User Manual

Project N° Unit Document Code Serial n° Rev. Sh.

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W - Mod. 1810/E – TYPE A - Rev. A

1. INtools Summary

1.1. Description

Is a modular, windows-based, multi-project software tool applied to:

• Instrument engineering : process data, instrument calculations and instrument specifications• Detail design : instrument wiring, instrument loops, instrument hook-up• Calibration and maintenance tasks• Record keeping and document maintenance.

1.2. Project life cycle

INtools is applied to all the projects covering the following phases:

• Basic design ( instrument index, in line instruments, etc )• Detail design (instrument specifications, instrument list, data transfer, if required, wiring, etc. )• Construction & Commissioning ( as built documentation, )

1.3. Applications

Intools can be applied on:

• Large projects as well as small projects, for grassroots projects as well as modernisationprojects

1.4. Hardware configuration

Shared applications using a LAN networking, providing simultaneous access to a broad audienceof engineers.

1.5. Incentives/ Economics

Will significantly reduce the process control engineering and detail design man-hours (5%)coupled with instrument documentation/practices rationalisation efforts

1.6. Performance criteria

Applying Intools yields:

• Design consistency, high integrity, almost error free, all-in-one instrument database on lineaccessible by a broad population


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1.7. Measurement

The following short-term measurement targets can be quantified:

• Engineering & design efficiency expressed in man-hours reduction per standard controlfunction ( 20% )

1.8. Interfaces

• Use short term development of software interface with ( Process and piping )• Develop mid term interface with construction department


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2. Software functionality’s

2.1. Modules organisation and work flow

-INtools- Modules& Links

Instrument IndexModule

Process

Data

Calculation

ModuleInst. Spec.

Module

Wiring

Module

Loop DWG

Module

External

Wiring data*.dxf; dwg; Loop

Dwg

Import/Export

data

INtools main modules links and workflow based on –IN- software previous experience andnew features of the new software.


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2.2. TPIT personalisation workflow

INtools software is based on ORACLE 7.3 relational database as platform and organisedby modules (as previously provided by –IN-). The relational database doesn’t allowfreezing data; they are always shared within the system tables.Due to this particular organisation, the workflow has been organised in a way to haveaccess in editing mode only in one module; the information will be read only for theremaining modules and for reporting querying tasks.The workflow personalised in TPIT foresee the following actions, based on theimplementations executed within the STDJB, to be executed in the order described herebelow:(N.B.: data sheets for analyser streams data entry and bulk materials as junctionboxes, cables have not been prepared because the software does not manage thesetype of components)

2.2.1. Instrument Index moduleUsing the structure of the Stdjb, the co-ordinator shall execute the following tasksbefore any data entry:

2.2.1.1. Check the instrument types defined as default and eventually update,modify or delete the useless ones. Each instrument type has been attributed toa Process function. This definition allows attributing dedicated data usingdedicated editing screens and using the proper data sheet with links to thedatabase tables.The default settings are based on ISA conventions as already provided for –IN-and additional settings as per Leuna project (DIN) have been implemented inorder to cover the needs for such types of projects.

2.2.1.2. Check the instrument type profiles defined as default in order to verifythat the definitions are valid for the actual project.All the definitions are based on RP-1500 recommendation and on TPITstandards.Any different configuration shall be implemented.Any modification executed in these tables will be propagated to all the tagsdefined in the Instrument Index database so all the definitions shall beprepared before any data entry.

2.2.2. Specification moduleCheck the data sheet forms if particular needs are necessary for the project.The default forms (based on ISA contents) have been implemented from the onesalready available in –IN- software.The same helps and defaults have been inserted as drop-down lists selectable.Each one of these fields allows editing any string the operator likes to define.Process data are read only in the spec’s; these data shall be defined in theprocess data module in order to obtain one way only data propagation.


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The default forms (CV; PSV; FE;) where is possible to execute calculations usingINtools calculation module, have been prepared to show:- “internal calculation” (using system fields).– “Vendor calculation” (UDF fields to be manually filled or imported).– “Both” (to see and print both calculation results).

INtools calculations have been certified for the main items to be calculated. The results are consistent with calculations coming from vendors and from otherscalculation software.

- The results from control valves calculations have been judged good for preliminaryvalve sizing (basic or front end).– The results from safety valves (if vendor catalogue parameters are applied) havebeen judged good for preliminary valve sizing (basic or front end). This way of work isapplied in TP Paris. In TPIT the Process Dpt will calculate in any case the safetyvalves and issue the relevant results.– The results from flow elements have been judged good for final sizing andpurchasing. The relevant data sheets have been prepared both for single itemdefinition and for multi items definition (SEE LIST); in this case just the main data areto be filled and the bore diameter imposed.A set of calculation data sheets shall be issued as engineering document in order togive evidence of the activity executed.

2.2.3. Process data moduleThe set of unit of measurement cannot be changed; the string shall be selected asdefined within the drop-down list.In case of process data import from external source the unit of measurement shall bedefined as accepted by the software otherwise the data mismatch error is detectedand the relevant record will not be imported.Process data could be defined / imported for ”line” or for ”instruments”

2.2.3.1. Process data for lineImporting process data for lines allows attributing line data to instruments if theline number defined in the instrument index using the same string. Thisfunctionality allows using external software for line calculations and definitionsusing the output (line list) as source file for data import.The same recommendation about the UOM shall apply to this type of import.Process data for line could be imported from PDS and or LDL in case one orboth software is used to define P&I and line list.Actually this possibility is under test.

2.2.3.2. Process data for instrumentsFor each instrument attributed to a process function process data could bedefined or imported from external source.Process data for analysers are not available within the software.Instrument process data could be imported from the software Zyqad wheneverthe process Dpt uses it.


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2.2.4. Wiring moduleCheck the device panel and cables definitions prepared within the STD_UNIT inorder to match with project requirements. The default definitions are based on RP-1500 and TPIT standards. Any different definition shall be implemented and thenattributed to the instrument type profile.Any type of device panel could be defined for field or control room instruments and orcabinet.Any type of cable definition could be defined in order to match with project andmarket requirements.

2.2.5. Loop moduleCheck the border and blocks prepared as default and attributed to the typical loopsimplemented in the STD_UNIT.Two sets of blocks have been prepared– one based on ISA conventions.– one based on DIN conventions (as per Leuna Project).Two different way of work have been tested:- The first simulating the definition of all the wiring up to the system (DCS; PLC;)executed inside INtools.– The second simulating the definition of the wiring up to the junction box executedinside INtools and the control room wiring executed by DCS or PLC vendors.These vendors shall supply all the wiring information’s using one file (DBF format)with defined structure where each field contains reference to macro’s inside thepredefined blocks.Any modification of this method of work requires the definition of new file structureand new blocks.

2.2.6. Data importINtools allows importing data from external source files with some limitations asfollows:

2.2.6.1. The format and the string definition shall be compatible with the definitionsexecuted in the instrument type profiles, in the process data UOM, etc.

2.2.6.2. The import could be executed by module or by table.The import by module is easier but doesn’t allow importing data in more thanone module at time.The import by table allows importing data to several tables of different modules.Group of links could be linked and executed together but the operator shall beskilled enough to know the table priorities in the database tree.(e.g.: line data will not be imported if previously the line type has not beenimported; the line type identify the piping class in TPIT organisation)


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3. Access rightsAccess right to the software have been defined as follows:

ACCESS RIGHTS TREE

SoftwareAdministrator

SoftwareAdministrator

ProjectAdministrator


ProjectCo-ordinator

EngineeringSpecialist

RequisitionSpecialist


Performs all tasks related to project administration as:- Attribute users to the project.- Define: Project conventions (Tag/loop structures)

Plant/Area/Units; UDF: UOM- Execute IMPORT/MERGE

Performs all tasks related to software administration as:- Initialise projects from scratches or from source- Maintain the table space sizes of the projects- Define users- Attribute access rights- Initialise WATCOM

Performs all workingtasks for the project.Covers all activitiesexecuted by:

- EngineeringSpecialist

- RequisitionSpecialists

Performs all workingtasks of the projectrelated to engineeringas:- Instrument Index- Wiring- DCS/PLC

database inf.’s- Exports to

Vendors- Loops- Hook-up’s- Exports to G-mini

Performs all workingtasks of the projectrelated torequisitioning as:- Line data- Process data- Calculations- Data sheets


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The system and project administrator functions are actually covered by the same person dueto the fact that Instrument Dpt co-ordinators have not been trained to cover projectadministration tasks.More then one system administrator could be declared within the software but only oneproject administrator could be attributed to the project because the tasks to be executedrequire the knowledge of the project status and progress before executing or not some tasks.For any tasks involving the overall database, the project administrator shall take care that allthe operators lest their connection to the project otherwise certain tasks cannot be executed.The project administrator shall require to the system administrator the need to activate thehistorical function on the project (by default this function is set to off to limit the size of thedatabase tables).


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4. INtools interfaces and outputsThe following schema has been defined with the involved departments in order to executesafe data exchanges certified by the department originating the source file. The workflow isthe following:

OPUSZyqad

PDSIntergraph

INtools

RequiExport

To GMC/Gama

DCS /PLCDATABASE

Export

G-MiniM.T.O. Construction

follow-up

INtools interfacesFLOW DIAGRAM

InstrumentsTag List

Process DataInstrument ListMech. Line List

Equipment ListDes. Conditions

Import / Export deviation List & Printout

Exports

1st Act. 2nd Act.

Future

Future


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4.1. PDS / LDL importWhenever smart P&I and or LDL are used for project engineering, the relevant data couldbe imported from the source database.These functions have been tested simulating data coming from PDS due to the fact thatin TPIT organisation is not allowed to map PDS Oracle tables directly.PDS is not used as per its own built-in functions but is forced to work in a “personalised”home made way.This method doesn’t allow retrieving data from homogeneous fields because the samesymbol is used for several process functions.One PDS operator (only one people have the proper experience in TPIT) shall runvarious programs to collect the information’s in the proper format to be exported to theinterface file with INtools.Tests have been executed assuming that the data coming from PDS are corrects.A real simulation from one live project has not been executed.

4.2. Zyqad export / importWhen the tag list has been imported from PDS, in function of the data collected from thelines (if imported) the remaining instruments requiring process data will be addressed tothe process Dpt software.Zyqad (as PDS) does not manage the unique ID for each record so it has been decidedthat INtools will generate and propagate this key field to be used for the uniqueness ofdata exchange.Dedicated export formats have been prepared for data export to Zyqad. Actually theperson of the process Dpt in charge of the development is testing the method to populatethe intermediate files with the data coming from Zyqad database.When these tests will be completed, due to the fact that the file structure remainsunchanged, the data filled within Zyqad will be imported into INtools.In principle the data requested to process Dpt are the following:- In-line Flow instruments.– Control valves.– Safety valves.– Pressure instruments (only alarm settings if line data are imported from LDL).– Temperature instruments (only alarm settings if line data are imported from LDL).– Level Instruments (in principle process Dpt issue the vessel data sheets containing allnecessary information’s for the range and alarms definition’s; the interface file will beused in case any special alarm setting is required).

4.3. ExportsThe data available within the database could be used as source for export purpose.In the STDJB some export reports have been prepared for the tasks already in use withthe software –IN-.It will be possible to export data to G-mini, REQUI, or any other external database.The save as function is accessible to any INtools operator; using browsing facilities theoperator can perform any export is required for the project if not already available bydefault.


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1. CUSTOMISING LOOP DRAWING MODULE PREFERENCE

The user can customise the PC station preferences in order to maximise the efficiency. Choosepreference within the project menu to open the InTools preference screen, then click the loopdrawing icon, the following screen appear:

The user can insert, in the block path box, the path of the directory in witch are stored all projectblocks. According to the actual data structure this path is N:\tp_blocks\. Moreover In the Dwg.path box the user can insert the path of the directory in which the drawings shall be stored aftergeneration.


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The Instrument Index module allows the definition of all parameters related to a specific tagnumber (profile) and the view of the related documents as:• Process Data• Specification• Calculation• WiringThe working tasks are resumed into drop-down list or buttons as follows:

1. Top drop-down listHere below are listed the functions active when the Index icon has been checked.Some of these function are repeated with buttons located in the bottom side of the screen

1.1. Project drop-down list1.1.1. Preferences

Allows setting the parameters on INtools.ini to fix default parameters and defaultworking directories.

1.1.2. Import PSRAllows the import of PSR files into the software.– INSERT: to declare the directory where the source file is located.– DELETE: to delete the PSR from the active list when selected.– SELECT: to continue the import.From the list of the PSR available it is possible to fulfil some UDF (udf C01 to C10) tobe used as header definitions and document coding.

1.1.3. BrowserAllows creating (module by module only) formats printing or saving data (Save as).Mix of information from several tables will be possible with incoming releases.A software improvement has been provided in order to obtain the possibility to savethe text of the headers as modified before the SAVE AS. This file shall be retrievedevery time the same data are SAVED AS.

1.1.4. Other functionsThe other functions listed belong the drop-down list are either duplicated withinButtons or useless from operator point of view.

1.2. Module drop-down listAllows selecting the various software modules. These functions are repeated in theButtons (topside).

1.3. Edit drop-down listAllows to select the Index functions as feasible with the Buttons (bottom side).Some additional functions can be selected:

1.3.1. Delete tag numberAllows to delete tags from Index including all related data in the other modules (P.D.;Calc’s.; Wiring, loops; etc).

1.3.2. Delete loopAllow to delete the loop and its tag numbers including all related data in the othermodules (P.D.; Calc’s.; Wiring, loops; etc).

1.3.3. Move tagAllows moving one tag to another unit


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1.3.4. Move loopAllows moving one loop to another unit

1.4. View drop-down list1.4.1. Browse

Allows to edit the instrument index in browse mode1.4.2. Reports

Allows to select and print reports standard from INtools.No custom of these reports is possible

1.5. Actions drop-down list1.5.1. Associate

Allows associating tags to loop.Function equal to the button within the bottom icons

1.5.2. PreferenceAllows defining the way to work during instrument index editing.The various parameters allows the execution of repetitive tasks in easy way.Function equal to the button within the bottom icons.

1.6. Tables drop-down list1.6.1. Instrument types

Allows the definition of the default instrument types and the definition of the relevantprofile. Within the profile, parameters like: wiring; spec; I/O type; etc; can beattributed.The instrument types are divided into the following process functions:General; Flow; Level; Pressure; Temperature; Analyser; Control valve; Safety valve.Any modification to the instrument types executed from this menu will be reflected toall items with the same profile existing in the database.To define the instrument types the following steps shall be executed:

1.6.1.1. Edit Instrument Type screenThe data found in the Instrument Type table is used to identify and classify theTags, their profile and process function type. When the instrument type isincluded in a new tag, the description is automatically selected in the InstrumentType field of the above screens.From the Table menu, select the Instrument Type menu item.The Edit Instrument Type screen opens with the Process Function Type fieldblank by default showing instrument types not associated to any function type.If the Profile command button is checked without selecting a Process FunctionType, then only Instrument Types that do not belong to a particular ProcessFunction Type category will be displayed.

1.6.1.2. Process Function TypeSelect a Process Function Type from this drop-down; this selection allowsdisplaying the Instrument Types in function of their Process Function. Theprocess functions are fixed by the software and cannot be modified.

1.6.1.3. Profile buttonClick to open the Tag Number Profile screen and define all parameters oroptions to be attributed to the instrument type.The actions done from this screen will modify all the instrument profiles of theinstruments of the same profile presents in the instrument index.


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1.6.1.4. Wiring and I/O profileWithin this screen several check boxes are present; each one allows definingparameters as follows:

1.6.1.4.1. Control systemChecking the box “Control System” allows defining the device as a Controlsystem device.Checking the box “Auto create CS tag” allows creating control system tagbased on the instrument index tag number.

1.6.1.4.2. WiringChecking the box “wiring” allows setting the wiring defaults (Panel, Cableand Connection Type) for the Tag Type selected in the Edit Instrument Typescreen. When this box is active, the Panel, the Cable and the ConnectionType drop-down lists become available.

1.6.1.4.3. Specification ProfileChecking the box “Specification profile” allows setting a SpecificationProfile. When this box is active, the Spec Name drop-down list becomesavailable. Attributing a specification Profile to the instrument type allowscreating individual data sheet (one per tag number). If the specification shallbe used for multi-items definition, the Specification checks box shall remainunchecked.

1.6.1.4.4. Spec NameSelect a Specification name from the available options. The items availablein this drop-down list depend on the Process Function Type previouslydefined in the Edit Instrument Type screen.

1.6.1.4.5. Hook-Up ProfileUse this option when the Hook-Up profile shall be attributed to a new Tag.To assign a Hook-Up profile:1. Check the Hook-Up check box to make HU Type and Hook-Up drop-down lists available.2. Check the Include in BOM box if you wish to include the related Hook-Upitem list for the selected Tag in the BOM.3. Select the Hook-Up type from the HU Type drop-down list.4. Select the Hook-Up from the Hook-Up drop-down list.

1.6.1.4.6. I/O type profileThis table is used to indicate the type of input / output that a tag has. Thetype of I/O selected is used as a filter when assigning tags to the I/Ochannels of the control systems.

1.6.1.4.7. Location profileThis table is used to specify general or specific locations within the plantwhere the tag exists or is installed.

1.6.2. StatusAllows defining the status of the tag.Could be helpful for revamping projects.This information is visible in the formal instrument index printout.


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1.6.3. I/O TypeAllows defining the type of signal attributed to the tag.

1.6.4. LocationAllows defining the physical location of the instrument.

1.6.5. EquipmentAllows defining the names of the equipment’s of the plant.This list could be imported from PDS in case smart P&I are foreseen on the project.

1.6.6. P&IAllows defining the P&i No of the unit to be selected for each loop/tag number.

1.6.7. Line numbersAllows defining the line type (piping class) and line number of the unit to be attributedto the tag.INtools does not accept defining more than one diameter per each line number.In order to overcome the problem, the line number shall contain the size within thestring as follows:16” –XXNNNNNNumber of digits to be used for line number definition:

Digit1

Digit2

Digit3

Digit4

Digit5

Digit6

Digit7

Digit8

Digit9

Digit10

Digit11

Digit12

1 6 “ - B D 2 1 0 0 31 ½ “ - W - 1 0 0 36 “ - P R 3 3 2 1 1

1.6.8. ManufacturerAllows defining default instrument manufacturers to be attributed to the instrumenttypes.

1.6.9. ModelAllows defining default instrument models to be attributed to the instrument types.

1.6.10. Loop process variablesAllows defining the loop process variable to be used in order to group theinstruments by their definition.

1.6.11. Loop functionAllows defining the function type of the loop (indicating; controlling; etc).

1.7. ToolsAllows to translate wordingTO BE CHECKED


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2. Active icons located bottom sideThese icons allow executing the main functions of the instrument index data entry asdescribed here below.

