The PARKER D14AA2A Hydraulic Pump, paired with the LEESON 113300.00 Electric Motor (1.5 HP), offers a powerful and efficient hydraulic power unit designed for a wide range of industrial and mobile applications. The hydraulic pump delivers reliable and consistent fluid flow, making it ideal for use in equipment such as construction machinery, material handling systems, and manufacturing processes that require smooth and controlled hydraulic operation. With a 1.5 HP electric motor, this power unit provides the necessary drive to operate the pump at optimal efficiency, ensuring continuous and dependable performance.
The D14AA2A hydraulic pump features a durable design built to handle high-pressure operations while minimizing energy losses. Its compact construction allows for easy integration into hydraulic systems, while the precision-engineered components provide high volumetric efficiency and low internal leakage. This results in reduced wear and tear on system components, improved energy efficiency, and extended service life. The pump is ideal for applications requiring consistent and high-output performance, such as lifting, pressing, and powering hydraulic cylinders or motors.
The LEESON 113300.00 Electric Motor, rated at 1.5 HP, is a robust and reliable motor that efficiently drives the Parker hydraulic pump. Known for its durability and long operational life, the LEESON motor is designed for continuous-duty applications, providing smooth operation with minimal maintenance. Its high torque output ensures that the pump operates effectively even under heavy load conditions, making this unit a dependable choice for various industrial processes and mobile hydraulic systems.
Together, the PARKER D14AA2A Hydraulic Pump and LEESON 113300.00 Electric Motor provide an efficient, high-performance hydraulic solution for engineers and operators seeking a reliable power unit for their systems. Its combined efficiency, durability, and versatility make this power unit an excellent choice for applications requiring reliable hydraulic operation and continuous performance in demanding environments.