DT302 - Smar
Contents
1. or for value2. 302 1 BLE 1 DFI 367 Fieldbus 12 ACK L Ki OT202 1 Default Value Set DT302 1 BLK 1 DEI 367 Fieldbus 12 ACK aE 5 ET202 1 Block Configuration DTs02 1 41 1 DEI 367 Fieldbus 12 AK Figure 4 Diagnostics page Device Status MAXIMUM PRESSURE MEASURED Indicates the maximum pressure measured MAXIMUM TEMPERATURE MEASURED Indicates the minimum temperature measured CURRENT OFFSET Indicates the calibration current offset CURRENT SPAN Indicates the calibration current span DT302 Calibration Page This page displays configuration data used in the calibration procedures DTSO2 1 CALIBRATION g Wa AN CONFIGURATION DIAGNOSTIC DISPLAY IDENTIFICATION Pressure Calibration Information Temperature Calibration Information Calibration Temperature Calibration Unit mm 20 68 ds Calibration Information Sensor Lower Range Limit S125 mmHZ 68 F 2175 mmH2 68 F Who Date Fri Jul 18 2008 13 51 51 000 Location Smar atl Sensor Upper Range Limit Minimun Span ANON Ely mmH20 68 F Current Lower Point i H20 68 ae i F Last Calibration Type Standard Pressure with calibration Current Higher Point 496 2622 mm 2 68 F Factory Lawer Point fo Factor Higher Point Sooo LOWER CONCENTRATION CALIBRATION UPPER CONCENTRATION CALIBRATION Pressure Measured mmHZ 68 F SELF CALIBRATION Temperature Measured DC TEMPERATURE CALIBRATION Calibration Methods Figure 5 Calibration page DT302 AssetVi
3. AssetView HMI SINMUGLL JAN 09 AssetView HMI USER S MANUAL DT302 AssetView HMI F Smar AssetView Microsoft Internet Explorer File Edit View Favorites Tools Help e lt 4 Back gt x At A Search 4 Favorites ZI Media CA EM A eA 3 Address L http www assetview com br default htm Go Links i E a BSS Area Demo_A7Y SS Device List Gs Controller List eS Audit Trail Report EI status DT302 1 EL Maintenances Die z P D Calibration E CS Fieldbus Network G pr1 307 E Y prt 367 oh Fieldbus 9 S Fieldbus 10 S Fieldbus 11 E S Fieldbus 12 Configuration E LD 302 1 Ge LD 302 AV E FI 302 1 FP302 1 TT 32031 Diagnostic DT 302 1F 302 Ge TP 302 AV FR 302 1T302 DT302 1 Display TP 302 1 pri 305 e Device Library S Ee e Le Email not registered MAIN PAGE LIBRARY NOTES REPORT MAINTENANCE DIAGNOSTIC tg Internet Identification ASVDT302ME Specifications and information are subject to change without notice Up to date address information is available on our website web www smar com contactus asp DT302 AssetView HMI DT302 ASSETVIEW HMI DT302 Home page This manual describes the pages developed for DT302 maintenance using AssetView The figure below shows the DT302 initial page and its options DT302 1 Ar e NV fe Va Calibration Dia
4. RDERING CODE Indicates the transmitter ordering code DT302 AssetView HMI Indicates the process connection s type the transmitter can have 2 3 or 4 wires Indicates the field mounting type Indicates the transmitter model type ndicates the cell s fluid DT302 Configuration Page The density transmitter DT302 has a complete set of fieldbus commands to access any feature implemented The configuration page allows the user to configure the device s parameters such as input limits ranges adjustments configuration of the linearization table among others DT302 1 CONFIGURATION F a z d d i r e bn A b CALIBRATION DIAGNOSTIC DISPLAT IDENTIFICATION RECONCILE S Target OPERATION MODE NOTE Actual Measurement Contiguration PR UNIT EU UNIT ES LOWER RANGE EU 0 PY UPPER RANGE 2500 EU 100 2500 Measured Type Bris SS Transducer Type Standard Pressure with calibration Mounting Position ES Reverse sl Alert Configuration Maximum Offset Deviation Maximum Gain Deviation Cyerpreas sure Limit Maximum Number of Qyerpressure ce Solid Polynom Constants Parameters Limit Lo Gravity Lirit Hi Height Coeft 0 Lin Dilatation Coeff Coeff 1 Press Coeff bz Coeff 2 0 Temp Zero Coeff 3 Temp Sain Coeff 4 Zero Adj Temp Coeff 5 Height Meas Temp Concentration Parameters Submit Figure 3 Configuration page User s Manual Device Operation Mode Indicates the operation mode for the devic
