7J9690 CYLINDER GP-LIFT Caterpillar parts
950
Rating:
Alternative (cross code) number:
CA7J9690
7J-9690
7J9690
CA7J9690
7J-9690
7J9690
Weight: 232 pounds 105 kg.
WHEEL LOADER,
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Stevens Lake Parts One New Hydraulic Cylinder Fits CAT, Fits Caterpillar 950 Models Interchangeable with 7J9690, HYI40-0559
Stevens Lake Parts One New Hydraulic Cylinder || This Is An Aftermarket Replacement Part Made To Meet Or Exceed OEM Specifications.
Stevens Lake Parts One New Hydraulic Cylinder || This Is An Aftermarket Replacement Part Made To Meet Or Exceed OEM Specifications.
CTP 7J9690 Lift Hydraulic Cylinder Group for Model 950
CTP For Model 950 || Sold in each || Easy in-and-out fit
CTP For Model 950 || Sold in each || Easy in-and-out fit
Stevens Lake Parts One New Hydraulic Cylinder Fits CAT, Fits Caterpillar 950 Models Interchangeable with 7J9690, HYI40-0559
Stevens Lake Parts One New Hydraulic Cylinder || This Is An Aftermarket Replacement Part Made To Meet Or Exceed OEM Specifications.
Stevens Lake Parts One New Hydraulic Cylinder || This Is An Aftermarket Replacement Part Made To Meet Or Exceed OEM Specifications.
Compatible equipment models: 7J9690:
Information:
The preferred Welding process for repair of earthmoving equipment is GMAW Gas Metal Arc Welding or what is commonly known as MIG welding or, FCAW Flux Cored Arc Welding. If these welding processes are not available or not practical, SMAW is the process you will have to use.Considerations for Repair of Cracked or Defective Welds
* Selection of material and welding procedure.* The welding repair process has to be selected with regard to base material cleanliness and the environmental conditions (indoors or outdoors).* Develop a weld procedure that will include welding process, welding parameters, filler metal, welding sequence, and any other specific information concerning the welding joint technique.* Weld repair process, use DC, reverse polarity (i.e. electrode is positive (+), ground is negative (-) for either GMAW, FCAW or SMAW.* Before welding of arc-airing, the area to be repaired must be at least 21° C (70° F), and the surface must be dry and free of moisture, paint and grease.* This can be accomplished by acclimating in a heated workshop or preheating.* Don't let surfaces get above comfortable hand temperature to prevent distortion to bore surfaces. Bores can be cooled with compressed air to help prevent overheating.* Protect finish bores and surfaces from spatter when welding or air arcing. - in proximity of finished bores and diameters.* Note about grounding - ground connection must be located where welding current will not arc through critical surfaces. (e.g. roller bearings, duo-cone seals, polished shaft/rods, etc) and locate ground as close to work as possible to eliminate arc blow. Turn tractor disconnect key to off position before welding or air arcing.* Remove flaw or crack completely using air arc method or by grinding. It is critical that flaw is completely removed or the repair could fail. Refer to "Crack Preparation" in this section.* Use dye penetrant to confirm removal of flaw.* Grind area that was air arced to remove slag and carbon pickup.* Reweld area where flaw was removed. * Remove spatter from welded area and grind toes of welds to a smooth transition. (see Figure 35).* Hammer peening the welds to improve the residual stress state.In general, a weld repair will have, at best, the same fatigue life as the original detail. However, a repair made under difficult circumstances (poor access, out of position, outdoors, etc.) may have a shorter life.Crack Preparation
1. Cracks must be completely removed with an air carbon arc torch or similar tool.2. When a crack is removed with an air carbon arc tool, make sure the procedure does not cover up the cracks. A dye-penetrant can be used to check if the crack is completely removed down to a solid metal. All slag or foreign material must be removed from the crack before a check is made with a dye-penetrant.
Figure 35 - Four types of welds and four joint configurations are used.Local Grinding
Toe grinding is normally done to improve the fatigue properties of the weldment by reducing the stress concentration at the weld toe detail. The grinding
* Selection of material and welding procedure.* The welding repair process has to be selected with regard to base material cleanliness and the environmental conditions (indoors or outdoors).* Develop a weld procedure that will include welding process, welding parameters, filler metal, welding sequence, and any other specific information concerning the welding joint technique.* Weld repair process, use DC, reverse polarity (i.e. electrode is positive (+), ground is negative (-) for either GMAW, FCAW or SMAW.* Before welding of arc-airing, the area to be repaired must be at least 21° C (70° F), and the surface must be dry and free of moisture, paint and grease.* This can be accomplished by acclimating in a heated workshop or preheating.* Don't let surfaces get above comfortable hand temperature to prevent distortion to bore surfaces. Bores can be cooled with compressed air to help prevent overheating.* Protect finish bores and surfaces from spatter when welding or air arcing. - in proximity of finished bores and diameters.* Note about grounding - ground connection must be located where welding current will not arc through critical surfaces. (e.g. roller bearings, duo-cone seals, polished shaft/rods, etc) and locate ground as close to work as possible to eliminate arc blow. Turn tractor disconnect key to off position before welding or air arcing.* Remove flaw or crack completely using air arc method or by grinding. It is critical that flaw is completely removed or the repair could fail. Refer to "Crack Preparation" in this section.* Use dye penetrant to confirm removal of flaw.* Grind area that was air arced to remove slag and carbon pickup.* Reweld area where flaw was removed. * Remove spatter from welded area and grind toes of welds to a smooth transition. (see Figure 35).* Hammer peening the welds to improve the residual stress state.In general, a weld repair will have, at best, the same fatigue life as the original detail. However, a repair made under difficult circumstances (poor access, out of position, outdoors, etc.) may have a shorter life.Crack Preparation
1. Cracks must be completely removed with an air carbon arc torch or similar tool.2. When a crack is removed with an air carbon arc tool, make sure the procedure does not cover up the cracks. A dye-penetrant can be used to check if the crack is completely removed down to a solid metal. All slag or foreign material must be removed from the crack before a check is made with a dye-penetrant.
