Product Information. Hydrostatic Submersible pressure transmitter VEGABAR 86, 87 VEGAWELL 52

Transcription

1 Product Information Hydrostatic Submersibe pressure transmitter VEGABAR 86, 87 VEGAWELL 5

2 Contents Contents Measuring principe Type overview Instrument seection Seection criteria Housing overview VEGABAR 86, Mounting Eectronics - 0 ma - Two-wire VEGABAR 86, Eectronics - 0 ma - Two-wire VEGAWELL Eectronics - 0 ma/hart - Two-wire VEGABAR 86 and Eectronics - 0 ma/hart Pt 00 - two-wire VEGAWELL Eectronics - Profibus PA VEGABAR 86 and Eectronics - Foundation Fiedbus VEGABAR 86 and Eectronics - VEGABAR 86, 87 - Save sensor for eectronic differentia pressure Operation Dimensions Take note of safety instructions for Ex appications Pease note the Ex specific safety information which you can find on our homepage under "Approvas" and which comes with every instrument. In hazardous areas you shoud take note of the corresponding reguations, conformity and type approva certificates of the sensors and power suppy units. The sensors must ony be operated on intrinsicay safe circuits. The permissibe eectrica vaues are stated in the certificate EN-065 Hydrostatic Submersibe pressure transmitter

3 Measuring principe Measuring principe. Overview VEGABAR 86 and 87 The VEGABAR 86 and 87 meet a requirements paced on submersibe pressure transmitters. Exceent measurement accuracy, overoad resistance as we as temperature and corrosion resistance are the main criteria that are fufied. In conjunction with appication-optimized housing versions and eectronics, these submersibe pressure transmitters are idea for use in harsh environments. The front-fush, abrasion resistant ceramic measuring ce CERTEC in particuar, with its doube sea system, offers maximum reiabiity and operationa safety. VEGAWELL 5 The submersibe pressure transmitter VEGAWELL 5 is designed for eve measurement in the water/wastewater industry. Different versions in combination with various cabe materias offer a necessary options. The rugged CERTEC measuring ce as we as the integrated overvotage protection system guarantee reiabe operation.. Measuring ce technoogy VEGABAR 86 The sensor eement is the CERTEC measuring ce with front-fush, abrasion resistant ceramic diaphragm. The hydrostatic pressure of the medium or the process pressure causes a capacitance change in the measuring ce via the diaphragm. This change is converted into an appropriate output signa. 6 µm Fig. : Configuration of the METEC measuring ce in VEGABAR 87 Process diaphragm Isoating iquid FeNi adapter CERTEC measuring ce VEGAWELL 5 As with VEGABAR 86, the sensor eement is the CERTEC measuring ce with front-fush, abrasion resistant ceramic diaphragm. The hydrostatic pressure of the medium or the process pressure causes a capacitance change in the measuring ce via the diaphragm. This change is converted into an appropriate output signa. 6 µm Fig. : Configuration of the CERTEC measuring ce in VEGAWELL 5 Diaphragm Sodered gass bond Base eement Fig. : Configuration of the CERTEC measuring ce in VEGABAR 86 Diaphragm Sodered gass bond Base eement The VEGAWELL 5 is aso equipped with a temperature sensor Pt 00. The resistance vaue can be processed via an externa temperature transmitter. The CERTEC measuring ce is aso equipped with a temperature sensor. The temperature vaue can be dispayed via the dispay and adjustment modue or processed via the signa output. VEGABAR 87 The process pressure acts on the sensor eement via the stainess stee diaphragm. The process pressure causes a resistance change which is converted into a corresponding output signa and outputted as measured vaue. The METEC measuring ce is the sensor eement. It consists of the ceramic-capacitive CERTEC measuring ce and a specia, temperature-compensated chemica sea system EN-065 Hydrostatic Submersibe pressure transmitter

