The TUTHILL 4C1FA-C-A Hydraulic Internal Gear Pump C Series Pump Tuthill is a robust, high-capacity pump engineered for demanding fluid transfer applications in industrial and mobile hydraulic systems. As part of Tuthill’s trusted C Series, this pump is designed with an advanced internal gear mechanism that ensures smooth, pulse-free flow, exceptional volumetric efficiency, and consistent performance under varying operating conditions. It is ideally suited for transferring hydraulic oils, lubricants, fuels, and other compatible fluids in continuous-duty environments.
Constructed with a durable cast iron housing and precision-machined internal components, the TUTHILL 4C1FA-C-A offers long-lasting performance with minimal maintenance requirements. Its internal gear design reduces slippage and mechanical wear, contributing to a quieter operation and extended service intervals. This model is well-suited for both low- and high-viscosity fluids, handling challenging applications such as oil circulation, lubrication systems, process fluid transfer, and power unit integration with efficiency and reliability.
Designed with a compact footprint and modular architecture, the 4C1FA-C-A pump allows for easy installation and integration into various hydraulic configurations. It features a strong shaft and bearing support system, along with high-quality sealing options to prevent leakage and ensure performance even in high-pressure systems. The pump also offers excellent self-priming capabilities and smooth startup characteristics, making it ideal for systems requiring consistent and responsive fluid control.
The TUTHILL 4C1FA-C-A Hydraulic Internal Gear Pump C Series Pump Tuthill is a dependable solution for engineers and operators seeking precision, durability, and operational flexibility. Whether used in industrial manufacturing, fluid processing, or mobile hydraulic systems, this pump delivers the reliability and performance needed to maintain fluid flow and system integrity in critical operations. Its rugged design and proven efficiency make it a cornerstone for high-demand fluid handling applications.