2.1. Add tagsThis option allows creating a new TAG NUMBER.2.1.1. Select the button “ADD TAG” or digit “CTRL+A”.2.1.2. From the window “ADD TAG NUMBER” digit the tag number to be created then

select “OK”. The TAB button allows switching between the funtion identifier, thenumeric part and the suffix of the tag number.

2.1.3. From the window “SELECT INSTRUMENT TYPE” chose the instrument type to beassociated to the tag number (more then one instrument type are available forselection of the same function: e.g. ”FT” could be “FLOW TRANSMITTER” or “dPFlow transmitter” or “Turbine meter”).

2.1.4. Answer “Yes” to the “LOOP NAME” window if the tag number being created shallbe attributed to a specific loop then press “OK”.

2.1.5. The button “EDIT TAG NUMBER” allows editing the tag number definitions insertedby default or during a previous data entry. The modifications done will be storedpressing the “SAVE” button.The button “NEW” allows adding additional tag numbers using the window “ADDTAG NUMBER”.The “CLOSE” button will end the modifications.

2.1.6. The function “Delete Tag Number” is active only from the Module drop-down list(see § 1.3.1).

2.2. Edit tagsThis option allows modifying the tag numbers.2.2.1. Select the icon “EDIT TAG” or digit “CTRL+E”.2.2.2. From the incoming screen “EDIT TAG” digit the tag number to be modified, then

select “OK”.2.2.3. From the screen “EDIT TAG NUMBER”, will be possible to edit and modify the tag

parameters, selecting the appropriate strings within various drop-down list.2.2.4. Select “SAVE”.2.2.5. Press the “CLOSE” button to exit.

When some the tags associated to a loop shall be modified, the following steps shallbe executed:

2.2.6. Select the icon “EDIT LOOP” or digit “CTRL+L”.2.2.7. From the incoming screen “EDIT LOOP NAME” digit the loop where the tag(s) to be

modified is associated then press “OK”.2.2.8. From the screen “EDIT LOOP” digit “OK” then select “YES” when the message “DO

YOU WANT TO EDIT TAG NUMBER?” appear.2.2.9. From the screen “EDIT TAG NUMBER” (see § 2.2.3) is possible to edit and modify

the tag parameters.

2.3. Dupl. TagsThis option allows creating new tag numbers copying (duplicating) all parameters from thesource tag.2.3.1. Select the icon “DUPL TAGS” or digit “CTRL+D”.


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2.3.2. From the incoming screen “ENTER TAG” digit the tag number to be duplicated thenpress “OK”.

2.3.3. From the screen “DUPLICATE TAG NUMBER” (if the tag shall be copied within thesame unit) define the new tag name; if the tag shall be copied to another unit thecase “COPY TO ANOTHER UNIT” shall be checked and the target unit selected.

2.3.4. Select “OK” to complete the action.2.3.5. In addition to the actions described above, the software allows moving tags from

one unit to another following the steps:2.3.5.1. Select “EDIT”, and check the button “MOVE TAG NUMBER”. From the

incoming screen “ENTER TAG NUMBER” define the tag to be moved and press“OK”.

2.3.5.2. From the screen “UNIT LIST” select the target unit and press “OK”.

2.4. Add loopThis option allows inserting new loops in the unit defining the related tag numbers, the loopfunction and the component profiles. If the loop to be added is equal to one already existing,the option “Duplicate loop” shall be used (see § 2.6).Execute the following steps to insert new loops:

2.4.1. Select the icon “ADD LOOP” or digit “CTRL+O”.2.4.2. From the incoming screen “ADD LOOP NUMBER” digit the loop name to be

created then press “OK”.2.4.3. From the screen “EDIT LOOP”, loop parameters shall be selected and/or modified

to match with the loop function (e.g.: for controlled loops from the icon “LOOPFUNCTION” the string “CONTROL” shall be selected). Press “OK” to end the action.

2.4.4. Answer “Yes” to the question “DO YOU WANT TO EDIT TAG NUMBER?”, if newtags shall be added to the loop or if the existing ones shall be modified (see § 2.1).

2.4.5. The option “EDIT” allows deleting loops if the function “DELETE LOOP” is selected.Digit or select the loop to be deleted from the screen “DELETE LOOP”. From theincoming screen select “DELETE” then answer “Yes” to the ”WARNING” message.Press the close button to end the action. This action will delete the loop and all theassociated tag numbers.

2.4.6. The following conventions should be used whenever the loop name shall beattributed to in-line or local instruments in order to obtain correct sorting and query forhomogeneous function types.Use the letter “C” to identify Restriction orifices loops (e.g.: xxxCyyyy)Use the letter “G” to identify Rotameter loops (e.g.: xxxGyyyy)Use the letter “K” to identify Level Gauges loops (e.g.: xxxKyyyy)Use the letter “M” to identify Self Act. Valves loops (e.g.: xxxMyyyy)Use the letter “N” to identify Pressure Gauges loops (e.g.: xxxNyyyy)Use the letter “Q” to identify Safety Valves loops (e.g.: xxxQyyyy)Use the letter “R” to identify Temperature Gauges loops (e.g.: xxxRyyyy)

2.4.7. The field SERVICE (normally initiated by Process Dpt) shall be assembled usingthe following conventions in order to obtain strings compatible with DCS or othersoftware either for in-line local instruments and system instruments. Wheneverpossible the following structure shall be used:- Fluid- 1 Dash or other intermediate character- Direction- 1 Dash or other intermediate character


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– Equipment identifier without spaces

Example:- Product on B1003- Products from P1002A- Polluted condensate to B2005- Recycled cool.wa from W1008The field service shall be limited to 30 characters.In order to comply with system requirements if the string is longer shall be shortedtrying to maintain the same meaning.

2.5. Edit loopThis option allows modifying existing loops and/or the associated components (tagnumbers) following the steps:2.5.1. Select the icon “EDIT LOOP” or digit “CTRL+L”.2.5.2. From the incoming screen “EDIT LOOP NUMBER” digit the name of the loop to be

modified then press “OK”.2.5.3. From the screen “EDIT LOOP” will be possible to edit and/or modify all loop

parameters selecting the available drop-down list. After achieving the modificationspress “OK”.

2.5.4. Follows the steps indicated on § 2.1 if any tag associated to the loop shall bemodified; else select “NO” and “CLOSE”.

2.6. Dupl. LoopThis option allows creating new loops duplicating the existing ones following the steps:2.6.1. Select the icon “DUPL LOOP” or digit “CTRL+U”.2.6.2. From the incoming screen “NEW DUPLICATED LOOP NUMBER” digit the name of

the loop to be used as source then press “OK”.2.6.3. From the screen “NEW DUPLICATION LOOP NAME”, digit the name of the target

loop then press “OK”.2.6.4. From the screen “EDIT LOOP” will be possible the definition of all parameters.

Press “OK” to save the definitions.2.6.5. From the screen “LIST OF LOOP TAGS”, will be possible the selection of the

components (Tags) to be copied to the target including the definiton of the suffix.Press “OK” to complete the action.

2.6.6. Check the box “COPY TO ANOTHER UNIT” if the loop shall be copied to anotherunit.

2.6.7. From the incoming screen select the target unit then press “OK”.The same action (MOVE) can be executed to transfer complete loops from one unitto another following the steps:

2.6.8. Select “EDIT” from main drop-down list then press the button “MOVE LOOP”.2.6.9. From the screen “ENTER LOOP NAME”, digit the name of the loop to be moved

then press “OK”.2.6.10. From the incoming screen “SELECT TARGET NUMBER” select the target unit then

press “OK”.2.6.11. Refer to the loops defined within the REF_UNIT to find some default loops already

completed with profile including Wiring and blocks.The default loops are listed in the Appendix 2.


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3. BrowseThis software function allow defining working/printing formats grouping the database and theUDF (User definable Field) in order to execute data entry or data sorting including printoutsand export as file.Each format could be dedicated to particular working tasks (e.g.: Requisition follow-up; DCSor PLC database definition; etc) and shows the database fields related to a software module.Whenever information’s coming from several modules shall be grouped in the same format,one special format (PSR) shall be prepared using Infomaker.The Browse function include some facilities to edit, filter and query the database in function ofthe information’s to be displayed/extracted.

3.1. MultieditThis option allows editing any tag number stored in the instrument index database.

3.2. ViewThis option allows defining instrument index working formats filtering the records ifnecessary.3.2.1. Select the icon “VIEW”.3.2.2. From the screen “BROWSE SETTING”, from the icon “VIEW” select one of the

view already prepared, the relevant style and sort or create a new one following thesteps: select VIEW and then INSERT. From the incoming screen define the fieldsand the filters to be used.

3.2.3. Select the button “FILTER” to create or set any filter to database records.From the incoming screen “EDIT FILTER” select “INSERT”, define the name of thefilter and the filtering parameters. If one of the existing filters shall be modified, pressthe “EDIT” button and execute the modifications.Complete always saving the modification.

3.3. CountThis option allows counting the records presents in the instrument index database orwithin the records included in the selected filter.

3.4. PrintThis option includes all printing facilities and the function SAVE AS useful to export data toone external file using one of the most common extension (*.txt; *.xls; *.dbf; etc). It ispossible to edit and modify the header names to be short and adapted to any type ofexport. The modified headers could be saved (export) to external file and reused (import)as they where defined lather on.

3.5. Log

3.6. DocumentsThis option allows referring one record (tag number) to one external file containingdrawings, particular requirements or notes.

3.7. CopyThis function allows copying records to the buffer.

3.8. PasteThis function allows paste the information’s (data) previously stored with Copy function.


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3.9. RefreshThis option allows refreshing the screen every time changes has been executed andsaved into the database.

3.10. DeleteThis option allows deleting the selected records in Browse mode.

3.11. SearchThis option allows searching and locate a record within the database using the tag numberas search key.

3.12. RemarksThis option allows inserting notes attached to each record of the database.

3.13. CC Plant

3.14. AssociateThis option allows associating or dissociating tag numbers to loops following the steps:

3.14.1. Select the icon “ASSOCIATE”, then from the incoming screen “ENTER LOOPNUMBER”.Digit the name of the target loop or press the “SEARCH” buttons to find the tagnumber.Select the tag number and press the “DISSOCIATE” button to separate the tag fromthe loop.Select the tag number and press the “ASSOCIATE” button to attach the tag to theloop, or press the “SEARCH” button to select the tag number to be associated. Fromthe screen “ASSOCIATE LOOP – TAG NUMBER” select again the tag number andpress the “ASSOCIATE” button. The software checks that the same tag is notassociated to several loops; warning messages will be displayed in case of wrongassociation. The tag shall be dissociated from the previous loop before theassociation to the new one.

3.15. PreferencesWhen the Index module is open in browse mode, the following drop-down lists (located ontop of the screen) have more active functions.

3.15.1. Actions drop-down listAll the functions active and duplicated with the button located on the bottom of thescreen and some additional functions as:Associate documentsCC plant exportGenerate specGenerate process dataDrawing reportTag categories

3.15.2. Options drop-down listAllows defining and seeing the history changes.


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4. Instrument Index printoutThe printout of the instrument index using the special format shall be executed following thesteps:4.1. From any active icon (e.g. Index) click Project drop-down list4.2. Select import PSR

Within the incoming menù (PSR list) select the PSR to run (e.g.:N:\Intools\Custom_PSR\newind8.psr), define the UDF located right side of the name asfollows:UDF_C01 - Project nameUDF_C02 – ClientUDF_C03 – Document typeUDF_C04 – Document CodeUDF_C05 – Project N° / UnitUDF_C06 – Document code & NumberUDF_C07 – RevisionUDF_C08 – InterlockUDF_C09 – not usedUDF_C10 - not used

When the previous task is completed, push the retrieve button.The actual data appears on the screen. They can be printed or saved as file in any ofsupported formats.

4.3. After any new software release installation or changes, the REBUILD stored proceduresroutine shall be run.The project administrator shall execute this routine.

5. ABOUT THE INSTRUMENT INDEX MODULE

Defining a default device panel with more than one terminal strip, or a default cable with morethan one set, may cause mistakes in the creation of the device panel and its connections to theinstrument using the profile of the instrument type. INtools connects only the first set of the cableto the first terminal strip of the device panel ignoring all the other sets or strips.


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cm cmpnt_name cmpnt_serv loop_name udf_c20 udf_c21

1 000-AE 1001 A Analyzer indicator 000-A1001 A -2 000-AT 1001 A " " 000-A1001 A DCS3 000-AI 1001 A " " 000-A1001 A DCS1 000-AE 1001 B Analyzer indicator 000-A1001 B -2 000-AT 1001 B " " 000-A1001 B DCS3 000-AI 1001 B " " 000-A1001 B DCS1 000-AE 1001 C Analyzer indicator 000-A1001 C -2 000-AT 1001 C " " 000-A1001 C DCS3 000-AI 1001 C " " 000-A1001 C DCS1 000-AE 1001 D Analyzer indicator 000-A1001 D -2 000-AT 1001 D " " 000-A1001 D DCS3 000-AI 1001 D " " 000-A1001 D DCS1 000-AE 1001 E Analyzer indicator 000-A1001 E -2 000-AT 1001 E " " 000-A1001 E DCS3 000-AI 1001 E " " 000-A1001 E DCS1 000-AE 1001 F Analyzer indicator 000-A1001 F -2 000-AT 1001 F " " 000-A1001 F DCS3 000-AI 1001 F " " 000-A1001 F DCS1 000-AE 2001 A Analyzer indicator 000-A2001 A -2 000-AT 2001 A " " 000-A2001 A DCS3 000-AI 2001 A " " 000-A2001 A DCS1 000-AE 2001 B Analyzer indicator 000-A2001 B -2 000-AT 2001 B " " 000-A2001 B DCS3 000-AI 2001 B " " 000-A2001 B DCS1 000-AE 2001 C Analyzer indicator 000-A2001 C -2 000-AT 2001 C " " 000-A2001 C DCS3 000-AI 2001 C " " 000-A2001 C DCS1 000-AE 2001 D Analyzer indicator 000-A2001 D -2 000-AT 2001 D " " 000-A2001 D DCS3 000-AI 2001 D " " 000-A2001 D DCS1 000-AE 2001 E Analyzer indicator 000-A2001 E -2 000-AT 2001 E " " 000-A2001 E DCS3 000-AI 2001 E " " 000-A2001 E DCS1 000-AE 2001 F Analyzer indicator 000-A2001 F -2 000-AT 2001 F " " 000-A2001 F DCS3 000-AI 2001 F " " 000-A2001 F DCS1 000-FE 1002 Flow indicator 000-F1002 -2 000-FT 1002 " " 000-F1002 DCS3 000-FI 1002 " " 000-F1002 DCS1 000-FE 1003 Flow indicator for calcul algorithm 000-F1003 -2 000-FT 1003 " " 000-F1003 DCS3 000-FI 1003 " " 000-F1003 DCS1 000-FE 1004 Flow indicator with input correction 000-F1004 -2 000-FT 1004 " " 000-F1004 DCS3 000-FI 1004 " " 000-F1004 DCS1 000-FE 1007 Flow control with valve 000-F1007 -2 000-FT 1007 " " 000-F1007 DCS3 000-FC 1007 " " 000-F1007 DCS4 000-FV 1007 " " 000-F1007 DCS1 000-FE 1008 Flow control with valve + 1 SOV + I/S 000-F1008 -2 000-FT 1008 " " 000-F1008 DCS3 000-FC 1008 " " 000-F1008 DCS4 000-FXZL 1008 " " 000-F1008 DCS5 000-FYV 1008 " " 000-F1008 DCS I/S6 000-FV 1008 " " 000-F1008 DCS1 000-FE 1009 Flow control with 2 valves 000-F1009 -2 000-FT 1009 " " 000-F1009 DCS3 000-FC 1009 " " 000-F1009 DCS4 000-FV 1009 A " " 000-F1009 DCS5 000-FV 1009 B " " 000-F1009 DCS1 000-FE 1010 Flow control with 2 valves + 1 SOV + I/S 000-F1010 -


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2 000-FT 1010 " " 000-F1010 DCS3 000-FC 1010 " " 000-F1010 DCS4 000-FXZL 1010 A " " 000-F1010 DCS5 000-FYV 1010 A " " 000-F1010 DCS I/S6 000-FV 1010 A " " 000-F1010 DCS7 000-FV 1010 B " " 000-F1010 DCS1 000-FE 1011 Flow control with 2 valves + ZS + 2 SOV + I/S 000-F1011 -2 000-FT 1011 " " 000-F1011 DCS3 000-FC 1011 " " 000-F1011 DCS4 000-FXZL 1011 A " " 000-F1011 DCS5 000-FXZL 1011 B " " 000-F1011 DCS6 000-FYV 1011 A " " 000-F1011 DCS I/S7 000-FYV 1011 B " " 000-F1011 DCS I/S8 000-FV 1011 A " " 000-F1011 DCS9 000-FV 1011 B " " 000-F1011 DCS1 000-FE 1012 Flow control with 2 TX & 2 valves 000-F1012 -2 000-FT 1012 A " " 000-F1012 DCS3 000-FT 1012 B " " 000-F1012 DCS4 000-FC 1012 " " 000-F1012 DCS5 000-FV 1012 A " " 000-F1012 DCS6 000-FV 1012 B " " 000-F1012 DCS1 000-FE 1013 Flow contr. with valve & input corr. for control 000-F1013 -2 000-FT 1013 " " 000-F1013 DCS3 000-FC 1013 " " 000-F1013 DCS4 000-FV 1013 " " 000-F1013 DCS1 000-FE 1015 Flow controller 000-F1015 -2 000-FT 1015 " " 000-F1015 DCS3 000-FC 1015 " " 000-F1015 DCS1 000-FE 1016 Flow control with valve + ZS + ESD 000-F1016 -2 000-FT 1016 " " 000-F1016 DCS3 000-FC 1016 " " 000-F1016 DCS4 000-FXZSL 1016 " " 000-F1016 PLC E5 000-FXZSH 1016 " " 000-F1016 PLC E6 000-FXZAL 1016 " " 000-F1016 DCS7 000-FXZAH 1016 " " 000-F1016 DCS8 000-FV 1016 " " 000-F1016 DCS1 000-FE 1017 Flow indicator PLC + alarm DCS + ESD 000-F1017 -2 000-FT 1017 " " 000-F1017 PLC E3 000-FAHH 1017 " " 000-F1017 DCS1 000-FE 1095 Flow control with valve & input correction 000-F1095 -2 000-FT 1095 " " 000-F1095 DCS3 000-FC 1095 " " 000-F1095 DCS4 000-FV 1095 " " 000-F1095 DCS1 000-FE 1107 Flow control with I/P + pneumatic CV 000-F1107 -2 000-FT 1107 " " 000-F1107 DCS3 000-FC 1107 " " 000-F1107 DCS4 000-FY 1107 " " 000-F1107 DCS5 000-FV 1107 " " 000-F1107 DCS1 000-FE 1108 Flow cont. with I/P + pneum. CV + ZS + 1 SOV + I/S 000-F1108 -2 000-FT 1108 " " 000-F1108 DCS3 000-FC 1108 " " 000-F1108 DCS4 000-FY 1108 " " 000-F1108 DCS5 000-FXZL 1108 " " 000-F1108 DCS6 000-FYV 1108 " " 000-F1108 DCS I/S7 000-FV 1108 " " 000-F1108 DCS1 000-FE 1109 Flow control with I/P + 2 pneumatic CV 000-F1109 -2 000-FT 1109 " " 000-F1109 DCS3 000-FC 1109 " " 000-F1109 DCS4 000-FY 1109 " " 000-F1109 DCS5 000-FV 1109 A " " 000-F1109 DCS6 000-FV 1109 B " " 000-F1109 DCS


