Genuine Caterpillar C-9 Water Pump | 202-7676 | OEM Replacement

Product Description:

The C-9 Water Pump (Part No. 202-7676) is an essential component designed for optimal engine cooling in Caterpillar’s C-9 engines. With a pump diameter of 166mm, it ensures your engine runs efficiently by maintaining the ideal operating temperature, preventing overheating, and enhancing overall engine performance.

Key Features:

• Part Number: 202-7676
• Engine Compatibility: Caterpillar C-9
• Pump Diameter: 166mm
• Application: Specifically designed for Caterpillar C-9 engines, this water pump ensures efficient cooling and smooth engine performance under heavy-duty conditions.

Compatible Machinery:

• Caterpillar 330C Excavator: Provides optimal cooling to ensure engine efficiency in demanding digging and earthmoving tasks.
• Caterpillar 330C FM, 330C L, 330C MH: Keeps engine temperature regulated for reliable operation during long hours of intense work.
• Caterpillar 330CL, 330CMH, 330CLN: Essential for maintaining engine performance and preventing overheating.
• Caterpillar 330DL, 336D, 336DL: Ensures engine temperature remains within safe limits, maintaining performance in construction and mining operations.
• Caterpillar C-9 Industrial Engine: Provides reliable cooling for industrial engine applications.
• Other Equipment: Includes CX31-C9I petroleum power train packaging, TH31-E61 petroleum transport, 627G & 637G wheel scrapers, and 973C track-type loader, as well as various D6R Series tractors.

This water pump plays a crucial role in supporting the cooling system of machinery used in construction, mining, industrial, and petroleum sectors, where reliable engine performance is paramount. By ensuring your Caterpillar machinery stays cool under pressure, the C-9 water pump contributes to improved equipment longevity and efficiency.

Whether you're operating an excavator, industrial engine, or heavy-duty loader, the C-9 Water Pump is the ideal solution for keeping your engine at the optimal temperature, minimizing downtime, and maximizing performance.