5. ansmitter manual for further details LOWER CONCENTRATION CALIBRATION This method is used when calibrating the lower density point The user can select the calibration unit and type the value of the density applied as reference value to the transmitter observing the sensor limits and the minimum span When this method is selected a message appears warning the user that this procedure must be executed when the process stops or the plant control is set to manual Click Yes apply the density and wait for the sensor stabilization User s Manual 10 Lower Concentration Calibration DT 303 nft len CLOSE Figure 6 Stabilizing the sensor Click OK and the density measured will be shown Lower Concentration Calibration DT3023 1 Figure 7 Confirming the Value of the Density If the value is correct click Yes to conclude this procedure Otherwise click No and type the density value Lower Concentration Calibration DT303 1 Type the value of the density Figure 8 New Density Value Click OK to apply the new density value and then click Yes to confirm the alteration as shown in the last figure The calibration procedure will be concluded UPPER CONCENTRATION CALIBRATION This method is similar to the Lower Concentration Calibration procedure described above It is used when calibrating the density with the user s reference instead of the manufacturer s reference Click Yes apply th
6. e OOS If this mode is selected the value of the Mode Block parameter will be Out of Service for the Resource Transducer and Analog Output blocks AUTO If this mode is selected the value of the Mode Block parameter will be Auto for the Resource Transducer Display and Analog Output blocks MAN If this mode is selected the value of the Mode Block parameter will be Manual for the Analog Output block and Auto for the Resource Transducer and Display blocks Measurement Configuration PV UNIT PV LOWER RANGE PV UPPER RANGE MEASURED TYPE MOUNTING POSITION EU UNIT EU 0 EU 100 TRANSDUCER TYPE Alert Configuration MAXIMUM OFFSET DEVIATION OVERPRESSURE LIMIT MAXIMUM GAIN DEVIATION MAXIMUM NUMBER OF OVERPRESSURE Solid Polynomial LIMIT LO LIMIT HI COEFF 0 COEFF 1 COEFF 2 COEFF 3 COEFF 4 COEFF 5 Unit of the process variable Lower limit of the process variable Upper limit of the process variable Specifies the measured type for concentration and density Indicates the probe mounting position direct or reverse Engineering unit Value of the pressure corresponding to 0 in EU Value of the pressure corresponding to 100 in EU Indicates the transducer type according to its class Indicates the maximum offset deviation before an alarm is generated Defines the maximum overpressure limit before an alarm is generated Defines the maximum gain deviation before an alarm is generated Defines th
7. e density and wait for the sensor stabilization Upper Concentration Calibration DT302 1 a ee T Figure 9 Stabilizing the sensor Click OK and the density measured will be shown DT302 AssetView HMI er Pressure Calibration DT302 1 mmH2C E r Le Type the value of the density WC Se Figure 10 Confirming the Value of the Density If the value is correct click Yes to conclude this procedure Otherwise click No and type the density value JUpper Concentration Calibration DT302 Type the vae uf the dems OR L CH Figure 11 New Density Value Click OK to apply the new density value and then click Yes to confirm the alteration as shown in the last figure The calibration procedure will be concluded TEMPERATURE CALIBRATION This method is used for sensor temperature calibration Click Ok apply the temperature and wait for the sensor stabilization Temperature Calibration DT302 1 Wait for temperature stabilization lk len CLOSE Figure 12 Stabilizing the Temperature Click OK to start the calibration The temperature measured will be shown Temperature Calibration DT302 1 Temperature Measured SE Is the temperature correct YES a ed Figure 13 Confirming the Value of the Temperature If the value is correct click Yes to conclude this procedure Otherwise click No and type the temperature value 11 User s Manual Temp
8. e maximum number of overpressure before an alarm is generated Lower limit in solid percent Upper limit in solid percent Solid percent polynomial coefficient 0 Solid percent polynomial coefficient 1 Solid percent polynomial coefficient 2 Solid percent polynomial coefficient 3 Solid percent polynomial coefficient 4 Solid percent polynomial coefficient 5 Constants Parameters GRAVITY HEIGHT LIN DILATATION COEFF PRESS COEFF TEMP ZERO TEMP GAIN ZERO ADJ TEMP HEIGHT MEAS TEMP DT302 AssetView HMI Gravity acceleration used in concentration density calculation The unit is m s Distance between the two pressure sensors The engineering units have to be compatible with IN_1 and IN 2 If are in mmH2O the EU of height is in mm Indicates the linear dilatation coefficient Indicates the pressure coefficient Offset coefficient used to calibrate the transmitter temperature Gain coefficient used to calibrate the transmitter temperature Temperature of zero adjustment Temperature of measurement of distance between the pressure sensors User s Manual DT302 Diagnostics Page The user can check the general status diagnostic in the DT302 Diagnostic Page DT302 1 DIAGNOSTIC CONFIGURATION CALIBRATION DISPLAY IDENTIFICATION Device Status Maximum Pressure Measured Current Offset Maximum Temperature Measured Current Span Device Description Bridge Channel LA DT302 1 InputFailure OT
