VC-02

ROGA Instruments VC-02 User guide

  • Hello! I've reviewed the user guide for the ROGA VC-02 Vibration Calibrator and I understand it's a device capable of calibrating various vibration sensors. The guide provides detailed instructions on how to operate the device, including sensor mounting, cable connections, and operation settings. It also specifies the different types of sensors supported, the frequency ranges, and accuracy of the device. I'm ready to answer your questions regarding the VC-02.
  • What type of sensors can the VC-02 calibrate?
    What is the frequency range for the vibration signal?
    What is the maximum load the calibrator can handle?
    What is the power supply for the VC-02?
    What is the accuracy of the device?
USER
GUIDE
VC-02 Vibration Calibrator
ModelVC-02 VibrationCalibrator VersionAEditDate20/04/2015
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Index
1Overview......................................................................................................................... 3
2 TechnicalSpecifications...............................................................................................3
3HowtoOperate..............................................................................................................5
4SoftwareOperation....................................................................................................... 8
5Accessories.............................................................................................................8
Notes:
Asaprecisioninstrument,besuretoreadthemanual
carefullybeforeusing.
Thewarrantyperiodis18months,ifanyproblems,
pleasecontactus.
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1Overview
VC-02vibrationcalibratorconsistsofthestandardsensor,signalgenerators,
poweramplifiers,signalconditioninganddigitalcontroldisplaycircuitwithasmall,
solidandstablestructure.Itisafull-functionsvibrationcalibratorforindustrialfield
orlaboratory;Highprecision,simpleoperation,easytouse.Itcancalibratea
varietyoftypesofvibrationsensorssuchasaccelerationsensors,magnetic
velocitysensorsandeddydisplacementsensors,andcalibratesomevibration
monitoringsystemsanddataacquisitionsystem.
2TechnicalSpecifications
2.1Accuracy: ±5%
2.2Vibration signal frequency: 10Hz-10kHz (sinusoidal signal),
frequencyaccuracy:<0.05Hz
2.3MaximumLoad:200g
2.4measuredsensortype:
2.4.1 ChargeModeAccelerometers
2.4.2 IEPEModeAccelerometers
2.4.3 VoltageOutputModeAccelerometers
2.4.4 4-20mAOutputModeAccelerometersorVelocitySensors
2.4.5 EddyDisplacementSensors
2.5MaximumInputRange:
2.5.1 ChargeMode: ≤±3000pC;
2.5.2 Voltage(IEPE)Mode: ≤±3000mV
2.6VibrationAmplituderange(RMS):
2.6.1 Acceleration: 50.00m/s2
2.6.2 Velocity :150.00mm/s
2.6.3 Displacement: 1500μm
2.7MaximumVibrationAmplitude&MaximumLoad
FortheVC-02issmall,sothecalibrationofthedifferentsensorsat
differentfrequencies(differentweight),thecalibratorcanoutput
amplitudeisnotthesame.Themaximumvibrationamplitudeandthe
maximumloadatacertainfrequency,isasfollows:Allvalues
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areRMS.
Load
Frequency
100grams 200grams
a(m/S2)v(mm/S) d(μm) a(m/S2)v(mm/S
)d(μm)
10Hz 10 100 150
010 100 150
0
20Hz 20 150 120
020 150 1200
40Hz 50 200 800 30 100 500
80Hz 50 100 200 30 60 120
160Hz 50 50 50 30 30 30
320Hz 50 25 12 30 15 7
640Hz 50 12 3 40 10 2.5
1kHz 50 8 * 40 6 *
2kHz 50 4 * 30 2.4 *
4kHz 50 2 * 30 * *
6kHz 50 * * 30 * *
8kHz 50 * * 30 * *
10kHz 50 * * 30 * *
*Athighfrequencies,thevibrationvalueofvelocityanddisplacementisvery
small.
2.8 MountingTypeM5screw
2.9Workingtemperature:0to+55;HumidityMaximum95%R.H.