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1 000-FE 1110 Flow cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-F1110 -2 000-FT 1110 " " 000-F1110 DCS3 000-FC 1110 " " 000-F1110 DCS4 000-FY 1110 " " 000-F1110 DCS5 000-FXZL 1110 A " " 000-F1110 DCS6 000-FYV 1110 A " " 000-F1110 DCS I/S7 000-FV 1110 A " " 000-F1110 DCS8 000-FV 1110 B " " 000-F1110 DCS1 000-FE 1111 Flow cont. with I/P + 2 pneum. CV + ZS + 2 SOV + I/S 000-F1111 -2 000-FT 1111 " " 000-F1111 DCS3 000-FC 1111 " " 000-F1111 DCS4 000-FY 1111 " " 000-F1111 DCS5 000-FXZL 1111 A " " 000-F1111 DCS6 000-FXZL 1111 B " " 000-F1111 DCS7 000-FYV 1111 A " " 000-F1111 DCS I/S8 000-FYV 1111 B " " 000-F1111 DCS I/S9 000-FV 1111 A " " 000-F1111 DCS

10 000-FV 1111 B " " 000-F1111 DCS1 000-FE 1112 Flow control with 2 TX + I/P + 2 pneumatic CV 000-F1112 -2 000-FT 1112 A " " 000-F1112 DCS3 000-FT 1112 B " " 000-F1112 DCS4 000-FC 1112 " " 000-F1112 DCS5 000-FY 1112 " " 000-F1112 DCS6 000-FV 1112 A " " 000-F1112 DCS7 000-FV 1112 B " " 000-F1112 DCS1 000-FE 1113 Flow contr. with I/P + pneum. CV & input corr. for control 000-F1113 -2 000-FT 1113 " " 000-F1113 DCS3 000-FC 1113 " " 000-F1113 DCS4 000-FY 1113 " " 000-F1113 DCS5 000-FV 1113 " " 000-F1113 DCS1 000-FE 1116 Flow cont. with I/P + pneum. CV + ZS + ESD 000-F1116 -2 000-FT 1116 " " 000-F1116 DCS3 000-FC 1116 " " 000-F1116 DCS4 000-FY 1116 " " 000-F1116 DCS5 000-FXZSL 1116 " " 000-F1116 PLC E6 000-FXZSH 1116 " " 000-F1116 PLC E7 000-FXZAL 1116 " " 000-F1116 DCS8 000-FXZAH 1116 " " 000-F1116 DCS9 000-FV 1116 " " 000-F1116 DCS1 000-FE 2002 Flow indicator 000-F2002 -2 000-FT 2002 " " 000-F2002 DCS3 000-FI 2002 " " 000-F2002 DCS1 000-FE 2003 Flow indicator for calcul algorithm 000-F2003 -2 000-FT 2003 " " 000-F2003 DCS3 000-FI 2003 " " 000-F2003 DCS1 000-FE 2004 Flow indicator with input correction 000-F2004 -2 000-FT 2004 " " 000-F2004 DCS3 000-FI 2004 " " 000-F2004 DCS1 000-FE 2007 Flow control with valve 000-F2007 -2 000-FT 2007 " " 000-F2007 DCS3 000-FC 2007 " " 000-F2007 DCS4 000-FV 2007 " " 000-F2007 DCS1 000-FE 2008 Flow control with valve + ZS + 1 SOV + I/S 000-F2008 -2 000-FT 2008 " " 000-F2008 DCS3 000-FC 2008 " " 000-F2008 DCS4 000-FXZL 2008 " " 000-F2008 DCS5 000-FYV 2008 " " 000-F2008 DCS I/S6 000-FV 2008 " " 000-F2008 DCS1 000-FE 2009 Flow control with 2 valves 000-F2009 -2 000-FT 2009 " " 000-F2009 DCS3 000-FC 2009 " " 000-F2009 DCS


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4 000-FV 2009 A " " 000-F2009 DCS5 000-FV 2009 B " " 000-F2009 DCS1 000-FE 2010 Flow control with 2 valves + ZS + 1 SOV + I/S 000-F2010 -2 000-FT 2010 " " 000-F2010 DCS3 000-FC 2010 " " 000-F2010 DCS4 000-FXZL 2010 A " " 000-F2010 DCS5 000-FYV 2010 A " " 000-F2010 DCS I/S6 000-FV 2010 A " " 000-F2010 DCS7 000-FV 2010 B " " 000-F2010 DCS1 000-FE 2011 Flow control with 2 valves + ZS + 2 SOV + I/S 000-F2011 -2 000-FT 2011 " " 000-F2011 DCS3 000-FC 2011 " " 000-F2011 DCS4 000-FXZL 2011 A " " 000-F2011 DCS5 000-FXZL 2011 B " " 000-F2011 DCS6 000-FYV 2011 A " " 000-F2011 DCS I/S7 000-FYV 2011 B " " 000-F2011 DCS I/S8 000-FV 2011 A " " 000-F2011 DCS9 000-FV 2011 B " " 000-F2011 DCS1 000-FE 2012 Flow control with 2 TX & 2 valves 000-F2012 -2 000-FT 2012 A " " 000-F2012 DCS3 000-FT 2012 B " " 000-F2012 DCS4 000-FC 2012 " " 000-F2012 DCS5 000-FV 2012 A " " 000-F2012 DCS6 000-FV 2012 B " " 000-F2012 DCS1 000-FE 2013 Flow contr. with valve & input corr. for control 000-F2013 -2 000-FT 2013 " " 000-F2013 DCS3 000-FC 2013 " " 000-F2013 DCS4 000-FV 2013 " " 000-F2013 DCS1 000-FE 2015 Flow controller 000-F2015 -2 000-FT 2015 " " 000-F2015 DCS3 000-FC 2015 " " 000-F2015 DCS1 000-FE 2016 Flow control with valve + ZS + ESD 000-F2016 -2 000-FT 2016 " " 000-F2016 DCS3 000-FC 2016 " " 000-F2016 DCS4 000-FXZSL 2016 " " 000-F2016 PLC E5 000-FXZSH 2016 " " 000-F2016 PLC E6 000-FXZAL 2016 " " 000-F2016 DCS7 000-FXZAH 2016 " " 000-F2016 DCS8 000-FV 2016 " " 000-F2016 DCS1 000-FE 2017 Flow indicator PLC + alarm DCS + ESD 000-F2017 -2 000-FT 2017 " " 000-F2017 PLC E3 000-FAHH 2017 " " 000-F2017 DCS1 000-FE 2095 Flow control with valve & input correction 000-F2095 -2 000-FT 2095 " " 000-F2095 DCS3 000-FC 2095 " " 000-F2095 DCS4 000-FV 2095 " " 000-F2095 DCS1 000-FE 2107 Flow control with I/P + pneumatic CV 000-F2107 -2 000-FT 2107 " " 000-F2107 DCS3 000-FC 2107 " " 000-F2107 DCS4 000-FY 2107 " " 000-F2107 DCS5 000-FV 2107 " " 000-F2107 DCS1 000-FE 2108 Flow control with I/P + pneumatic CV + ZS + 1 SOV + I/S 000-F2108 -2 000-FT 2108 " " 000-F2108 DCS3 000-FC 2108 " " 000-F2108 DCS4 000-FY 2108 " " 000-F2108 DCS5 000-FXZL 2108 " " 000-F2108 DCS6 000-FYV 2108 " " 000-F2108 DCS I/S7 000-FV 2108 " " 000-F2108 DCS1 000-FE 2109 Flow control with I/P + 2 pneumatic CV 000-F2109 -2 000-FT 2109 " " 000-F2109 DCS3 000-FC 2109 " " 000-F2109 DCS


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4 000-FY 2109 " " 000-F2109 DCS5 000-FV 2109 A " " 000-F2109 DCS6 000-FV 2109 B " " 000-F2109 DCS1 000-FE 2110 Flow cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-F2110 -2 000-FT 2110 " " 000-F2110 DCS3 000-FC 2110 " " 000-F2110 DCS4 000-FY 2110 " " 000-F2110 DCS5 000-FXZL 2110 A " " 000-F2110 DCS6 000-FYV 2110 A " " 000-F2110 DCS I/S7 000-FV 2110 A " " 000-F2110 DCS8 000-FV 2110 B " " 000-F2110 DCS1 000-FE 2111 Flow cont. with I/P + 2 pneum. CV + ZS + 2 SOV + I/S 000-F2111 -2 000-FT 2111 " " 000-F2111 DCS3 000-FC 2111 " " 000-F2111 DCS4 000-FY 2111 " " 000-F2111 DCS5 000-FXZL 2111 A " " 000-F2111 DCS6 000-FXZL 2111 B " " 000-F2111 DCS I/S7 000-FYV 2111 A " " 000-F2111 DCS I/S8 000-FYV 2111 B " " 000-F2111 DCS9 000-FV 2111 A " " 000-F2111 DCS

10 000-FV 2111 B " " 000-F2111 DCS1 000-FE 2112 Flow control with 2 TX + I/P + 2 pneumatic CV 000-F2112 -2 000-FT 2112 A " " 000-F2112 DCS3 000-FT 2112 B " " 000-F2112 DCS4 000-FC 2112 " " 000-F2112 DCS5 000-FY 2112 " " 000-F2112 DCS6 000-FV 2112 A " " 000-F2112 DCS7 000-FV 2112 B " " 000-F2112 DCS1 000-FE 2113 Flow contr. with I/P + pneum. CV & input corr. for control 000-F2113 -2 000-FT 2113 " " 000-F2113 DCS3 000-FC 2113 " " 000-F2113 DCS4 000-FY 2113 " " 000-F2113 DCS5 000-FV 2113 " " 000-F2113 DCS1 000-FE 2116 Flow cont. with I/P + pneum. CV + ZS + ESD 000-F2116 -2 000-FT 2116 " " 000-F2116 DCS3 000-FC 2116 " " 000-F2116 DCS4 000-FY 2116 " " 000-F2116 DCS5 000-FXZSL 2116 " " 000-F2116 PLC E6 000-FXZSH 2116 " " 000-F2116 PLC E7 000-FXZAL 2116 " " 000-F2116 DCS8 000-FXZAH 2116 " " 000-F2116 DCS9 000-FV 2116 " " 000-F2116 DCS1 000-HZ 1017 ESD hand switch 000-H1017 PLC E2 000-HL 1017 " " 000-H1017 PLC E3 000-HA 1017 " " 000-H1017 PLC1 000-HC 1018 Hand control valve 000-H1018 DCS2 000-HV 1018 " " 000-H1018 DCS1 000-HX 1096 Limit switches on hand valve 000-H1096 DCS2 000-HXZL 1096 " " 000-H1096 DCS3 000-HXZH 1096 " " 000-H1096 DCS4 000-HV 1096 " " 000-H1096 -1 000-HY 1097 Limit switches on hand valve + I/S 000-H1097 DCS2 000-HXZH 1097 " " 000-H1097 DCS I/S3 000-HXZL 1097 " " 000-H1097 DCS I/S4 000-HV 1097 " " 000-H1097 -1 000-HC 1118 Hand control with I/P + pneumatic CV + ESD 000-H1118 DCS2 000-HY 1118 " " 000-H1118 DCS3 000-HV 1118 " " 000-H1118 DCS1 000-HZ 2017 ESD hand switch 000-H2017 PLC E2 000-HL 2017 " " 000-H2017 PLC E3 000-HA 2017 " " 000-H2017 PLC


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1 000-HC 2018 Hand control valve 000-H2018 DCS2 000-HV 2018 " " 000-H2018 DCS1 000-HX 2096 Limit switches on hand valve + I/S 000-H2096 DCS2 000-HXZL 2096 " " 000-H2096 DCS I/S3 000-HXZH 2096 " " 000-H2096 DCS I/S4 000-HV 2096 " " 000-H2096 -1 000-HY 2097 Limit switches on hand valve + I/S 000-H2097 DCS2 000-HXZH 2097 " " 000-H2097 DCS I/S3 000-HXZL 2097 " " 000-H2097 DCS I/S4 000-HV 2097 " " 000-H2097 -1 000-HC 2118 Hand control with I/P + pneumatic CV 000-H2118 DCS2 000-HY 2118 " " 000-H2118 DCS3 000-HV 2118 " " 000-H2118 DCS1 000-LT 1019 dp level indicator 000-L1019 DCS2 000-LI 1019 " " 000-L1019 DCS1 000-LT 1020 dp level indicator for calcul algorithm 000-L1020 DCS2 000-LI 1020 " " 000-L1020 DCS1 000-LT 1021 dp level indicator with input correction 000-L1021 DCS2 000-LI 1021 " " 000-L1021 DCS1 000-LT 1024 dp level control with valve 000-L1024 DCS2 000-LC 1024 " " 000-L1024 DCS3 000-LV 1024 " " 000-L1024 DCS1 000-LT 1025 dp level control with valve + ZS + 1 SOV + I/S 000-L1025 DCS2 000-LC 1025 " " 000-L1025 DCS3 000-LXZHL 1025 " " 000-L1025 DCS4 000-LYV 1025 " " 000-L1025 DCS I/S5 000-LV 1025 " " 000-L1025 DCS1 000-LT 1026 dp level control with 2 valves 000-L1026 DCS2 000-LC 1026 " " 000-L1026 DCS3 000-LV 1026 A " " 000-L1026 DCS4 000-LV 1026 B " " 000-L1026 DCS1 000-LT 1027 dp level control with 2 valves + ZS + 1 SOV + I/S 000-L1027 DCS2 000-LC 1027 " " 000-L1027 DCS3 000-LXZHL 1027 A " " 000-L1027 DCS4 000-LYV 1027 A " " 000-L1027 DCS I/S5 000-LV 1027 A " " 000-L1027 DCS6 000-LV 1027 B " " 000-L1027 DCS1 000-LT 1028 dp level control with 2 valves + ZS + 2 SOV + I/S 000-L1028 DCS2 000-LC 1028 " " 000-L1028 DCS3 000-LXZHL 1028 A " " 000-L1028 DCS4 000-LXZHL 1028 B " " 000-L1028 DCS5 000-LYV 1028 A " " 000-L1028 DCS I/S6 000-LYV 1028 B " " 000-L1028 DCS I/S7 000-LV 1028 A " " 000-L1028 DCS8 000-LV 1028 B " " 000-L1028 DCS1 000-LT 1029 A dp level control with 2 TX & 2 valves 000-L1029 DCS2 000-LT 1029 B " " 000-L1029 DCS3 000-LC 1029 " " 000-L1029 DCS4 000-LV 1029 A " " 000-L1029 DCS5 000-LV 1029 B " " 000-L1029 DCS1 000-LT 1030 dp level control with valve & input correction 000-L1030 DCS2 000-LC 1030 " " 000-L1030 DCS3 000-LV 1030 " " 000-L1030 DCS1 000-LT 1032 dp level controller 000-L1032 DCS2 000-LC 1032 " " 000-L1032 DCS1 000-LT 1036 Level control with valve + ZS + ESD 000-L1036 DCS2 000-LC 1036 " " 000-L1036 DCS3 000-LXZSL 1036 " " 000-L1036 PLC E4 000-LXZSH 1036 " " 000-L1036 PLC E5 000-LXZAL 1036 " " 000-L1036 DCS6 000-LXZAH 1036 " " 000-L1036 DCS


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USER MANUAL



7 000-LV 1036 " " 000-L1036 DCS1 000-LT 1037 Level indicator to PLC + ESD 000-L1037 PLC E2 000-LAHH 1037 " " 000-L1037 DCS1 000-LSHH 1038 Level switch to PLC + ESD 000-L1038 PLC E2 000-LAHH 1038 " " 000-L1038 DCS1 000-LE 1039 Level measurement radar type 000-L1039 -2 000-LT 1039 " " 000-L1039 TGS3 000-LI 1039 " " 000-L1039 DCS4 000-LI 1039 A " " 000-L1039 TGS5 000-LY 1039 " " 000-L1039 -6 000-PT 1039 " " 000-L1039 TGS7 000-TW 1039 " " 000-L1039 -8 000-TE 1039 A " " 000-L1039 -9 000-TE 1039 B " " 000-L1039 -

10 000-TE 1039 C " " 000-L1039 -11 000-TE 1039 D " " 000-L1039 -12 000-TE 1039 E " " 000-L1039 -13 000-TE 1039 F " " 000-L1039 -14 000-TE 1039 G " " 000-L1039 -15 000-TE 1039 H " " 000-L1039 -16 000-TI 1039 " " 000-L1039 TGS1 000-LT 1124 Level control with I/P + pneumatic CV 000-L1124 DCS2 000-LC 1124 " " 000-L1124 DCS3 000-LY 1124 " " 000-L1124 DCS4 000-LV 1124 " " 000-L1124 DCS1 000-LT 1125 Level cont. with I/P + pneum. CV + ZS + 1 SOV + I/S 000-L1125 DCS2 000-LC 1125 " " 000-L1125 DCS3 000-LY 1125 " " 000-L1125 DCS4 000-LXZHL 1125 " " 000-L1125 DCS5 000-LYV 1125 " " 000-L1125 DCS I/S6 000-LV 1125 " " 000-L1125 DCS1 000-LT 1126 Level control with I/P + 2 pneumatic CV 000-L1126 DCS2 000-LC 1126 " " 000-L1126 DCS3 000-LY 1126 " " 000-L1126 DCS4 000-LV 1126 A " " 000-L1126 DCS5 000-LV 1126 B " " 000-L1126 DCS1 000-LT 1127 Level cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-L1127 DCS2 000-LC 1127 " " 000-L1127 DCS3 000-LY 1127 " " 000-L1127 DCS4 000-LXZHL 1127 A " " 000-L1127 DCS5 000-LYV 1127 A " " 000-L1127 DCS I/S6 000-LV 1127 A " " 000-L1127 DCS7 000-LV 1127 B " " 000-L1127 DCS1 000-LT 1128 Level cont. with I/P + 2 pneum. CV + ZS + 2 SOV + I/S 000-L1128 DCS2 000-LC 1128 " " 000-L1128 DCS3 000-LY 1128 " " 000-L1128 DCS4 000-LXZHL 1128 A " " 000-L1128 DCS5 000-LXZHL 1128 B " " 000-L1128 DCS6 000-LYV 1128 A " " 000-L1128 DCS I/S7 000-LYV 1128 B " " 000-L1128 DCS I/S8 000-LV 1128 A " " 000-L1128 DCS9 000-LV 1128 B " " 000-L1128 DCS1 000-LT 1129 A Level control with 2 TX + I/P + 2 pneumatic CV 000-L1129 DCS2 000-LT 1129 B " " 000-L1129 DCS3 000-LC 1129 " " 000-L1129 DCS4 000-LY 1129 " " 000-L1129 DCS5 000-LV 1129 A " " 000-L1129 DCS6 000-LV 1129 B " " 000-L1129 DCS1 000-LT 1130 dp level cont. with I/P + pneum. CV 000-L1130 DCS2 000-LC 1130 " " 000-L1130 DCS3 000-LY 1130 " " 000-L1130 DCS


