Vega VEGAMET 514… D User Manual

ESCOK-+12on100%CONNECT514 DLevel and PressureinoutOperating InstructionVEGAMET 514… D

10 VEGAMET 514… D1.5 DimensionsCircuit board 100 x 160 x 1,5European size Multiple plug162100128,4255 TE914,53Ser.No.12345678ESCOK-+12on100%CONNECT514

VEGAMET 514… D 111.6 Ex-technical dataPower supplyOperating voltage Unenn corresponds to the not-Ex-versionLimit voltage Unenn = 250 V AC or 125 V DCM

12 VEGAMET 514… DMounting2 Mounting2.1 Mounting versionsVEGAMET 514 D … 514 VD signal conditioninginstruments can be either mounted with a module ina

VEGAMET 514… D 13876540FEDCBA93321Mounting2.2 Instrument addressAdjust the instrument address on the appropriate switch on the circuit board. Address

14 VEGAMET 514… D3 Electrical connectionElectrical connection22824223032d b z+-+-+-+--+L (+)N (-)61012201618+-+1 2 3VEGAMET 514 D, 514 D

VEGAMET 514… D 15Ser.No.12345678ESCOK-+12on100%CONNECT514!1816[17]1513215710111213144689Set-up4 Set-up4.1 Indicating and operating elementswith ad

16 VEGAMET 514… DSet-up4.2 Adjustment systemIndicating and adjustment moduleESCOK-+100%Acc. to the parameter, change value orselect from listSelect me

VEGAMET 514… D 17Set-upAdjustments and coordinations must be provided todetermine the instrument functions. Thisdetermination is made by the following

18 VEGAMET 514… DSer.No.12345678ESCOK-+12on100%CONNECT515!Set-up4.4 Adjustment via PCSignal conditioning instrument with operating moduleVEGACONNECTco

VEGAMET 514… D 19Set-up, configuration4.6 Set-up, configuration4.6.1 Configuration inputsThe inputs of the signal conditioning instruments areconfigur

2 VEGAMET 514… DContentsSafety informationThe described module must only be inser ted andoperated as described in this operating instruction.Please no

20 VEGAMET 514… DConnection example 1Configuration, inputs–– Input 1 Sensor with analog transmission of measured data–– Input of this MET–– Channel no

VEGAMET 514… D 21Set-up, configuration4.6.2 Configuration meas. pointVEGAMET 514 D and 514 VD signal conditioning instruments in their basic configura

22 VEGAMET 514… DSet-up, configurationMonitoringFor the activation of the monitoring the following pre-requirements must be met:- Determine in the men

VEGAMET 514… D 23Set-up, configuration4.6.3 Configuration outputDependent on the basic configuration the outputs are automatically coordinated to the

24 VEGAMET 514… Dd b ztHighLowTasterRelay outp.d b ztHighLowRelay outp.TasterConfiguration, outputs–– Configuration relay outputs–– Operating rela

VEGAMET 514… D 25Set-up, configurationConfiguration, outputs–– Configuration PC/PLC Dependent on the basic configuration outputsare automatically coo

26 VEGAMET 514… DSet-up, parameter adjustment4.7 Set-up, parameter adjustmentThe menu described in the following is available for parameter adjustment

VEGAMET 514… D 27Set-up, parameter adjustmentAdjustment- Application Flow measurement- Sensor ultrasonic sensorsradar sensorsParameter adjustment MST1

28 VEGAMET 514… DSet-up, parameter adjustment4.7.2 Flow measurementGeneral informationIn the following section elementary information to dimensions in

VEGAMET 514… D 29Set-up, parameter adjustmentMax. flow, QmaxIn the term Qmax (menu point 100 % corresponds to1000) the following flume specific factor

VEGAMET 514… D 3Contents4 Set-up4.1 Indicating and operating elements ... 154.2 Adjustment system ...

30 VEGAMET 514… DSet-up, parameter adjustmentTrapezoidal weir (Cipolletti)With sharp overflow edgeValues for QmaxBK QmaxhmaxQminhminin mm (Factor) in

VEGAMET 514… D 31Rectangular overflow without contractionWith sharp overflow edge and throatSet-up, parameter adjustmentValues for QmaxBQmaxhmaxQminhm

32 VEGAMET 514… DSet-up, parameter adjustmentPalmer-Bowlus-FlumeValues for QmaxDK QmaxhmaxQminhminin Zoll (Factor) in m3/h in mm in m3/h in mm6"

VEGAMET 514… D 334.7.3 Parameter adjustment MST1 and MST2, processingParameter adjustment MST1, processing (level)–– Scaling–– 0 % corresponds to 0.