4 Type overview Type overview VEGABAR 86 VEGABAR 87 VEGAWELL 5 Measuring ce CERTEC METEC CERTEC Materia, diaphragm A O ceramic Aoy C-76 A O ceramic Media Liquids, aso with abrasive content gas, vapours and iquids, aso viscous Process fitting Materia Suspension cabe/connection tube Straining camp Loose screw connection G½" Thread G½" Fanges from DN 50 PE, PUR, FEP, 6L FEP, 6L PE, PUR, FEP Materia, transmitter 6L, PE-Überzug, PVDF 6L Liquids, aso with abrasive content Straining camp Unmounted screw connection G" Thread G½" Measuring ce sea FKM, EPDM, FFKM - FKM, EPDM, FFKM Isoating iquid Dry measuring system Med. white oi Dry measuring system Measuring range Smaest measuring range 0 +5 bar/ kpa ( psig) 0.05 bar/.5 kpa (.5 psig) 0. bar/0 kpa (.5 psig) Process temperature C (-0 + F) C (+0. + F) C (- +76 F) Deviation < 0. %; < 0. % Signa output 0 ma, 0 ma/hart, PA, FF, Modbus 0 ma, 0 ma/hart Additiona interface Digita interface for Save-Master combination Votage suppy/processing temperature sensor Pt 00 Indication/Adjustment PLICSCOM, PACTware, VEGADIS 8, VEGADIS 6 PACTware, VEGADIS 6 Approvas SIL, shipbuiding, ATEX, IEC, overfi protection, FM, CSA, GOST Shipbuiding, ATEX, IEC, overfiing 5079-EN-065 Hydrostatic Submersibe pressure transmitter

5 Instrument seection Instrument seection Appication area VEGABAR 86 The VEGABAR 86 is a submersibe pressure transmitter for eve measurement in wes, basins and open vesses. Great fexibiity through the use of different cabe and tube versions aows VEGABAR 86 to be empoyed in many different appications. VEGABAR 87 The VEGABAR 87 is a pressure transmitter for pressure and eve measurement of iquids and viscous products in the chemica, food processing and pharmaceutica industries. VEGABAR 87 can be used for extremey sma measuring ranges 0. bar. VEGAWELL 5 VEGAWELL 5 ends itsef we for continuous eve measurement of iquids. Typica appications are measurements in water/waste water faciities, in deep wes and in the shipbuiding industry. Configuration and housing protection casses The pressure transmitters VEGABAR 86 and 87 are avaiabe in different versions. The foowing iustration shows typica exampes. Fig. 6: Measurement setup for eve measurement In conjunction with a save sensor, VEGABAR 86 and 87 are suitabe for eectronic differentia pressure measurement of: Leve difference Fow Density Interface 5 6 Fig. 5: Exampes of a VEGABAR 86 with suspension cabe (eft) and connection tube (right) Housing with integrated eectronics Suspension cabe Connection tube Threaded fitting 5 Transmitter 6 Protective cap Fig. 7: Eectronic eve difference measurement through Master/Save combination Measured variabes The submersibe pressure transmitters VEGABAR 86, 87 as we as VE- GAWELL 5 are suitabe for hydrostatic eve measurement EN-065 Hydrostatic Submersibe pressure transmitter 5

6 Seection criteria Seection criteria VEGABAR 86 VEGABAR 87 VEGAWELL 5 Wear through the medium Aggressive products Abrasive products Product temperature up to 80 C (76 F) 00 C ( F) Output, product temperature Through dispay, signa output Through externa temperature transmitter Measuring system Dry Oi-fied Suitabiity for eectronic differentia pressure measurement Suitabiity for use in sounding tubes Inner diameter " Inner diameter ½" Integrated overvotage protection Suitabiity for industry-specific appications Shipbuiding Environment and recycing industry 5079-EN Hydrostatic Submersibe pressure transmitter

