New product at bauma 2010
Easy to control – variable displacement axial-piston pump V60N
The variable displacement axial-piston pump type V60N from HAWE Hydraulik SE, Munich, comes with a newly designed load-sensing controller making the pump even more user-friendly and variable to operate.
Type V60N is ideally suited for open circuits in mobile hydraulics such as the ancillary drive of commercial vehicles. The new controller contains a integrated pressure limitation function so that even unusual requirements can be met with little effort. Regardless of the pump being connected to either soft, vibration-prone or rigid and swiftly reacting systems the controller is always easy to adjust, because HAWE Hydraulik has developed a special set screw that serves as the sole adjusting element for the dampening and on-stroke velocity of the pump. This way malsettings can be as good as excluded.
The adjusting screws for the pressure relief and the stand-by pressure are positioned on the controller in direction of the shaft. Even if the pump is already pre-installed, for example at the transmission of a truck, the user can still easily adjust the settings via the screws. The single-piece screen at the load sensing input is maintenance friendly as it can be cleaned and exchanged without the need for special tools.
The special surface finish ensures the controller's longevity, making it a good combination for the variable displacement axial piston pump, type V60N, which also stands for longevity and sturdiness. The new controller also comes in a more compact build compared with its predecessor model. Attached to the pump it requires less height for its installation space.
Type V60N is designed according to the swashplate principle, capable of operating pressures of up to 350 bar and peak pressure of 420 bar. The geometric displacement is up to 110 cm3/rev, with a maximum flow rate of 240 l/min.
The combination of pump and new controller will be available in September 2010.
HAWE Hydraulik at bauma 2010
19.-25.4.10
Hall A4, booth 214
