowl liner |
| HP200™ |
55208143 |
Bowl liner |
| HP200™ |
55208145 |
Bowl liner |
| HP200™ |
55308006 |
Mantle |
| HP200™ |
55308002 |
Mantle |
| HP200™ |
50130815 |
Mantle |
| HP200™ |
55308003 |
Mantle |
| HP300™ |
55208269 |
Bowl liner |
| HP300™ |
55208273 |
Bowl liner |
| HP300™ |
55208268 |
Bowl liner |
| HP300™ |
55208272 |
Bowl liner |
| HP300™ |
55208267 |
Bowl liner |
| HP300™ |
55208271 |
Bowl liner |
| HP300™ |
55208270 |
Bowl liner |
| HP300™ |
55208266 |
Bowl liner |
| HP300™ |
55308261 |
Mantle |
| HP300™ |
55308262 |
Mantle |
| HP300™ |
55308263 |
Mantle |
| HP300™ |
55308252 |
Mantle |
| HP300™ |
55208265 |
Bowl liner |
| HP300™ |
55208277 |
Bowl liner |
| HP300™ |
55208264 |
Bowl liner |
| HP300™ |
55208276 |
Bowl liner |
| HP300™ |
55208263 |
Bowl liner |
| HP300™ |
55208275 |
Bowl liner |
| HP300™ |
55208262 |
Bowl liner |
| HP300™ |
55208274 |
Bowl liner |
| HP300™ |
55308260 |
Mantle |
| HP300™ |
50132123 |
Mantle |
| HP300™ |
55308264 |
Mantle |
| HP300™ |
55308254 |
Mantle |
| HP300™ |
55308261 |
Mantle |
| HP300™ |
55308262 |
Mantle |
| HP400™ |
55208382 |
Bowl liner |
| HP400™ |
55208383 |
Bowl liner |
| HP400™ |
55208525 |
Bowl liner |
| HP400™ |
55208398 |
Bowl liner |
| HP400™ |
55208400 |
Bowl liner |
| HP400™ |
66664404 |
Bowl liner |
| HP400™ |
66664405 |
Bowl liner |
| HP400™ |
55208522 |
Bowl liner |
| HP400™ |
55208524 |
Bowl liner |
| HP400™ |
66664406 |
Bowl liner |
| HP400™ |
66664409 |
Bowl liner |
| HP400™ |
55308381 |
Mantle |
| HP400™ |
55308384 |
Mantle |
| HP400™ |
55208387 |
Bowl liner |
| HP400™ |
55208396 |
Bowl liner |
| HP400™ |
55208385 |
Bowl liner |
| HP400™ |
55208386 |
Bowl liner |
| HP400™ |
48300032 |
Bowl liner |
| HP400™ |
55208394 |
Bowl liner |
| HP400™ |
48300031 |
Bowl liner |
| HP400™ |
55208393 |
Bowl liner |
| HP400™ |
55308383 |
Mantle |
| HP400™ |
55308386 |
Mantle |
| HP400™ |
55308382 |
Mantle |
| HP400™ |
55308385 |
Mantle |
| HP400™ |
55308282 |
Mantle |
| HP500™ |
55208502 |
Bowl liner |
| HP500™ |
55208504 |
Bowl liner |
| HP500™ |
48314227 |
Bowl liner |
| HP500™ |
55208512 |
Bowl liner |
| HP500™ |
48314236 |
Bowl liner |
| HP500™ |
55208514 |
Bowl liner |
| HP500™ |
66664501 |
Bowl liner |
| HP500™ |
66664502 |
Bowl liner |
| HP500™ |
66664505 |
Bowl liner |
| HP500™ |
66664507 |
Bowl liner |
| HP500™ |
48314240 |
Bowl liner |
| HP500™ |
55208513 |
Bowl liner |
| HP500™ |
66664503 |
Bowl liner |
| HP500™ |
66664504 |
Bowl liner |
| HP500™ |
66664508 |
Bowl liner |
| HP500™ |
66664509 |
Bowl liner |
| HP500™ |
55308501 |
Mantle |
| HP500™ |
55308503 |
Mantle |
| HP500™ |
55308514 |
Mantle |
| HP500™ |
55308516 |
Mantle |
| HP500™ |
66663502 |
Mantle |
| HP500™ |
66663503 |
Mantle |
| HP500™ |
55208505 |
Bowl liner |
| HP500™ |
55208509 |
Bowl liner |
| HP500™ |
55208510 |
Bowl liner |
| HP500™ |
55208511 |
Bowl liner |
