Search results for: 'Lift-lowering manifolds'

Our CA compact power units are small electrohydraulic supply units of power class 0.5 to 3 kW for supplying three-phase voltage, featuring energy-efficient intermittent and short-term operation. As special components are used, our compact power units have minimal noise emissions. As deep-drawn steel tanks and oil-submersed motors are used, the power units are both highly robust and highly space-saving. The CA power units are perfect for stationary applications, such as for lifting and lowering loads or in dough dividers. Our CA compact power units are highly flexible in terms of their structural design, as various hydraulic controllers can be realised by mounting control manifolds or function modules.

Our DC1 compact power units are small electrohydraulic supply units of power class 1.7 to 3 kW for supplying DC voltage of 12 to 24 VDC, featuring energy-efficient intermittent and short-term operation. As special components are used, our compact power units have minimal noise emissions. The DC1 power units are perfect for mobile applications, such as for lifting and lowering loads or for auxiliary and emergency functions in machines. Our DC1 compact power units are highly flexible in terms of their structural design, as various hydraulic controllers can be realised in the central flange thanks to flexible placement of cartridge valves and the controller can be expanded by mounting control manifolds or function modules.

Our CO1 compact power units are small electrohydraulic supply units of power class 0.4 to 3 kW for supplying three-phase voltage, featuring energy-efficient intermittent and short-term operation. As special components are used, our compact power units have minimal noise emissions. The CO1 power units are perfect for stationary applications, such as for lifting and lowering loads or for tensioning and clamping functions in machine tools. Our CO1 compact power units are highly flexible in terms of their structural design, as various hydraulic controllers can be realised in the central flange thanks to flexible placement of cartridge valves and the controller can be expanded by mounting control manifolds or function modules.