Application Reports

LTT measurement technology contributes to ensuring safety and efficiency through exciting material tests on gas turbines.

The transition to Industry 4.0 presents companies with major challenges. However, high-performance measurement technology can help to reduce machine downtimes and ensure quality assurance.

Precise calculation models are important - but how reliable are they without real tests?

Our robust LTT24 in an action-packed field of application.

The further development and optimization of passive safety systems is an important topic in the automotive industry. In the future, even faster activation times and even more sensitive reactions will be required. To achieve this, the LTTsmart is used to measure and evaluate the structure-borne sound generated during a crash.

The cabling in vehicles is exposed to extreme loads. There are strong vibrations and large temperature differences. To withstand these conditions, components such as cable harnesses, connectors and switches are intensively tested on shakers and in heat chambers. Even the shortest connection dropouts must be reliably detected.

Power measurements in the aviation industry on integrated systems increase efficiency!

The LTTsmart in use on integrated drive systems.

EMC measurements are extremely important for the safe operation of track switching devices. A report on the use of our LTT24.

LVDT/carrier-supplied DMS sensorsare not commonly used. But when they are, they pose major challenges for measurement technology. This is especially true for large-scale projects with multiple measurement channels. The LTT24 from Labortechniker Tasler GmbH is the market leader for such tasks and many more.

WITTENSTEIN SE develops customized products, systems and solutions for highly dynamic motion, high-precision positioning and intelligent networking in mechatronic drive technology. Labortechnik Tasler provides support here.

Read the application report on electrical power measurement on servo actuators by the LTTsmart Power Analyzer here!

On duty for Tomocon!

The LTT24 in use for the measurement of liquid metals and their structure, by the HZDR (Helmholtz-Zentrum Dresden) as part of the EU project Tomocon.

Human activity underwater generates enormous noise levels that have a dramatic impact on the marine environment. Marine researchers analyze these underwater sounds - with the best equipment available on the market: the LTT24

An industry on the move: Only a few measurement technology manufacturers can keep up with the rapid development of electromobility. With the LTTsmart, you are on the safe side.

LTTpro is the associated software for display, analysis and storage of the data, so that the measurement chain from sensors to data acquisition to software can be offered from a single source.

Process monitoring of grinding operations relies on structure-borne sound sensors, which have a very high bandwidth.

Electric drives are conquering our daily lives: cordless screwdrivers, angle grinders, electric bikes and electric cars must function with maximum efficiency over the greatest possible load ranges.

Test standards, such as the DIN IEC 60034-2-3, define the test requirements for determining the efficiency of such inverter-fed drives. The LTTsmart is the only device worldwide offering the necessary bandwidth and accuracy.

Congratulations for the 1st place of the Innovation Award 2017 of the district of Göttingen!

The company "friends of green sonic" developed together with Labortechnik Tasler GmbH a new recorder for music recordings: A 24-bit PCM system with a sampling rate of 4.2336 MHz - digital audio redefined.

Acoustic measurements in air are often carried out with microphones corresponding to the ICP® standard and therefore require a constant current supply.

The Center for Building Materials and Materials Testing (cbm) at the Technical University of Munich is one of the most important research and testing institutes for building materials in Germany. The cbm's field of activity covers the areas of teaching, research and materials testing. The Concrete Technology working group deals with the essential aspects of concrete as a building material - from production (mixing) and processing (rheology) to mechanical properties and durability.

Continental chose the LTT186-16 transient recorder from Labortechnik Tasler.

The device has proven itself both in stationary test bench operation and in mobile "crash use". This is because the upcoming tests require a powerful measurement data acquisition system that meets particularly high requirements. The system must be able to operate autonomously, i.e. without computer support, and must also be able to record data for extended periods of up to several minutes. It should also offer a high signal bandwidth of up to 1 MHz for as many channels as possible, and this with the highest accuracy.

Today, use the LTT24 as a successor model.

TU Munich - The company EADS-Astrium commissioned KRP-Mechatec to test a mechatronic satellite component, a so-called "Low Shock Release Unit" (LSRU), which the client had developed and built for use on satellites.

Today, you use the LTT24 as the successor model.

The recording of underwater pressure waves places great demands on the measurement technology used. High sampling rates are required for the transient signals of a blast, as well as robustness of the measurement system against shock and vibration.

Today, you use the LTT24 as a successor model for this purpose.

Decentralized acquisition of strain gauge sensors on a gas turbine: As part of the continuous further development and optimization of its products, the Power Generation Group within Siemens AG operates a test field for investigations on gas turbines at the gas turbine plant in Berlin. The demands on the measurement technology are enormous: Typically, more than 300 dynamic channels with sampling rates of up to 50 kHz per channel have to be acquired.

Today, you use the LTT24 for this as the successor model of the data logger.

Robust transient recorders also prove themselves over the long haul and ensure fast and reliable recording of measurement data.

Ultra-fast measurement technology on engine test benches at the Institute for Engine Construction with the patented LTT measurement method.

Transient recorders from Labortechnik Tasler GmbH were used as a replacement for tape recorders in blasting tests, among other things. The possible effects on the occupants are investigated. For this purpose, test dummies and seat structures are equipped with sensors to determine the forces and accelerations applied. The measurement technology from Labortechnik Tasler is robust enough to record the measurement data directly in the blasted tank or building.