Digital seismic recording system ZET 048-C-VER.3

  • GPS georeferencing
  • In-place verification
  • Geophones measuring line control

POR (price on request)

Specifications

of Seismic recording system ZET 048-C-VER.3

Measuring channels specifications
Direction of measuring axes Measuring axis Z is orthogonal to the base and directed from the base to the top, and the X and Y axes are parallel to the base
Nominal operating frequency range for measuring axes X, Y, Z: 0,033 – 50 Hz
Nominal sensitivity 2000 V/(m/s)
The limits of permissible relative error of measurement along measuring axes X, Y, Z, up to ±10 %
Maximum measured value 5 mm/sec
Integrated noise in the operating frequency range, max. 80 nm/sec
Relative transverse penetration factor at 20 Hz, max. 1 %
Sampling frequency for channels 50, 100, 250, 500, 1000, 2500 Hz
Monitoring the status of primary transducer
Integrated system of electrical excitation of sensing elements (X, Y, Z axes) using the actuator Axis Z
Power supply monitoring of primary transducer yes
Standalone mode
Standalone operation, min. 10 hrs
Full charge time of internal battery 18 hrs
Battery type Lead
Internal non-volatile memory 32 Gb
Time of recording to internal memory card at 500 Hz sampling frequency Over 1000 hrs
Synchronization parameters
Synchronization type GPS or PTP (IEEE1588)
Clock accuracy 0,1 ppm
General specifications
Power supply voltage 9…18 V
Power consumption 4 W
Data interface Ethernet and USB 1.1 Full Speed
Recorded data format ANA/ANP
conversion to CSV and SEG-Y format by means of ZETLAB SEISMO Software
Dust and moisture protection class IP68
MTBF 10 000 hrs
Average service life 10 years
Weight (without panel), max. 6,5 kg
Dimensions (without panel), max. base diameter: 170 mm
height: 350 mm
Operating temperature range −20…+60 °C (offline product version)
−40…+60 °C (stationary product version)
Pb_free
Directive 2011/65/EU (ROHS, ROHS II)

DIGITAL SEISMIC RECORDERS MEET THE REQUIREMENTS OF DIRECTIVE 2011/65/EU (ROHS, ROHS II) CONCERNING LIMITATION TO USE HAZARD SUBSTANCES (PB, HG, CD, CR(VI)) IN ELECTRICAL AND ELECTRONIC EQUIPMENT; THEY ARE MANUFACTURED USING LEAD-FREE METHOD, IN COMPLIANCE WITH THE EUROPEAN COMMUNITY REQUIREMENT

RoHS-Comliance

Advantages

of Seismic recording system ZET 048-C-VER.3

Downhole design

explosion-proof casing, compact dimensions and light weight

Generator

integrated generator for seismic recording system in-place verification

Power supply control

continuous sensor power control

Georeferencing

of the digital seismic recording systems to a particular location by means of GPS devices

Synchronization

clock rate of signal digitizing via GLONASS/GPS

Functions

of Seismic recording system ZET 048-C-VER.3 with CME 4211 integrated seismic meter

ZET 048-C-VER.3 digital seismic recording system is used in standalone mode or within the scope of automated monitoring systems for conducting seismic and seismological research, onshore and offshore works, at sea bottom and on ice, using the methods of refraction and reflection waves and deep-water  seismic sounding against the man-made and natural sources, the earthquake converted-wave method, as well as for geotechnical surveys.

ZETLAB SEISMO software supplied with ZET 048-C seismic recording system enables comprehensive analysis of signals using various algorithms and visualization of the results obtained in two- and three-dimensional format.

Application examples

of Seismic recording system ZET 048-C-VER.3

Test profile editor. Harmonic vibration

Test profile editor. Harmonic vibration

30.04.2020/by Team

Measurement of vibration velocity and vibration displacement

Video-lesson: Measurement of vibration velocity and vibration displacement

30.04.2020/by Team
Data transmission from seismic recorder ZET 7156 VER.2 to PC

Data transmission from seismic recorder ZET 7156 VER.2 to PC

30.04.2020/by Team
Review of the programs Multichannel recorder

Review of the programs “Multi-channel recorder” and “Multi-channel oscilloscope”

30.04.2020/by Team
Narrow-band spectrum program.

Narrow-band spectrum program. Using the “Norm file” function.

30.04.2020/by Team

Vibration calibration of vibration transducers by means of comparison to the reference transducer

shaker system certification program by ZETLAB
shaker system certification program by ZETLAB

Shaker Validation

ZETLAB Software update of February 2020

ZETLAB Software update dt 28.02.2020

11.03.2020/by Team
12-th industry-specific exhibition preview

12-th International Exhibition Expo Control 2020

02.03.2020/by Team

Shock recording with the use of modal analysis program preview

Video-lesson: Shock recording with the use of modal analysis program

25.02.2020/by Team
Application of Cross-spectrum FFT analysis preview

Application of Cross-spectrum FFT analysis

25.02.2020/by Team

Requirements concerning installation and power supply

ZET 7110 DT - product image
ZET 7110 DT - product image

Strain gauge transducer ZET 7110 DT

Hydrophone ZET-350 - product image
Hydrophone ZET-350 - product image

Hydrophone ZET 351

Вариация #116859 для ZET 351 (Копия)

Вариация #116860 для ZET 351 (Копия)

Digital transducers: design options

Happy-New-Year-705x468

Happy New Year and Merry Christmas!

25.12.2019/by Екатерина Сатарова

ZET-7170-main image
ZET-7170-main image

ZET 7170

Cable Requirements

What Is ZETSENSOR?

