The Cat® Track Link Assembly SALT PPR is engineered to provide superior performance and durability in a variety of heavy-duty applications. This robust assembly is specifically designed to support machine movement, handle the weight of the equipment, and absorb the torsional and impact loads from the track shoes. The assembly is crucial for the efficient and reliable operation of your undercarriage system.
Key features of the Track Link Assembly SALT PPR include:
- Bolt Hole Diameter: 26.39 mm
- Master Bolt Thread: M24
- Master Link Type: 5 Tooth Master
- Pin Retention System: Positive Pin Retention (PPR)
- Rail to Pin Boss Outside Diameter: 45.3 mm
- Track Pitch: 228.6 mm
- Track Bolt Thread: M24
- Bushing Outside Diameter: 85 mm
- Link Inside Spread Sprocket: 155.5 mm
- Number of Sections: 53.0
- Seal and Lube Type: Sealed and Lubricated Track (SALT)
- Shoe Bolt Hole Spacing A: 63.5 mm
- Shoe Bolt Hole Spacing B: 169.02 mm
- Shoe Bolt Hole Spacing C: 235.02 mm
- Pin Length: 273.5 mm
- Link Height: 161.0 mm
- Link Inside Spread Roller: 123.5 mm
- Link Outside Spread: 257.5 mm
- Rail to Bushing Outside Diameter: 45.5 mm
Benefits to the customer:
- Enhanced durability and longevity, reducing maintenance frequency and costs.
- Optimized design for better performance in heavy-duty applications.
- Reliable operation in various challenging environments.
- High compatibility with existing machine undercarriage systems, ensuring seamless integration.
This Track Link Assembly is ideal for use in undercarriage systems of heavy machinery, where it provides reliable performance and durability. The inclusion of the Sealed and Lubricated Track (SALT) system ensures that the internal components are protected from contaminants, extending the life of the assembly. The Positive Pin Retention (PPR) system enhances the retention of pins, minimizing the risk of pin walking and improving overall track stability.
Compatible with a wide range of Cat® machines, the Track Link Assembly SALT PPR is a critical component for maintaining the efficiency and reliability of your equipment's undercarriage system, ensuring optimal performance in the most demanding conditions.