| HP500™ |
48314219 |
Bowl liner |
| HP500™ |
55208518 |
Bowl liner |
| HP500™ |
48314222 |
Bowl liner |
| HP500™ |
55208517 |
Bowl liner |
| HP500™ |
55308506 |
Mantle |
| HP500™ |
55308507 |
Mantle |
| HP500™ |
55308502 |
Mantle |
| HP500™ |
55308504 |
Mantle |
| HP700™ |
48314369 |
Bowl liner |
| HP700™ |
48314346 |
Bowl liner |
| HP700™ |
48314347 |
Bowl liner |
| HP700™ |
48314318 |
Bowl liner |
| HP700™ |
48314345 |
Bowl liner |
| HP700™ |
48314319 |
Bowl liner |
| HP700™ |
48314356 |
Bowl liner |
| HP700™ |
48314320 |
Bowl liner |
| HP700™ |
48314344 |
Bowl liner |
| HP700™ |
50143849 |
Mantle |
| HP700™ |
48314350 |
Bowl liner |
| HP700™ |
48314312 |
Bowl liner |
| HP700™ |
48314370 |
Bowl liner |
| HP700™ |
48314367 |
Bowl liner |
| HP700™ |
48314349 |
Bowl liner |
| HP700™ |
48314310 |
Bowl liner |
| HP700™ |
48314348 |
Bowl liner |
| HP700™ |
48314315 |
Bowl liner |
| HP700™ |
50143811 |
Mantle |
| HP700™ |
50143860 |
Mantle |
| HP700™ |
50143810 |
Mantle |
| HP800™ |
48314360 |
Bowl liner |
| HP800™ |
48314369 |
Bowl liner |
| HP800™ |
48314346 |
Bowl liner |
| HP800™ |
48314347 |
Bowl liner |
| HP800™ |
48314361 |
Bowl liner |
| HP800™ |
48314359 |
Bowl liner |
| HP800™ |
48314345 |
Bowl liner |
| HP800™ |
48314362 |
Bowl liner |
| HP800™ |
48314356 |
Bowl liner |
| HP800™ |
48314344 |
Bowl liner |
| HP800™ |
19584408 |
Mantle |
| HP800™ |
19584409 |
Mantle |
| HP800™ |
48314350 |
Bowl liner |
| HP800™ |
48314363 |
Bowl liner |
| HP800™ |
48314370 |
Bowl liner |
| HP800™ |
48314349 |
Bowl liner |
| HP800™ |
48314364 |
Bowl liner |
| HP800™ |
48314348 |
Bowl liner |
| HP800™ |
48314365 |
Bowl liner |
| HP800™ |
19584412 |
Mantle |
| HP800™ |
19584409 |
Mantle |
| Guaranteed to fit, perform and long wear life |
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Shenyang Powerups Machinery Co., Ltd is committed to designing, manufacturing and maintaining cone crusher, jaw crusher, impact crusher, feeder, screen and washing equipment, and it's also a great resource of premium replacement parts for HP Series™ cone crusher, GP Series™ cone crusher, MP Series™ cone crusher, C Series™ jaw crusher, Symons® cone crusher, Gyradisc® cone crusher, Omnicone® cone crusher, CH/CS cone crusher, etc. Powerups has large stock of parts for the leading models of crushers to meet the specific needs of each customer.
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Powerups' process equipment and systems are proven in mining operation, with installation in over 20 countries around the world including United States of America, Canada, Chile, Peru, Colombia, Mexico, Greece, Russia, Turkey, Australia, New Zealand, Saudi Arabia, Thailand, Indonesia, Cambodia, Malaysia, Vietnam, etc. Powerups is ideally positioned to deliver high quality and competitive solutions to projects anywhere in the world.