Available versions of FFT spectrum analyzers

Methods for the calibration of accelerometers

Verification of accelerometers and associated instrumentation using calibrators

Absolute calibration method with the use of a laser displacement sensor

Calibration by means of comparison method

Evaluation method of error results calculation in the “Total Harmonic Distortion Analysis” program

Bearings Diagnostics

Diagnostics of gear units

Diagnostics of gear units based on spectrum of vibration signal

Diagnostics of gear units based on ultra-narrowband spectrum

Diagnostics of gear units based on co-spectrum characteristics

Diagnostics of gear units > Based on inter-correlation characteristics

Diagnostics of gear units > Based on spectrum of envelope curve

Diagnostics of gear units > Based on order normalization

Pumps at petroleum installations vibration-based diagnostics

Ready-made solutions based on spectrum analyzers

Automated (computer-aided) test stands

Unified test facility of virtual measure gauges as part of hardware and software complex ZETLAB and ZETVIEW

Vibration and acoustic performance measurement of equipment

Hydroacoustic measurements

Constructional vibration

Vibrational measurements at the food plant

Continuous condition monitoring of mechanisms

The Separation of micaceous raw stock on the vibroboard with the altering amplitude of oscillation at the long side of the board

ZETCORR Leak detector

Device state monitoring

Functional areas of vibration analysis techniques at different stages of the life cycle of machines and equipment

Railroad train acoustic noise measuring system

Measurements of the unbalances

Vector Vibration Accelerometers Application Features

Vibration Transducers Power Supply Requirements

Impact of External Factors and Instructions on Operating Vibration Sensors and Accelerometers

Method Of Determining the XY-Coordinates of Low Noise Object

Measuring Parameters of Vibration Measuring Transducer

Automation of Parameter Measurement For Vibration Measuring Transducers

Automation of Experiments With Digital Signal Processing Methods Illustrated Based on Vibration Source Space Coordinates Determination System As Example

Automation of Industrial Processes: Collecting Amplitude Frequency Response Data in Automatic Mode

Amplitude-Frequency Response Collecting: Researching Monomorphic Piezoceramic Cells For Converters

Verification of Accelerometer

Piezoelectric Accelerometers

What is ICP? IEPE sensors and their connection

Glue Fastening of Accelerometers

Mounting accelerometer with magnet

Measuring System Design Procedure

5 Steps to Choose a ZETSENSOR

Cable Line Topology

Cable Line Length

Data Channel Usage

Power Supply

Connecting Primary Converters

Preparing Interface Converter

Preparing Digital Sensors

Preparing Cable Lines

Installing Digital Sensors On Measuring Line

RS-485 line quality control

RS-485 Line Quality

Structural vibration measurement

Mobile trajectory measurement kit by ZETLAB - main image

ZETLAB Mobile Trajectory Measurement Kit

Application Of The System For Measuring The Intensity Of Seismic Impact Illustrated by Elevator Dismantling Through Integrated Demolishing

Diagnostics and Condition Monitoring of Building Structures Using Industrial Seismic Recording System ZET 048-C

Mounting And Dismounting Of Accelerometers and Seismic Receivers

Installing Seismic Sensors At Measuring Location

Process Management In Test Chambers

Power Quality Control

Counting Wheel Sets

Theory Of Strain Gauge Measurements, Resistive Strain Sensors Connection Schemes

Strain Gauge Measurements

General Specifications Of Resistive Strain Sensors

Strain Gauge Sensors

Variety Of Strain Gauge Bridges

Establishing Bridge Circuits

Strain Gauge Bridge Testing

Connecting Strain Gauge Sensing Elements to ZET-017-T8 Strain Gauge Module

Pressure Sensors Based On Resistive Strain Sensors

Application Of Resistive Strain Sensors for Measuring the Physical Values

Mounting ZETSENSOR Modules

Classical-shock-profile-cover

Classical shock profile

Oscillating system shock spectrum and reactance factor

ZETLAB — MASW

CONNECTING ZETSENSOR TO MODBUS POLL VIA MODBUS PROTOCOL

CONNECTING ZETSENSOR TO TRACE MODE VIA Modbus

Connecting ZETSENSOR in MasterSCADA through OPC server

Connecting ZETSENSOR in MasterSCADA through OPC server

Connecting ZETSENSOR to TRACE MODE through OPC server

Connecting ZETSENSOR to TRACE MODE through OPC server

ZET7X10 troubleshooting

ZET7X10 TROUBLESHOOTING

ZET7X20 TROUBLESHOOTING

ZET7X21 TROUBLESHOOTING

ZET7X21 TROUBLESHOOTING

7X80 troubleshooting

ZET7X80 TROUBLESHOOTING

Troubleshooting ZET7111

ZET7111 TROUBLESHOOTING

АUTOMATED MEASURING SYSTEM with solar panels

VIBRATION DIAGNOSTICS OF PUMPS AT OIL DEPOTS

MEASUREMENT OF THE STATIC STRESS STRAIN BEHAVIOR OF STRUCTURES

COMPRESSION TEST SYSTEM based on the digital sensors

CAVITATION CONTROL SYSTEM in a hydraulic turbine

MONITORING AND DIAGNOSTICS SYSTEM of the pipeline stress-strain behavior

STEPPER MOTOR CONTROL SYSTEM

DIY STRAIN GAUGE WEIGHER

Cavitation theory

Cavitation theory. Collier’s Encyclopedia.

Cavitation process forming: necessary conditions

Tempaerature sensor by ZETLAB

Temperature sensor

Acoustic emission AE

Acoustic emission transducers

Acoustic emission control products

Acoustic emission testing

Acoustic emission recording

Settings of RF603 laser displacement sensors in ZETLAB system

Eddy probe systems

LVDT-displacement sensors

Resistive temperature transducers - main image

Resistive temperature transducers

Thermoelectric temperature transducers

Thermocouple

Temperature controllers

Temperature measurements using ZETSENSOR products

RTD-temperature-measurements-main

Temperature measurements using resistive temperature transducers

Temperature measuremets: theoretical aspects. Thermal resistors application

Electromagnetic compatibility

PC requirements

Cable networks: automated control

ADC DAC modules connection options, operation in offline mode

Rail gauge control system

Resistance, capacity and inductance meaurements

Elevator positioning and movement parameters control by means of inertial navigation system

