Parker Double Hydraulic Gear Pump with Spline Shaft is a high-efficiency, compact power solution engineered to deliver dual-flow hydraulic output in demanding industrial and mobile equipment applications. This pump combines two gear pumping units in a single housing, allowing for simultaneous operation of separate hydraulic circuits, enhancing system versatility and performance.
Designed with precision-machined components and a rugged housing, this Parker double gear pump offers high volumetric efficiency, consistent fluid delivery, and long operational life. The spline shaft configuration ensures secure power transmission with minimal backlash, increasing overall durability and reducing wear in high-torque environments. Its robust internal bearings and hardened gears contribute to smooth, quiet operation and improved energy transfer.
This dual pump configuration is particularly advantageous in systems requiring independent flow control to multiple actuators or hydraulic functions. Typical applications include construction equipment, agricultural machinery, material handling systems, and industrial presses, where efficient multitasking is essential. The pump's ability to manage separate flow paths from a single drive source reduces the need for multiple pumps and simplifies hydraulic system architecture.
The Parker Double Hydraulic Gear Pump with Spline Shaft supports high operating pressures and variable flow rates, making it ideal for continuous-duty and high-load applications. Its compact form factor and flange mounting make it easy to install in confined spaces or retrofit into existing systems. The pump is also compatible with a wide range of hydraulic fluids, offering flexibility across different environments and operational conditions.
Parker Double Hydraulic Gear Pump with Spline Shaft is a powerful and adaptable choice for advanced hydraulic systems that demand dual-output performance, efficiency, and reliability. Its precision design, robust construction, and dependable output make it a trusted solution for maximizing productivity and system capability.