2.10PowerSupplyAC220V ±10%5060Hz
2.11Size300mm×210mm×130mm
2.12Weightabout6.5Kg
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3HowtoOperate
3.1ThePanelDiagram
1. Powerinputsocket:connecttheAC220Vpowersupply;
2. PowerSwitch:AC220Vpowerswitch
3. USBinterfaces:ConnectthePCforvibrationcontrolbysoftware;
4. Thetestingsensorsignaloutputsocket:thetestingsensorsignal
outputcanbemeasuredbyadigitalmulti-meterorotherinstruments
throughthissocket;
5. Themountingscrewsforeddy sensors:thetesting bracketcanbe
mounted onthecalibrationinstrumentpanelviathescrewholesfor
testingtheeddycurrentsensors;
6. Thetable:forfixingadjustedsensors;
7. Inputsocket:connecttheoutputoftheadjustedsensors
8. 4~20mAinputterminals:connecttheoutputof420mAoutput
sensors;
9. -24Vpowersupply:offerthepowerfortestingthesensorssuchas
eddysensors
10.Vibrationamplitudeadjustmentknob
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11.Vibrationamplitudeadjustmentknob
12.Vibrationfrequencyadjustmentknob
13.LCDwindow
3.2 OperationSteps
3.2.1 MountingSensor
3.2.1.1Sensor(AccelerationorVelocity)installation:puttheM5
screw,sensorfixedonthetableinturn.Differentsensors,
sometimesneedtousethecorrespondingconversionscrew;
3.2.1.2Theeddysensorinstallation:Putthebenchmarkonthetest
plate,theeddysensorfixedsuiteinsequence;
3.2.1.3 Whencalibrating,placethecalibratorstableaspossible.
Whenchangethesensor,needtoturnoffthepowersupply.
Afterthecalibration,thesensorshouldberemovedforavoiding
thesensorisleftforalongtimeonthetable.
3.2.2 CableConnection
3.2.2.1 Thecalibratorcanmeasureanddisplaythevalueof
measuredsensoroutput,sotheoutputofthesesensorsuchas
chargemode,IEPEmodeandVoltagemodecanbeconnected
tothesocketofsignalinputsocket(BNC);
3.2.2.2 Fortheoutputof4-20mAsensor,pleaseconnectthesignal
to"4-20mA"terminal,internalcalibrationinstrumentisillustrated
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below.
3.2.2.3 Foreddydisplacementsensor,thecalibratorcanofferthe
powertothepreamplifier;Thegreenterminalis-24VDC,the
blackoneis0V;Andtheoutputofpreamplifierconnecttothe
signalsocketoftheBNC;
3.2.2.4 Ifhopetomeasuretheoutputsignalof adjustedsensor,
pleasecheckthesocketofsensoroutputsignal(BNC);For
thissignalcanbeadjustedautomaticbythecalibrator,sothe
outputsignalshouldbeamplifiedX1orX10.
3.2.2.5 ConnecttoACPower:PleaseconfirmtheACpowersupply
shouldbe220V/50Hz;
3.2.2.6 IfhopetooperatebyPC,connectthecalibratortoPCbyone
USBcable.
3.2.3 OperationSetting
Aftercheckingcablesandsensorsbefixedcorrectly,turnonthe
powerandtheLCDwilldisplayasfollows:
3.2.3.1 SensorType canselectthetypeoftestedsensorsuchas
Acceleration,VelocityandDisplacement.
3.2.3.2 InputType:selecttheinputtypeoftestedsensorsuchasPE(Charge
Mode),IEPEMode,VoltageModeand4-20mAoutputMode.
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SettingMethod:Presstheknob canchange<SensorType>or<Input
Type>andcounterclockwiseorclockwisethisknob canchangethetypes
ofcurrentlocation.
3.2.3.3 VibrationFreq:VibrationFrequencyadjustment
SettingMethod:Presstheknob tochangethecursorposition;counter
clockwiseorclockwiseadjustthisknob ,setthefrequency;
3.2.3.4 VibrationAmp:VibrationAmplitudeadjustment
3.2.3.5 Settingmethod:Turnthisknob counterclockwise,canbe
reducedvibrationamplitude;AndTurnthisknob clockwise,can
addvibrationamplitude.LCDdisplaysthisRMSValueofvibration
amplitude.Pleasenotetheamplitudecannotoverthemaximumrated
outputamplitude;whenfinished,pleasesettheamplitudetoa
minimumlevel.
3.2.3.6 Output:theoutputofadjustedsensors,thevalueisRMS;
3.2.3.7 Sens.:Thesensitivityofcalibratedsensor.
4SoftwareOperation
Pleaseseethesoftwareuserguide.
5Accessories
5.1UserGuide:1
5.2 Certificate :1
5.3InputCables:4
5.4OutputCables:1
5.5 PowerCable:1
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