Methodics of hydrodynamic and inertial characteristics research for timber floats made of flat raft sections

Research of coolant fluid temperature sensor dynamic characteristics

Motion control and positioning of stepper motor using ZETVIEW software

Virtual measurement instruments

Virtual measuring instruments

Actual resonator – Signals filtration program

Shaker test run

Evaluation of vibration acceleration and frequency non-uniformity

Evaluation of vibration acceleration, vibration displacement and frequency range

Evaluation of acceleration and / or displacement harmonics ratio

Calculation of lateral components ratio

Calculation of distribution non-uniformity ratio

Calculation of trunnion resonance frequency and the first resonance frequency of the system

Evaluation of the shaker table vibration noise level

Evaluation of the tolerance limit for maintenance of the acceleration and/ or displacement level at the control point

Evaluation of the tolerance limits for reproduction of acceleration and displacement level at the control point

Types of sonar systems, LOFAR and DEMON analysis

Sinusoidal vibration impact: tests performance

Tests for random vibration impact

Shock impact test (single and multiple shock impacts)

Shaker controller (VCS) ZET 017-U – Gunfire shock test method

“By eye” estimation of vibration displacement

Spectral characteristics dynamics control

Use of electrical oscillating circuit for mechanical resonance simulation of a real shaker system

ZETLAB Shaker control system - basic parameters - measurement results

ZETLAB Shaker control system: basic parameters, measurement results

Choice of vibration control system

Tests performance

News

Main image -Hydrophone BC 321 by ZETLAB
Main image -Hydrophone BC 321 by ZETLAB

ZET 321

Вариация #114170 для ZET 321 (Копия)

Вариация #114171 для ZET 321 (Копия)

Вариация #114172 для ZET 321 (Копия)

Вариация #114173 для ZET 321 (Копия)

International standards

Evaluation of wood elasticity modulus

Vibration testing systems: start-up and commissioning

Protection recommendations

Vibration testing performance – VCS

Selection and operation of the vibration testing system

Overview-of-the-exhibition-ZETLAB-2019

Overview of the exhibition TESTING & CONTROL 2019

29.10.2019/by Team

Functional features of ZETLAB shaker controllers

Sinusoidal vibration: Interrelation of acceleration, velocity and displacement

Vibration testing system – basic notions

Theory of vibration testing

Vibration testing

Testing-Control-2019-ZETLAB-ENG-new-1

16-th international exhibition Testing & Control 2019 in October

13.09.2019/by Team

ZETLAB Company at International Aviation and Space Salon MAKS 2019

Overview of МАКS 2019

04.09.2019/by Team
Turbine-blades-fatigue-testing-system-gallery-image
Turbine-blades-fatigue-testing-system

System for fatigue testing of the turbine blades

ZET-7152-N-Prom-mini
ZET-7152-N-Prom

Digital accelerometer ZET 7152-N Pro

Evaluation of dynamic elasticity modulus by the resonance method

Preview eng на сайт

Invitation for the International Aviation and Space Salon MAKS 2019

15.06.2019/by Team
ZET-038-gallery-image
FFT-Spectrum-analyzer-ZET-038-main-1

FFT Spectrum analyzer ZET 038

Control Days. Moscow 2019 home

Exhibition Control Days 2019

15.04.2019/by Team

Новости ZETLAB

Вариация #108469 для ZET 7010 SP (Копия)

Вариация #108470 для ZET 7010 SP (Копия)

General view of Digital soil pressure transducer ZET 7010 SP used for foundation subsidence control
General view of Digital soil pressure transducer ZET 7010 SP used for foundation subsidence control

Soil pressure transducer ZET 7010 SP

11-th international exhibition Control Days 2019

05.03.2019/by Team
Strain-gauge-amplifier-ZET-052-gallery-image
Strain-gauge-amplifier-ZET-052-product-image

Strain gauge amplifier ZET 052

ZET 032 FFT Spectrum analyzer - Product image
ZET 032 FFT Spectrum analyzer - Product image

ZET 032

Condition-based maintenance – analysis of advantages

Condition-based maintenance: general principles

Система контроля сейсмических воздействий
Система контроля сейсмических воздействий

SCADA-project “Seismic impact control system”

Вариация #107214 для ZET 017-U32 (Копия)

Вариация #107215 для ZET 017-U32 (Копия)

ZET 017-U32 - product image
ZET 017-U32 - product image

ZET 017-U32

Вариация #106977 для ZET 017-U16 (Копия)

Вариация #106978 для ZET 017-U16 (Копия)

Video-review: Delivery scope of strain gauge transducers by ZETLAB Company

31.01.2019/by Team

Video-review of Structural health monitoring system (SHM) basic configuration

31.01.2019/by Team

Video-lesson: Graphical conversion of vibration velocity into vibration displacement

31.01.2019/by Team

Video-lesson: Saving the data from ZET 048 seismic recorder in miniseed format

31.01.2019/by Team

Video-lesson: Example of using SCADA ZetView system

30.01.2019/by Team

Video-lesson: Experiment with the use of a stroboscope

30.01.2019/by Team

Video-lesson: Control of various deformation types using strain gauge module ZET 017 T8

30.01.2019/by Team

Review of the System for diagnostics of buildings and Structures “ZET Arrow”

30.01.2019/by Team

seismic-transducer-calibration-image-gallery
Seismic-transducers-calibration-system-product-image

Seismic transducers calibration system

ZETLAB Company news of January 2019

19.01.2019/by Team

NVH monitoring method use in pass-by noise level control and traffic management systems