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5 Essential Elements For 94280065
27 SECTION B - Typical Basic safety Directions IMPORTANT! POWERUPS highly endorses that dust protecting gadgets like an correct respirator be worn by anyone exposed to airborne dust to circumvent its inhalation. WARNING Respiration dust can be harmful for the wellness of any one Operating at, on, or around the Crushing Plant. It can result in serious or deadly respiratory ailments which include silicosis! It is the responsibility from the Owner and Operator to find out the necessity and adequacy of protective units and warnings, to provide them, and to make sure that These are used and followed! Noise and Vibration Crushing Plant Sound Crushing Plant by its pretty mother nature is noisy and also the auxiliary devices observed at, on or across the Crushing Plant such as chutes, transfer stations, screens, and so on., can occasionally be noisier than the Crushing Plant alone. Usual Crushing Plant sounds degree although crushing vary from db calculated at 1 m (3ft) in the Crushing Plant. POWERUPS recommends donning ear security at, on and around Crushing Plant, especially in the event the noise level exceeds 85dB. It is suggested that the Owner create a signaling communication process in noisy environments to lower the potential risk of accidents.
In crisis end cases, the target is to prevent the equipment without delay to attenuate opportunity accidents although preserving the structural integrity in the equipment. CAUTION Crisis prevent not merely stops the device but generally it may well initiate other protecting sequences. Take note : It could be needed to engage reset switches prior to motion can resume Safety interlocks A safety interlock is a tool that will interrupt the availability of energy, hydraulic oil or compressed air to an actuator or motor. A machine currently in operation might require to prevent rapidly as a consequence of Operator mistake, safety violations, or an unexpected machine event. Such as, a security gate may very well be interlocked to stop a device When the gate is opened even though the machine is working. Interlocks can be utilised to avoid unexpected sudden movement of the device operate or part. All through Procedure, the logic program (i.e. programmable logic controller, microcontroller, relay method or similar unit) controls the capabilities with the machine. Interlocks designed to the process utilize Restrict switches together with other sensors that will help assure correct equipment operation. For that reason It is necessary THAT INTERLOCKING ARRANGEMENTS Will not be Taken out, MODIFIED OR BYPASSED, AND THAT THEY ARE Effectively Altered. LIMIT SWITCHES, As well as other SENSORS Needs to be Saved IN Fantastic Functioning ORDER. 02/2005 POWERUPS MINERALS Protection Directions C-1
When turning the bowl in this manner, a person generally uses a cable that has a bullwheel anchored to your tractor or loader. If one cable is used to turn the bowl during the modifying ring, the bowl tends to tilt in the threads from the adjusting ring. This swaying generates a point of Get in touch with among the outer diameter from the bowl's threads and also the flat surface area of the changing ring's threads within the direction of traction, above all if It's not necessarily horizontal. If the bowl is pushed on the centre in the apparatus, this results in swaying, which chips the threads. This injury is often confined to the initial thread on the bowl as well as the altering ring and seems over the flat surfaces of your threads. The resulting chips can hurt the remainder of the bowl's threads when turning within the modifying ring. Precisely the same effects can arise when dismantling the bowl. Specialized Guide POWERUPS CONE CRUSHERS HP100/two hundred/three hundred/400/
23 Portion B - Basic Basic safety Guidance Welding Devices WARNING Danger of injuries. Hearth may crack out. Hardly ever complete welding or torch chopping actions from the existence of flammable materials. Weld repairs are being performed only by skilled staff. Welders and welder s helpers ought to dress in protecting clothing and tools. Safeguards needs to be taken when torch reducing and/or welding due to the wellbeing hazards posed by lots of metals. Any person carrying out most of these processes really should avoid respiratory the fumes. Such techniques needs to be done outdoor or in the perfectly ventilated area with either a individual cleanse air source provided towards the mechanic or with regional exhaust of fumes. Remember to consult with EU, OSHA, MSHA or other applicable specifications as appropriate. One of the more frequently employed resources throughout the Crushing Plant is definitely the slicing torch. Crushing Crops which might be equipped with hydraulic elements and/or conveyor belts and/or v-belts must have these factors depressurized and sufficiently lined with flame-evidence product to ensure that sparks, weld spatter, etcetera., are not able to arrive at theses parts. Ruptured higher force hydraulic lines will rapidly vaporize the hydraulic fluid as it reaches the ambiance.