7 Housing overview VEGABAR 86, 87 5 Housing overview VEGABAR 86, 87 pastic PBT Protection rating IP 66/IP 67 IP 66/IP 67 Version Singe chamber Doube chamber Appication area Industria environment Industria environment Auminium Protection rating IP 66/IP 67, IP 66/IP 68 ( bar) IP 66/IP 67, IP 66/IP 68 ( bar) Version Singe chamber Doube chamber Appication area Industria environment with increased mechanica stress Industria environment with increased mechanica stress Stainess stee 6L Protection rating IP 66/IP 67 IP 66/IP 67, IP 66/IP 68 ( bar) IP 66/IP 67, IP 66/IP 68 ( bar) Version Singe chamber, eectropoished Singe chamber, precision casting Doube chamber, precision casting Appication area Aggressive environment, food processing, pharmaceutica Aggressive environment, extreme mechanica stress Aggressive environment, extreme mechanica stress Separate version Materia Stainess stee 6L pastic PBT Protection rating IP 68 (5 bar) IP 65 Function Transmitter Externa eectronics Appication area Extremey moist environment Industria environment 5079-EN-065 Hydrostatic Submersibe pressure transmitter 7

8 Mounting 6 Mounting Instaation position The suspension cabe versions must be mounted in a cam area or in a suitabe protective tube. This avoids atera movements of the transmitter and the resuting distortion of measurement data. The suspension cabe contains, apart from the connection cabes and the suspension wire, aso the capiaries for atmospheric pressure compensation. Mounting exampes and measurement setups The foowing iustrations show mounting exampes and measurement setups. Leve measurement The VEGABAR measures the eve in a vesse. Fig. : Density measurement with VEGABAR and a save sensor, h = distance between the two measuring points h Interface measurement VEGABAR measures the interface of two iquids in a vesse. Fig. 8: Leve measurement with VEGABAR Leve difference measurement The VEGABAR measures the difference in eve between the infow and outfow sides of a screen. 0,8,0 h Fig. : Interface measurement with VEGABAR and a save sensor Fig. 0: Leve difference measurement with VEGABAR and a save sensor Density measurement VEGABAR measures the density of the medium in a vesse EN Hydrostatic Submersibe pressure transmitter

9 Eectronics - 0 ma - Two-wire VEGABAR 86, 87 7 Eectronics - 0 ma - Two-wire VEGABAR 86, 87 Configuration of the eectronics The puggabe eectronics is mounted in the eectronics compartment of the instrument and can be exchanged by the user when servicing is required. The eectronics is competey encapsuated to protect against vibration and moisture. The terminas for votage suppy as we as the contact pins with I²C interface for parameter adjustment are ocated on the upper side of the eectronics. In the doube-chamber housing, the terminas are ocated in the separate termina compartment. Connection Singe chamber housing...0ma Votage suppy Power suppy and current signa are carried on the same two-wire cabe. The operating votage can differ depending on the instrument version. You can find the data of the votage suppy in chapter "Technica data" in the operating instructions manua of the respective instrument. Provide a reiabe separation between the suppy circuit and the mains circuits according to DIN EN 60 VDE 00-. Data of the votage suppy: Operating votage V DC Permissibe residua rippe - Non-Ex, Ex-ia instrument - for U N V DC: 0.7 V eff (6 00 Hz) - for U N V DC:.0 V eff (6 00 Hz) Permissibe residua rippe - Ex-d-ia instrument - for U N V DC:.0 V eff (6 00 Hz) ( + ) (-) Fig. 6: Eectronics and termina compartment, singe chamber housing Votage suppy/signa output For dispay and adjustment modue or interface adapter For externa dispay and adjustment unit Ground termina for connection of the cabe screen Keep in mind the foowing additiona factors that infuence the operating votage: Lower output votage of the power suppy unit under nomina oad (e.g. with a sensor current of 0.5 ma or ma in case of faut) Infuence of additiona instruments in the circuit (see oad vaues in chapter "Technica data" of the operating instructions of the respective instrument) Connection cabe The instrument is connected with standard two-wire cabe without screen. If eectromagnetic interference is expected which is above the test vaues of EN 66- for industria areas, screened cabe shoud be used. In the product configurator of VEGABAR, different cabe gands are avaiabe. This seection covers a cabe diameters in the range of mm ( in). Cabe screening and grounding If screened cabe is required, we recommend connecting the cabe screen on both ends to ground potentia. In the sensor, the screen must be connected directy to the interna ground termina. The ground termina on the outside of the housing must be connected to the ground potentia (ow impedance) EN-065 Hydrostatic Submersibe pressure transmitter 9

