ZETLAB Company
Starting from providing equipment for metrological laboratories, we headed towards the delivery of high-accuracy measuring products for Russian manufacturing enterprises in the most important fields, including defense industry, oil processing, aviation, automotive, consumer and food industries, as well as in metallurgy and mechanical engineering.
- +7 (495) 739-39-19
- +7 (495) 739-39-19
- info@zetlab.com
- zetlab@zetlab.com
- 14 Konstruktora Lukina str.
build.12
Zelenograd, Moscow 124460
Russian Federation
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Product
Digital Encoder
ZET 7060-E
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Digital encoder ZET 7060-E is used for measuring distance and rotation angle.
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Product
Signal Analysis
Cross-Spectrum FFT Analysis
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The program Cross narrow-band spectrum is used for evaluation of the interrelation between the signals’ parameters obtained from the two primary transducers installed at various parts of the controlled object. This program can be used for detection of noise source location, for sound absorption level evaluation and the researched object acoustic properties control, for evaluation of space-time distribution of the directional energy flux (Poynting vector), for the ground cross-section FR characteristic evaluation (Nakamura method), etc.
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Product
Services- Global Server Time
ZETSERVER
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The software is used for displaying the time after the ADC, spectrum analyzer or measuring instrument connected to the computer is started.
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Product
Shaker Controllers
ZET 017-U Series
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Shaker Controllers of ZET 017-U series are represented by a software and hardware complex solutions based on FFT spectrum analyzer ZET 017 with task-specific software ZETLAB VIBRO for the control of shock and vibration impact produced by electrodynamic shaker systems. The modular principle of the system structure allows to increase the number of measuring channels from 4 up to 24.
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Product
Measurement
Vibration Meter
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The input signal of the Vibration meter software, which is the output signal of the accelerometer, i.e. the vibrational acceleration signal, is filtered by means of one of four possible digital band filters. Then, based on this signal, vibrational velocity and displacement signals are calculated by means of integrating filters. Thus, the software generates three signals which are transferred to the ZETLAB data server virtual channels created by the program and having the word “Acceleration”, “Speed” or “Displacement” in their names, respectively.Signals are averaged for a selected time interval (0.1 s, 1 s, or 10 s), after which the obtained values are displayed in the dialog box elements of the Vibration meter program. It is possible to display a root-mean-square (RMS), average amplitude or peak value.
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Product
Signal Amplifier
ZET 410
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The ZET 410 preamplifier is used as a signal amplifier in processing systems and various instruments and actuator control systems. It is used in industry, laboratory and mobile studies.
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Product
Digital Temperature Sensor
ZET 7120
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The ZET 7120 unit converts signal from the sensor into temperature values. The resulting temperature values are transmitted via CAN interface. Thus, the use of digital sensors releases the user from the necessity of the measuring channels setting.
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Product
Digital Indicator
ZET 7178
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The Digital indicator ZET 7178 is intended for indicating the data transmitted via the CAN network by the ZETSENSOR series digital sensors.
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Product
Signal Analysis
STA/LTA Detector
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The STA/LTA Detector program is a representation of a detector of various events in triaxial or single-component time signals. The software is based on one of the STA/LTA detector types.
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Product
Signal Analysis
Cross-Correlation Analysis
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The software is used for correlation analysis of signals coming from the input channels of FFT spectrum analyzers in real time or recorded time realization view mode, as well as for viewing various correlation characteristics of signals. Correlation analysis is a set of methods based on the mathematical correlation theory and is used for detecting the correlation dependence between two random attributes or factors. For solving a number of diagnostic tasks, cross-correlation analysis of signals in two or more control points distributed across space is often used.
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Product
Measurement
Tachometer
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Tachometer is used for measuring the rotation frequency of shafts in machines and mechanisms, as well as for calculating the number of complete revolutions. Typically, for measuring the rotation frequency, optical or induction rpm sensors are used.
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Product
Signal Analysis
FFT Analysis
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The program FFT (Fast Fourier Transform) Analysis is used for narrow-band spectral processing of signals coming from the input channels of ADC modules and FFT spectrum analyzers (in real-time or recorded time realization view mode), as well as for viewing various spectral characteristics of signals.
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Product
Services
Error Log
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ZETLAB Error Log is used for creating and sending error logs from a spectrum analyzer, strain-gauge station, ADC/DAC module or other measuring instrument to the developer of ZETLAB software (ZETLAB Company).
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Product
Automation
Arithmometer Software
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Arithmometer is used for arithmetic operations with instantaneous signal values coming to the input channels of ADC modules and spectrum analyzers. The indicator displays the current value of the selected arithmetic operation. After starting, the program creates additional virtual channel whose values can be used in all ZETLAB programs.
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Product
Signal Analysis
Synchronous Accumulation (Order Analysis)
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Order analysis is one of the most convenient and efficient methods for diagnostics and balancing of rotating mechanisms and transmission gears. With an RPM sensor and a vibration sensor, it is possible to study the time characteristics of gear vibration signals. It is a well-known fact that a signal from a vibration sensor is affected by signals from other sources. To tune out from the disturbing signals, the synchronous signal accumulation method is used. For each shaft rotation, the RPM sensor provides a rotation mark. This signal serves as a triggering strobe for the vibration sensor signal sweeping. The obtained signal sweeps are combined. All the sources of the signals related to the shaft frequency (frequency of rotation) are accumulated and increased in the accumulator linearly proportionally to the N number of rotations. All other signals that are not correlated with the shaft frequency are accumulated proportionally to N1/2 and in case of a greater number of averagings, the useful signal exceeds the interference level.
