141-2153 90 mm OD Hitch Pin
Cat® 90mm OD Hitch Pin for Articulation and Oscillation
Description
Cat machine linkage pins support rotation between the frame, linkages and work tools. They are used anywhere rotation must occur between two structures. Genuine Cat pins and sleeve bearings are specially designed to work together as a system to deliver the performance you expect. Caterpillar design engineers match each part with the right combination of size, material, heat treatment, surface finish and manufacturing process so it works effectively and wears in sync with all other adjacent and dependent parts.
Features
Cat linkage pins are machined from premium steel bar and hardened for exceptional strength and wear life. They work as part of the pin joint system on specific Cat machines and are tested and proven in the world's toughest applications. Surface hardness, finish and plating are carefully selected for outstanding performance with sleeve bearings. They lowers overall cost while delivering outstanding strength and fatigue life, superior wear resistance and excellent pin wear protection, even under high-load conditions.
Applications
Cat hardened linkage pins are designed for situations that require superior load-carrying capacity, strength and wear resistance, extending pin joint life. Cat linkage pins are the first choice for maximizing performance in demanding applications. They are designed to work with mating sleeve bearings.
Specifications
| Overall Length | 278 mm (10.945 in) |
|---|---|
| Diameter | 90 mm (3.543 in) |
| Internal Grease Passage Hole | No |
| Puller Thread | Yes |
| Effective Length | 263 mm (10.354 in) |
| Outside Diameter | 90 mm (3.543 in) |
| Internal Groove | None |
| Pin Type | Head Pin |
| Plating | Unplated |
| Pin Diameter | 90 mm (3.54 in) |
| Length | 263 mm (10.35 in) |
| Removal Aid/Feature | Puller Hole |
Compatible Equipment
- Wheel Loaders: 988G
- Asphalt Pavers: AD45, AD63
Additional information
| Machine Model | |
|---|---|
| Equipment Type | |
| Part Source | Genuine OEM |








