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Measurement technology for research and development


LTT measurement technology is ideal for research and development due to its robust housing, high measurement accuracy and high precision

Our measurement technology solutions for R&D

We offer the ideal measurement technology for research and development. With our LTT24 precision measuring device, you can perform high-precision measurements with synchronous data transmission. The measurement data acquisition device also has a modular design and can therefore be flexibly adapted to the respective measurement task.

Would you like to develop a customized measurement system and are looking for a way to speed up the development process? With the ADCstamp, we have the ideal solution: The ADC system-on-module allows you to add an extremely precise and reliable measurement channel without having to deal with the challenges of measurement technology. The winner of the 2024 messweb masters Award impresses with its sampling rate of up to 4 MHz, 24-bit AD conversion, and 1000V CAT II with reinforced insulation for protection against voltage peaks of up to 6000V.

With us, you won't lose a single measurement! Contact us and we will be happy to advise you on the best solution for your measurement task.

Precise measurement data acquisition for research and development

  • Generators and Injectors
  • quality improvement
  • long-term tests und studies
  • component test
  • drive development

Newspaper and printing presses

  • Rotational Uniformity Measurements on Printing Rollers
  • Speed fluctuations in the nanosecond range

Gas turbines and Turbine power stations

  • Tape drive replacement

Shipping

Engine development

  • Test engineering for measurements on engine control and engine functions
  • Measurement of output signals from motors, ignition voltages, etc.

Material research and testing

  • Load tests
  • Crack tests
  • Blast tests
  • Shot tests
  • Drop tower tests
  • Crash diagnostics
  • Machine wear monitoring (structure-borne sound measurements)
    • The LTT24 transient recorder is ideally suited for connecting so-called "acoustic emission" sensors for recording structure-borne sound emissions and covers their working range with typical bandwidths from 50 kHz to 1000 kHz. With the 8 or 16 differential analog inputs, several sensor signals can be acquired simultaneously and recorded and evaluated together with other machine parameters. Thanks to an integrated hard disk with up to 1 TB storage depth, longer recordings are also possible independently of a PC. Applications can be found, for example, in the field of material testing and machine monitoring.

Mechanical and plant engineering

  • Testing of switching sequences
  • Measurement of mechanical forces and acceleration

Structural analysis

  • Target pressure point research and vibration analysis

Application reports

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