1000 00 MI 6051 A2 A 30/75

USER MANUAL



4 000-LV 1130 " " 000-L1130 DCS1 000-LT 2019 dp level indicator 000-L2019 DCS2 000-LI 2019 " " 000-L2019 DCS1 000-LT 2020 dp level indicator for calcul algorithm 000-L2020 DCS2 000-LI 2020 " " 000-L2020 DCS1 000-LT 2021 dp level indicator with input correction 000-L2021 DCS2 000-LI 2021 " " 000-L2021 DCS1 000-LT 2024 dp level control with valve 000-L2024 DCS2 000-LC 2024 " " 000-L2024 DCS3 000-LV 2024 " " 000-L2024 DCS1 000-LT 2025 dp level control with valve + ZS + 1 SOV + I/S 000-L2025 DCS2 000-LC 2025 " " 000-L2025 DCS3 000-LXZHL 2025 " " 000-L2025 DCS4 000-LYV 2025 " " 000-L2025 DCS I/S5 000-LV 2025 " " 000-L2025 DCS1 000-LT 2026 dp level control with 2 valves 000-L2026 DCS2 000-LC 2026 " " 000-L2026 DCS3 000-LV 2026 A " " 000-L2026 DCS4 000-LV 2026 B " " 000-L2026 DCS1 000-LT 2027 dp level control with 2 valves + ZS + 1 SOV + I/S 000-L2027 DCS2 000-LC 2027 " " 000-L2027 DCS3 000-LXZHL 2027 A " " 000-L2027 DCS4 000-LYV 2027 A " " 000-L2027 DCS I/S5 000-LV 2027 A " " 000-L2027 DCS6 000-LV 2027 B " " 000-L2027 DCS1 000-LT 2028 dp level control with 2 valves + ZS + 2 SOV + I/S 000-L2028 DCS2 000-LC 2028 " " 000-L2028 DCS3 000-LXZHL 2028 A " " 000-L2028 DCS4 000-LXZHL 2028 B " " 000-L2028 DCS5 000-LYV 2028 A " " 000-L2028 DCS I/S6 000-LYV 2028 B " " 000-L2028 DCS I/S7 000-LV 2028 A " " 000-L2028 DCS8 000-LV 2028 B " " 000-L2028 DCS1 000-LT 2029 A dp level control with 2 TX & 2 valves 000-L2029 DCS2 000-LT 2029 B " " 000-L2029 DCS3 000-LC 2029 " " 000-L2029 DCS4 000-LV 2029 A " " 000-L2029 DCS5 000-LV 2029 B " " 000-L2029 DCS1 000-LT 2030 dp level control with valve & input correction 000-L2030 DCS2 000-LC 2030 " " 000-L2030 DCS3 000-LV 2030 " " 000-L2030 DCS1 000-LT 2032 dp level controller 000-L2032 DCS2 000-LC 2032 " " 000-L2032 DCS1 000-LT 2036 Level control with valve + ZS + ESD 000-L2036 DCS2 000-LC 2036 " " 000-L2036 DCS3 000-LXZSL 2036 " " 000-L2036 PLC E4 000-LXZSH 2036 " " 000-L2036 PLC E5 000-LXZAL 2036 " " 000-L2036 DCS6 000-LXZAH 2036 " " 000-L2036 DCS7 000-LV 2036 " " 000-L2036 DCS1 000-LT 2037 Level indicator to PLC + ESD 000-L2037 PLC E2 000-LAHH 2037 " " 000-L2037 DCS1 000-LSHH 2038 Level switch to PLC + ESD 000-L2038 PLC E2 000-LAHH 2038 " " 000-L2038 DCS1 000-LE 2039 Level measurement radar type 000-L2039 -2 000-LT 2039 " " 000-L2039 TGS3 000-LI 2039 " " 000-L2039 DCS4 000-LI 2039 A " " 000-L2039 TGS5 000-LY 2039 " " 000-L2039 -6 000-PT 2039 " " 000-L2039 TGS7 000-TW 2039 " " 000-L2039 -


1000 00 MI 6051 A2 A 31/75

USER MANUAL



8 000-TE 2039 A " " 000-L2039 -9 000-TE 2039 B " " 000-L2039 -

10 000-TE 2039 C " " 000-L2039 -11 000-TE 2039 D " " 000-L2039 -12 000-TE 2039 E " " 000-L2039 -13 000-TE 2039 F " " 000-L2039 -14 000-TE 2039 G " " 000-L2039 -15 000-TE 2039 H " " 000-L2039 -16 000-TI 2039 " " 000-L2039 TGS1 000-LT 2124 Level control with I/P + pneumatic CV 000-L2124 DCS2 000-LC 2124 " " 000-L2124 DCS3 000-LY 2124 " " 000-L2124 DCS4 000-LV 2124 " " 000-L2124 DCS1 000-LT 2125 Level cont. with I/P + pneum. CV + ZS + 1 SOV + I/S 000-L2125 DCS2 000-LC 2125 " " 000-L2125 DCS3 000-LY 2125 " " 000-L2125 DCS4 000-LXZHL 2125 " " 000-L2125 DCS5 000-LYV 2125 " " 000-L2125 DCS I/S6 000-LV 2125 " " 000-L2125 DCS1 000-LT 2126 Level control with I/P + 2 pneumatic CV 000-L2126 DCS2 000-LC 2126 " " 000-L2126 DCS3 000-LY 2126 " " 000-L2126 DCS4 000-LV 2126 A " " 000-L2126 DCS5 000-LV 2126 B " " 000-L2126 DCS1 000-LT 2127 Level cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-L2127 DCS2 000-LC 2127 " " 000-L2127 DCS3 000-LY 2127 " " 000-L2127 DCS4 000-LXZHL 2127 " " 000-L2127 DCS5 000-LYV 2127 A " " 000-L2127 DCS I/S6 000-LV 2127 A " " 000-L2127 DCS7 000-LV 2127 B " " 000-L2127 DCS1 000-LT 2128 Level cont. with I/P + 2 pneum. CV + ZS + 2 SOV + I/S 000-L2128 DCS2 000-LC 2128 " " 000-L2128 DCS3 000-LY 2128 " " 000-L2128 DCS4 000-LXZHL 2128 A " " 000-L2128 DCS5 000-LXZHL 2128 B " " 000-L2128 DCS6 000-LYV 2128 A " " 000-L2128 DCS I/S7 000-LYV 2128 B " " 000-L2128 DCS I/S8 000-LV 2128 A " " 000-L2128 DCS9 000-LV 2128 B " " 000-L2128 DCS1 000-LT 2129 A Level control with 2 TX + I/P + 2 pneumatic CV 000-L2129 DCS2 000-LT 2129 B " " 000-L2129 DCS3 000-LC 2129 " " 000-L2129 DCS4 000-LY 2129 " " 000-L2129 DCS5 000-LV 2129 A " " 000-L2129 DCS6 000-LV 2129 B " " 000-L2129 DCS1 000-LT 2130 dp level cont. with I/P + pneum. CV 000-L2130 DCS2 000-LC 2130 " " 000-L2130 DCS3 000-LY 2130 " " 000-L2130 DCS4 000-LV 2130 " " 000-L2130 DCS1 000-MX 1036 MOV 000-M1036 DCS2 000-MHS 1036 A " " 000-M1036 DCS3 000-MHS 1036 B " " 000-M1036 DCS4 000-MHS 1036 C " " 000-M1036 DCS5 000-MXZH 1036 " " 000-M1036 DCS6 000-MXA 1036 " " 000-M1036 DCS7 000-MXZL 1036 " " 000-M1036 DCS8 000-MOV 1036 " " 000-M1036 -1 000-MX 1037 MOV MCS 000-M1037 DCS2 000-MHS 1037 A " " 000-M1037 MCS3 000-MHS 1037 B " " 000-M1037 MCS


1000 00 MI 6051 A2 A 32/75

USER MANUAL



4 000-MHS 1037 C " " 000-M1037 MCS5 000-MXZH 1037 " " 000-M1037 MCS6 000-MXA 1037 " " 000-M1037 MCS7 000-MXZL 1037 " " 000-M1037 MCS8 000-MOV 1037 " " 000-M1037 -1 000-MPHS 1038 Motor control and stop 000-M1038 DCS2 000-MPHC 1038 " " 000-M1038 DCS1 000-MPX 1039 Motor control and I/S stop 000-M1039 DCS2 000-MPH 1039 " " 000-M1039 DCS3 000-MPXS 1039 " " 000-M1039 DCS I/S4 000-MPHS 1039 " " 000-M1039 DCS I/S1 000-MPHZ 1040 Motor control and ESD stop 000-M1040 PLC E2 000-MPX 1040 " " 000-M1040 DCS3 000-MPH 1040 " " 000-M1040 DCS4 000-MPXS 1040 " " 000-M1040 DCS5 000-MPXZ 1040 A " " 000-M1040 PLC E6 000-MPXZ 1040 B " " 000-M1040 PLC E1 000-MPX 1041 Motor control and start/stop 000-M1041 DCS2 000-MPH 1041 " " 000-M1041 DCS I/S1 000-MPHZ 1042 Motor control and I/S & ESD stop 000-M1042 PLC E2 000-MPX 1042 " " 000-M1042 DCS3 000-MPH 1042 " " 000-M1042 DCS4 000-MPXS 1042 " " 000-M1042 DCS I/S5 000-MPHS 1042 A " " 000-M1042 DCS6 000-MPXZ 1042 A " " 000-M1042 PLC7 000-MPHS 1042 B " " 000-M1042 PLC E8 000-MPXZ 1042 B " " 000-M1042 PLC E1 000-MPX 1043 Motor control and stop + DCS start 000-M1043 DCS2 000-MPH 1043 " " 000-M1043 DCS3 000-MPHS 1043 " " 000-M1043 DCS1 000-MX 2036 MOV 000-M2036 DCS2 000-MHS 2036 A " " 000-M2036 DCS3 000-MHS 2036 B " " 000-M2036 DCS4 000-MHS 2036 C " " 000-M2036 DCS5 000-MXZH 2036 " " 000-M2036 DCS6 000-MXA 2036 " " 000-M2036 DCS7 000-MXZL 2036 " " 000-M2036 DCS8 000-MOV 2036 " " 000-M2036 -1 000-MX 2037 MOV MCS 000-M2037 DCS2 000-MHS 2037 A " " 000-M2037 MCS3 000-MHS 2037 B " " 000-M2037 MCS4 000-MHS 2037 C " " 000-M2037 MCS5 000-MXZH 2037 " " 000-M2037 MCS6 000-MXA 2037 " " 000-M2037 MCS7 000-MXZL 2037 " " 000-M2037 MCS8 000-MOV 2037 " " 000-M2037 -1 000-MPHS 2038 Motor control and stop 000-M2038 DCS2 000-MPHC 2038 " " 000-M2038 DCS1 000-MPX 2039 Motor control and I/S stop 000-M2039 DCS2 000-MPH 2039 " " 000-M2039 DCS3 000-MPXS 2039 " " 000-M2039 DCS I/S4 000-MPHS 2039 " " 000-M2039 DCS I/S1 000-MPHZ 2040 Motor control and ESD stop 000-M2040 PLC E2 000-MPX 2040 " " 000-M2040 DCS3 000-MPH 2040 " " 000-M2040 DCS4 000-MPXS 2040 " " 000-M2040 PLC E5 000-MPXZ 2040 A " " 000-M2040 PLC E6 000-MPXZ 2040 B " " 000-M2040 DCS1 000-MPX 2041 Motor control and start/stop 000-M2041 DCS I/S2 000-MPH 2041 " " 000-M2041 DCS1 000-MPHZ 2042 Motor control and I/S & ESD stop 000-M2042 DCS


1000 00 MI 6051 A2 A 33/75

USER MANUAL



2 000-MPX 2042 " " 000-M2042 DCS3 000-MPH 2042 " " 000-M2042 DCS4 000-MPXS 2042 " " 000-M2042 DCS I/S5 000-MPHS 2042 A " " 000-M2042 DCS6 000-MPXZ 2042 A " " 000-M2042 PLC7 000-MPHS 2042 B " " 000-M2042 PLC E8 000-MPXZ 2042 B " " 000-M2042 PLC E1 000-MPX 2043 Motor control and stop + DCS start 000-M2043 DCS2 000-MPH 2043 " " 000-M2043 DCS3 000-MPHS 2043 " " 000-M2043 DCS1 000-PT 1043 Pressure indicator 000-P1043 DCS2 000-PI 1043 " " 000-P1043 DCS1 000-PT 1044 Pressure indicator for calcul algorithm 000-P1044 DCS2 000-PI 1044 " " 000-P1044 DCS1 000-PT 1045 Pressure indicator with input correction 000-P1045 DCS2 000-PI 1045 " " 000-P1045 DCS1 000-PT 1048 Pressure control with valve 000-P1048 DCS2 000-PC 1048 " " 000-P1048 DCS3 000-PV 1048 " " 000-P1048 DCS1 000-PT 1049 Pressure control with valve + ZX + 1 SOV + I/S 000-P1049 DCS2 000-PC 1049 " " 000-P1049 DCS3 000-PXZHL 1049 " " 000-P1049 DCS4 000-PYV 1049 " " 000-P1049 DCS I/S5 000-PV 1049 " " 000-P1049 DCS1 000-PT 1050 Pressure control with 2 valves 000-P1050 DCS2 000-PC 1050 " " 000-P1050 DCS3 000-PV 1050 A " " 000-P1050 DCS4 000-PV 1050 B " " 000-P1050 DCS1 000-PT 1051 Pressure control with 2 valves + ZS + 1 SOV + I/S 000-P1051 DCS2 000-PC 1051 " " 000-P1051 DCS3 000-PXZHL 1051 " " 000-P1051 DCS4 000-PYV 1051 A " " 000-P1051 DCS I/S5 000-PV 1051 A " " 000-P1051 DCS6 000-PV 1051 B " " 000-P1051 DCS1 000-PT 1052 Pressure control with 2 valves + ZS + 2 SOV + I/S 000-P1052 DCS2 000-PC 1052 " " 000-P1052 DCS3 000-PXZHL 1052 A " " 000-P1052 DCS4 000-PXZHL 1052 B " " 000-P1052 DCS5 000-PYV 1052 A " " 000-P1052 DCS I/S6 000-PYV 1052 B " " 000-P1052 DCS I/S7 000-PV 1052 A " " 000-P1052 DCS8 000-PV 1052 B " " 000-P1052 DCS1 000-PT 1053 A Pressure control with 2 TX & 2 valves 000-P1053 DCS2 000-PT 1053 B " " 000-P1053 DCS3 000-PC 1053 " " 000-P1053 DCS4 000-PV 1053 A " " 000-P1053 DCS5 000-PV 1053 B " " 000-P1053 DCS1 000-PT 1054 Pressure control with valve & input correction 000-P1054 DCS2 000-PC 1054 " " 000-P1054 DCS3 000-PV 1054 " " 000-P1054 DCS1 000-PT 1056 Pressure controller 000-P1056 DCS2 000-PC 1056 " " 000-P1056 DCS1 000-PDT 1057 dPressure indicator 000-P1057 DCS2 000-PDI 1057 " " 000-P1057 DCS1 000-PDT 1058 dPressure indicator for calcur algorithm 000-P1058 DCS2 000-PDI 1058 " " 000-P1058 DCS1 000-PDT 1059 dPressure indicator with input correction 000-P1059 DCS2 000-PDI 1059 " " 000-P1059 DCS1 000-PDT 1062 dPressure control with valve 000-P1062 DCS2 000-PDC 1062 " " 000-P1062 DCS3 000-PDV 1062 " " 000-P1062 DCS


1000 00 MI 6051 A2 A 34/75

USER MANUAL



1 000-PDT 1063 dPressure controller with valve + ZS + 1 SOV + I/S 000-P1063 DCS2 000-PDC 1063 " " 000-P1063 DCS3 000-PDYV 1063 " " 000-P1063 DCS I/S4 000-PDXZHL1063 " " 000-P1063 DCS5 000-PDV 1063 " " 000-P1063 DCS1 000-PDT 1064 dPressure controller with 2 valves 000-P1064 DCS2 000-PDC 1064 " " 000-P1064 DCS3 000-PDV 1064 A " " 000-P1064 DCS4 000-PDV 1064 B " " 000-P1064 DCS1 000-PDT 1065 dPressure controller with 2 valves + ZS + 1 SOV + I/S 000-P1065 DCS2 000-PDC 1065 " " 000-P1065 DCS3 000-PDXZHL1065 " " 000-P1065 DCS4 000-PDYV 1065 A " " 000-P1065 DCS I/S5 000-PDV 1065 A " " 000-P1065 DCS6 000-PDV 1065 B " " 000-P1065 DCS1 000-PDT 1066 dPressure controller with 2 valves + ZS + 2 SOV + I/S 000-P1066 DCS2 000-PDC 1066 " " 000-P1066 DCS3 000-PDYV 1066 A " " 000-P1066 DCS I/S4 000-PDXZHL1066 A " " 000-P1066 DCS5 000-PDYV 1066 B " " 000-P1066 DCS I/S6 000-PDXZHL1066 B " " 000-P1066 DCS7 000-PDV 1066 A " " 000-P1066 DCS8 000-PDV 1066 B " " 000-P1066 DCS1 000-PDT 1067 A dPressure control with 2 TX & 2 valves 000-P1067 DCS2 000-PDT 1067 B " " 000-P1067 DCS3 000-PDC 1067 " " 000-P1067 DCS5 000-PDV 1067 A " " 000-P1067 DCS6 000-PDV 1067 B " " 000-P1067 DCS1 000-PDT 1068 dPressure control with valve & input correction 000-P1068 DCS2 000-PDC 1068 " " 000-P1068 DCS3 000-PDV 1068 " " 000-P1068 DCS1 000-PDT 1070 dPressure controller 000-P1070 DCS2 000-PDC 1070 " " 000-P1070 DCS1 000-PT 1077 Pressure control with valve + ZS + ESD 000-P1077 DCS2 000-PC 1077 " " 000-P1077 DCS3 000-PXZSL 1077 " " 000-P1077 PLC E4 000-PXZSH 1077 " " 000-P1077 PLC E5 000-PXZAL 1077 " " 000-P1077 DCS6 000-PXZAH 1077 " " 000-P1077 DCS7 000-PV 1077 " " 000-P1077 DCS1 000-PDT 1078 dPressure control with valve + ZS + ESD 000-P1078 DCS2 000-PDC 1078 " " 000-P1078 DCS3 000-PXZSL 1078 " " 000-P1078 PLC E4 000-PXZSH 1078 " " 000-P1078 PLC E5 000-PXZAL 1078 " " 000-P1078 DCS6 000-PXZAH 1078 " " 000-P1078 DCS7 000-PDV 1078 " " 000-P1078 DCS1 000-PT 1079 Pressure indicator to PLC + ESD 000-P1079 PLC E2 000-PAHH 1079 " " 000-P1079 DCS1 000-PSHH 1080 Pressure switch to PLC + ESD 000-P1080 PLC E2 000-PAHH 1080 " " 000-P1080 DCS1 000-PDT 1082 dPressure switch to PLC + ESD 000-P1079 PLC E2 000-PDAHH 1082 " " 000-P1079 DCS1 000-PT 1148 Pressure control with I/P + pneumatic CV 000-P1148 DCS2 000-PC 1148 " " 000-P1148 DCS3 000-PY 1148 " " 000-P1148 DCS4 000-PV 1148 " " 000-P1148 DCS1 000-PT 1149 Pressure cont. with I/P + pneum. CV + ZS + 1 SOV + I/S 000-P1149 DCS2 000-PC 1149 " " 000-P1149 DCS3 000-PY 1149 " " 000-P1149 DCS4 000-PXZHL 1149 " " 000-P1149 DCS