NVH (noise, vibration, and harshness) monitoring – description, use cases

Вариация #104693 для ZET 048-С VER.1

Вариация #104691 для ZET 048-С VER.1

Вариация #104680 для ZET 048-С VER.1

Вариация #104679 для ZET 048-С VER.1

Вариация #104678 для ZET 048-С VER.1

Вариация #104677 для ZET 048-С VER.1

Вариация #104676 для ZET 048-С VER.1

Вариация #104675 для ZET 048-С VER.1

Вариация #104674 для ZET 048-С VER.1

Вариация #104673 для ZET 048-С VER.1

Вариация #104672 для ZET 048-С VER.1

Вариация #104671 для ZET 048-С VER.1

Experimental modal analysis (EMA) – distinctive features

Seismic observation system

Operational modal analysis – description, spheres of application

Galeria de Vídeo

TEST

Control parameters - product image
Control parameters - product image

Pre-test and control parameters

Гармоническая вибрация
Гармоническая вибрация

Sine

Resonance-search-track-and-dwell-RSTD-gallery-image-1
Resonance-search-track-and-dwell-RSTD

Resonance search, track and dwell (RSTD)

Широкополосная случайная вибрация (ШСВ)
Широкополосная случайная вибрация (ШСВ)

Random

Sine-on-Random-SoR-gallery-image
Sine-on-Random-SoR

Sine-on-Random (SoR)

Random-on-Random- RoR
Random-on-Random- RoR

Random-on-Random (RoR)

Sine-on-Random-on-Random - main image
Sine-on-Random-on-Random - main image

Sine-on-Random-on-Random (SoRoR)

Sine-on-sine - SoS - product image
Sine-on-sine - SoS - product image

Sine-on-sine

Kurtosis control - main image
Kurtosis control - main image

Kurtosis level control

Classical-shock-VCS-main-image

Classical shock

SUV-ZET-017-U-Vibroudar

Vibrational shock (Gunfire impact)

Test-specimen-parameters-gallery
Test-specimen-parameters-Product-image

Test specimen parameters

Shaker system parameters - product image
Shaker system parameters - product image

Shaker system parameters

СУВ ZET 024
СУВ ZET 024

ZET 024

ZET-028-SUV
Sistema-upraleniya-vibroispyitaniyami-ZET-028

ZET 028

Strain gauge measurement system ZET 058 - product image
Strain gauge measurement system ZET 058 - product image

ZET 058

Digital accelerometer ZET 7152-N Pro - product image
Digital accelerometer ZET 7152-N Pro - product image

ZET 7152-N Pro

FFT Spectrum analyzer of vibro-acoustic signals ZET 034 - product image
FFT Spectrum analyzer of vibro-acoustic signals ZET 034 - product image

ZET 034

Testing обложка

Overview of the exhibition Testing & Control 2018

30.10.2018/by Team

Modern Leak detection systems (LDS): systems description, analysis of practicality of their implementation

ZETLAB software update dt. 31.08.2018 - main image

ZETLAB software update dt. 31.08.2018

06.09.2018/by Team

Leak detection system (LDS)

Стенд ZETLAB 2018 на 15 выставке Testing & Control

15-th International Exhibition Testing & Control 2018

22.08.2018/by Team

Measurement module for strain gauges (Data acquisition module (DAC) ZET 017-T32 - main image
Measurement module for strain gauges (Data acquisition module (DAC) ZET 017-T32 - main image

ZET 017-T32

Вариация #99629 для ZET 017-T32 (Копия)

Вариация #99630 для ZET 017-T32 (Копия)

Measurement module for strain gauges (Data acquisition module (DAC) ZET 017-T24 - main image
Measurement module for strain gauges (Data acquisition module (DAC) ZET 017-T24 - main image

ZET 017-T24

Вариация #99588 для ZET 017-T24 (Копия)

Вариация #99589 для ZET 017-T24 (Копия)

Measurement module for strain gauges (Data acquisition system (DAQ) ZET 017-T16 - main image
Measurement module for strain gauges (Data acquisition system (DAQ) ZET 017-T16 - main image

ZET 017-T16

Вариация #99481 для ZET 017-T16 (Копия)

Вариация #99482 для ZET 017-T16 (Копия)

Devices synchronization via PTP protocol

ZET 017 – connection via Ethernet

Cross narrowband spectrum – Nyquist diagram

Confidentiality policy

Data protection and privacy policy

Funciones ZETLAB

ZETLAB Software update dt. 25.05.2018

Impulse response characteristic – Cross narrowband spectrum analysis

Resonance analysis – Cross narrowband spectrum program

Transient characteristic – Cross narrowband spectrum

Intrinsic noise measurements – Cross narrowband spectrum

Coherence ratio- Cross narrowband spectrum

Cross narrowband spectral analysis: phase

Clearing programs configuration

Measuring lines: calculation of cable parameters

Инженерно-сейсмометрическая станция (ИСС)

Control Days 2018

Sistema móvil de mediciones

Sistema de control de influencias sísmicas

Sistema de monitoreo de construcciones

Sistemas llave en mano

Inclinómetro digital

Software

Hydrophones

Shaker controllers - tests performance - cover

Shaker controllers – tests performance

Shaker controller- choice and operation recommendations - cover

Shaker controller- choice and operation recommendations

Functions of Shaker control system ZET 017-U - cover

Functions of Shaker control system ZET 017-U

vibration tests parameters interrelation

Oscillating system parameters and vibration parameters interrelation

Вариация #93380 для ZET 401 (Копия)

Вариация #93381 для ZET 401 (Копия)

Датчик оборотов ВС 401
Датчик оборотов ВС 401

ZET 401

Вариация #93377 для ZET 401 (Копия)

Вариация #93378 для ZET 401 (Копия)

Вариация #93223 для ZET 701 (Копия)

Вариация #93224 для ZET 701 (Копия)

Вариация #93225 для ZET 701 (Копия)

ZET 701 - main cover
ZET 701 - main cover

ZET 701

Convertidores de interfaz

Sensores digitales de deformación

Bugrinskiy bridge - main

Bugrinskiy bridge

Sayano–Shushenskaya Dam - cover 3

Sayano–Shushenskaya Dam

Bridge over Kama river - main

Bridge over Kama river

Adler thermal power plant - main

Adler thermal power plant

Ostankino tower - main

Ostankino tower

Voroshilovskiy bridge in Rostov-on-Don - overview

Vorosholovskiy bridge

Domodedovo airport - stress-strain state monitoring sub-system from the scope of SHM system

