mVIBE wireless vibration analytics sensor
    mVIBE wireless vibration analytics sensor
mVIBE wireless vibration analytics sensor
mVIBE wireless vibration analytics sensor
    mVIBE wireless vibration analytics sensor
mVIBE wireless vibration analytics sensor

About

Description

mVIBE – wireless vibration and ultrasound meter for industrial application

Description

Software functionality covers

  • Possibility for adjusting of a measured vibration parameter to the most of obligatory standards in machine and civil-engineering structures technical condition assessment
  • Using of root-mean-square (RMS), peak (amplitude, 0-P) and peak-to-peak (P-P) values for vibration acceleration, velocity and displacement, in arbitrary frequency range in 1 Hz – 25,6 kHz band
  • Possible definition of 3 alarm thresholds for vibration level
  • Ultrasound leak detection in compressed air installations
  • Sound signal for instantaneous exceeding of alarm threshold
  • Vibration frequency spectrum plot, resolution of 1Hz
  • 4 markers for frequency spectrum plot with markers of harmonic frequencies and sidebands
  • Vibration time waveform plot
  • 4 markers for a time waveform plot with automatic repeat
  • Presentation of numerical values on a plot
  • Saving of plot view settings in a graphics file
  • Export of frequency spectrum and time waveform to a text file in CSV format
  • On-line operation
  • Readout of transducer precise sensitivity from measurement device
  • Possibility for application testing with the use of smartphone built-in vibration sensors
  • Automatic software update
Specification
Type of sensors 2 x piezoelectric accelerometers, ceramics PZT, shear mode, YZ direction 3 x MEMS accelerometer, XYZ direction
3 x MEMS gyroscope, XYZ direction
1 x microphone with ultrasonic capability
Range of measurements ±50 g (other as an option) – PZT accelerometer ±16 g (other as an option) – MEMS accelerometer 120 dB SPL (20 Pa) – microphone
Frequency range of measured vibrations PZT accelerometer: -3dB range 0,4 ... 21000 Hz; 10% range 0,8 ... 10500 Hz
MEMS accelerometer: 0 ... 1500 Hz
Microphone: 2% range 100 ... 10000 Hz; 8dB range 10 ... 20000 Hz and 40 ... 51200 Hz; 14dB range 20 ... 40000 kHz;
Type of analogue-digital converter ΔΣ
Definition of analogue-digital converter PZT accelerometer: 24 bits MEMS accelerometer: 16 bits MEMS gyroscope: 16 bits Microphone: 24 bits
Total noise level PZT accelerometer: 0,8 mgRMS (data for the range ±50 g, fout = 65,536 kHz, frequency range 25,6 kHz)
MEMS accelerometer: 3,0 mgRMS (data for range ±16 g, fout = 8,192 kHz, frequency range 1,5 kHz) Microphone: 30 dB SPL (0,6 mPa) (data for frequency range 20 Hz - 8 kHz)
Effective sampling frequency (fout) (frequency of updating output )

max. 65,536 kHz piezoelectric accelerometer 8,192 kHz max. micro-machine accelerometer 131,072 kHz ultrasonic sensor

Chosen filters

Butterworth low-pass analogue filter, limit frequency
f
3dB high = 68 kHz (piezoelectric accelerometer only)
first order high-pass analogue filter, limit frequency
f
3dB low = 0,5 Hz (piezoelectric accelerometer only)
low-pass digital anti-aliasing filter, linear phase, limit frequency automatically adjustable to f
3dB high = 0.49 fout (f0.005dB high = 0.39 fout, f-100dB high = 0,54 fout)

Communication interfaces IEEE802.11b/g/n WiFi, WPA2
frequency range 2,4 to 2,4835 GHz, maximally transmitted power 19.5 dBm@11b, 16.5 dBm@11g, 15.5 dBm@11n
Communication protocol ATC MESbus
Operation conditions Temp -5 to +50°C; humidity: 10..90% RH
Level of protection IP65, dust resistant case, resistant to water jets from any direction (covered microphone placed in a threaded connector)
Software mVIBE, mVIDIA, VIDIA
Optional: API, control functions for Matlab, programming functions adjusted to the application
Power Power
a built-in battery Li-Ion 3,7V/1200mAh, integrated charger 5V/550mA
work time between charging for a new device up to 8h (continuous data transmission) a built-in battery saving mechanisms and protection against overload or a full discharge
Installation external thread M6, included flat magnet holder and measurement pin
Geometric dimensions and mass 40 x 40 x 32 mm, 95 g

 

Resources/Download

Please see a manual below. Vibration analytics involves a multitude of disciplines. Do not hesitate to contact us to validate your use case.

