K3VL
The K3VL series swash plate type axial piston pumps are designed to satisfy a variety of construction and off-highway applications where a medium to high pressure variable displacement pump is required.
K3VLS
Kawasaki’s new medium duty pump, the K3VLS, has been developed for machines and equipment that use a load sensing control system and/or electric displacement control systems. Its launch follows extensive research and development as our engineers combined efficiency with simplicity to deliver the most technologically advanced pump on the market.
K7VG
The K7VG series of high-pressure swash plate type pumps was developed for general industrial machinery use. The adoption of the high-load bearings and friction-free contacting mechanism of piston shoes, results in a high level of reliability and long life.
K8V
The K8V series is Kawasaki’s new closed loop pump with excellent controllability and superior efficiency. It is used in hydrostatic transmissions ona variety of off-highway machinery.
Load Control Valves BBV
Description
Load-control valves in this series prevent hydraulic actuators from running ahead of the available oil supply. In one valve, they combine the functions of load-holding, safety and pipe rupture protection.
Load Control Valves BBV
Description
Load-control valves in this series prevent hydraulic actuators from running ahead of the available oil supply. In one valve, they combine the functions of load-holding, safety and pipe rupture protection.
Load Control Valves CINDY
Description
Whenever loads are to be precisely moved, placed and held, leak-free load-control valves from the CINDY series are the right solution. Load-control valves in this series prevent hydraulic actuators from running ahead of the available oil supply. In one valve, they combine the functions of load-holding, safety and pipe rupture protection. Leak-free load-control valves in this series are ideally suited for use in high-pressure applications up to 420 bar (6000 psi). With a variety of optional components, the series can be extended and adapted to the requirements of the system.