Domodedovo Airport

Mayn-hydroelctric-power-station-cover 1

Mayn hydroelectric power station

Rules for SHM system development

ZETSENSOR interaction options with third-party systems

SCADA SISTEMA ZETVIEW

El softwar

Digitales sensores sísmicos

Productos de medición

Equipo para estudios sísmicos

Analizador de espectro

Forum

EXPO CONTROL 2018

15.02.2018/by Team

Design and survey works with the use of portable measurement system

shaker-calibration-system_cover_2
shaker-calibration-system_cover_1

Shaker calibration system

temperature test chamber_cover_1
temperature test chamber_cover_1

System for temperature chambers performance confirmation

Hydrophones calibration system_cover_1
Hydrophones calibration system_cover_1

Hydrophones calibration system

Pendulum shock testing machine UDAR-1_cover_1
Pendulum shock testing machine UDAR-1_cover_1

UDAR-1

Rotor balancing system_cover_1
Rotor balancing system_cover_1

Rotor balancing system

Вариация #87423 для Сейсмограф ZET 7152-N VER.2

Вариация #87422 для Сейсмограф ZET 7152-N VER.2

Вариация #87419 для Сейсмограф ZET 7156-VER.2

Вариация #87418 для Сейсмограф ZET 7156-VER.2

Fracture testing machines automation_cover_1
Fracture testing machines automation_cover_1

Fracture testing machines: automation

Closed-loop servohydraulic test bench control system_cover
Closed-loop servohydraulic test bench control system_cover

Closed-loop servohydraulic test bench control system

Shock impact recorder - hardware-software system_cover
Shock impact recorder - hardware-software system_cover

“Shock impact recorder” – hardware-software system

Automated test systems

Electrical networks control system_cover_1
Electrical networks control system_cover_1

Electrical networks control system

torque measurement system
torque measurement system

Torque measurement system

Virtual laboratory

New sensor of the sun 111

Developed software for working with devices

Automated engine testing system_cover_1
Automated engine testing system_cover_1

Automated engine testing system

Uncertainty of measurement

SUV-ZET-017-U-Sinusoidalnaya-vibratsiya

Sinusoidal vibration

Seismometer correction – Signals filtration program

SUV-ZET-017-U-SHirokopolosnaya-sluchaynaya-vibratsiya

Random vibration

Fractional-octave-band filter – Signal filtration program

Frequency weighting

Signal envelope – Signals filtration program

Bandpass filters – Filtration program

TOFD method of acoustic
TOFD method of acoustic

Acoustic control: TOFD method

Vibration transducers calibration system
Vibration transducers calibration system

Vibration transducers calibration system

Signal-generator-main-cover-1
Signal-generator-main-cover-1

Signal Generator

Siganl-generator-sinusoidal-signal-main-cover
Siganl-generator-sinusoidal-signal-main-cover

Sine signal generator

Signal-generator-Radio-pulse-signal-1
Signal-generator-Radio-pulse-signal-1

Radio pulse signal generator

Signal-generator-Noise-generator-main-cover
Signal-generator-Noise-generator-main-cover

Noise generator

Signal-generator-saw-tooth-signal-1-cover
Signal-generator-saw-tooth-signal-1-cover

Saw-tooth signal generator

Signal-generator-pulse-signal-generator-1-main
Signal-generator-pulse-signal-generator-1-main

Pulse signal generator

Signal-generator-logaritmic-frequency-modulated-signal-main
Signal-generator-logaritmic-frequency-modulated-signal-main

Frequency-modulated signal generator (logarithmic time-base)

Signal-generator-Linear-frequency-modulated-signal-main
Signal-generator-Linear-frequency-modulated-signal-main

Linear Frequency-modulated Signal Generator

Signal-generator-frequency-modulated-signal-1-main-cover
Signal-generator-frequency-modulated-signal-1-main-cover

Frequency-modulated signal generator

Signal-generator-amplitude-modulated-signal-cover
Signal-generator-amplitude-modulated-signal-cover

Amplitude-modulated signal generator

Signal-generator-Generation-of-signals-from-a-file-1-main-cover
Signal-generator-Generation-of-signals-from-a-file-1-main-cover

Generating signal from a file

Signal-generator-generation-of-signals-from-the-input-of-the-device-1
Signal-generator-generation-of-signals-from-the-input-of-the-device-1

Generating signals from input and virtual channels

Signals generator - Barker code signal
Signals generator - Barker code signal

Barker-code signals generator

Synchronous-generator-main-cover
Synchronous-generator-main-cover

Synchronous Generator

Deterministic signals – Formula program

Control and measuring equipment

Control and measuring equipment

Программное обеспечение

Подтверждение подписки

Seminar “Uncertainty of measurement”

15.12.2017/by Team

Filters – Formula program

Measuring functions – program Formula

Mathematical functions – program Formula

Operations – Formula program

Formula program – Constants

Formula program – Channels

ZETLAB Formula
ZETLAB Formula

ZETLAB Formula

Seismic surveys

Vibration Analysis and Acoustics

Strain Gauge Measurements

Intelligent Sensors and Controllers, ZETSENSOR series

Seismic surveys

Измерение параметров АЭ
Измерение параметров АЭ

System for acoustic emission parameters control

Materials impedance
Materials impedance

System for determination of materials impedance in impedance tubes

Seismic detection system for elevators

Mobile measuring system: natural oscillation frequency and decrement measurements

SHM system: basic package

Calculation of fundamental tone of natural oscillations

22.11.2017/by Александр Петров

Pendulum shock testing machine ZETLAB

21.11.2017/by Александр Петров
Testing & Control 2017 home

14-th international exhibition Testing & Control 2017

15.10.2017/by Team

Connection of current output sensors to ADC DAC modules ZET 210/220

ADC DAC: automation

Miscellaneous

Система виброконтроля, мониторинга и диагностики гидроагрегатов
Система виброконтроля, мониторинга и диагностики гидроагрегатов