10 Eectronics - 0 ma - Two-wire VEGAWELL 5 8 Eectronics - 0 ma - Two-wire VEGAWELL 5 Votage suppy Power suppy and current signa are carried on the same two-wire cabe. The operating votage can differ depending on the instrument version. You can find the data of the votage suppy in chapter "Technica data" in the operating instructions manua of the respective instrument. Provide a reiabe separation between the suppy circuit and the mains circuits according to DIN EN 60 VDE 00-. Data of the votage suppy: Operating votage V DC Permissibe residua rippe - < 00 Hz: <.0 V SS - 00 Hz 00 Hz: < 0 mv SS Keep in mind the foowing additiona factors that infuence the operating votage: Lower output votage of the power suppy unit under nomina oad (e.g. with a sensor current of 0.5 ma or ma in case of faut) Infuence of additiona instruments in the circuit (see oad vaues in chapter "Technica data" of the operating instructions of the respective instrument) Connection cabe The instrument is connected with standard two-wire cabe without screen. If eectromagnetic interference is expected which is above the test vaues of EN 66- for industria areas, screened cabe shoud be used. In the product configurator of VEGABAR, different cabe gands are avaiabe. This seection covers a cabe diameters in the range of mm ( in). Cabe screening and grounding If screened cabe is required, we recommend connecting the cabe screen on both ends to ground potentia. In the sensor, the screen must be connected directy to the interna ground termina. The ground termina on the outside of the housing must be connected to the ground potentia (ow impedance). Connection Direct connection Connection via VEGABOX 0 Fig. 8: Wiring pan VEGABAR for 0 ma, 0 ma/hart To the sensor To power suppy or the processing system Shieding ) Wire number Wire coour/poarity Termina brown (+) bue (-) Shieding - + Grounding Fig. 7: Wire assignment, suspension cabe Bue (-): to power suppy or to the processing system Brown (+): to power suppy or to the processing system Shieding Breather capiaries with fiter eement ) Connect screen to ground termina. Connect ground termina on the outside of the housing to ground as prescribed. The two terminas are gavanicay connected EN Hydrostatic Submersibe pressure transmitter

11 Eectronics - 0 ma/hart - Two-wire VEGABAR 86 and 87 9 Eectronics - 0 ma/hart - Two-wire VEGABAR 86 and 87 Configuration of the eectronics The puggabe eectronics is mounted in the eectronics compartment of the instrument and can be exchanged by the user when servicing is required. The eectronics is competey encapsuated to protect against vibration and moisture. The terminas for votage suppy as we as the contact pins with I²C interface for parameter adjustment are ocated on the upper side of the eectronics. In the doube-chamber housing, the terminas are ocated in the separate termina compartment. Connection Singe chamber housing...0ma Votage suppy Power suppy and current signa are carried on the same two-wire cabe. The operating votage can differ depending on the instrument version. You can find the data of the votage suppy in chapter "Technica data" in the operating instructions manua of the respective instrument. Provide a reiabe separation between the suppy circuit and the mains circuits according to DIN EN 60 VDE 00-. Data of the votage suppy: Operating votage V DC Permissibe residua rippe - Non-Ex, Ex-ia instrument - for U N V DC: 0.7 V eff (6 00 Hz) - for U N V DC:.0 V eff (6 00 Hz) Permissibe residua rippe - Ex-d-ia instrument - for U N V DC:.0 V eff (6 00 Hz) Keep in mind the foowing additiona factors that infuence the operating votage: Lower output votage of the power suppy unit under nomina oad (e.g. with a sensor current of 0.5 ma or ma in case of faut) Infuence of additiona instruments in the circuit (see oad vaues in chapter "Technica data" of the operating instructions of the respective instrument) Connection cabe The instrument is connected with standard two-wire cabe without screen. If eectromagnetic interference is expected which is above the test vaues of EN 66- for industria areas, screened cabe shoud be used. In the product configurator of VEGABAR, different cabe gands are avaiabe. This seection covers a cabe diameters in the range of mm ( in). We generay recommend the use of screened cabe for HART mutidrop mode. ( + ) (-) Fig. 0: Eectronics and termina compartment, singe chamber housing Votage suppy/signa output For dispay and adjustment modue or interface adapter For externa dispay and adjustment unit Ground termina for connection of the cabe screen Doube chamber housing...0ma ( + ) (-) Fig. : Termina compartment, doube chamber housing Votage suppy/signa output For dispay and adjustment modue or interface adapter Ground termina for connection of the cabe screen Cabe screening and grounding If screened cabe is required, we recommend connecting the cabe screen on both ends to ground potentia. In the sensor, the screen must be connected directy to the interna ground termina. The ground termina on the outside of the housing must be connected to the ground potentia (ow impedance) EN-065 Hydrostatic Submersibe pressure transmitter