1000 00 MI 6051 A2 A 35/75

USER MANUAL



5 000-PYV 1149 " " 000-P1149 DCS I/S6 000-PV 1149 " " 000-P1149 DCS1 000-PT 1150 Pressure control with I/P + 2 pneumatic CV 000-P1150 DCS2 000-PC 1150 " " 000-P1150 DCS3 000-PY 1150 " " 000-P1150 DCS4 000-PV 1150 A " " 000-P1150 DCS5 000-PV 1150 B " " 000-P1150 DCS1 000-PT 1151 Pressure cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-P1151 DCS2 000-PC 1151 " " 000-P1151 DCS3 000-PY 1151 " " 000-P1151 DCS4 000-PXZHL 1151 " " 000-P1151 DCS5 000-PYV 1151 A " " 000-P1151 DCS I/S6 000-PV 1151 A " " 000-P1151 DCS7 000-PV 1151 B " " 000-P1151 DCS1 000-PT 1152 Pressure cont. with I/P + 2 pneum. CV + ZS + 2 SOV + I/S 000-P1152 DCS2 000-PC 1152 " " 000-P1152 DCS3 000-PY 1152 " " 000-P1152 DCS4 000-PXZHL 1152 A " " 000-P1152 DCS5 000-PXZHL 1152 B " " 000-P1152 DCS6 000-PYV 1152 A " " 000-P1152 DCS I/S7 000-PYV 1152 B " " 000-P1152 DCS I/S8 000-PV 1152 A " " 000-P1152 DCS9 000-PV 1152 B " " 000-P1152 DCS1 000-PT 1153 A Pressure control with 2 TX + I/P + 2 pneumatic CV 000-P1153 DCS2 000-PT 1153 B " " 000-P1153 DCS3 000-PY 1153 " " 000-P1153 DCS4 000-PC 1153 " " 000-P1153 DCS5 000-PV 1153 A " " 000-P1153 DCS6 000-PV 1153 B " " 000-P1153 DCS1 000-PT 1154 Pressure control with I/P + pneumatic CV 000-P1154 DCS2 000-PC 1154 " " 000-P1154 DCS3 000-PY 1154 " " 000-P1154 DCS4 000-PV 1154 " " 000-P1154 DCS1 000-PDT 1162 dPressure control with I/P + pneumatic CV 000-P1162 DCS2 000-PDC 1162 " " 000-P1162 DCS3 000-PDY 1162 " " 000-P1162 DCS4 000-PDV 1162 " " 000-P1162 DCS1 000-PDT 1163 dPressure cont. with I/P + pneum. CV + ZS + 1 SOV + I/S 000-P1163 DCS2 000-PDC 1163 " " 000-P1163 DCS3 000-PDY 1163 " " 000-P1163 DCS4 000-PDYV 1163 " " 000-P1163 DCS I/S5 000-PDXZHL1163 " " 000-P1163 DCS6 000-PDV 1163 " " 000-P1163 DCS1 000-PDT 1164 dPressure control with I/P + 2 pneumatic CV 000-P1164 DCS2 000-PDC 1164 " " 000-P1164 DCS3 000-PDY 1164 " " 000-P1164 DCS4 000-PDV 1164 A " " 000-P1164 DCS5 000-PDV 1164 B " " 000-P1164 DCS1 000-PDT 1165 dPressure cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-P1165 DCS2 000-PDC 1165 " " 000-P1165 DCS3 000-PDY 1165 " " 000-P1165 DCS4 000-PDXZHL1165 " " 000-P1165 DCS5 000-PDYV 1165 A " " 000-P1165 DCS I/S6 000-PDV 1165 A " " 000-P1165 DCS7 000-PDV 1165 B " " 000-P1165 DCS1 000-PDT 1166 dPressure cont. with 2 TX + 2 pneum. CV + ZS + 2 SOV + I/S 000-P1166 DCS2 000-PDC 1166 " " 000-P1166 DCS3 000-PDY 1166 " " 000-P1166 DCS4 000-PDYV 1166 A " " 000-P1166 DCS I/S5 000-PDXZHL1166 A " " 000-P1166 DCS6 000-PDYV 1166 B " " 000-P1166 DCS I/S


1000 00 MI 6051 A2 A 36/75

USER MANUAL



7 000-PDXZHL1166 B " " 000-P1166 DCS8 000-PDV 1166 A " " 000-P1166 DCS9 000-PDV 1166 B " " 000-P1166 DCS1 000-PDT 1167 A dPressure control with 2 TX + I/P + 2 pneumatic CV 000-P1167 DCS2 000-PDT 1167 B " " 000-P1167 DCS3 000-PDC 1167 " " 000-P1167 DCS4 000-PDY 1067 " " 000-P1067 DCS5 000-PDV 1167 A " " 000-P1167 DCS6 000-PDV 1167 B " " 000-P1167 DCS1 000-PDT 1168 dPressure control with I/P + pneumatic CV 000-P1168 DCS2 000-PDC 1168 " " 000-P1168 DCS3 000-PDY 1168 " " 000-P1168 DCS4 000-PDV 1168 " " 000-P1168 DCS1 000-PT 1177 Pressure cont. with I/P + pneum. CV + ZS + ESD 000-P1177 DCS2 000-PC 1177 " " 000-P1177 DCS3 000-PY 1177 " " 000-P1177 DCS4 000-PXZSL 1177 " " 000-P1177 PLC E5 000-PXZSH 1177 " " 000-P1177 PLC E6 000-PXZAL 1177 " " 000-P1177 DCS7 000-PXZAH 1177 " " 000-P1177 DCS8 000-PV 1177 " " 000-P1177 DCS1 000-PDT 1178 dPressure cont. with I/P + pneum. CV + ZS + ESD 000-P1178 DCS2 000-PDC 1178 " " 000-P1178 DCS3 000-PDY 1178 " " 000-P1178 DCS4 000-PXZSL 1178 " " 000-P1178 PLC E5 000-PXZSH 1178 " " 000-P1178 PLC E6 000-PXZAL 1178 " " 000-P1178 DCS7 000-PXZAH 1178 " " 000-P1178 DCS8 000-PDV 1178 " " 000-P1178 DCS1 000-PT 2043 Pressure indicator 000-P2043 DCS2 000-PI 2043 " " 000-P2043 DCS1 000-PT 2044 Pressure indicator for calcul algorithm 000-P2044 DCS2 000-PI 2044 " " 000-P2044 DCS1 000-PT 2045 Pressure indicator with input correction 000-P2045 DCS2 000-PI 2045 " " 000-P2045 DCS1 000-PT 2048 Pressure control with valve 000-P2048 DCS2 000-PC 2048 " " 000-P2048 DCS3 000-PV 2048 " " 000-P2048 DCS1 000-PT 2049 Pressure control with valve + ZS + 1 SOV + I/S 000-P2049 DCS2 000-PC 2049 " " 000-P2049 DCS3 000-PXZHL 2049 " " 000-P2049 DCS4 000-PYV 2049 " " 000-P2049 DCS I/S5 000-PV 2049 " " 000-P2049 DCS1 000-PT 2050 Pressure control with 2 valves 000-P2050 DCS2 000-PC 2050 " " 000-P2050 DCS3 000-PV 2050 A " " 000-P2050 DCS4 000-PV 2050 B " " 000-P2050 DCS1 000-PT 2051 Pressure control with 2 valves + ZS + 1 SOV + I/S 000-P2051 DCS2 000-PC 2051 " " 000-P2051 DCS3 000-PXZHL 2051 " " 000-P2051 DCS4 000-PYV 2051 A " " 000-P2051 DCS I/S5 000-PV 2051 A " " 000-P2051 DCS6 000-PV 2051 B " " 000-P2051 DCS1 000-PT 2052 Pressure control with 2 valves + ZS + 2 SOV + I/S 000-P2052 DCS2 000-PC 2052 " " 000-P2052 DCS3 000-PXZHL 2052 A " " 000-P2052 DCS4 000-PXZHL 2052 B " " 000-P2052 DCS5 000-PYV 2052 A " " 000-P2052 DCS I/S6 000-PYV 2052 B " " 000-P2052 DCS I/S7 000-PV 2052 A " " 000-P2052 DCS8 000-PV 2052 B " " 000-P2052 DCS


1000 00 MI 6051 A2 A 37/75

USER MANUAL



1 000-PT 2053 A Pressure control with 2 TX & 2 valves 000-P2053 DCS2 000-PT 2053 B " " 000-P2053 DCS3 000-PC 2053 " " 000-P2053 DCS4 000-PV 2053 A " " 000-P2053 DCS5 000-PV 2053 B " " 000-P2053 DCS1 000-PT 2054 Pressure control with valve & input correction 000-P2054 DCS2 000-PC 2054 " " 000-P2054 DCS3 000-PV 2054 " " 000-P2054 DCS1 000-PT 2056 Pressure controller 000-P2056 DCS2 000-PC 2056 " " 000-P2056 DCS1 000-PDT 2057 dPressure indicator 000-P2057 DCS2 000-PDI 2057 " " 000-P2057 DCS1 000-PDT 2058 dPressure indicator for calcur algorithm 000-P2058 DCS2 000-PDI 2058 " " 000-P2058 DCS1 000-PDT 2059 dPressure indicator with input correction 000-P2059 DCS2 000-PDI 2059 " " 000-P2059 DCS1 000-PDT 2062 dPressure control with valve 000-P2062 DCS2 000-PDC 2062 " " 000-P2062 DCS3 000-PDV 2062 " " 000-P2062 DCS1 000-PDT 2063 dPressure controller with valve + ZS + 1 SOV + I/S 000-P2063 DCS2 000-PDC 2063 " " 000-P2063 DCS3 000-PDYV 2063 " " 000-P2063 DCS I/S4 000-PDXZHL2063 " " 000-P2063 DCS5 000-PDV 2063 " " 000-P2063 DCS1 000-PDT 2064 dPressure controller with 2 valves 000-P2064 DCS2 000-PDC 2064 " " 000-P2064 DCS3 000-PDV 2064 A " " 000-P2064 DCS4 000-PDV 2064 B " " 000-P2064 DCS1 000-PDT 2065 dPressure controller with 2 valves + ZS + 1 SOV + I/S 000-P2065 DCS2 000-PDC 2065 " " 000-P2065 DCS3 000-PDXZHL2065 " " 000-P2065 DCS4 000-PDYV 2065 A " " 000-P2065 DCS I/S5 000-PDV 2065 A " " 000-P2065 DCS6 000-PDV 2065 B " " 000-P2065 DCS1 000-PDT 2066 dPressure controller with 2 valves + ZS + 2 SOV + I/S 000-P2066 DCS2 000-PDC 2066 " " 000-P2066 DCS3 000-PDYV 2066 A " " 000-P2066 DCS I/S4 000-PDYV 2066 B " " 000-P2066 DCS5 000-PDXZHL2066 A " " 000-P2066 DCS I/S6 000-PDXZHL2066 B " " 000-P2066 DCS7 000-PDV 2066 A " " 000-P2066 DCS8 000-PDV 2066 B " " 000-P2066 DCS1 000-PDT 2067 A dPressure control with 2 TX & 2 valves 000-P2067 DCS2 000-PDT 2067 B " " 000-P2067 DCS3 000-PDC 2067 " " 000-P2067 DCS5 000-PDV 2067 A " " 000-P2067 DCS6 000-PDV 2067 B " " 000-P2067 DCS1 000-PDT 2068 dPressure control with valve & input correction 000-P2068 DCS2 000-PDC 2068 " " 000-P2068 DCS3 000-PDV 2068 " " 000-P2068 DCS1 000-PDT 2070 dPressure controller 000-P2070 DCS2 000-PDC 2070 " " 000-P2070 DCS1 000-PT 2077 Pressure control with valve + ZS + ESD 000-P2077 DCS2 000-PC 2077 " " 000-P2077 DCS3 000-PXZSL 2077 " " 000-P2077 PLC E4 000-PXZSH 2077 " " 000-P2077 PLC E5 000-PXZAL 2077 " " 000-P2077 DCS6 000-PXZAH 2077 " " 000-P2077 DCS7 000-PV 2077 " " 000-P2077 DCS1 000-PDT 2078 dPressure control with valve + ZS + ESD 000-P2078 DCS2 000-PDC 2078 " " 000-P2078 DCS


1000 00 MI 6051 A2 A 38/75

USER MANUAL



3 000-PXZSL 2078 " " 000-P2078 PLC E4 000-PXZSH 2078 " " 000-P2078 PLC E5 000-PXZAL 2078 " " 000-P2078 DCS6 000-PXZAH 2078 " " 000-P2078 DCS7 000-PDV 2078 " " 000-P2078 DCS1 000-PT 2079 Pressure indicator to PLC + ESD 000-P2079 PLC E2 000-PAHH 2079 " " 000-P2079 DCS1 000-PSHH 2080 Pressure switch to PLC + ESD 000-P2080 PLC E2 000-PAHH 2080 " " 000-P2080 DCS1 000-PDT 2082 dPressure switch to PLC + ESD 000-P2079 PLC E2 000-PDAHH 2082 " " 000-P2079 DCS1 000-PT 2148 Pressure control with I/P + pneumatic CV 000-P2148 DCS2 000-PC 2148 " " 000-P2148 DCS3 000-PY 2148 " " 000-P2148 DCS4 000-PV 2148 " " 000-P2148 DCS1 000-PT 2149 Pressure cont. with I/P + pneum. CV + ZS + 1 SOV + I/S 000-P2149 DCS2 000-PC 2149 " " 000-P2149 DCS3 000-PY 2149 " " 000-P2149 DCS4 000-PXZHL 2149 " " 000-P2149 DCS5 000-PYV 2149 " " 000-P2149 DCS I/S6 000-PV 2149 " " 000-P2149 DCS1 000-PT 2150 Pressure control with I/P + 2 pneumatic CV 000-P2150 DCS2 000-PC 2150 " " 000-P2150 DCS3 000-PY 2150 " " 000-P2150 DCS4 000-PV 2150 A " " 000-P2150 DCS5 000-PV 2150 B " " 000-P2150 DCS1 000-PT 2151 Pressure cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-P2151 DCS2 000-PC 2151 " " 000-P2151 DCS3 000-PY 2151 " " 000-P2151 DCS4 000-PXZHL 2151 " " 000-P2151 DCS5 000-PYV 2151 A " " 000-P2151 DCS I/S6 000-PV 2151 A " " 000-P2151 DCS7 000-PV 2151 B " " 000-P2151 DCS1 000-PT 2152 Pressure cont. with I/P + 2 pneum. CV + ZS + 2 SOV + I/S 000-P2152 DCS2 000-PC 2152 " " 000-P2152 DCS3 000-PY 2152 " " 000-P2152 DCS4 000-PXZHL 2152 A " " 000-P2152 DCS5 000-PXZHL 2152 B " " 000-P2152 DCS6 000-PYV 2152 A " " 000-P2152 DCS I/S7 000-PYV 2152 B " " 000-P2152 DCS I/S8 000-PV 2152 A " " 000-P2152 DCS9 000-PV 2152 B " " 000-P2152 DCS1 000-PT 2153 A Pressure control with 2 TX + I/P + 2 pneumatic CV 000-P2153 DCS2 000-PT 2153 B " " 000-P2153 DCS3 000-PC 2153 " " 000-P2153 DCS4 000-PY 2153 " " 000-P2153 DCS5 000-PV 2153 A " " 000-P2153 DCS6 000-PV 2153 B " " 000-P2153 DCS1 000-PT 2154 Pressure control with I/P + pneumatic CV 000-P2154 DCS2 000-PC 2154 " " 000-P2154 DCS3 000-PY 2154 " " 000-P2154 DCS4 000-PV 2154 " " 000-P2154 DCS1 000-PDT 2162 dPressure control with I/P + pneumatic CV 000-P2162 DCS2 000-PDC 2162 " " 000-P2162 DCS3 000-PDY 2162 " " 000-P2162 DCS4 000-PDV 2162 " " 000-P2162 DCS1 000-PDT 2163 dPressure cont. with I/P + pneum. CV + ZS + 1 SOV + I/S 000-P2163 DCS2 000-PDC 2163 " " 000-P2163 DCS3 000-PDY 2163 " " 000-P2163 DCS4 000-PDYV 2163 " " 000-P2163 DCS I/S5 000-PDXZHL2163 " " 000-P2163 DCS