Figure 35 - Four types of welds and four joint configurations are used.Local Grinding
Toe grinding is normally done to improve the fatigue properties of the weldment by reducing the stress concentration at the weld toe detail. The grinding
Caterpillar SIS machinery equipment:
Caterpillar SIS
950 WHEEL LOADER 43J06268-UP (MACHINE) POWERED BY 3304 ENGINE »
7J-9690
CYLINDER GP-LIFT
950 WHEEL LOADER 31K01486-UP (MACHINE) POWERED BY 3304 ENGINE »
7J-9690
CYLINDER GP-LIFT
950 WHEEL LOADER 31K01486-UP (MACHINE) POWERED BY 3304 ENGINE »
7J-9690
CYLINDER GP-LIFT
950 WHEEL LOADER 31K01201-01485 (MACHINE) »
7J-9690
CYLINDER GP-LIFT
950 WHEEL LOADER 31K00943-01200 (MACHINE) »
7J-9690
CYLINDER GP-LIFT
950 WHEEL LOADER 43J00001-04063 (MACHINE) »
7J-9690
CYLINDER GP-LIFT
950 WHEEL LOADER 43J04064-06267 (MACHINE) »
7J-9690
CYLINDER GP-LIFT
Parts cylinder Caterpillar catalog:
7N6552
CYLINDER BLOCK AS
120G, 130G, 215, 215B, 215C, 215D, 219D, 225, 225D, 229, 229D, 3304, 3304B, 515, 517, 518, 518C, 525, 527, 920, 930, 930R, 936, 936F, 941, 950, 950B, 950B/950E, 951B, 955L, 963, CB-534, CS-643, D4E, D...
120G, 130G, 215, 215B, 215C, 215D, 219D, 225, 225D, 229, 229D, 3304, 3304B, 515, 517, 518, 518C, 525, 527, 920, 930, 930R, 936, 936F, 941, 950, 950B, 950B/950E, 951B, 955L, 963, CB-534, CS-643, D4E, D...
1N3574
CYLINDER BLOCK GP
120G, 130G, 215, 215B, 215C, 215D, 219D, 225, 225D, 229, 229D, 3304, 3304B, 515, 517, 518, 518C, 525, 527, 920, 930, 930R, 936, 936F, 941, 950, 950B, 950B/950E, 951B, 955L, 963, CB-534, D4E, D4E SR, D...
120G, 130G, 215, 215B, 215C, 215D, 219D, 225, 225D, 229, 229D, 3304, 3304B, 515, 517, 518, 518C, 525, 527, 920, 930, 930R, 936, 936F, 941, 950, 950B, 950B/950E, 951B, 955L, 963, CB-534, D4E, D4E SR, D...
4V5414
CYLINDER GP-AIR OVER HYD
518, 528, 528B, 530B, 930, 930R, 950, FB518
518, 528, 528B, 530B, 930, 930R, 950, FB518
5V4003
CYLINDER AS-MASTER
950, 966C, 966R
950, 966C, 966R
8N1188
CYLINDER HEAD GP
120G, 130G, 215, 225, 3304, 518, 920, 930, 941, 950, 951B, 955L, D4E
120G, 130G, 215, 225, 3304, 518, 920, 930, 941, 950, 951B, 955L, D4E
5V4004
CYLINDER AS
950, 966C, 966R
950, 966C, 966R
7S7070
CYLINDER HEAD AS
3304, 941, 950, D4D
3304, 941, 950, D4D
9K1591
CYLINDER ASSEM.
518, 528, 528B, 530B, 920, 930, 950
518, 528, 528B, 530B, 920, 930, 950
5K7154
CYLINDER ASSEM.
930, 950
930, 950
2V6811
CYLINDER KIT
930, 950
930, 950
2280320
CYLINDER GP-ANGLING
D6M, D6N
D6M, D6N
3793508
CYLINDER GP-BULLDOZER LIFT
D5R LGP, D6N, D6N LGP
D5R LGP, D6N, D6N LGP
2030820
CYLINDER GP-ANGLING
D6R II
D6R II
2W5746
CYLINDER HEAD GP
3412, 651E, 657E, 772B, 773B, 992C, D9L
3412, 651E, 657E, 772B, 773B, 992C, D9L
3217048
CYLINDER GP-ANGLING
D6M, D6N
D6M, D6N
1251493
CYLINDER & SEAL GP-STICK
307, 307B
307, 307B
8W3259
CYLINDER & MTG GP-WHEEL LEAN
16G, 16H, 16H NA
16G, 16H, 16H NA
2331519
CYLINDER & LINES GP-LIFT
D6R III, D6T
D6R III, D6T
0875552
CYLINDER & SEAL GP
322, 322 LN, 325, 325 L, 325 LN, 330, 330 FM L, 330 L
322, 322 LN, 325, 325 L, 325 LN, 330, 330 FM L, 330 L