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+86-17692703999
+86-17692703999 No. 6, West Side Auxiliary Road,
Sunshine Street, Linxi County, Xingtai
City, Hebei Province
Sunshine Street, Linxi County, Xingtai
City, Hebei Province
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7V6715
CAT
The 7V6715 is a Caterpillar Bucket Linkage Pin, officially designated as "Pin A," the "Lower Bucket Linkage Pin," or the "Tilt Lever Pin."
Primary Applications:
- Used within the bucket linkage mechanism of Wheel Loaders.
- Serves as a critical pivot point, connecting and supporting the lower bucket linkage in relation to the tilt lever or other associated linkage components.
- Facilitates precise bucket tilting actions and controls the bucket angle, aiding in operations such as loading, stockpiling, excavating, and dumping; ensures the smooth operation of the linkage system and accurate bucket positioning.
- General function of Cat machine linkage pins: To support rotational movement between the machine frame, linkage arms, and work tools (such as buckets).
It is a high-wear consumable component within the Bucket Control Group. Under conditions of heavy loads, repetitive impact, and constant rotation, prolonged use can lead to wear, increased clearance, bucket instability, or imprecise movements. Such issues reduce operational efficiency and precision; therefore, the pin requires periodic inspection and replacement (it is recommended to replace it concurrently with its corresponding bushings, bearings, and seals).
Applicable Models (Common Examples):
- 966 Series: 966D, 966E, 966F, 966F II, 966G, 966G II, 966H, 966K, 966M, 966M XE, 966 GC, etc.
- 972 Series: 972G, 972H, 972K, 972M, 972M XE, etc.
- Others: 950H, 950L, 970F (for specific linkage positions), etc.
Product Features (Brief):
- Structure Type: Flag Pin (headed pin); features no puller hole.
- Surface Treatment: Hard Chrome Plating, offering superior wear resistance. Performance Advantages: Featuring a high-strength design, it is capable of withstanding the impact and rotational loads associated with heavy-duty loader operations, thereby maintaining the stability of the linkage mechanism and enhancing overall operational safety and efficiency.