208 SECTION 9 - COUNTERSHAFT, COUNTERSHAFT HOUSING AND BULLWHEEL ASSEMBLIES A worn pinion is much more liable to tooth breakage that a pinion in excellent ailment. What is much more, running the crusher with a worn pinion could cause serious harm to other crusher pieces. An excessively worn should for that reason be replaced. To have the finest out with the push equipment and pinion, it is actually highly recommended to change the crown concurrently. If a different pinion is mounted that has a worn crown, the profile of your crown's worn enamel can quickly injury The brand new pinion. If a brand new pinion or crown are mounted, Test the Engage in from the tooth as stated in paragraph "Examining and modifying the Enjoy among and at The underside of the enamel". To exchange the pinion do as follows: one. Clear away the countershaft pinion assembly through the countershaft housing. Place the countershaft on acceptable wedges. 2. Bit by bit warmth the pinion having a blowtorch to around 100 C. With the assist of a rafter, strike the pinion when continuing to warmth it. The moment the pinion begins to slide, seize it with equally hands and acquire it off the shaft. three. Warmth the substitute pinion in an oil bathtub (see temperatures in Table nine-2). Together with the help of insulating gloves, slide the pinion to the countershaft, matching up the retainer lock grooves.
sixty two Part 1 - Common INFORMATION ON THE CRUSHER 1.six Terminology To avoid any confusion or misunderstanding, all of the conditions utilised all through this manual to describe the crusher and its operation are outlined under: FEED (or infeed): the fabric to get crushed. BOWL LINER AND MANTLE: the areas that crush. Fastened bowl liner. Mantle on The top. CRUSHING CHAMBER (or CAVITY): the interior space enclosed with the bowl liner and mantle. PARALLEL ZONE: once the bowl liner and mantle are shut, for the duration of rotation, their least expensive pieces are parallel above a brief length. This surface area is referred to as the parallel zone. GRIP (closed conclude): the shortest distance among the liner and mantle s summits when they are shut during gyration. GRIP (open up close): the longest length for the liner and mantle s summits when they're open up in the course of gyration. GRADATION: the gap among The underside in the liner and mantle at The purpose the place They are really the closest to each other during gyration. This determines the scale of your crushed products. Least GRADATION: the shortest permissible distance amongst The underside on the liner and mantle when they are closed. DISCHARGE OPENING: the space concerning The underside on the liner and mantle in open position throughout gyration. This allows swift discharge of your crushed product. Product or service Dimensions: dimensions with the screened product just after crushing. Potential (output/generate/throughput): crusher output expressed in tons per hour (TPH).
This crusher is equipped with the latest high-performance motors, making it efficient and ecological crushing device.
These bolts transmit their tractive force into the concrete bonding by adhesion. The concrete bonding transmits the power from the bolts to your concrete block. This force really should vacation from one particular concrete to the subsequent as a result of their dividing surface. The anchoring essential (wherever suitable) is simply made use of to maintain the bolt plus the element being bonded till the concrete sets. Concreting needs to be completed as quickly as possible for slender constructions subjected to wind, in almost any party before the crusher is introduced into support, since a hook anchor bolt is twelve situations weaker ahead of the concrete sets. The anchoring key plays no portion from the anchoring energy in addition to a properly set bolt are unable to buckle or extend if the nut is tightened up. As being a basic rule, concreting really should be accomplished in accordance with great practice and native restrictions. HP100/two hundred/three hundred/400/500 CONE CRUSHERS Handbook two-1
164 Area 6 - HEAD, MANTLE AND FEEDER CONE ASSEMBLIES one Head 2 Lower head bushing 3 Locking bolt 4 Loctite Washer Determine six-26 Reduce head bushing DANGER Have on well-insulated gloves when handling the carbon dioxide snow. This compound could cause serious burns. Wrap the skin of the head bushing with various levels of fibre glass to avoid frost forming, which could impede reassembly from the bushing into the head. This also can help amazing the bushing suitable down. The cooling procedure normally takes about two hrs. Tend not to USE THIS METHOD FOR The pinnacle S BORE Gap; It will SHRINK. three. Measure the outer diameter with the bushing and the inside of The top bore to find out whether the bushing has cooled down sufficient. four. Paint or draw a line outdoors the bushing at right angles to one of many mounting holes. Paint or attract a line at the very best of The top at proper angles towards the tapped holes. These strains have to serve to properly align the holes for mounting the bushing and The pinnacle. 5. Fit two lifting rings (provided With all the tools) into your bushing's dealing with holes.
