ZET 017-U8 4/8 channels of 10 kHz
	ZET 110 Vibration meter, sound level meter, recorder
	ZET 017-T8 8-channel strain-gauge station
	ZET 017-U2 2 10 kHz channels
	ZET 019-U2 2 100 kHz channels
	ZET 019 2-32 100 kHz channels
	ZET 023 1-4 2 MHz channels
	VS-01 Vibroaccoustic system for up to 64 channels

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Multichannel data acquisition systems are created on the basis of spectrum analyzers and ADC/DAC boards. The spectrum analyzers (ADC/DAC, seismic, strain gauge stations) are set up where the sensors are attached. The digitized signals from each spectrum analyzer are transmitted to the computer. To synchronize the data and process them in a single flow, the, spectrum analyzers are equipped with GPS receivers and hermetically sealed external antennas that receive signals from GPS and GLONASS satellites. In this way, the signals recorded by all the spectrum analyzers are linked to world time.

The optional GPS synchronization is useful both for tasks requiring strict linkage between the information-gathering systems to world time and those that require synchronization of distant objects of the system among themselves, but also while operating in standalone mode.

Synchronization by GPS is used in automated measuring systems when signals from various sensors are processed by specialized ZET devices. For example, the ZET 220 ADC/DAC module with terminal block for connecting thermocouples and thermistors is ideal for temperature measurement. The ZET 017-T8 strain gauge station processes the signals from the force sensors and strain sensors. The ZET 047 is designed to work with seismic geophones. The ZET 017-U8 spectrum analyzer receives data from vibration sensors and accelerometers.

In addition, GPS data synchronization is used to recreate an experiment when taking measurements on moving objects. For example, the spectrum analyzer is set on a moving object and operates in standalone mode. When using mapping software, you can recreate the trajectory of the object during the experiment, observing both the position of the object and its parameters at each moment in time.