$132,00
90 in stock
The 7J-9688 BEARING CATERPILLAR is a precision-machined bearing designed to withstand some of the harshest mechanical loads inside Caterpillar construction, mining, and earth-moving equipment. Built for continuous operation under vibration, shock, axial pressure, and rotational stress, the 7J9688 BEARING supports smooth motion at critical joints where accuracy, alignment, and durability directly determine machine performance.
As with all Caterpillar spare parts handled by 3GEN Export, this component is supplied as an OEM-grade replacementand shipped worldwide within 5 working days, supporting contractors, fleet owners, and dealers who require reliable parts with zero downtime.
The 7J-9688 BEARING CATERPILLAR is commonly used in high-load pivot points, articulation systems, steering joints, hydraulic cylinder mounts, and transmission-adjacent rotating sections. These areas of a machine experience constant friction, repetitive impact, and severe pressure fluctuations.
The main function of the 7J9688 BEARING is to:
Maintain proper alignment between moving components
Minimize friction in rotational or oscillating movement
Prevent metal-to-metal wear inside major structural joints
Extend the life of shafts, housings, and mounting assemblies
Support heavy mechanical load transfer across moving frames
Because of its robust structure and precision inner diameter, the bearing is designed to provide long-term stability in applications where lubrication, pressure, and vibration vary significantly during operation.
The bearing is engineered from heat-treated alloy steel, providing dimensional stability under extreme temperature cycles. Heavy machinery such as loaders, excavators, and motor graders rely on this resistance because continuous operation can generate intense thermal changes.
The 7J-9688 BEARING is manufactured with strict tolerances to ensure a perfect seat between the shaft and housing. This maximizes stability, reduces vibration, and prevents irregular motion inside the joint.
The interior surface is treated to reduce friction and promote smooth movement even under minimal lubrication conditions. This ensures that the machine can continue operating without binding or excessive heat buildup.
Caterpillar machines often work in abrasive environments — dust, sand, gravel, concrete, and mud all contribute to accelerated wear. The 7J9688 BEARING’s hardened exterior resists surface damage and maintains its structural form inside harsh jobsite environments.
With proper lubrication and maintenance, this bearing offers extended operational life, reducing downtime and maximizing the lifespan of surrounding components.
Below is a technical overview based on standard dimensions and characteristics associated with this bearing type:
Part Number: 7J9688 / 7J-9688
Category: Heavy-Duty Bearing
Material: Heat-Treated Alloy Steel
Outer Surface Finish: Precision-ground cylindrical steel
Inner Diameter: Designed for high-accuracy rotational assemblies
Load Capability: High axial & radial load handling
Primary Use: Pivot joints, structural frames, articulation mechanisms
Temperature Resistance: Suitable for extreme operating environments
Weight: Approximately 0.38 KG (average verified range depending on batch)
If you need the exact measurement tolerances for your assembly, we can provide the dimension sheet upon request.
Based on verified CAT technical references, the 7J-9688 BEARING appears in several heavy-duty Caterpillar applications, including steering frames, roller frames, hydraulic assemblies, and pivoting sections of mid-size earthmovers.
The following CAT machines frequently use the 7J9688 BEARING:
D3
D4
D5
D6 (various sub-series)
12H
12G
120
130
140 series
910
916
920
930
938 early series
215
225
235 (selected configurations)
Various CAT IT-series machines
Backhoe loader pivot sections (selected models)
Depending on machine configuration, this bearing may appear in:
Steering knuckle assemblies
Oscillation joints
Boom pivot points
Articulation centers
Cylinder mount housings
Frame-pivot bushings
If you need an exact compatibility match for your machine’s serial number prefix, 3GEN Export can verify the correct part selection before shipment.
All products handled through 3GEN Export meet strict OEM-standard manufacturing requirements. The 7J-9688 BEARING is sourced from trusted facilities that follow Caterpillar-level precision to ensure reliable performance.
Your machinery cannot sit idle. That’s why we deliver worldwide within 5 working days, regardless of location.
Our technical team helps customers identify correct part numbers, verify fitment by machine serial number, and avoid incorrect purchases.
We maintain constant stock for high-demand Caterpillar bearing numbers, ensuring fast dispatch for urgent maintenance projects.
Machines with worn bearings experience loose motion, noise, and misaligned steering joints. Replacing a failing bearing with the 7J-9688 instantly restores stability and operational accuracy.
A failed bearing forces uneven loads onto shafts and frames. Installing a new 7J9688 BEARING protects expensive components from premature damage.
Lower vibration and smoother motion result in less operator fatigue, especially in long-hour excavation and grading work.
Ensure the bore and shaft are clean and free from scoring
Apply appropriate lubrication before seating the bearing
Press the bearing evenly to avoid distortion
Verify all alignment points during assembly
Inspect during regular service intervals
Re-lubricate according to CAT service manuals
Replace at the first signs of play, noise, or uneven wear
The 7J-9688 BEARING CATERPILLAR is an essential component for maintaining smooth, reliable, and heavy-duty mechanical performance in a wide range of Caterpillar machinery. Its precision engineering, durability, and excellent resistance to stress make it a preferred choice in critical joints and articulation points.
When sourced through 3GEN Export, customers receive OEM-level quality, fast worldwide delivery, and expert technical verification — ensuring every machine operates with maximum efficiency and minimum downtime.