An increased density during the crushing chamber enhances the inter-particle crushing action, leading to top-quality merchandise form, substantial reduction ratio and higher potential.
ninety seven SECTION three - Guidance FOR USE The crusher's countershaft pace establishes both equally the quantity of product and the amount of impacts a particle sustains in the cavity. In case the crusher are unable to run at the correct velocity (rpm), a better rotation velocity is preferable (not more than 10% about the rated velocity), due to the fact if countershaft velocity is lessened to much lower the proposed rotation velocity, overall performance will probably be tremendously impaired resulting from jamming in the crushing chamber, which could block the crusher. Instance A countershaft getting a encouraged pace of 950 rpm may be used at speeds of amongst 950 and 1045 rpm (950 rpm + 10%) without having affecting crushing effectiveness. A distinct rotation pace is recommended in selected apps in order to improve the measurement or condition of the particles without affecting throughput. For these apps, Speak to the factory to learn the proper velocity of the countershaft. An increased Velocity CAN Change THE MATERIAL On the Pushed AND Travel PULLEYS. three.4 Countershaft rotation All HP crushers are designed in this type of way that their countershaft rotates clockwise, as seen when dealing with the countershaft. The path of rotation is essential since the locking nut keeps the mantle tight towards the head; we rely upon correct rotation to guarantee its self-clamping capability. CAUTION The motor s path of rotation should be checked in advance of mounting the belts. This should be clockwise when dealing with the end on the shaft. Hazard For HP100 and HP200. If this precaution just isn't taken and it transpires which the course of rotation is Incorrect, the pinion screwed onto the countershaft will come unfastened and significant harm will ensue.
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The ground must be business, stage and in the position to assist the burden of your complete plant. Make certain there is adequate space for loading ramps, loaders, conveyors, and so on. and for Safe and sound maneuvering of trucks and loaders. three. Look at that cribbing is secure and that plant hasn't shifted or settled. 4. Make certain that electrical cables are protected from have on and traffic. 5. Follow pre-operation checks and start-up method protected in the individual manual supplied with all your particular unit equipment For the duration of Procedure Retain check out Don't depend far too much on automated methods. Notice Crushing Plant machines although the process is managing. Concentrate to unauthorized people approaching the location and also any strange actions from the devices (unusual sounds, vibration, scent, lowered output, and many others.). Clearing Crushers Plant gear may become plugged and stall due to electrical power failures, surges of fabric or other unplanned events. Clearing Crusher is perhaps incredibly dangerous. Shut down the technique totally, lock and tag out all applicable controls and adhere to all Directions inside the instruction manual of the unique crusher. C-four POWERUPS MINERALS Security Recommendations 02/2005
fifty seven Part 0 - Basic safety Using these elements. Rubber lined hoses are certainly not immune to the torch cutting devices that is Utilized in normal plant servicing methods Elevate equipment All crusher parts has to be lifted by equipment permitting sluggish, even actions Normally Adjust to Greatest LOAD Restrictions for your equipment and remember to add the weights of hoisting components (such as chain, hooks, and so on...) to the crusher fat Conveyor belts Will not WALK About the BELTS OF CONVEYORS. There needs to be footbridges with hand rails all along the conveyors Portable crops In case your crushing plant includes transportable devices, that may be, crushing and screening tools mounted on trailers, trailer footing or cribbing is extremely critical for Harmless operation. Examine your footing. Your equipment should be on as sound and stage a footing as you can. Use heavy timber mats as necessary. Trailers have to be lifted to ensure that trailer wheels will not contact the bottom. Place screw jacks at Each and every corner with the trailer or as close to the corner as possible. All four jacks has to be an equivalent length from Every stop. Change Each individual jack until finally the unsupported percentage of the trailer beams stop vibrating or till vibrations are diminished to the minimal. Under no circumstances leave your trailer inside a lower place wherever rains might wash out your footing. PERIODICALLY RECHECK TRAILER FOOTING FOR Balance. When transferring your trailer, Look at bridges before crossing, make certain they're going to assist the load of your equipment. Check clearances beneath bridges, for overhead traces or any overhead obstruction. In no way Journey WITH Around CAPACITY Masses, Examine Neighborhood Rules, Particularly ON Fat Limits. When touring to the highway be get more info certain all headlights, clearance lights and tail lights are on. Use right targeted visitors warning flags and symptoms Crushing plant «sound» Crushing products by its really nature is noisy and the auxiliary devices found in and about crushing gear like chutes, transfer stations, screens, and so on.