1000 00 MI 6051 A2 A 39/75

USER MANUAL



6 000-PDV 2163 " " 000-P2163 DCS1 000-PDT 2164 dPressure control with I/P + 2 pneumatic CV 000-P2164 DCS2 000-PDC 2164 " " 000-P2164 DCS3 000-PDY 2164 " " 000-P2164 DCS4 000-PDV 2164 A " " 000-P2164 DCS5 000-PDV 2164 B " " 000-P2164 DCS1 000-PDT 2165 dPressure cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-P2165 DCS2 000-PDC 2165 " " 000-P2165 DCS3 000-PDY 2165 " " 000-P2165 DCS4 000-PDXZHL2165 " " 000-P2165 DCS5 000-PDYV 2165 A " " 000-P2165 DCS I/S6 000-PDV 2165 A " " 000-P2165 DCS7 000-PDV 2165 B " " 000-P2165 DCS1 000-PDT 2166 dPressure cont. with 2 TX + 2 pneum. CV + ZS + 2 SOV + I/S 000-P2166 DCS2 000-PDC 2166 " " 000-P2166 DCS3 000-PDY 2166 " " 000-P2166 DCS4 000-PDYV 2166 A " " 000-P2166 DCS I/S5 000-PDXZHL2166 A " " 000-P2166 DCS6 000-PDYV 2166 B " " 000-P2166 DCS I/S7 000-PDXZHL2166 B " " 000-P2166 DCS8 000-PDV 2166 A " " 000-P2166 DCS9 000-PDV 2166 B " " 000-P2166 DCS1 000-PDT 2167 A dPressure control with 2 TX + I/P + pneumatic CV 000-P2167 DCS2 000-PDT 2167 B " " 000-P2167 DCS3 000-PDC 2167 " " 000-P2167 DCS4 000-PDY 2067 " " 000-P2067 DCS5 000-PDV 2167 A " " 000-P2167 DCS6 000-PDV 2167 B " " 000-P2167 DCS1 000-PDT 2168 dPressure control with I/P + pneumatic CV 000-P2168 DCS2 000-PDC 2168 " " 000-P2168 DCS3 000-PDY 2168 " " 000-P2168 DCS4 000-PDV 2168 " " 000-P2168 DCS1 000-PT 2177 Pressure cont. with I/P + pneum. CV + ZS + ESD 000-P2177 DCS2 000-PC 2177 " " 000-P2177 DCS3 000-PY 2177 " " 000-P2177 DCS4 000-PXZSL 2177 " " 000-P2177 PLC E5 000-PXZSH 2177 " " 000-P2177 PLC E6 000-PXZAL 2177 " " 000-P2177 DCS7 000-PXZAH 2177 " " 000-P2177 DCS8 000-PV 2177 " " 000-P2177 DCS1 000-PDT 2178 dPressure cont. with I/P + pneum. CV + ZS + ESD 000-P2178 DCS2 000-PDC 2178 " " 000-P2178 DCS3 000-PDY 2178 " " 000-P2178 DCS4 000-PXZSL 2178 " " 000-P2178 PLC E5 000-PXZSH 2178 " " 000-P2178 PLC E6 000-PXZAL 2178 " " 000-P2178 DCS7 000-PXZAH 2178 " " 000-P2178 DCS8 000-PDV 2178 " " 000-P2178 DCS1 000-RX 1077 ROV + I/S 000-R1077 DCS2 000-RXZH 1077 " " 000-R1077 DCS I/S3 000-RXZL 1077 " " 000-R1077 DCS I/S4 000-RYV 1077 " " 000-R1077 DCS I/S5 000-ROV 1077 " " 000-R1077 -1 000-RX 2077 ROV + I/S 000-R2077 DCS2 000-RXZH 2077 " " 000-R2077 DCS I/S3 000-RXZL 2077 " " 000-R2077 DCS I/S4 000-RYV 2077 " " 000-R2077 DCS I/S5 000-ROV 2077 " " 000-R2077 -1 000-TW 1078 Temperature gauge 000-T1078 -2 000-TG 1078 " " 000-T1078 -1 000-TW 1079 Temperature indicator 000-T1079 -


1000 00 MI 6051 A2 A 40/75

USER MANUAL



2 000-TE 1079 " " 000-T1079 -3 000-TT 1079 " " 000-T1079 DCS4 000-TI 1079 " " 000-T1079 DCS1 000-TW 1080 Temperature indicator for calcul algorithm 000-T1080 -2 000-TE 1080 " " 000-T1080 -3 000-TT 1080 " " 000-T1080 DCS4 000-TI 1080 " " 000-T1080 DCS1 000-TW 1081 Temperature indicator with input correction 000-T1081 -2 000-TE 1081 " " 000-T1081 -3 000-TT 1081 " " 000-T1081 DCS4 000-TI 1081 " " 000-T1081 DCS1 000-TW 1084 Temperature control with valve 000-T1084 -2 000-TE 1084 " " 000-T1084 -3 000-TT 1084 " " 000-T1084 DCS4 000-TC 1084 " " 000-T1084 DCS5 000-TV 1084 " " 000-T1084 DCS1 000-TW 1085 Temperature control with valve + ZS + 1 SOV + I/S 000-T1085 -2 000-TE 1085 " " 000-T1085 -3 000-TT 1085 " " 000-T1085 DCS4 000-TC 1085 " " 000-T1085 DCS5 000-TXZHL 1085 " " 000-T1085 DCS6 000-TYV 1085 " " 000-T1085 DCS I/S7 000-TV 1085 " " 000-T1085 DCS1 000-TW 1086 Temperature control with 2 valves 000-T1086 -2 000-TE 1086 " " 000-T1086 -3 000-TT 1086 " " 000-T1086 DCS4 000-TC 1086 " " 000-T1086 DCS5 000-TV 1086 A " " 000-T1086 DCS6 000-TV 1086 B " " 000-T1086 DCS1 000-TW 1087 Temperature control with 2 valves + ZS + 1 SOV + I/S 000-T1087 -2 000-TE 1087 " " 000-T1087 -3 000-TT 1087 " " 000-T1087 DCS4 000-TC 1087 " " 000-T1087 DCS5 000-TXZHL 1087 " " 000-T1087 DCS6 000-TYV 1087 A " " 000-T1087 DCS I/S7 000-TV 1087 A " " 000-T1087 DCS8 000-TV 1087 B " " 000-T1087 DCS1 000-TW 1088 Temperature control with valve & input correct 000-T1088 -2 000-TE 1088 " " 000-T1088 -3 000-TT 1088 " " 000-T1088 DCS4 000-TC 1088 " " 000-T1088 DCS5 000-TV 1088 " " 000-T1088 DCS1 000-TW 1095 Temperature control with valve + ZS + ESD 000-T1095 -2 000-TE 1095 " " 000-T1095 -3 000-TT 1095 " " 000-T1095 DCS4 000-TC 1095 " " 000-T1095 DCS5 000-TXZSL 1095 " " 000-T1095 PLC E6 000-TXZSH 1095 " " 000-T1095 PLC E7 000-TXZAL 1095 " " 000-T1095 DCS8 000-TXZAH 1095 " " 000-T1095 DCS9 000-TV 1095 " " 000-T1095 DCS1 000-TW 1096 Temperature indicator to PLC + ESD 000-T1096 -2 000-TE 1096 " " 000-T1096 -3 000-TAHH 1096 " " 000-T1096 DCS4 000-TT 1096 " " 000-T1096 PLC E1 000-TW 1097 Temperature switch PLC 000-T1097 -2 000-TE 1097 " " 000-T1097 MMS3 000-TI 1097 A " " 000-T1097 MMS4 000-TSHH 1097 " " 000-T1097 PLC5 000-TAHH 1097 " " 000-T1097 DCS1 000-TW 1184 Temperature control with I/P + pneumatic valve 000-T1184 -


1000 00 MI 6051 A2 A 41/75

USER MANUAL



2 000-TE 1184 " " 000-T1184 -3 000-TT 1184 " " 000-T1184 DCS4 000-TC 1184 " " 000-T1184 DCS5 000-TY 1184 " " 000-T1184 DCS6 000-TV 1184 " " 000-T1184 DCS1 000-TW 1185 Temperature cont. with I/P + pneum. valve + ZS + 1 SOV + I/S 000-T1185 -2 000-TE 1185 " " 000-T1185 -3 000-TT 1185 " " 000-T1185 DCS4 000-TC 1185 " " 000-T1185 DCS5 000-TY 1185 " " 000-T1185 DCS6 000-TXZHL 1185 " " 000-T1185 DCS7 000-TYV 1185 " " 000-T1185 DCS I/S8 000-TV 1185 " " 000-T1185 DCS1 000-TW 1186 Temperature control with I/P + 2 pneumatic CV 000-T1186 -2 000-TE 1186 " " 000-T1186 -3 000-TT 1186 " " 000-T1186 DCS4 000-TC 1186 " " 000-T1186 DCS5 000-TY 1086 " " 000-T1186 DCS6 000-TV 1186 A " " 000-T1186 DCS7 000-TV 1186 B " " 000-T1186 DCS1 000-TW 1187 Temperature cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-T1187 -2 000-TE 1187 " " 000-T1187 -3 000-TT 1187 " " 000-T1187 DCS4 000-TC 1187 " " 000-T1187 DCS5 000-TY 1187 " " 000-T1187 DCS6 000-TXZHL 1187 " " 000-T1187 DCS7 000-TYV 1187 A " " 000-T1187 DCS I/S8 000-TV 1187 A " " 000-T1187 DCS9 000-TV 1187 B " " 000-T1187 DCS1 000-TW 1188 Temperature with I/P + pneumatic CV 000-T1188 -2 000-TE 1188 " " 000-T1188 -3 000-TT 1188 " " 000-T1188 DCS4 000-TC 1188 " " 000-T1188 DCS5 000-TV 1188 " " 000-T1188 DCS1 000-TW 1195 Temperature cont. with I/P + pneum. CV + ZS + ESD 000-T1195 -2 000-TE 1195 " " 000-T1195 -3 000-TT 1195 " " 000-T1195 DCS4 000-TC 1195 " " 000-T1195 DCS5 000-TY 1195 " " 000-T1195 DCS6 000-TXZSL 1195 " " 000-T1195 PLC E7 000-TXZSH 1195 " " 000-T1195 PLC E8 000-TXZAL 1195 " " 000-T1195 DCS9 000-TXZAH 1195 " " 000-T1195 DCS

10 000-TV 1195 " " 000-T1195 DCS1 000-TW 2078 Temperature gauge 000-T2078 -2 000-TG 2078 " " 000-T2078 -1 000-TW 2079 Temperature indicator 000-T2079 -2 000-TE 2079 " " 000-T2079 -3 000-TT 2079 " " 000-T2079 DCS4 000-TI 2079 " " 000-T2079 DCS1 000-TW 2080 Temperature indicator for calcul algorithm 000-T2080 -2 000-TE 2080 " " 000-T2080 -3 000-TT 2080 " " 000-T2080 DCS4 000-TI 2080 " " 000-T2080 DCS1 000-TW 2081 Temperature indicator with input correction + I/S 000-T2081 -2 000-TE 2081 " " 000-T2081 -3 000-TT 2081 " " 000-T2081 DCS4 000-TI 2081 " " 000-T2081 DCS I/S1 000-TW 2083 Temperarure indicator + ESD 000-T2083 -2 000-TE 2083 " " 000-T2083 -3 000-TTZ 2083 " " 000-T2083 PLC


1000 00 MI 6051 A2 A 42/75

USER MANUAL



4 000-TZ 2083 " " 000-T2083 PLC E5 000-TI 2083 " " 000-T2083 DCS6 000-TA 2083 " " 000-T2083 DCS1 000-TW 2084 Temperature control with valve 000-T2084 -2 000-TE 2084 " " 000-T2084 -3 000-TT 2084 " " 000-T2084 DCS4 000-TC 2084 " " 000-T2084 DCS5 000-TV 2084 " " 000-T2084 DCS1 000-TW 2085 Temperature control with valve + 1 SOV + I/S 000-T2085 -2 000-TE 2085 " " 000-T2085 -3 000-TT 2085 " " 000-T2085 DCS4 000-TC 2085 " " 000-T2085 DCS5 000-TXZHL 2085 " " 000-T2085 DCS6 000-TYV 2085 " " 000-T2085 DCS I/S7 000-TV 2085 " " 000-T2085 DCS1 000-TW 2086 Temperature control with 2 valves 000-T2086 -2 000-TE 2086 " " 000-T2086 -3 000-TT 2086 " " 000-T2086 DCS4 000-TC 2086 " " 000-T2086 DCS5 000-TV 2086 A " " 000-T2086 DCS6 000-TV 2086 B " " 000-T2086 DCS1 000-TW 2087 Temperature control with 2 valves + ZS + 1 SOV + I/S 000-T2087 -2 000-TE 2087 " " 000-T2087 -3 000-TT 2087 " " 000-T2087 DCS4 000-TC 2087 " " 000-T2087 DCS5 000-TXZHL 2087 " " 000-T2087 DCS6 000-TYV 2087 A " " 000-T2087 DCS I/S7 000-TV 2087 A " " 000-T2087 DCS8 000-TV 2087 B " " 000-T2087 DCS1 000-TW 2088 Temperature control with valve & input correct 000-T2088 -2 000-TE 2088 " " 000-T2088 -3 000-TT 2088 " " 000-T2088 DCS4 000-TC 2088 " " 000-T2088 DCS5 000-TV 2088 " " 000-T2088 DCS1 000-TW 2095 Temperature control with valve + ZS + ESD 000-T2095 -2 000-TE 2095 " " 000-T2095 -3 000-TT 2095 " " 000-T2095 DCS4 000-TC 2095 " " 000-T2095 DCS5 000-TXZSL 2095 " " 000-T2095 PLC E6 000-TXZSH 2095 " " 000-T2095 PLC E7 000-TXZAL 2095 " " 000-T2095 DCS8 000-TXZAH 2095 " " 000-T2095 DCS9 000-TV 2095 " " 000-T2095 DCS1 000-TW 2096 Temperature indicator to PLC + ESD 000-T2096 -2 000-TE 2096 " " 000-T2096 -3 000-TAHH 2096 " " 000-T2096 DCS4 000-TT 2096 " " 000-T2096 PLC E1 000-TW 2097 Temperature switch PLC 000-T2097 -2 000-TE 2097 " " 000-T2097 MMS3 000-TI 2097 A " " 000-T2097 MMS4 000-TSHH 2097 " " 000-T2097 PLC5 000-TAHH 2097 " " 000-T2097 DCS1 000-TW 2184 Temperature control with I/P + pneumatic valve 000-T2184 -2 000-TE 2184 " " 000-T2184 -3 000-TT 2184 " " 000-T2184 DCS4 000-TC 2184 " " 000-T2184 DCS5 000-TY 2184 " " 000-T2184 DCS6 000-TV 2184 " " 000-T2184 DCS1 000-TW 2185 Temperature cont. with I/P + pneum. valve + ZS + 1 SOV + I/S 000-T2185 -2 000-TE 2185 " " 000-T2185 -3 000-TT 2185 " " 000-T2185 DCS


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4 000-TC 2185 " " 000-T2185 DCS5 000-TY 2185 " " 000-T2185 DCS6 000-TXZHL 2185 " " 000-T2185 DCS7 000-TYV 2185 " " 000-T2185 DCS I/S8 000-TV 2185 " " 000-T2185 DCS1 000-TW 2186 Temperature control with I/P + 2 pneumatic CV 000-T2186 -2 000-TE 2186 " " 000-T2186 -3 000-TT 2186 " " 000-T2186 DCS4 000-TC 2186 " " 000-T2186 DCS5 000-TY 2186 " " 000-T2186 DCS6 000-TV 2186 A " " 000-T2186 DCS7 000-TV 2186 B " " 000-T2186 DCS1 000-TW 2187 Temperature cont. with I/P + 2 pneum. CV + ZS + 1 SOV + I/S 000-T2187 -2 000-TE 2187 " " 000-T2187 -3 000-TT 2187 " " 000-T2187 DCS4 000-TC 2187 " " 000-T2187 DCS5 000-TY 2187 " " 000-T2187 DCS6 000-TXZHL 2187 " " 000-T2187 DCS7 000-TYV 2187 A " " 000-T2187 DCS I/S8 000-TV 2187 A " " 000-T2187 DCS9 000-TV 2187 B " " 000-T2187 DCS1 000-TW 2188 Temperature with I/P + pneumatic CV 000-T2188 -2 000-TE 2188 " " 000-T2188 -3 000-TT 2188 " " 000-T2188 DCS4 000-TC 2188 " " 000-T2188 DCS5 000-TV 2188 " " 000-T2188 DCS1 000-TW 2195 Temperature cont. with I/P + pneum. CV + ZS + ESD 000-T2195 -2 000-TE 2195 " " 000-T2195 -3 000-TT 2195 " " 000-T2195 DCS4 000-TC 2195 " " 000-T2195 DCS5 000-TY 2195 " " 000-T2195 DCS6 000-TXZSL 2195 " " 000-T2195 PLC E7 000-TXZSH 2195 " " 000-T2195 PLC E8 000-TXZAL 2195 " " 000-T2195 DCS9 000-TXZAH 2195 " " 000-T2195 DCS

10 000-TV 2195 " " 000-T2195 DCS1 000-VE 1001 Vibrator monitor + alarm 000-V1001 MMS2 000-VI 1001 " " 000-V1001 MMS3 000-VSHH 1001 " " 000-V1001 PLC4 000-VAHH 1001 " " 000-V1001 DCS1 000-VE 2001 Vibrator monitor + alarm 000-V2001 MMS2 000-VI 2001 " " 000-V2001 MMS3 000-VSHH 2001 " " 000-V2001 PLC4 000-VAHH 2001 " " 000-V2001 DCS


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Process data can be defined or imported either per Line or per Instruments as follow:

1. P.D. LinesThese data can be imported from PDS, LDL (or other source) in automatic mode (seeIMPORT utilities) in case smart P&I are used for the project execution.In case P.D. for the lines shall be defined manually, the following steps are to be executed:

1.1. Check the icon LINE

1.2. Define the Line TypeCheck the Line Type button; the subsequent screen allows defining a code (TYPE) and adescription of the line type.Within TP Group organisations this definition shall contain the references of the PIPINGCLASS.

1.3. Select one of the defined line types from the drop-down list beside the line type button.The buttons of the screen will become actives and it will be possible to add or modify thelines.If one line shall be deleted, it shall be done from the Index module following the steps:Index à Tables à Line numbers à Select Line à DELETE

1.4. Select the line and check the EDIT button.

Fill the line data.Select Pipe data (diameter/schedule/material) from the incoming table then press OK. Anew screen appear asking the definition of additional data as:- Fluid Phase (Liquid/Water/Gas/Steam)- Fluid name (either manual edit or selected from internal database)– State

1.5. From bottom icons select:Properties.All properties listed in this screen shall be defined as min/norm/maxFor the fluid “WATER” the data are the following:Mass FlowPressureTemperatureViscosityVelocityDensitySpecific heatVapour pressureCritical pressure

AdditionalThis additional screen allows defining additional process or design data.


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BaseThis additional screen allows the definition of base conditions as pressure, temperatureand density.

RemarksThis additional screen allows the addition of notes to the line.

RevisionThis screen allows the revision management per lineà To check and define the external revision management

ReportThis screen allows to see, print and “save as” the data with possibilities to highlight thechanges.The function “save as” allows the export of the data on any common format as: Text,Excel, Dbf, etc.

2. Propagate Line dataFrom top drop-down list select “Action” then “Propagate Line Data”. This selection allowsattributing Process Data defined for one line to the instruments having the same line numberin the instrument index.Selection criteria as:- Instruments without Process Data- Instruments with Process Data (not recommended)- Select tags to propagate data.

3. WARNINGINtools does not accepts defining more than one diameter per each line number.In order to overcome the problem, the line number shall contain the size within the string asfollows:16” –XXNNNNNNumber of digits to be used for line number definition:

Digit1

Digit2

Digit3

Digit4

Digit5

Digit6

Digit7

Digit8

Digit9

Digit10

Digit11

Digit12

1 6 “ - B D 2 1 0 0 31 ½ “ - W - 1 0 0 36 “ - P R 3 3 2 1 1

In case the instrument index and/or the line list are imported from external sources, theoperator shall verify that the line number defined in the instrument index is equal to the onedefined in the Process data.