12 Eectronics - 0 ma/hart Pt 00 - two-wire VEGAWELL 5 0 Eectronics - 0 ma/hart Pt 00 - two-wire VEGAWELL 5 Votage suppy Power suppy and current signa are carried on the same two-wire cabe. The operating votage can differ depending on the instrument version. You can find the data of the votage suppy in chapter "Technica data" in the operating instructions manua of the respective instrument. Provide a reiabe separation between the suppy circuit and the mains circuits according to DIN EN 60 VDE 00-. Data of the votage suppy: Operating votage V DC Permissibe residua rippe - < 00 Hz: <.0 V SS - 00 Hz 00 Hz: < 0 mv SS Keep in mind the foowing additiona factors that infuence the operating votage: Lower output votage of the power suppy unit under nomina oad (e.g. with a sensor current of 0.5 ma or ma in case of faut) Infuence of additiona instruments in the circuit (see oad vaues in chapter "Technica data" of the operating instructions of the respective instrument) Connection cabe The instrument is connected with standard two-wire cabe without screen. If eectromagnetic interference is expected which is above the test vaues of EN 66- for industria areas, screened cabe shoud be used. In the product configurator of VEGABAR, different cabe gands are avaiabe. This seection covers a cabe diameters in the range of mm ( in). We generay recommend the use of screened cabe for HART mutidrop mode. Connection via VEGABOX 0 Fig. : Wiring pan VEGABAR for 0 ma/hart Pt 00 To power suppy or the processing system (signa pressure transmitter) To power suppy or the processing system (connection cabes resistance thermometer Pt 00) Shieding ) + Wire number Wire coour/poarity Function brown (+) Power suppy/signa pressure transmitter bue (-) Power suppy/signa pressure transmitter White Power suppy Pt 00 Yeow Measurement Pt 00 5 Red Measurement Pt 00 6 Back Power suppy Pt 00 Shieding Grounding Cabe screening and grounding If screened cabe is required, we recommend connecting the cabe screen on both ends to ground potentia. In the sensor, the screen must be connected directy to the interna ground termina. The ground termina on the outside of the housing must be connected to the ground potentia (ow impedance). Connection Direct connection Fig. : Wire assignment, suspension cabe Brown (+): to power suppy or to the processing system Bue (-): to power suppy or to the processing system White: for processing of the integrated Pt 00 (power suppy) Yeow: for processing of the integrated Pt 00 (measurement) 5 Red: for processing of the integrated Pt 00 (measurement) 6 Back: for processing of the integrated Pt 00 (power suppy) 7 Shieding 8 Breather capiaries with fiter eement ) Connect screen to ground termina. Connect ground termina on the outside of the housing to ground as prescribed. The two terminas are gavanicay connected EN-065 Hydrostatic Submersibe pressure transmitter

