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Make way for greater reliability.

In the modern transport sector everything revolves around the efficient conveyance of passengers and goods. Whether road, rail or waterways – we ensure smooth operation with the right measurement and control technology. En route is always the worst place for a technical defect. When your vehicles are on the move, highly-specialized sensors reliably and precisely measure all relevant parameters. Such monitoring ensures that the negative influence of strong vibration and harsh temperatures, as well as aggressive substances or the ravages of time on the environment are kept to a minimum. With a mixture tried and tested technology and inert materials in a robust design, we measure, control and regulate the coolant and lubricant levels of all important aggregates and signal any deviations, so that failures or downtimes do not even occur. When the task at hand is transport of passengers and goods, the highest virtues of safety, reliability, and on-time arrival/ delivery must not at any time fall by the wayside.

On-board quality.

On-board quality.

Due to the long service life, state-of-the-art vehicle transformers for railway vehicles impose ever more rigorous requirements on reliability, profitability and the safety of these products. We offer for this demand an especially developed product series for railway applications.

  • Reliable avoidance of operation shutdown due to lack of coolant at the transformer thanks to our proven paddle technology with integrated boot.
  • A special developed segment paddle protects against backflows that can occur due to paddle breaks.
  • Low pressure loss leads to a reduction of pump capactiy.
  • Absolute impermeability of the device assured by the robust housing and provides reliable protection against environmental influences.


Successfully take the tide.

Successfully take the tide.

Large-dimensioned drive shafts for ship propellers require reliable monitoring of oil quantities to ensure minimum quantity lubrication and absolute avoidance of downtimes.

  • Flow monitors, such as the HD2K, have a viscosity-stable flow mechanism that practically compensates for fluctuating oil viscosities of up to 330 mm²/s, relative to switching point change and pressure loss.
  • A visual indication enables constant visual monitoring in the engine room. High-pressure designs up to 500 bar are available.