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P.D. InstrumentThese data can be:

- imported from Lines (already imported from PDS or LDL or other external source ; see previousparagraph) in automatic mode for all IN-LINE instruments not requiring additional specific data;- imported from ZYQAD in automatic mode (see IMPORT utilities) in case this process tool is usedfor the project execution. The import from Zyqad will be possible only if the instrument tag list hasbeen previously exported to this tool (see EXPORT utilities) in order to obtain the unique IDgenerated from INtools useful for all import/export routines.

In case P.D. for the instruments shall be defined manually, the following steps are to beexecuted:

3.1. Check the icon InstrumentWithin the incoming screen digit the instrument tag number or check the SEARCH button.Continue to check SEARCH buttons to reach the list of tag numbers then select the itemfor which P.D. shall be filled (the screen will show the process function and if data alreadyexist) (e.g.: 200-FE-001).

When the process data screen appears, answer to the question: “Do you want to copy data from line?:” à Yes/No.If the line attributed to the instrument contains line data, they will be transferred to theinstrument. Else the operator shall fill the data manually following the same steps definedfor PD line data.

3.2. Alarm settingsWithin the definitions of PD data for instruments the icon “Alarm” is presents in order toset the alarm values attributed to the specific tag.


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4. External revisionThe external revision management is common to LINES and INSTRUMENTS data; theoperator shall take care of the correct definition of these parameter before the formal printoutsof data export (save as).

5. External drawingThe external drawing management is common to LINES and INSTRUMENTS data; theoperator shall take care of the correct definition of these parameter before the formal printoutsof data export (save as).


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From the main Icons select “CALCS”.A new screen appear where on the bottom is possible to select the calculation types available:• Contr. Valve• Flow Meter• Relief Valve• ThermowellFrom the drop-down list “Sheet” is possible to select the same calculation types actives with thebuttons.From the drop-down list “Reports” is possible to print one or all calculation sheets executed forthe calculation type but is NOT possible to manage the revision and the drawing number; theseparameters shall be filled after any individual calculation.

For any calculation type the appearance of the screens containing the data is equal to thescreens appearing on P.D. module (please refer to the dedicated paragraph for details).Any data changed in the calculation module is changed into P.D. module (UNIQUE DATA); theoperator shall take care of the changes and shall get the approval from the project co-ordinatorbefore any definitive change.

The buttons and screens equal to P.D. module are not described again; the additional functionsare described per calculation type:

1. Control Valve

1.1. Calculate buttonAllow to execute the calculation of the selected item according to the data visible on thescreen.Checking the “Calculate” button, in the incoming screen is possible to define the bodyparameters.The Manufacturer Catalogues are not available within the software (as previously with–IN-)so the operator shall know the valve parameters and factors for a more accuratecalculation. These parameters are available in any manufacturer catalogue.

1.2. Notes buttonThis button allows the definition of notes related to the calculation to be printed at thebottom of the calculation sheet after the result box.

1.3. Report buttonThis button allows printing the actual calculation sheet only.

1.4. Revision buttonThis button allows defining the revision index and purpose of each calculation sheet.

1.5. Drawing buttonThis button allows defining the drawing No for each calculation sheet.


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2. Flow MeterThe function of all buttons is equal to the ones of control valves calculations.

Problems:1- on calculation results the orifice diameter is in “Inches” instead of “Millimetres” as usual. Theonly possibility to obtain the orifice diameter in MM is to define the Line in MM during project UOMdefinition.

2- Calculation method shall be verified. ISO-5167 or MILLER could be used in function of theorifice type.

3. Relief ValveThe function of all buttons is equal to the ones of control valves calculations.

3.1. Sizing data buttonThis button allows defining the sizing case and the sizing parameters

Problems:1- manufacturer catalogues not available within the software (as previously with –IN-) sothe operator shall know the valve parameters and factors for a more accurate calculation.These parameters are available in any manufacturer catalogue.

2- Calculated area UOM cm²; selected area UOM in²

3- Strange messages trying to execute calculation.

4. ThermowellThe function of all buttons is equal to the ones of control valves calculations.

Type of calculation never executed within TP group.


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The specification module allows defining and fulfils all data sheets necessary for the mainrequisitions activities.Instrument components as: JB’s; Panel boards; Cables; and all bulk materials shall be managedin different way.

Warnings

A. The standard forms for CV (spec. 922); PSV (spec. 924); FE (spec. 925); allows selecting thedata to be printed for calculation results.

– INTERNAL prints the results of the calculations coming from INtools calculation module.– EXTERNAL prints the results of calculations coming from Vendors (manual data entry).– BOTH prints either INTERNAL and EXTERNAL results.

B. The following strings are used as follows:• FORM: identify the single page datasheet.• FORMAT: identify the multiple items data sheets (SEE LIST)

The working tasks are resumed within drop-down list or icon buttons as follows:

1. Top drop-down listHere below are listed the functions active when the Specification icon has been checked.Some of these functions are repeated with buttons located in the bottom side of the screen.

1.1. Project drop-down list1.1.1. Preferences

Allows setting the parameters on INtools.ini to fix default parameters and defaultworking directories.

1.1.2. ExportFunction not available to the operators. Require the use of Infomaker and projectadministrators access rights.

1.1.3. Import PSRAllows the import of PSR files into the software.– INSERT: to declare the directory where the source file is located.– DELETE: to delete the PSR from the active list when selected.– SELECT: to continue the import.From the list of the PSR available it is possible to fulfil some UDF (udf C01 to C10) tobe used as header definitions and document coding.

1.1.4. Other functionsThe other functions listed belong the drop-down list are either duplicated withinButtons or useless from operator point of view.

1.2. Module drop-down listAllows selecting the various software modules. These functions are repeated in theButtons (topside).

1.3. SheetAllows using the screen useful for the selection of the item and to the form to be used fordata filling.


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Close to go out from the module.

1.3.1. The options “Delete” allows deleting specification sheets already prepared ordelete default format (SEE LIST) from spec’s.

1.4. Form drop-down list1.4.1. Set defaults allow selecting the form to be used in function of the process function

attributed to the tag number.1.4.2. Edit forms allows editing spec. Forms.

(function reserved to project administrator)1.4.3. Edit Formats allows editing / creating / modifying one format (See List) prepared for

each spec. Form.Any operator can prepare its own formats (when ever required by project co-ordinator) taking care to maintain unchanged the ones prepared by defaults asreference formats (e.g.: 101 – Magnetic Level Gauge shall not be deleted ormodified).

1.4.4. Spec. Data DictionaryGive the list of the fields used within the spec. Form.(function reserved to to project administrator)

1.5. Action1.5.1. Print function

Allow printing the data sheets already prepared within the software. Severalpossibilities could be selected to speed-up this task.

1.5.2. Change MasterAllows attributing one tag as MASTER of one multi-items data sheet.

1.5.3. Title BlockFunction not used up to now.

1.5.4. Associate Title BlockFunction not used up to now.

1.5.5. Regenerate formatAllows regenerating multiple items list formats.

1.5.6. Unload forms(function reserved to project administrator)

1.6. Options1.6.1. History options

If History is set ON to the project, History options allows selecting the data changesfrom / to defined date displayed / printed in predefined colours.

1.6.2. Mark changesAllows displaying the changes in the spec. forms as indicated in 1.6.1

1.7. Tools1.7.1. Global Revision

Allows defining / upgrading one global revision index including revision description fora selected spec. sheet or document.

2. Active icons located bottom side


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These icons allows executing the main functions for data editing / importing to spec. formsand allows defining FORMATS (See List).

2.1. Edit form iconChecking this icon allows opening another tool bar with two options:2.1.1. OPEN FILE allows importing PSR files from external directory.2.1.2. OPEN FORM allows selecting one of the forms already loaded within the project

and allows the SAVE AS function to save to external directory after modification /updating.

2.2. Edit FormatsThis icon allows defining the FORMATS (See List) attached to spec. Forms.2.2.1. Open Format allows selecting from the list of the available forms the one to be

used as SEE LIST master.2.2.2. The incoming screen allows defining the default Format (103 – Pressure

Transmitters) or creating new Formats.Proceeding to the incoming screen a drop-down list (Fields List) with cursor (PencilType) allows selecting the fields and the relevant header to be included in the SEELIST edit format (useful for data entry).After the selection will be possible to modify the size of each field (adjusted to fit withfield contents) and will be possible to change the sort order of the fields from left toright.

2.2.3. After the definitions executed in 2.2.2 the editing format shall be GENERATED andSAVED (icons located bottom side of the screen).

2.2.4. The printing format will be created after the steps 2.2.1, 2.2.2, 2.2.3, following thesteps:- From top drop-down list select: Action à Define Print Layout.- Within the incoming screen Column Title will be possible the selection of one or

more fields already included in the editing format (see 2.2.2 and 2.2.3).Each field (by drag & drop) could be positioned within separate columns each onehaving 5 rows.

2.2.5. Before generation and saving shall be selected the printing Font size (8 by default;7 suggested for A4 landscape printouts).

2.2.6. After generation, checking the box “Print Preview Landscape” allows verifying if theselected fields fits with A4 format margins.IF NOT the fields size can be adjusted up to the limit of visibility of strings to beprinted and eventually choose new layout using more then one rows among thecolumns.

2.2.7. SAVE to complete the task.


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3. Specification numbering system

3.1. Fields Requisition, Item and Drawing numberEach specification form contains fields named REQUI and ITEM linked with the instrumentindex in order to transfer by export the data required for Requi software initialisation. Thefield Drawing number contains the data sheet number.All these fields MUST be filled using the following conventions to allows easy datamanagement:3.1.1. Field Requisition

The code shall be limited to 7 digits as follows:- 4 digits to identify the material code (e.g.: 1540)- 1 digit shall contain the symbol “-“ (dash)– 2 digits to identify the progressive (e.g.: 02)

3.1.2. Field ItemFor good homogenisation of data export / import and in order to obtain standardinterface files, the following conventions shall be applied defining the field ITEM to beused for REQUI software data management:- the string shall be limited to 6 digits- the first two digits shall identify the unit (e.g.: 10 for unit 100)- the third digit shall always be “blank”- the remaining digits (3) shall be the progressive number always starting from “001”the results will be: 10 001In case of units with similar number of digits as: 661; 663; 821;822; the third digit willbe used to distinguish the unitsthe results will be: 661001; 663001; 821001; 822001;

3.1.3. Field Drawing numberWithin this field the data sheets are numbered according to TP group rules. In order toobtain the correct information on printing reports, this field shall use the followingconventions:- 4 digits shall include the Project number (PPPP)- 1 digit shall include the symbol “-“ (dash) or suffix for particular project number- 3 digits shall include the unit number (UUU)- 1 digit shall include the symbol “-“ (dash)- 2 digits shall include the document type “SP”- 1 digit shall include the symbol “-“ (dash)- 4 digits shall include the material code (1545; 1510; …)- 1 digit shall include the symbol “-“ (dash)- 2 digits shall include the progressive number “01; 02; …”

The results will be the following: PPPP-UUU-SP-1510-02This document coding allows transferring the last 7 digits to the instrument indexprinting format and retrieve the right information’s.


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WARNINGAttention to the instrument type definitions!!If data sheet form has been defined as default in the instrument type profile, the software don’tallows creating multiple items specifications (SEE LIST).In that case from PROJECT drop-down list select preferences and from the profile eliminate thedefault specification.


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Wiring module allows defining and managing several type of panels (instruments; junctionboxes; cabinets; etc) and the relevant wire connections, using cable set to be definedwithin the same module.The working tasks are resumed into drop-down list or buttons as follows:

Selecting wiring icon allows opening the ‘main wiring module’ window. In the top-left side of thisscreen, the user can see four icons (project panels; default panels; project cables; defaultcables). Checking one of these icons (e.g.: project panel or cable icon), will open the projectpanel or project cable screen.To open a second screen (e.g.: default panel or cable) maintaining open the previous one,double-click on the appropriate icon.

1. Top Drop-down list

1.1. ProjectSame definition’s stated within instrument index module.

1.2. ModuleAllows selecting the various software modules. These functions are repeated in the buttons(top side).

1.3. ActionThis drop-down list becomes active when one or more of the tasks displayed in the wiringscreen (panels / cables) (default / project) are checked and allows executing the followingtasks:

1.3.1. Add NewAllows adding a new device panel or cable by category.Defining a new terminal strip configuration.1.3.1.1. Creating a new panel

This option allows creating a new panel either within the default panel manager,or in the project panel manager. All the panels within the default panel managercould be used within the project panel manager using the drag and dropfunctions available within the software. This action will duplicate all definition’sexecuted within the default to be applied for any device created for the project.

To create a new panel, with the default (project) panel manager open, perform thefollowing actions:

1.3.1.2. From the action menu select add new, to open the panel screen1.3.1.3. Define the panel type (device panel, junction box, etc…) selecting the

appropriate panel category button1.3.1.4. Insert the other information’s in the appropriate boxes (type, manufacturer,

etc…)1.3.1.5. If the new panel is required to meet the IS certification, choose yes button in

the pertinent field1.3.1.6. Click ok to exit the panel screen


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To edit a panel the user must highlight on the panel manager the needed panel, and thenclick the edit button on the main wiring toolbar to open the appropriate panel screen, inwitch he can insert the new data.

1.3.1.7. Creating a new cableIt’s possible to create a new cable either in the default cable manager, or in theproject cable manager. In the first case the user can duplicate this cable from thedefault cable manager to the project cable manager with a drag and droptechnique, on the contrary, in the second case, he can use the new cable only inthe current project.To create a new cable, with the default (project) cable manager open, perform thefollowing actions:1.3.1.7.1. From the action menu select add new, to open the cable configuration

screen1.3.1.7.2. Search a particular cable configuration in the cable configuration box. If

the user cannot find any cable configuration that satisfies him, he mustcreate it (see Error! Reference source not found.. Error! Referencesource not found.)

1.3.1.7.3. Click create to open the cable screen1.3.1.7.4. Insert the required information in the appropriate boxes and click ok to

exit1.3.1.7.5. Click ok to return on the cable manager

To edit an existing cable the user must highlight the needed cable on the cable manager andthen click the edit button on the main wiring toolbar to open the cable screen, in witch he caninsert the new data

1.3.2. AddAllows adding a new terminal strip of device panels. The same function can be activatedfrom bottom icon.

1.3.2.1. Adding a strip to a panelTo add a strip to a panel, on the default (project) panel manager, perform thefollowing actions:

1.3.2.1.1. Highlight a panel on the panel manager1.3.2.1.2. Click add on the main wiring toolbar to open the terminal strip

configuration screen1.3.2.1.3. Choose an existing terminal strip configuration in the strip config. name

box. If the user don’t find any terminal strip configuration that satisfies him,then he must create it (see Error! Reference source not found.. Error!Reference source not found.)

1.3.2.1.4. Click create to open the strip screen1.3.2.1.5. Insert the appropriate data in the strip screen and click ok1.3.2.1.6. Click ok on the terminal strip configuration screen to exit

To edit a terminal strip the user must highlight on the panel manager the needed strip, andthen click the edit button on the main wiring toolbar to open the strip screen, in witch hecan insert the new data.


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1.3.2.2. Defining a new terminal strip configurationTo define a new terminal strip configuration, with the terminal strip configurationscreen open, perform the following actions:

1.3.2.2.1.1. Click new button to open the terminal number pattern screen1.3.2.2.1.2. Insert the desired number of terminal in pattern and click ok to

return on the terminal strip configuration screen1.3.2.2.1.3. In the strip terminal numbering box choose, for each terminal, the

required options (prefix, incremented, numbered and suffix), thencomplete the screen with the other required information (terminal stripconfiguration name and description, total number of terminal and firstterminal number

1.3.2.2.1.4. Click save to save the new configuration and click ok to exit, orproceed to create a new strip (see Error! Reference source not found..Error! Reference source not found.)

To edit a terminal strip configuration, with the strip configuration screenopen the user must search on the strip config. name box the needed stripconfiguration, and then click the edit button on the bottom side of thescreen, to allow him to edit the selected strip configuration

1.3.2.3. Adding a terminal to existing terminal stripTo add a new terminal to a terminal strip, perform the following actions:

1.3.2.3.1.1. Highlight the needed strip, and click add button on the main wiringtoolbar to open the terminal screen

1.3.2.3.1.2. In the number box, insert a string to identify the new terminal1.3.2.3.1.3. In the sequence box it’s possible to modify the physical position of

the terminal in the strip (in this case the user must be sure that he don’thave inserted two terminals with the same sequence number!)

1.3.2.3.1.4. Insert the other information on the screen and click ok to exitTo edit a terminal the user must highlight on the panel manager theneeded terminal, and then click the edit button on the main wiring toolbarto open the terminal screen, in witch he can insert the new data

1.3.2.4. Defining a cable configurationTo define a new cable configuration, with the cable configuration screen open,perform the following actions:

1.3.2.4.1.1. Click new to open the new cable configuration screen1.3.2.4.1.2. Insert the total number of sets and choose a default cable set type

(wire, pair, pair with shield and so on…) in the appropriate boxes1.3.2.4.1.3. Click ok to return in the cable configuration screen1.3.2.4.1.4. Insert the required information in the pertinent boxes1.3.2.4.1.5. Click save to save the new configuration and then click ok to exit or

proceed with the creation of a new cable (see Error! Reference sourcenot found.. Error! Reference source not found.)

To edit an existing cable configuration the user must search on the cableconfiguration box the needed cable configuration, and then click the editbutton on the bottom side of the screen to allow him to edit the selectedcable configuration


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Actually the software don’t allow defining the polarity of each cableset.

1.3.2.5. Adding a set to a cableTo add a set to cable, perform the following actions:

1.3.2.5.1.1. Highlight the needed cable, and then click add button on the mainwiring toolbar to open the cable set screen

1.3.2.5.1.2. Insert a string in the cable set to identify it. It’s possible to modify thephysical position of the new set changing the number in the cablesequence box

1.3.2.5.1.3. Click ok to exit

To edit a set the user must highlight on the cable manager the neededset, and then click the edit button on the main wiring toolbar to open thecable set screen, in witch he can insert the new data

1.3.2.6. Adding a wire to a setTo add a wire to a set, perform the following actions:

1.3.2.6.1.1. Expand the needed cable to find the required set, highlight it andthen click the add button on the main wiring toolbar to open the wirescreen

1.3.2.6.1.2. Insert the required information (tag, level, polarity, colour and type)in the appropriate boxes

1.3.2.6.1.3. Click ok to exit

To edit a wire the user must highlight on the cable manager the neededwire, and then click the edit button on the main wiring toolbar to open thewire screen, in witch he can insert the new data

1.3.3. EditAllows editing a new terminal strip of device panels. The same function can beactivated from bottom icon.

1.3.4. DuplicateAllows duplicating existing device panel or cable.

1.3.5. ExpandAllows expanding the device panel or cable definitions up to the single core or to thesingle terminal.

1.3.6. CollapseAllows reducing to single record the items previously expanded.

The actions described hare above are duplicated within the button icons locatedbottom side.