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250 Segment ten - Body, Changing RING AND RETAINING CYLINDER ASSEMBLIES Mounting the protecting cylinders - HP100 See Figure To mount a brand new or fixed cylinder, move forward as follows: 1. Push the cylinder rods down, piston towards The underside in the cylinder over the clevis facet. two. Screw a nut onto the decrease conclude of the thread. 3. Guidance the cylinder with suited lifting gear, the cylinder rod pointing upwards. Slide the cylinder rods from the holes from the ring and install The graceful spindle as well as the pin. four. Place wedges underneath the cylinder to create up the Engage in inside the clevis: mark the rod exactly where it will come out of the cylinder. 5. Screw the ball nut until eventually the end from the rod is flush with the upper confront in the nut; measure the rod extension utilizing the mark you made before.
Expanding the stroke, the facility as well as retaining pressure even though increasing crusher human body design and pounds to face up to the pressure are principles of kinematics.
Ensure that many of the resin has been removed from the notches and the internal bore with the eccentric is clean. 2. Comprehensively thoroughly clean the many surfaces of the new bushing. three. Fill the bushing's bore with carbon dioxide snow to slender its diameter. This Procedure demands 90 kg of carbon dioxide snow. A runner measuring a hundred x one hundred mm leaves ample home for your carbon dioxide snow to narrow the bushing. Threat Have on well-insulated gloves when dealing with the carbon dioxide snow. This compound can result in critical burns. 4. Wrap the outer diameter with various layers of glass wool to forestall the development of frost, which would hold off putting the bushing in position. This envelope also serves to maintain the lower temperature. Enable the bushing great down for roughly two hours. Observe: DO NOT USE THIS METHOD FOR THE ECCENTRIC'S BORE, That might TIGHTEN IT UP. five. Evaluate the outer diameter from the bushing along with the eccentric's bore to ascertain if the bushing has cooled down adequate. Healthy the two lifting rings (provided With all the applications) to the top of the eccentric bushing. 6. Draw or paint a line over the outer diameter in the bushing together both sides with the oil holes (a person big hole and just one modest gap), see Determine eight-eight. The attract or paint a line alongside the two faces of your oil holes during the eccentric around its prime. these strains are accustomed to effectively align the bushing's oil holes While using the eccentric. eight-9 Complex Handbook POWERUPS CONE CRUSHERS HP100/two hundred/300/400/500
244 Portion ten - FRAME, Modifying RING AND RETAINING CYLINDER ASSEMBLIES Risk Wear perfectly-insulated gloves when handling the carbon dioxide snow. This material might cause severe burns. 12.Just before fitting the pin rings, heat the bosses on the changing ring for ten minutes. Then quickly mount the rings during the bosses until finally the ring is aligned with the bottom from the modifying ring, tighten the screw retaining the ring to the changing ring. thirteen.Raise the adjusting ring, then transfer The three basic safety wedges, to Enable you to insert The three other rings. Rest the changing ring on the protection wedges. 14.Insert The three pin rings (see action 12). fifteen.Soon after fitting The brand new frame pins, go over the holes in the altering ring with new plugs. sixteen.Elevate the adjusting ring and remove the security wedges. Decreased the adjusting ring onto the body and restore standard pressure while in the protecting cylinders Changing the pin rings - HP400 and HP500 See Figure To exchange the pin rings, carry on as follows: one. Depressurize the protecting cylinders. Ensure the force in the hydraulic protecting method equals Unscrew the ball nut about the altering ring within the protective cylinders' piston rod. Due to the fact this nut was fitted with Loctite, it need to be heated to approximately 205 C (four hundred File) in advance of it might be taken out. 3. Deal with each of the protecting cylinders towards the outer diameter of the key body. four. With a crane or other acceptable hoisting products, raise the changing ring assembly, including the lock ring along with the locking cylinders to consider them outside of the most crucial frame.
