Customized control blocks from HAWE Hydraulik for municipal and street-sweeping vehicles
Scalable to accommodate various vehicle sizes Modular systems for flexibility starting at a quantity of 1 Tailored for municipal vehicles or street sweepers, HAWE designs control blocks that integrate all necessary [...] integrated safety features, precise controllability, and high durability for everyday use.” HAWE Hydraulik’s comprehensive, modular product range offers further options for adapting to the functions and requirements [...] the valve sections via daisy chain and CAN bus, the entire valve block is connected to the vehicle’s main control unit with just a single connector. On-site parameterization, the retrieval of condition
10 years of HAWE in Kaufbeuren: innovative and sustainable
Today, the company employs around 700 people in Kaufbeuren and generated around 40 percent of the Group’s global turnover of 510 million euros in 2023. Franz Pasta , Plant Manager Kaufbeuren: “All production [...] manufacture products efficiently – both in large series in different product variants and in batch size 1, i.e. a customer-specific configuration. Production in Kaufbeuren: efficient, flexible and state-of-the-art [...] state-of-the-art “The market is increasingly demanding individualized products,” explains Gilnhammer: “That’s why we want to be able to supply our customers with small quantities – at competitive prices, with the
More intelligence in the smallest of spaces: 3-in-1 amplifier plug for hydraulic valves
WLAN-enabled device - without any software or cables. At the same time, compared to its predecessor "EV2S", EMMA comes with many exciting condition monitoring functionalities that you would not expect to find [...] control CAN bus interface Storage and transmission of parameterization data via WLAN Two variants: with 1 or 2 current-controlled PWM outputs Standard M12 connector for wide compatibility With its compact
Linearisation
shown in ( Figure L 21 ), with the linearisation of a displacement transducer by means of two coils, S1 and S2, in a regenerative circuit.