13 7 7 Eectronics - Profibus PA VEGABAR 86 and 87 Eectronics - Profibus PA VEGABAR 86 and 87 Configuration of the eectronics The puggabe eectronics is mounted in the eectronics compartment of the instrument and can be exchanged by the user when servicing is required. The eectronics is competey encapsuated to protect against vibration and moisture. Doube chamber housing The terminas for votage suppy as we as the pug with I²C interface for parameter adjustment are ocated on the upper side of the eectronics. In the doube-chamber housing, these connection eements are ocated in the separate termina compartment. Votage suppy The votage suppy is provided by a Profibus DP /PA segment couper. Data of the votage suppy: Operating votage - 9 V DC Max. number of sensors per DP/PA segment couper - Bus ( + ) (-) Fig. 6: Termina compartment, doube chamber housing Votage suppy/signa output For dispay and adjustment modue or interface adapter Ground termina for connection of the cabe screen Connection cabe Connection is carried out with screened cabe according to Profibus specification. In the product configurator of VEGABAR, different cabe gands are avaiabe. This seection covers a cabe diameters in the range of mm ( in). Make sure that the entire instaation is carried out according to the Profibus specification. In particuar, make sure that the bus is terminated with suitabe terminating resistors. Cabe screening and grounding In systems with potentia equaisation, connect the cabe screen directy to ground potentia at the power suppy unit, in the connection box and at the sensor. The screen in the sensor must be connected directy to the interna ground termina. The ground termina outside on the housing must be connected to the potentia equaisation (ow impedance). In systems without potentia equaisation, connect the cabe screen directy to ground potentia on the power suppy unit and the sensor. In the connection box or T-distributor, the screen of the short stub to the sensor must not be connected to ground potentia or to another cabe screen. Connection Singe chamber housing Bus ( + ) (-) Fig. 5: Eectronics and termina compartment, singe chamber housing 5079-EN-065 Votage suppy/signa output For dispay and adjustment modue or interface adapter Seection switch for bus address For externa dispay and adjustment unit 5 Ground termina for connection of the cabe screen Hydrostatic Submersibe pressure transmitter

14 Eectronics - Foundation Fiedbus VEGABAR 86 and 87 Eectronics - Foundation Fiedbus VEGABAR 86 and 87 Configuration of the eectronics The puggabe eectronics is mounted in the eectronics compartment of the instrument and can be exchanged by the user when servicing is required. The eectronics is competey encapsuated to protect against vibration and moisture. Doube chamber housing The terminas for votage suppy as we as the pug with I²C interface for parameter adjustment are ocated on the upper side of the eectronics. In the doube-chamber housing, these connection eements are ocated in the separate termina compartment. Votage suppy Power suppy via the H Fiedbus cabe. Data of the votage suppy: Operating votage - 9 V DC max. number of sensors - Bus ( + ) (-) Fig. 8: Termina compartment, doube chamber housing Votage suppy/signa output For dispay and adjustment modue or interface adapter Ground termina for connection of the cabe screen Connection cabe Connection is carried out with screened cabe according to Fiedbus specification. In the product configurator of VEGABAR, different cabe gands are avaiabe. This seection covers a cabe diameters in the range of mm ( in). Make sure that the entire instaation is carried out according to the Fiedbus specification. In particuar, make sure that the bus is terminated with suitabe terminating resistors. Cabe screening and grounding In systems with potentia equaisation, connect the cabe screen directy to ground potentia at the power suppy unit, in the connection box and at the sensor. The screen in the sensor must be connected directy to the interna ground termina. The ground termina outside on the housing must be connected to the potentia equaisation (ow impedance). In systems without potentia equaisation, connect the cabe screen directy to ground potentia on the power suppy unit and the sensor. In the connection box or T-distributor, the screen of the short stub to the sensor must not be connected to ground potentia or to another cabe screen. Connection Singe chamber housing 0 Bus 0 ( + ) (-) Fig. 7: Eectronics and termina compartment, singe chamber housing Votage suppy/signa output Contact pins for the dispay and adjustment modue or interface adapter Seection switch for bus address For externa dispay and adjustment unit 5 Ground termina for connection of the cabe screen 5079-EN-065 Hydrostatic Submersibe pressure transmitter