Manual

Description

mVIBE – wireless vibration and ultrasound meter for industrial application

Description

Software functionality covers

  • Possibility for adjusting of a measured vibration parameter to the most of obligatory standards in machine and civil-engineering structures technical condition assessment
  • Using of root-mean-square (RMS), peak (amplitude, 0-P) and peak-to-peak (P-P) values for vibration acceleration, velocity and displacement, in arbitrary frequency range in 1 Hz – 25,6 kHz band
  • Possible definition of 3 alarm thresholds for vibration level
  • Ultrasound leak detection in compressed air installations
  • Sound signal for instantaneous exceeding of alarm threshold
  • Vibration frequency spectrum plot, resolution of 1Hz
  • 4 markers for frequency spectrum plot with markers of harmonic frequencies and sidebands
  • Vibration time waveform plot
  • 4 markers for a time waveform plot with automatic repeat
  • Presentation of numerical values on a plot
  • Saving of plot view settings in a graphics file
  • Export of frequency spectrum and time waveform to a text file in CSV format
  • On-line operation
  • Readout of transducer precise sensitivity from measurement device
  • Possibility for application testing with the use of smartphone built-in vibration sensors
  • Automatic software update
Specification
Type of sensors 2 x piezoelectric accelerometers, ceramics PZT, shear mode, YZ direction 3 x MEMS accelerometer, XYZ direction
3 x MEMS gyroscope, XYZ direction
1 x microphone with ultrasonic capability
Range of measurements ±50 g (other as an option) – PZT accelerometer ±16 g (other as an option) – MEMS accelerometer 120 dB SPL (20 Pa) – microphone
Frequency range of measured vibrations PZT accelerometer: -3dB range 0,4 ... 21000 Hz; 10% range 0,8 ... 10500 Hz
MEMS accelerometer: 0 ... 1500 Hz
Microphone: 2% range 100 ... 10000 Hz; 8dB range 10 ... 20000 Hz and 40 ... 51200 Hz; 14dB range 20 ... 40000 kHz;
Type of analogue-digital converter ΔΣ
Definition of analogue-digital converter PZT accelerometer: 24 bits MEMS accelerometer: 16 bits MEMS gyroscope: 16 bits Microphone: 24 bits
Total noise level PZT accelerometer: 0,8 mgRMS (data for the range ±50 g, fout = 65,536 kHz, frequency range 25,6 kHz)
MEMS accelerometer: 3,0 mgRMS (data for range ±16 g, fout = 8,192 kHz, frequency range 1,5 kHz) Microphone: 30 dB SPL (0,6 mPa) (data for frequency range 20 Hz - 8 kHz)
Effective sampling frequency (fout) (frequency of updating output )

max. 65,536 kHz piezoelectric accelerometer 8,192 kHz max. micro-machine accelerometer 131,072 kHz ultrasonic sensor

Chosen filters

Butterworth low-pass analogue filter, limit frequency
f
3dB high = 68 kHz (piezoelectric accelerometer only)
first order high-pass analogue filter, limit frequency
f
3dB low = 0,5 Hz (piezoelectric accelerometer only)
low-pass digital anti-aliasing filter, linear phase, limit frequency automatically adjustable to f
3dB high = 0.49 fout (f0.005dB high = 0.39 fout, f-100dB high = 0,54 fout)

Communication interfaces IEEE802.11b/g/n WiFi, WPA2
frequency range 2,4 to 2,4835 GHz, maximally transmitted power 19.5 dBm@11b, 16.5 dBm@11g, 15.5 dBm@11n
Communication protocol ATC MESbus
Operation conditions Temp -5 to +50°C; humidity: 10..90% RH
Level of protection IP65, dust resistant case, resistant to water jets from any direction (covered microphone placed in a threaded connector)
Software mVIBE, mVIDIA, VIDIA
Optional: API, control functions for Matlab, programming functions adjusted to the application
Power Power
a built-in battery Li-Ion 3,7V/1200mAh, integrated charger 5V/550mA
work time between charging for a new device up to 8h (continuous data transmission) a built-in battery saving mechanisms and protection against overload or a full discharge
Installation external thread M6, included flat magnet holder and measurement pin
Geometric dimensions and mass 40 x 40 x 32 mm, 95 g

 

Resources/Download

Please see a manual below. Vibration analytics involves a multitude of disciplines. Do not hesitate to contact us to validate your use case.

Manual

Dureco by Dureco

mVIBE Basic Kit

Regular price
$1,290.00
Sale price
$1,290.00
Regular price
Shipping calculated at checkout.

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