The Tuthill 1LC-6928, 8432896 Hydraulic Internal Gear Pump Tuthill is a precision-engineered pump designed for efficient and reliable fluid transfer in demanding hydraulic systems. Built with high-performance internal gear technology, this pump delivers smooth, pulse-free flow and superior volumetric efficiency, making it ideal for use in applications such as industrial hydraulics, lubrication systems, fuel transfer, and process fluid circulation. Its compact design and robust construction enable dependable operation under continuous-duty conditions.
The Tuthill 1LC-6928, 8432896 features a simple yet highly effective internal gear mechanism that allows for quiet performance and consistent flow output, even at varying pressures and fluid viscosities. Its construction includes tightly machined components and durable materials that resist wear and support high operating pressures, ensuring long service life with minimal maintenance. This model is capable of handling a broad range of fluids, including oils, lubricants, coolants, and low-viscosity chemicals, without sacrificing efficiency or reliability.
Engineered for flexibility and ease of integration, the Tuthill 1LC-6928, 8432896 can be mounted in multiple orientations, supporting various system designs and space constraints. Its precision alignment and tight internal clearances minimize slippage and energy loss, making it suitable for energy-conscious operations. With a solid coupling and heavy-duty bearings, the pump maintains alignment and performance even in continuous or high-load conditions. The hydraulic compatibility and rugged construction make it suitable for mobile and stationary applications alike.
The Tuthill 1LC-6928, 8432896 Hydraulic Internal Gear Pump Tuthill delivers dependable, low-maintenance performance in critical hydraulic circuits. Whether used in industrial machinery, mobile equipment, or specialized process systems, it ensures steady flow, high reliability, and extended operational life. Its advanced design and proven reliability make it a preferred choice for engineers and technicians seeking precision and durability in fluid power systems.