31 Part B - Basic Protection Guidelines Impact from Ejected Resources Critical! Constantly use suitable dimensions of protecting machines. There are plenty of dangers connected to falling, flying or or else ejected components in the event the Crushing Plant is being operated or serviced. One example is, rock is often thrown quite a few meters (many yards) into air away from crushing cavity in the course of click here operation. Ejected materials may possibly include things like rock, tramp metal, metallic rods and perform implements. Preserve the safety grate down over the Procedure. Put on correct protecting apparel (such as helmet) and protecting units. Normally use correctly preserved and permitted equipment and do the job approaches. Stay apparent through the route of ejected components, also all through lifting, assembly and dissassembly operations. Removal of tramp iron jammed among the crushing users is incredibly dangerous. Stick to the Guidelines within the handbook. Do not look into crushing cavity whilst crusher is in operation. two.4 Private protective equipmentand clothes Personal protective tools and outfits including foot protection, helmet, Listening to security, dust protecting products, safety glasses or other particular protective apparel and products needs to be worn constantly.
"As per the stipulations of auction, the effective bidder has to get every one of the clearances at his have amount. Even further, no this kind of proposal for that improvement of ability or improve in the affliction of Forest Clearance has become sent by this Office to MoEF & CC,?Singh said.
The mining venture in question was accorded stage one forest clearance for mining in 54.668 ha. of forest land in September 2020. The clearance was accorded on two disorders: Extraction of minimal minerals needed to be completed manually. Even more, large cars and major equipment were not to be used to extract and transport sand, stone and boulders through the riverbed.
With POWERUPS IC70C?you could Management routine maintenance, environment modifications, output observe-up and data extraction. All parameters might be tailored for your plant traits, and you'll quickly do all this near to the crusher or remotely from the Handle home.
199 Countershaft, countershaft housing and bullwheel assembliessection This area describes the countershaft housing, countershaft and bullwheel assemblies. Power is transmitted to the crusher's countershaft motor by a V-belt transmission or perhaps a coupling sleeve. At one conclude from the countershaft is mounted a pinion the rotation of which can be transmitted towards the eccentric with the toothed crown. The countershaft is supported by two bronze bushings. These two bushings are prevented from rotating by pins inserted from the countershaft housing. The bushings Possess a flange at their end that receives the axial load both equally within the pinion and also the oil deflector. The latter is inserted limited on the countershaft Command facet.
Consultant impression. (HT file photo) The HP state govt referred the ask for of the license-holding mining organization which sought to broaden the mining capacity in The actual extend of the river and decrease the prohibition period for mining for the duration of monsoon months, minutes on the forest advisory committee's (FAC), affiliated to Union natural environment ministry, August 21 meeting exhibit.
Significantly in the photography and literature released in reaction for the Rwandan genocide focuses on catastrophic human injury and really Visible manifestations of suffering. This do the job, even though important to…
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252 Portion ten - Body, Changing RING AND RETAINING CYLINDER ASSEMBLIES Dismantling the protecting cylinders- HP200, HP300, HP400 and HP500 See Figure and Figure A cylinder leaks involves quick notice. Any external leak close to a piston rod or internal leak of the piston will trigger the changing ring to bounce. There exists an exterior leak if oil oozes among the cylinder's piston rod and nose. Should the protective system normally needs challenging-surfacing, this may level to an oil leak In the cylinders. To alter or maintenance a leaky cylinder, continue as follows: one. Shut of the facility source to reduced the pressure. Ensure the pressure has fallen to Elevate the cylinder and accumulator out of the crusher whilst sliding the piston rod throughout the gap during the modifying ring. Be certain not to damage any from the hoses. eight. Loosen the faucet screw within the accumulator flange. nine. Dismantle the accumulator by unscrewing the couplings and sliding the accumulator outside of its lock ring.
How Much You Need To Expect You'll Pay For A Good HP400 Cone Crusher
POWERUPS IC70C?can be a crusher automation technique that even more enhances the Procedure of your POWERUPS® HP?crusher. Applying it may possibly enhance your generation by over 10%.
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Swing clamp cylinder sequence MK-Z features a higher allowable second of inertia. The standard application to the MK-Z is to hold areas in the course of a welding application.
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21 SECTION B - Typical Basic safety Recommendations eyes. Constantly physical exercise warning when dealing with hydraulic units. Routinely check the problem of hoses, pipes, valves and various connections. Swap them as necessary. Before starting any maintenance work, quit all hydraulic pumps, lock out pump motors, and depressurize the system, bringing all compo
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