9. erature Calibration DT302 1 ALUE sie Type the value of the temperature WC Se Figure 14 New Temperature Value Click OK to apply the new temperature value and then click Yes to confirm the alteration as shown in the last figure The calibration procedure will be concluded DT302 Display page 12 The user can configure the data that will be shown in the device s display DT302 1 DISPLAY ir a amp Block Tag 1 Parameter 1 Sub Index 1 Mnemonic i Display Options BLOCK TAG PARAMETER MNEMONIC INC DEC DECIMAL POINT NUMB ACCESS ALPHA NUM CALIBRATION CONFIGURATION DIAGNOSTIC IDENTIFICATION Ee TT Inc Dec Decimal Point Number 1 Access 1 Monitoring w Alpha Num i Mnemonic wi Submit Figure 15 Display Page Shows the tags list of the available instantiated blocks Shows the list of available parameters to be displayed in the LCD for the selected block in the Block Tag option Indicates the sub index of the selected parameter Indicates the mnemonic of the selected parameter in the Parameter option Indicates the value to be added or subtracted when acting the parameter via local adjustment Indicates the number of digits after the decimal point that will be shown in the LCD The user can select the access type of the selected parameter monitoring or action Indicates if the alphanumeric field will be used for mnemonic
10. ew HMI Pressure Calibration Information CALIBRATION UNIT Indicates the unit for the pressure calibration procedure SENSOR LOWER RANGE LIMIT Indicates the lower limit for the range s sensor SENSOR UPPER RANGE LIMIT Indicates the upper limit for the range s sensor MINIMUM SPAN Indicates the minimum value allowed between the lower and upper points of the calibration CURRENT LOWER POINT Indicates the current lower point of the pressure CALIBRATION calibration CURRENT HIGHER POINT Indicates the current higher point of the pressure CALIBRATION calibration FACTORY LOWER POINT Indicates the factory s lower point of the pressure CALIBRATION calibration FACTORY HIGHER POINT Indicates the factory s higher point of the pressure CALIBRATION calibration PRESSURE MEASURED Indicates the pressure measured by the device TEMPERATURE MEASURED Indicates the temperature measured by the device Temperature Calibration Information CALIBRATION TEMPERATURE Indicates the value of the last temperature calibration Calibration Information WHO Indicates the responsible for the last sensor calibration DATE Indicates the date of the last sensor calibration LOCATION Indicates the location of the last sensor calibration LAST CALIBRATION TYPE Indicates the procedure of the last sensor calibration Calibration Methods it is recommended to run the Lower Concentration Calibration procedure to minimize the mounting Please refer to the tr
11. gnostic Identification MAIN PAGE LIEFRARY J R REPORT MAINTENANCE DIAGNOSTIC Figure 1 Home page The following sub sections will describe each one of the pages developed for the device maintenance DT302 Identification Page This page displays relevant information about the density transmitter The user can easily identify and specify the transmitter in the physical plant User s Manual DTSO2 1 IDENTIFICATION CALIBRATION CONFIGURATION DIAGNOSTIC DISPLAY Device Tag OTs3o02 1 Hardware Revision 005a Device ID OOOS02000e SMAR DTSO02 00081 2335 Firmware Revision SEI Manufacturer SMAR Device Serial Number bo Device Type DT302 Mainboard Serial Number 2123395 Device Revision Module Serial Humber eles cecil EE Ordering Code E Sensor Sensor Range Code Range 1 0 445 1 98 g cm Sensor Type Sensor Isolation Material 316 Stainless Steel Sensor Fluid Sensor Serial Number bo Probe Diaphragm Material Model Type Process Connection l l Fill Fluid Mounting Figure 2 Identification page Device physical plant The tag can have up to 8 characters DEVICE ID Indicates the transmitter identification code This code can have up to 32 characters MAIN BOARD SERIAL NUMBER Indicates the serial number of the transmitter main board FIRMWARE REVISION Indicates the transmitter firmware revision MANUFACTURER Identifies the transmitter manufacturer DD REVISION Indicates the DD revision O
Download Pdf Manuals
Related Search