Vibration control, monitoring and diagnostics system for hydraulic units

Software

Seismometers

Вариация #82289 для ZET 048-I (Копия)

Вариация #82290 для ZET 048-I (Копия)

Вариация #82291 для ZET 048-I (Копия)

Вариация #82292 для ZET 048-I (Копия)

Вариация #82293 для ZET 048-I (Копия)

Вариация #82294 для ZET 048-I (Копия)

Вариация #82253 для 4211 (Копия)

Вариация #82254 для 4211 (Копия)

Вариация #82255 для 4211 (Копия)

ZET 601 acoustic emission sensor
ZET 601 acoustic emission sensor

ZET 601 Acoustic Emission sensor

ZETLAB TENZO

Acoustic Emission Converter without Amplifier GT200
Acoustic Emission Converter without Amplifier GT200

Acoustic emission transducer GT200

Acoustic emission converter without amplifier GT205
Acoustic emission converter without amplifier GT205

Acoustic emission transducer GT205

Acoustic emission converter without amplifier GT301
Acoustic emission converter without amplifier GT301

Acoustic emission transducer GT301

Conference in Peru

15.09.2017/by Team

Shaker Controllers

About

ZET 048 Seismic Impact Control System

Seismic Recording Systems

Acoustic Emission sensors

Strain measurement systems

Interface converters

Control modules

Measuring products

Products

Support

Video Lessons

News ZETLAB

ZETLAB Company news

ZET 7152-N-VER.3
ZET 7152-N-VER.3

ZET 7152-N-VER.3

Functions ZETLAB

галерея сигналов
галерея сигналов

Signals Gallery

“SHM training simulator” WKS requirements

SHM WKS Requirements

SHM server: requirements

SHM software – neural network technologies

A19-U2 FFT spectrum analyzer
A19-U2 FFT spectrum analyzer

A19-U2 FFT spectrum analyzer

Measuring products

ZET 048-C-VER.1 cover side view
ZET 048-C-VER.1 cover side view

ZET 048-C-VER.1 Digital Seismic Recording System

Products

Turnkey systems

Turnkey solutions

Structural health monitoring system (SHM)

Digital temperature sensors

Digital pressure sensors

Digital seismic sensors

Digital inclinometers

Turnkey solutions

ADC / DAC modules, digital USB oscillographs

Seismic research performance 03.08.2017

18.08.2017/by Александр Петров

Вариация #81117 для ВС 401 (Копия)

Вариация #81118 для ВС 401 (Копия)

ZET 402 RPM sensor - cover
ZET 402 RPM sensor - cover

ZET 402

System for linear and angular displacement measurements
System for linear and angular displacement measurements

System for linear and angular displacement measurements

Portable bridge structures control system
Portable bridge structures control system

Portable bridge structures control system

ZET Arrow
ZET Arrow

ZET Arrow

Elevators diagnostics system
Elevators diagnostics system

Elevators diagnostics system “Vector”

ZET 210 ADC DAC module
ZET 210 ADC DAC module

ZET 210

ZET 220 ADC DAC module
ZET 220 ADC DAC module

ZET 220

ZET 230 ADC DAC module
ZET 230 ADC DAC module

ZET 230

Готовые мобильные комплекты

Test run of digital multi-channel seismic streamer

27.07.2017/by Александр Петров

Grounding and shielding

Cables matching

Remote earthquakes monitoring

Scalability of the monitoring system

USB oscillograph ZET 302
USB oscillograph ZET 302

USB oscillograph ZET 302

Compatible products

Metrological self-check

Error notification system

Просмотр исторических данных с помощью демо-сервера ZETLAB
Просмотр исторических данных с помощью демо-сервера ZETLAB

Multi-user access to trends view

Portabillity of the seismic research kit

Просмотр исторических данных
Просмотр исторических данных

View of historical events

Off-line recorders data conversion

Sofware update: ZETLAB Setup (dt 20.02.2017)

Quiénes somos

Formación

Equipo

SHM measuring system based on seismic recorders

SHM measuring system based on ZET 7177

SHM system based on industrial PC

Measurement system based on ZET 7176 modules

ZETLAB software update (release dt 31.07.2017)

15.07.2017/by Team

Determining the parameters of the fundamental pitch of natural oscillations
Determining the parameters of the fundamental pitch of natural oscillations

SCADA-project “Determination of the parameters of the fundamental tone of free oscillations of buildings”

Kit for seismic research performance: synchronization system

Kit for seismic research performance: hardware versions

Seismograph Cover
Seismograph Cover

Seismograph

Cloud monitoring solutions

Kit for seismic research performance - main cover
Kit for seismic research performance - main cover

Kit for seismic research performance

System selection and mounting

Measuring lines: design process

System components and controlled parameters

“Eco-friendly” technologies used for monitoring system design

Elevators diagnostics system

Seismic detection system for elevators

Foundation subsidence control

Seismic impact level control

Lin. phase-frequency response measurement
Lin. phase-frequency response measurement

Lin. phase-frequency response measurement

Снятие ФЧХ в логарифмическом масштабе
Снятие ФЧХ в логарифмическом масштабе

Log. phase-frequency response measurement

Снятие зависимости КНИ от частоты в логарифмическом масштабе
Снятие зависимости КНИ от частоты в логарифмическом масштабе

Log. distortion coefficient measurement

Снятие АЧХ селективным вольтметром
Снятие АЧХ селективным вольтметром

Log. frequency responce measurements (selective)

Natural frequency and logarithmic decrement control

Снятие АЧХ в линейном масштабе измерение постоянного значения
Снятие АЧХ в линейном масштабе измерение постоянного значения

Lin. frequency response measurement (DC)

Снятие АЧХ в линейном масштабе (измерение переменного значения)
Снятие АЧХ в линейном масштабе (измерение переменного значения)

Lin. frequency response measurement (AC)

Снятие АЧХ в логарифмическом масштабе (измерение постоянного значения)
Снятие АЧХ в логарифмическом масштабе (измерение постоянного значения)

