Frontend - Productfinder: v1.1.12
Frontend - Configurator: v2.0.0
Frontend - Configurations: v2.0.1
API - Productfinder: v1.2.0
API - Interfaces: v1.0.15
API - Main: v1.0.15
API - Configurations: v1.1.8
Configurator: v1.35.1
A hydraulic power pack is an energy unit which generates and provides hydraulic pressure in order to operate hydraulic consumers. Compact hydraulic power packs, standard hydraulic power packs, servo hydraulic power packs and mini hydraulic power packs are available to choose from. Suitable connection blocks enable valve banks in which directional seated valves and directional spool valves can be combined to be mounted directly.
Hydraulic power packs
The hydraulic pumps from HAWE Hydraulik are characterised by their compact and robust design. They are suitable for low pressure, medium pressure and for applications involving high pressure of up to 1500 bar.
The range includes single pumps (radial piston pumps, axial piston pumps, air-driven hydraulic pumps, hand pumps) and pump elements. They can be supplied individually or assembled into a hydraulic power pack in the form of a compact hydraulic power pack or standard version.
Pumps
The range includes directional spool valves, directional seated valves, pressure control valves, flow valves and check valves – either as individual components or combined in valve banks.
Valves
Control blocks combine multiple hydraulic valves in a compact unit and therefore specifically control a machine’s movements and functions. HAWE Hydraulik makes a distinction between valve banks which combine various valve types, directional spool valves with a modular segment design and lifting modules for specific applications.
Manifolds, valve banks
Integrated solutions combine different functions or modules within a single system. They are designed and optimised to ensure seamless interaction and enable data transfers between the various components. The integrated solutions are assembled from a comprehensive modular component kit in line with the customer’s specific requirements and delivered ready to install. They are employed in the most diverse range of industries and machine types.
Integrated solutions
Electronic components in the hydraulic system record, process and control signals in order to precisely monitor, regulate and automate hydraulic functions. The electronic components from HAWE are ideally coordinated to the hydraulic components. These include mobile controls, proportional amplifiers and sensors.
Electronics
Energy packs, also called rechargeable battery packs, consist of multiple battery modules linked together in a parallel or serial circuit. They act as universally usable electrical energy stores. In a parallel circuit, the energy packs can be expanded to form a battery system in order to reach the machine’s desired range.
Battery and Battery Management
Hydraulic clamping cylinder generate a pressure-controlled clamping force at the piston. Without pressure the clamping pistons return to their initial position.
Axial piston motors are constant motors. They have a constant displacement and therefore generate a fixed rotation speed dependent on the flow rate.
Cylinder, motor
Various fittings are available for hydraulic accessories, which are used to connect these hydraulic devices to the pressure lines of HAWE hydraulic power packs and valves in various assembly situations.
Accessories
For downloading configuration software, support files and documentation for HAWE electronic products.
HAWE Software
Hydraulic clamping cylinders are single-acting cylinders that convert a hydraulic pressure acting on the piston into a mechanical clamping force. If the hydraulic volume on the piston side is drained, the pistons are retracted to the initial position by means of a spring.
Clamping cylinder
Axial piston motors are constant motors. They have a constant displacement and therefore generate a fixed rotation speed dependent on the flow rate.
Motors
Differential cylinders are double-acting cylinders with a single-ended piston rod. They thus have effective areas of two different sizes: The larger piston area is for extension and a smaller ring area is for retraction. If the cylinder is to generate tensile forces, the largest available ring area is selected.
Lifting cylinders