15 Eectronics - VEGABAR 86, 87 - Save sensor for eectronic differentia pressure Eectronics - VEGABAR 86, 87 - Save sensor for eectronic differentia pressure Configuration of the eectronics The puggabe eectronics is mounted in the eectronics compartment of the instrument and can be exchanged by the user when servicing is required. The eectronics is competey encapsuated to protect against vibration and moisture. The terminas for votage suppy as we as the contact pins with I²C interface for parameter adjustment are ocated on the upper side of the eectronics. In the doube-chamber housing, the terminas are ocated in the separate termina compartment. Votage suppy The Save sensor can be mounted up to 5 m away from the Master sensor, by which it is directy powered. A separate power suppy is not required. Connection cabe VEGABAR is connected to the sensor with standard four-wire, screened cabe. In the product configurator of VEGABAR, different cabe gands are avaiabe. This seection covers a cabe diameters in the range of mm ( in). Cabe screen and grounding Connect the cabe screen on both ends to ground potentia. In VEGABAR Save and Master sensor, the screen must be connected directy to the interna ground termina. The ground termina on the outside of the respective housing must be connected to the potentia equaisation (ow impedance). Connection Singe chamber housing Master Fig. 9: Eectronics and connection compartment Save sensor To the Master sensor Ground termina for connection of the cabe screen ) 5079-EN-065 ) Connect screen here. Connect ground termina on the outside of the housing to ground as prescribed. The two terminas are gavanicay connected. Hydrostatic Submersibe pressure transmitter 5

16 TWIST USB Operation Operation. Overview VEGABAR 86 and 87 The sensors can be adjusted with the foowing adjustment media: With the dispay and adjustment modue With an externa dispay and adjustment unit an adjustment software according to FDT/DTM standard, e.g. PACTware and PC as we as via systems from other manufacturers, dependent on the signa output: A HART handhed ( 0 ma/hart) The adjustment program AMS ( 0 ma/hart and Foundation Fiedbus) The adjustment program PDM (Profibus PA) A configuration too (Foundation Fiedbus) The entered parameters are generay saved in the sensor, optionay aso in the dispay and adjustment modue or in the adjustment program.. Overview VEGAWELL 5 VEGAWELL 5-0 ma has no adjustment options. VEGAWELL 5-0 ma/hart can be adjusted with the foowing adjustment media: With an externa dispay and adjustment unit an adjustment software according to FDT/DTM standard, e.g. PACTware and PC as we as through remote systems: A HART handhed ( 0 ma/hart) The adjustment program AMS ( 0 ma/hart and Foundation Fiedbus) The entered parameters are generay saved in the sensor, optionay aso in the adjustment program.. Dispay and adjustment modue PLICSCOM The puggabe dispay and adjustment modue is used for measured vaue indication, operation and diagnosis. It is equipped with an iuminated fu dot matrix as we as four keys for adjustment. sensor as we as the dispay and adjustment modue are spash-proof even without housing cover.. PACTware/DTM As an aternative to the dispay and adjustment modue, the sensor can aso be configured via a Windows PC. To do this, the configuration software PACTware and a suitabe instrument driver (DTM) according to the FDT standard are required. The current PACTware version as we as a avaiabe DTMs are compied in a DTM Coection. The DTMs can aso be integrated into other frame appications according to the FDT standard. A device DTMs are avaiabe as a free-of-charge standardversion and as a fu version that must be purchased. In the standard version, a functions for compete setup are aready incuded. An assistant for simpe project configuration simpifies the adjustment consideraby. Saving/printing the project as we as import/export functions are aso part of the standard version. In the fu version there is aso an extended print function for compete project documentation as we as a save function for measured vaue and echo curves. In addition, there is a tank cacuation program as we as a mutiviewer for dispay and anaysis of the saved measured vaue and echo curves. Connection of the PC via VEGACONNECT The interface converter VEGACONNECT is required for connection of the PC. On the computer side, the connectionis made via USB interface. The VEGACONNECT is paced instead of the dispay and adjustment modue to the sensor, the connection to the sensor is made automaticay. As an aternative the connection via the HART signa can be carried out on any position of the signa cabe with 0 ma/hart sensors. OPEN LOCK Fig. : Connection via VEGACONNECT and USB VEGACONNECT pics sensor USB cabe to the PC Necessary components: VEGABAR PC with PACTware and suitabe DTM VEGACONNECT Votage suppy/processing system Fig. 0: Dispay and adjustment modue PLICSCOM The dispay and adjustment modue is integrated in the respective sensor housing or in the externa dispay and adjustment unit. After mounting, the.5 Aternative adjustment programs PDM For HART and Profibus PA sensors, device descriptions are avaiabe as EDDs for the adjustment program PDM. The device descriptions are aready incuded in the current version of the PDM. Newer instrument drivers that are not yet deivered with the PDM are avaiabe in the downoad section. AMS For HART and Foundation Fiedbus sensors, device descriptions are avaiabe as EDDs for the adjustment program AMS. The device descriptions are aready incuded in the current version of the AMS. Newer instru EN Hydrostatic Submersibe pressure transmitter