Log. frequency response measurement (with external generator AC)

Снятие АЧХ в логарифмическом масштабе (измерение переменного значения)
Снятие АЧХ в логарифмическом масштабе (измерение переменного значения)

Log. frequency response measurements AC

Stress-strain state control

Building tilt and elements displacement control

Structural health monitoring system (SHM)

Mobile measuring system: natural oscillation frequency and decrement measurements

Temperature measurement

Многоканальная измерительная система
Многоканальная измерительная система

SCADA-project “Multi-channel measuring system”

Вариация #75777 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75778 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75779 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75780 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75781 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75782 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75783 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75784 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75785 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75786 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75787 для SCADA-проект «Многоканальная измерительная система» (Копия)

Вариация #75788 для SCADA-проект «Многоканальная измерительная система» (Копия)

Seismic survey data processing using the multi-channel analysis of surface waves method (MASW)

15.06.2017/by Александр Петров

Video Lessons

Cavitation

Displacement measurements

ZETLAB SEISMO

ZETLAB SEISMO - Software for seismic stations
ZETLAB SEISMO - Software for seismic stations

ZETLAB SEISMO

Acoustic emission

About

Вариация #75121 для ZET 7110-DS (Копия)

Вариация #75122 для ZET 7110-DS (Копия)

Вариация #75123 для ZET 7110-DS (Копия)

Вариация #75124 для ZET 7110-DS (Копия)

Small strain gauge sensor ZET 7110-DS
Small strain gauge sensor ZET 7110-DS

ZET 7110-DS digital small strain gauge

Digital geophone ZET 7155 - cover
Digital geophone ZET 7155 - cover

ZET 7155 digital geophone

Digital meteorological sensor ZET 7123
Digital meteorological sensor ZET 7123

ZET 7123 digital meteorological sensor

Вариация #75090 для ZET 048-С-VER.1

Вариация #75089 для ZET 048-С-VER.1

Digital inclinometer ZET 7154
Digital inclinometer ZET 7154

ZET 7154 digital inclinometer

Вариация #75070 для ZET 7154 (Копия)

Вариация #75071 для ZET 7154 (Копия)

Вариация #75072 для ZET 7154 (Копия)

Вариация #75073 для ZET 7154 (Копия)

PID controller ZET 7190-R
PID controller ZET 7190-R

ZET 7190-R PID controller

Akselerometer-of-the-BC-110-mini
bc_110

BC110 accelerometer (IEPE)

Digital gauge pressure and pressure meters

Seismograph ZET 7156-N-VER.2, Seismograph ZET 7152-N-VER.2
Seismograph ZET 7156-N-VER.2, Seismograph ZET 7152-N-VER.2

ZET 7156-VER.2 seismograph

Home

ZET 048-C-VER.3 digital seismic recording system
ZET 048-C-VER.3 digital seismic recording system

ZET 048-C-VER.3 digital seismic recording system

Seismograph ZET 7156-N-VER.2, Seismograph ZET 7152-N-VER.2
Seismograph ZET 7156-N-VER.2, Seismograph ZET 7152-N-VER.2

ZET 7152-N-VER.2 seismograph

Digital short-period seismometer ZET 7156
Digital short-period seismometer ZET 7156

Digital short-period seismometer ZET 7156-VER.1

Вариация #74693 для ZET 7156 (Копия)

Вариация #74694 для ZET 7156 (Копия)

Вариация #74552 для ZET 7012-I в корпусе BP4-1 (Копия)

Вариация #74553 для ZET 7012-I в корпусе BP4-1 (Копия)

Вариация #74554 для ZET 7012-I в корпусе BP4-1 (Копия)

Вариация #74555 для ZET 7012-I в корпусе BP4-1 (Копия)

Вариация #74556 для ZET 7012-I в корпусе BP4-1 (Копия)

Вариация #74557 для ZET 7012-I в корпусе BP4-1 (Копия)

Вариация #74558 для ZET 7012-I в корпусе BP4-1 (Копия)

Вариация #74559 для ZET 7012-I в корпусе BP4-1 (Копия)

Digital pressure meter ZET 7012-A-VER.1
Digital pressure meter ZET 7012-A-VER.1

ZET 7012-I-VER.1 digital gauge pressure

Вариация #74509 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74510 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74511 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74512 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74513 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74514 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74515 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74516 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74517 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74518 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74519 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74520 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74521 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74522 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74523 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Вариация #74524 для ZET 7012-I в корпусе BP15C с индикатором (Копия)

Pressure sensor ZET-7X12-VER.3 cover 2
Pressure sensor ZET-7X12-VER.3 cover 2

ZET 7012-I VER.3 digital gauge pressure

Digital pressure meter ZET 7012-A-VER.1
Digital pressure meter ZET 7012-A-VER.1

ZET 7012-A-VER.1 digital pressure meter

Вариация #74493 для ZET 7012-A в корпусе BP4-1 (Копия)

Вариация #74494 для ZET 7012-A в корпусе BP4-1 (Копия)

Вариация #74495 для ZET 7012-A в корпусе BP4-1 (Копия)

Вариация #74496 для ZET 7012-A в корпусе BP4-1 (Копия)

Вариация #74469 для ZET 7012-A в корпусе BP15C с индикатором (Копия)

Вариация #74470 для ZET 7012-A в корпусе BP15C с индикатором (Копия)

Вариация #74471 для ZET 7012-A в корпусе BP15C с индикатором (Копия)

Вариация #74472 для ZET 7012-A в корпусе BP15C с индикатором (Копия)

Вариация #74473 для ZET 7012-A в корпусе BP15C с индикатором (Копия)

Вариация #74474 для ZET 7012-A в корпусе BP15C с индикатором (Копия)

Вариация #74475 для ZET 7012-A в корпусе BP15C с индикатором (Копия)

Вариация #74476 для ZET 7012-A в корпусе BP15C с индикатором (Копия)