34 VEGAMET 514… DSet-up, parameter adjustmentParameter adjustment MST2, processing (flow)With the scaling of MST2 the conditions for the signalconditi

VEGAMET 514… D 35Set-up, parameter adjustment4.7.4 Parameter adjustment MST1 and MST2, outputsParameter adjustment MST1 and MST2, outputs–– Current ou

36 VEGAMET 514… DSet-up, parameter adjustmentParameter adjustment MST1 and MST2, outputsCurrent output 3 (continuation)–– Pulse parameter–– Volume 100

VEGAMET 514… D 37Set-up, parameter adjustmentParameter adjustment MST1, outputs–– Relay outputs–– Relay output 1 acc. to basic configuration coordinat

38 VEGAMET 514… DSet-up, parameter adjustment–– Relay output 1 (continuation 1)–– Kind Overfill protectionThe relay of relay output 1 de-energizesat s

VEGAMET 514… D 39Set-up, parameter adjustmentTendency determinationThe level change within the scanning time (ta) is determined and after all scanning

4 VEGAMET 514… DProduct description1 Product description1.1 Function and configurationVEGAMET 514 D and 514 DV signal conditioninginstruments are desi

40 VEGAMET 514… DSet-up, parameter adjustmentMonitoringThe following requirements must be met for activation of the monitoring:- Determine input 4 in

VEGAMET 514… D 41Set-up, parameter adjustmentParameter adjustment MST2, outputs–– Relay outputs–– Relay output 2 acc. to basic configuration coordinat

42 VEGAMET 514… DSet-up, parameter adjustmentParameter adjustment MST1 and MST2, outputs–– MET-indication–– relating to Percentscaled etc. choice acc.

VEGAMET 514… D 434.8 Set-up, additional functions4.8.1 PasswordAdditional functions–– Password off each menu point can be enquired and modifiedon the

44 VEGAMET 514… DAdditional functions–– Edit linearization curve–– Linearization curve 1–– Lin. curve 1–– Edit lin.curve 1 Number of index markers 1 …

VEGAMET 514… D 45Set-up, additional functions4.8.5 VEGAMET ResetAdditional functions–– VEGAMET Reset–– Reset configuration–– to default With reset to

46 VEGAMET 514… D–– Configuration outputs–– Configuration current outputs–– Current 1 to (coordination)–– Current 2 to (coordination)–– Current 2 Stan

VEGAMET 514… D 47Additional functions–– Password–– Edit lin. curves–– Lin. curve 1–– Lin. curve 2–– Lin. curve 3–– Info–– Input info–– VEGAMET-Info––

48 VEGAMET 514… DDiagnosis5.2 MaintenanceThe instrument is maintenance free.5.3 RepairDue to safety and guarantee reasons repair workbeside the wiring

VEGAMET 514… D 495.5 Error codesError code MeaningE004 This operation is not supported by the instrument (different software version). You tried toact

VEGAMET 514… D 5Product description1.2 Types and versionsAccording to the application and the appropriatesensor the type and version of the signalcond

50 VEGAMET 514… DE029 Measured valuated. The measured value is generated by simulation and does not reflect thereal condition.E031 Same DISBUS-address

VEGAMET 514… D 51Error code MeaningDiagnosisE070 Scaling span too small. The values of the scaling are too close together or are identical.Please chec

52 VEGAMET 514… DVEGA Grieshaber KGAm Hohenstein 113D-77761 SchiltachPhone (0 78 36) 50 - 0Fax (0 78 36) 50 - 201Fax (0 78 36) 50 - 203Technical data

6 VEGAMET 514… DFig. 1.13 Correction in the pointOffset correction- in empty flume- preferably manually with key- parallel shifting of theadjustment c

VEGAMET 514… D 71.4 Technical dataPower supplyOperating voltage Unenn= 24 V AC (20 … 53 V), 50/60 Hz= 24 V DC (20 … 72 V)Power consumption- VEGAMET 51

8 VEGAMET 514… DProduct descriptionCurrent outputNumber 3 outputsFunction current output 2 and 3 can be configured andparameter adjusted as:- level pr

VEGAMET 514… D 9Indicating elementClear text indication LC-display- 4 line, 6 figures each- background lightningAnalog indication 11 segments 0 % … 10