The F1e and F12e hydraulic pumps are designed for variable-speed drive applications
Parker Hannifin, a specialist in motion and control technologies, has launched its new F1e and F12e hydraulic pumps, designed for variable-speed drive applications
Electrification is crucial in reducing carbon emissions. Parker's eReady pumps have been designed to serve as a useful tool during the transition to electric. The F1e and F12e pumps provide efficient hydraulic control within a system so that performance in electric-driven applications remains optimal.
The technology behind the F1e and F12e pumps enables a wide range of operating speeds, increasing the workflow and reducing the torque. The pumps can save energy through increased efficiency achieved by pairing with asynchronous or synchronous electronic motors, which frequency controllers control.
Fredrik Magnusson, business development manager at Parker’s Pump and Motor Division Europe, said, "The launch of the F1e and F12e hydraulic pumps marks a significant milestone in Parker’s commitment to driving the electrification of heavy-duty machinery. These pumps deliver exceptional efficiency and reliability across a wide range of operating conditions, enabling our customers to reduce emissions without compromising performance. By integrating advanced technologies that minimise energy loss and noise, we are helping to pave the way for a cleaner, quieter, and more sustainable future in hydraulic systems."
Parker's F1e and F12e pumps are designed to integrate with contemporary electric systems, including hybrid and fully electric vehicles. Additionally, the pumps are engineered to reduce pressure pulsation, which can cause vibrations that lead to unwanted noise in the hydraulic system.