Pressure sensor ZET-7X12-VER.3 cover 2
Pressure sensor ZET-7X12-VER.3 cover 2

ZET 7012-A VER.3 digital pressure meter

Вариация #74435 для ZET 7012-I с открытой мембраной (Копия)

Вариация #74436 для ZET 7012-I с открытой мембраной (Копия)

Digital gauge pressure ZET 7012-I-VER.2 (open membrane)
Digital gauge pressure ZET 7012-I-VER.2 (open membrane)

ZET 7012-I VER.2 digital gauge pressure (open membrane)

Вариация #74437 для ZET 7012-I с открытой мембраной (Копия)

Вариация #74438 для ZET 7012-I с открытой мембраной (Копия)

Вариация #74439 для ZET 7012-I с открытой мембраной (Копия)

Вариация #74440 для ZET 7012-I с открытой мембраной (Копия)

Вариация #74441 для ZET 7012-I с открытой мембраной (Копия)

Вариация #74442 для ZET 7012-I с открытой мембраной (Копия)

Вариация #74418 для ZET 7112-I с открытой мембраной (Копия)

Вариация #74419 для ZET 7112-I с открытой мембраной (Копия)

Вариация #74420 для ZET 7112-I с открытой мембраной (Копия)

Вариация #74421 для ZET 7112-I с открытой мембраной (Копия)

Digital gauge pressure ZET 7112-I VER.2 (open membrane)
Digital gauge pressure ZET 7112-I VER.2 (open membrane)

ZET 7112-I VER.2 digital gauge pressure (open membrane)

Вариация #74413 для ZET 7012-I с открытой мембраной в корпусе BP4-1 (Копия)

Вариация #74414 для ZET 7012-I с открытой мембраной в корпусе BP4-1 (Копия)

Вариация #74415 для ZET 7012-I с открытой мембраной в корпусе BP4-1 (Копия)

Вариация #74416 для ZET 7012-I с открытой мембраной в корпусе BP4-1 (Копия)

Вариация #74387 для ZET 7012-I с открытой мембраной в корпусе BP15C с индикатором (Копия)

Вариация #74388 для ZET 7012-I с открытой мембраной в корпусе BP15C с индикатором (Копия)

Pressure sensor ZET-7X12-VER.3 cover 2 with mebran
Pressure sensor ZET-7X12-VER.3 cover 2 with mebran

ZET 7012-I VER.3 digital gauge pressure

Вариация #74381 для ZET 7012-I с открытой мембраной в корпусе BP15C с индикатором (Копия)

Вариация #74382 для ZET 7012-I с открытой мембраной в корпусе BP15C с индикатором (Копия)

Вариация #74383 для ZET 7012-I с открытой мембраной в корпусе BP15C с индикатором (Копия)

Вариация #74384 для ZET 7012-I с открытой мембраной в корпусе BP15C с индикатором (Копия)

Вариация #74385 для ZET 7012-I с открытой мембраной в корпусе BP15C с индикатором (Копия)

Вариация #74386 для ZET 7012-I с открытой мембраной в корпусе BP15C с индикатором (Копия)

Вариация #74345 для ZET 7012-I с открытой мембраной в корпусе BP4-1 (Копия)

Digital gauge pressure ZET 7012-I VER.1 (open membrane)
Digital gauge pressure ZET 7012-I VER.1 (open membrane)

ZET 7012-I-VER.1 digital gauge pressure (open membrane)

Вариация #74342 для ZET 7012-I с открытой мембраной в корпусе BP4-1 (Копия)

Вариация #74343 для ZET 7012-I с открытой мембраной в корпусе BP4-1 (Копия)

Вариация #74344 для ZET 7012-I с открытой мембраной в корпусе BP4-1 (Копия)

Термометрические датчики

Акселерометры и сейсмические датчики

Наклономеры

Тензометрические датчики

Датчики давления

Multichannel strain gauge meter
Multichannel strain gauge meter

Multichannel strain gauge meter

Electrical circuits control device ZET 452

ZET 452 Electrical circuits control device

Electrical circuits control devices

Digital devices of ZETSENSOR series

SCADA ZETVIEW

Charge amplifiers, coupling amplifiers

Вариация #73631 для ZET 048-E16

Вариация #73630 для ZET 048-E16

Вариация #73629 для ZET 048-E16

Вариация #73628 для ZET 048-E16

MEASURING RESISTANCE WITH ZET 7021 AND ZET 7121 DIGITAL SENSORS

The ZET 70XX digital sensor is not discovered by PC

Generating the Modbus address table

Working with ZET 7070 as COM port (Windows)

OPERATION IN OPC SERVER MODE

OPC Protocol

Seismic impact control system
Seismic impact control system

ZET 048 Seismic Impact Control System

ZETLAB object state monitoring system

Working with ZET 7070 as COM port (Linux)

Connecting ZETSENSOR to Network Enabler Administrator

Updating ZETSENSOR firmware

CONFIGURING OPERATION MODES of the ZETLAB digital sensors

NETWORK SYNCHRONIZATION DIAGNOSTICS

Обновление ПО ZETLAB

SYNCHRONIZATION DIAGNOSTICS FOR A MEASURING LINE

Monitoring system for buildings and structures
Monitoring system for buildings and structures

SCADA project «Buildings and constructions structural monitoring system»

Вариация #72964 для ZET 048-С-VER.3 (Копия)

Вариация #72965 для ZET 048-С-VER.3 (Копия)

DEMO MODE

FORMAT OF DATA AND DESCRIPTOR STRUCTURE

SERVICE ACTIVITIES with ZETSENSOR

ZETSENSOR LED INDICATION

About the Company

GETTING STARTED with the “Service operations with ZET 7xxx” software

Configuring operation modes

DATA EXCHANGE DIAGNOSTICS in a measuring line

DATA QUALITY DIAGNOSTICS in a measuring line

TURNKEY SOLUTIONS based on ZETSENSOR digital sensors

DIAGNOSTICS of ZETSENSOR digital sensors