17 Operation ment drivers that are not yet deivered with the AMS are avaiabe in the downoad section EN-065 Hydrostatic Submersibe pressure transmitter 7

18 Dimensions 5 Dimensions Pastic housing VEGABAR 86 ~ 69 mm (.7") ø 79 mm (.") ~ 8 mm (.") ø 79 mm (.") M6x,5 mm (.") mm (.") SW 6 mm (.8") M0x,5/ ½ NPT Singe chamber housing Doube chamber housing M0x,5/ ½ NPT SW 0 mm (.8") 8,5 mm (.5") G ½ mm (0.55") ø 8 mm (0.") mm (0.87") ø 9 mm (.") Auminium housing L L ~ 6 mm (.57") ø 86 mm (.9") ~ 87 mm (.") ø 86 mm (.9") M6x,5 M0x,5/ ½ NPT M0x,5 6 mm (.57") M0x,5/ ½ NPT 0 mm (.7") ø mm (.6") Singe chamber housing Doube chamber housing Stainess stee housing ~ 59 mm (.") ø 80 mm (.5") ~ 69 mm (.7") ø 79 mm (.") M6x,5 ~ 87 mm (.") ø 86 mm (.9") mm (.") 5 mm (6.0") 7 mm (.6") 0 mm (.7") Version with suspension cabe and threaded fitting unassembed G½ A Threaded version G½ A, suspension cabe Threaded version G½ A, connection tube M0x,5/ ½ NPT M0x,5/ ½ NPT M0x,5/ ½ NPT Singe chamber housing, eectropoished Singe chamber housing, precision casting Doube chamber housing, precision casting 5079-EN Hydrostatic Submersibe pressure transmitter

19 VEGABAR 87 VEGAWELL 5 8mm (.89") SW 0 mm (.8") 8,5 mm (.5") 0 mm (0.79") SW 6 mm (.8") G ½ mm (0.87") G ½ 75 mm (6.89") 8,5 mm (.5") mm (0.55") SW 0 mm (.8") G½ G ½ mm (0.55") L L L ø 8 mm (0.") ø 8 mm (0.") ø 9 mm (.") 8 mm (8.98") ø mm (0.87") 7 mm (8.9") ø mm (.6") 6 mm (8.5") 77 mm (6.97") ø mm (.6") ø 0 mm (.58") Version with suspension cabe and threaded fitting unassembed G½ A Threaded version G½ A, suspension cabe Threaded version G½ A, connection tube Fig. : Dimensions VEGABAR Version with straining camp Version with unmounted screw connection G½ A and impact protection Standard version with detachabe pastic basket guard The isted drawings are ony an excerpt of the avaiabe process fittings. You can find more drawings at under "Drawings" EN-065 Hydrostatic Submersibe pressure transmitter 9

20 VEGA Grieshaber KG Am Hohenstein 7776 Schitach Germany Phone Fax E-Mai: You can find at operating instructions manuas specification sheet Software drawings certificates approvas and much, much more Subject to change without prior notice 5079-EN-065