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1.3.7. Connection typesA connection type contains the definition of the pattern by which wires will beconnected on the strip. To define this pattern, perform the following actions:

1.3.7.1. click conn. Type on the main wiring toolbar to open the add/edit connectiontype screen.

1.3.7.2. click the new button to open the new connection type screen.1.3.7.3. choose the number of wires and jumper of the new pattern and click ok

button to return on the add/edit connection type screen.1.3.7.4. for each wire insert the skip (indicates the number of terminals to skip

before connecting this wire in the set) and the side (active or opposite), thenclick on the land box to connect the wire. For each jumper insert the requireddata like for the wires.

1.3.7.5. insert the name and description of the new pattern, and the skip betweensets.

1.3.7.6. click save to exit

To edit an existing connection type, search for it on the connection type box, and thenclick the edit button. This action allows the user to edit the selected pattern.

1.3.8. ConnectionsTo connect a cable on a panel, perform the following actions:

1.3.8.1. In the project panel manager highlight the panel on witch must be made theconnection.

1.3.8.2. Click the connection button to open the connection screen.1.3.8.3. Click the cable icon to open/close the project cable manager without closing

the connection screen.1.3.8.4. In the cable manager search for the appropriate cable, then drag and drop it

onto the terminal where you want to make the first connection, note that at thispoint the cable connection definition screen is open.

1.3.8.5. In the box on the right side of the screen, choose the connection type foreach set of the cable, and the appropriate cable side (1 or 2). Cable, panel andstrip names are just inserted on the appropriate boxes.

1.3.8.6. Click connect to accept the definition

Note that at this point on the connection screen appears the names of the cable, sets andtag number associated to the chosen cable.

1.3.9. Working with the device panelTo create a link between an instrument and a device panel, the user has at hisdisposal two ways, in the first case he can define default associations betweeninstruments and device panels directly in the instrument index module (see instrumentindex module), in the second case he can define his own association performing thefollowing actions:1.3.9.1. Click dev. Panel on the main wiring toolbar to open the device panel

screen.1.3.9.2. Click filter icon to open the filter screen in witch the user can choose the

panel categories that he want to display checking the appropriate checkboxes.1.3.9.3. Click add tag to open the add tag screen in witch the user can insert the

name of a new tag number that he want to insert in the database.

Project N° Document Code Serial n° Sh.

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1.3.9.4. To associate a device panel to an instrument, the user must click the createbutton (after having highlighted the needed instrument) on the bottom toolbar,to open the create device panel and cable screen.

1.3.9.5. In the create device panel and cable screen choose the default panel andcable, and the appropriate connection type.

1.3.9.6. Click ok to return on the device panel screen in witch the new device panelwill be displayed.

1.3.9.7. To link an existing panel to an instrument, highlight the needed instrument,and click link to open the select device panels screen, in witch the user canchoose the appropriate panel.To unlink a panel from its instrument, highlight theneeded panel and then click unlink (note that the panel name will be modifiedby the insertion of a question mark at its beginning)

1.4. AssociationAllows associating terminal strip and cable to device panels. The tasks available are thefollowing:- Connections- Connection types- I/O assignment- Cross wiring- Rename device cablesThe actions described here above are duplicated within the button icons located bottomside.

1.5. HardwareAllows executing the same tasks indicated within the “Wiring” screen:

1.5.1. Cables (Project; Default)1.5.2. Panels (Project; Default)1.5.3. Device panel name

(Equal to tag number by default)Allows associating panels to cables and connections.

1.6. View / ReportAllows selecting the type of view or report layout with the following options:1.6.1. Filter allows filtering the panels by type (more then one panel could be selected.1.6.2. Search allows searching the panels by predefined strings1.6.3. Report allows selecting the type of report to be printed as output document from

the database.

1.7. ToolsFunction not used in TPIT

1.8. Filter and search facilitiesEach screen has facilities to filter the panel data in order to reduce the scrolling of all thedatabase.

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1.8.1. Filtering panel records (project and default)To display homogeneous types of panel within the panel manager (project or default)check the icon Panel (project or default). Within the incoming screen execute thefollowing tasks:

1.8.1.1. Check the filter button1.8.1.2. Select the required panel types to be included in the filter checking the

appropriate check boxes.1.8.1.3. Check the current unit data only checkbox to limit the search of panels

within the current unit only.1.8.1.4. Check the save checkbox to save and maintain the actual searching criteria.1.8.1.5. Click ok to return on the panel manager

1.8.2. Filtering cable records (project and default)To display homogeneous types of cable within the cable manager (project or default)check the icon “Cable” (Project or Default). Within the incoming screen execute thefollowing tasks:

1.8.2.1. Check the filter button.1.8.2.2. Select the required cable types to be included in the filter choosing the

appropriate options and inserting the appropriate data in the cable filter screenboxes.

1.8.2.3. Check the current unit data only checkbox to limit the search of cableswithin the current unit only.

1.8.2.4. Check the save checkbox to save and maintain the actual searching criteria.1.8.2.5. Click ok to return on the cable manager screen

WARNINGS

• PRINTING PROBLEMS

Using a wiring report, actually is impossible to print within the same page the devices panelsdefined with more then one terminal strip.


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1. Introduction

Before beginning to work with the In Tools loop drawing module, the user must obtain somegraphical blocks in another CAD application (such as AutoCAD1 or MICROSTATION), because InTools use them to construct the complete loop drawings. Note that it must be paid attention tocorrectly choose the insertion point of any block, otherwise the loop drawing generation will beincorrect. To allow the user to insert the same blocks in many different drawings, In Tools makeuse of a certain number of ‘macros’, that will be replacing, during the drawings generation, by thecurrent project data (tag numbers, revision, and so on).

2. DATA STRUCTUREThe graphic blocks prepared to create loop drawings are stored in the N:\tp_blocks directory,containing three subdirectories (DIN, ISA and reference). Each subdirectory is divided in threeadditional subdirectories: field (field instruments), general (border and logo) and room (controlroom components). Within the DIN subdirectory are stored the graphic blocks according to DINformat; within ISA subdirectory are stored the graphic blocks according to ISA format. Within thereference subdirectory are inserted all blocks in a specific format (ISA or DIN) to be used asdefault for specific project. In function of the needs the project co-ordinators will copy into thereference subdirectory the blocks to be used for the loop generation. In case several projectsshall generate loops in the same time using different formats, all the blocks will be copied toseparate directory and all references to them changed within the project.

3. BLOCK ASSOCIATION

According to the actual data structure, five block types has been created. Each one contains aparticular class of blocks as follows:

- Border : borders for the drawings in DIN, ISA and Reference format.- Logo : logos for the drawings in DIN, ISA and Reference format.- DIN : graphic blocks in DIN format- ISA : graphic blocks in ISA format- Reference : graphic blocks in the reference format

The standard job contains a full set of complete loops per each format (ISA; DIN).The std unit contains loops where graphic blocks has been manually associated as follows:• All loops using the number “1” as first digit of the numeric part are associated to blocks in DIN

format.• All loops using the number “2” as first digit of the numeric part are associated to blocks in ISA

format.

1 Warning: because InTools has been projected to work with AUTOCAD 13.0, if the user is working withAutoCAD 14.0 he must install on his system the file DDELISP.EXE keeping it manually from the AutoCAD13.0’s files, otherwise InTools will not be able to generate any drawing and then, during the generation,display a message in witch warn the user that this problem has occurred also remaining on a ‘freeze’ state


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The user shall define the way to execute the data entry then delete all loops useless and usingthe function “Copy Loop” from the Std Unit to the project unit. This way of work allows keeping alldefinitions already defined and tested for the reference loops.As an alternative the user can utilise the default associations between instrument types andgraphic blocks, already implemented. In that case, the user cannot use the definitions providedwithin the std unit in order to avoid overriding of the information’s. The std unit in that case shallbe deleted.In case the std unit is used, the user shall detach all the default blocks from the instrument types.To obtain maximum flexibility all the associations has been created using the reference blocks(the reference blocks directory may contain DIN or ISA blocks).Some differences between DIN and ISA blocks shall be managed during the project life.

4. LIMIT AND LEVEL SWITCH

Limit and level switch are two different instruments using the same graphic block (namedZSH.dwg). The only difference is the position attributed in the drawing sheet. The level switchesappear in the first three rows from the top of the drawing, while the limit switch appear in the lastthree rows.The blocks: ZSH1.dwg; ZSH2.dwg; ZSH3.dwg; represents level switches.The blocks: ZSH4.dwg; ZSH5.dwg; ZSH6.dwg; represents limit switches.

5. To insert ‘macro’ in AutoCAD drawings.

To insert a ‘macro’ in an AutoCAD drawing it must be set the system AutoCAD variableAFLAGS=8,and then the user must perform the following actions at the AutoCAD command lineprompt:

Command line prompt action

5.1. ATTDEF press ‘ENTER’5.2. Attribute Tag insert the macro name and press ‘ENTER’5.3. Attribute Prompt press ‘ENTER’5.4. Default attribute value insert the macro name and press ‘ENTER’5.5. Justify/Style/<start point> position the cursor in the point in witch the user want

insert the ‘macro’ and press ‘ENTER’5.6. Height position the cursor to define the height of the line

text and press ‘ENTER’5.7. Rotation angle <0> insert the rotation angle and press ‘ENTER’

At this point in the AutoCAD drawing appear the ‘macro’ name as a conclusion of macro insertingprocedure (to obtain a complete list of the In Tools ‘macro’, see: 7 obtaining the full ‘macro’ list).


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6. Starting loop drawing manager.

To start the loop drawing manager, click the loop button on the main In Tools toolbar to open the‘main loop drawing module’ window.

7. Obtaining the full ‘Macro’ list.

To obtain a complete list of the ‘macro’ that In Tools place at user disposal, perform the followingactions:

7.1. click the macro def. Button on the loop drawing toolbar to open the macro definitionscreen

7.2. highlight a macro group on the ‘macro groups’ column7.3. highlight a macro type on the ‘macro type’ column7.4. highlight a macro attribute on the ‘macro attribute’ column

at this point, in the bottom screen, it can be seen, in the ‘description’ column, a brief description ofthe action that the chosen macro perform, while in the ‘In tools macro name’ column and in theuser macro name column, there is the standard macro name.

8. ‘Macro’ Customising.

The In Tools ‘macros’ cannot be modified by the user, witch is only authorised to duplicate acurrent ‘macro’ and to rename it. To customise the new macro the user can attach to it a userfunction for bit manipulation (see: 10 defining user function). Note that the original ‘macro’ is notaffected after the ‘macro’ duplication.

8.1. Customising a ‘macro’

To customise a ‘macro’, perform the following actions:

8.1.1. click new button in the macro definition screen8.1.2. insert the new ‘macro’ name in the name box on the define user macros screen8.1.3. to attach a user function (this action is optional) to the new ‘macro’ click the

function button to open the select user macros screen in witch the user can choosethe appropriate function to attach

8.1.4. click save button to save the changes8.1.5. click close button

in the macro definition screen it can be seen the new user ‘macro’ with its new name in the usermacro name column. Note that, in this case, in the AutoCAD instrument block drawings the usermust type the user macro name (not the standard macro name).


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8.2. Editing a user ‘macro’

To edit a user ‘macro’, perform the following actions:

8.2.1. highlight a user macro name8.2.2. click edit button on the macro definition screen8.2.3. in the edit user macro screen (note the similarity with the define user macro

screen) perform the appropriate action like in the define user macro screen8.2.4. click ok button

8.3. Deleting a user ‘macro’

To delete a user ‘macro’, perform the following actions:

8.3.1. highlight a user macro name8.3.2. click delete button on the macro definition screen

9. Inserting a ‘macro’ to an external file

To insert ‘macros’ that point to the fields of an external file, the user must define an appropriateconnection type, and then he has to indicate to the software the external file name. Note that itmust be paid attention to the format of the external file.

9.1. Defining the connection type

To define a connection type, perform the following actions:

9.1.1. in the action pop-up menu select external macro connection to open the defineexternal macro source screen

9.1.2. select the appropriate DBMS in the DBMS box9.1.3. select the appropriate driver in the profile name box9.1.4. click on the directory icon to open the select external macro source directory

screen to select the directory in witch the software can find the user external file

9.2. Inserting the external file name in the drawing menu

To insert the file name in the drawing menu of each loop that make use of an external file,perform the following action:

9.2.1. Select a loop that contain blocks with macros that point to an external file9.2.2. Click the drawing button in the main toolbar to open the loop drawing screen9.2.3. Click the external macro button to open the select external macro source screen9.2.4. Type the file name in the macro source field of the screen and then click ok button

to confirm

9.3. Additional information about external macros

9.3.1. Each macro name starts with ‘_’ (underscore), followed by the actual field name ofthe source dbf file, in witch is stored the needed information


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9.3.2. the dbf table must contain a field named cmpnt_name (that is the research key ofthe database)

9.3.3. the macro insertion procedure in AutoCAD doesn’t change (see 5. To insert ‘macro’in AutoCAD drawings.)

9.3.4. on generation, in the generate loop screen, check the use external checkbox9.3.5. to look at the structure of the external file, see the file extDBF_fields.pdf9.3.6. to see the location of the external macros in each graphic block that we have

created, see the Appendix2

10. Defining user function

10.1. Creating a user function

To create a user function, perform the following actions:

10.1.1. in the tables pop-up menu, choose user function to open the user definedfunctions screen

10.1.2. in this screen click new button to open the new user defined function screen10.1.3. click insert button10.1.4. choose an ‘In Tools’ standard function in the standard functions box and click ok to

return on the new user defined function screen10.1.5. insert the function parameters (if required)10.1.6. insert function name, abbreviation and description in appropriate boxes10.1.7. click ok button to return on the user-defined functions screen10.1.8. click close on the user-defined functions screen

10.2. Editing a user function

To edit a user function, perform the following actions:

10.2.1. highlight the function to edit10.2.2. click edit button on the user defined function screen10.2.3. insert the new data acting like in the new user defined function screen.

10.3. Deleting a user function

To delete a user function, perform the following actions:

10.3.1. highlight a user function, on the user-defined function screen10.3.2. click delete button and confirm this action10.3.3. click close button10.3.4.

11. Creating block types.

To assure a good organisation of data, InTools allows the user to define some block types towitch he can associate the blocks that will be created. It can be defined two categories of blocktypes, general blocks and component blocks. The two default general blocks, border and logo,must be defined as general block types.


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To create a block type perform the following actions:

11.1.1. click blk types button on the loop drawing toolbar to open the block type screen11.1.2. in this screen click new button to open the new block type screen11.1.3. insert the block type name and description in the appropriate boxes11.1.4. to create a general block type, check the general check box11.1.5. click ok button

to edit a block type, the user must highlight it in the block type screen, and then click edit buttonto open the edit block type screen, in witch he can edit the block type acting like in the new blocktype screen. Moreover clicking delete button in the block type screen, after having highlighted ablock type name, it will be deleted. Note that the two default general block types (logo an border)cannot be deleted (In Tools don’t allow it!)

12. Creating a block

To create a new block perform the following actions:

12.1.1. click blocks button on the loop drawing toolbar to open the blocks screen12.1.2. in the block type box search for a block type to display all blocks associated to

each block type12.1.3. check the show all block types check box to display all current blocks of each type12.1.4. click new button to open the new block screen12.1.5. insert the new block name and description in the appropriate boxes12.1.6. in the block type box the user can choose the block type to witch he want

associate the new block12.1.7. in the file box it’s possible to insert the name and the path of the AutoCAD file to

attach to the new block. Researching of the correct path is performed by clicking thedirectory icon in the file box too, allowing the user to browse his directory tree

12.1.8. click view button to display the AutoCAD drawing (note that in this case In Toolscall AutoCAD to perform this action)

12.1.9. when finish click close button

To edit an existing block highlight it on the blocks screen and then click edit button to open theedit block screen in witch the user can act like in the new block screen. To delete a block the usermust highlight it and then click delete button on the blocks screen. Note that it can be displayedthe AutoCAD drawing associated to a single block directly in the blocks screen, simply clickingview button in the same screen.

13. Associating a block to an instrument type.

To associate a new block to an instrument type perform the following actions:

13.1. click associate button on the loop drawing toolbar to open the attach block toinstrument type screen.

13.2. Scroll the instrument type column to search the instrument type, to witch the userwant to attach a block, and highlight it


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13.3. Click attach button to open the add block to instrument type screen13.4. In the block type box, search for the block types, then highlight the desired block to

attach13.5. Click ok button13.6. When finish, click close button

To clear a current association between an instrument type with its block, the user must highlightthem in the attach block to an instrument type screen, and then click the detach button.When a block is associated with an instrument type, all the instruments that in the instrumentindex module were defined of the same type, will be automatically associated with the same block(see also 14 selecting a loop).

14. Selecting a loop

To select a particular loop it must be followed the next steps:

14.1. click select loop button on the loop drawing toolbar to open the enter loop numberscreen

14.2. Check the loop (block) button to activate the research per loop (block).14.3. click search button to open the search screen (obviously if the user knows the loop

number that he are searching, he can insert this number directly in the appropriate box,and then click ok button).

14.4. Check the plant (unit) button to activate the research per plant (unit).14.5. Click the search button14.6. Highlight the desired loop (it’s possible to select more then one loop according to

the computer resources)14.7. Click ok button

At this point appears on the screen the loop drawing manager, with the icons representing theloops that have been chosen. A double click on a loop icon allows the user to expand the loop inthe succeeding level, in which there are the loop instruments (note that another double click onthe same icon collapses the loop icon to the original situation). With a double click on aninstrument icon, it’s possible to expand the loop manager tree at the third level, where it can beseen all the blocks connected to each instrument. Note that these blocks are displayed in twodifferent colours, green or red. Blocks assigned by instrument type are displayed in green, on theother side blocks assigned manually (see: 15 manually connecting a block to an instrument) aredisplayed in red.

15. Manually connecting a block to an instrument.

Block’s manual assignment to an instrument directly in the loop drawing manager, is very simple,in fact the user only must expand the chosen loop icon at the instrument level, and then mustperform the following actions:

15.1. highlight the instrument icon to witch the user want to assign a block manually15.2. click connect button on the loop drawing toolbar to open the add block to

instrument screen


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15.3. search on the block type box to select a block type15.4. choose a block name and highlight it15.5. click view button to display the AutoCAD drawing associate to it15.6. click ok button to complete the connection

Note that, after the connection, a new block icon (in red colour) appear linked to the instrumenticon.

16. Manually disconnecting a block from an instrument

Block’s manual disconnection from an instrument is already very simple; in fact the user mustperform the following actions:

16.1. highlight the chosen block icon16.2. click disconnect button on the loop drawing toolbar16.3. confirm the disconnection, when prompted to do so

17. Drawing

To insert data such as number of sheets, drawing reference, approvals and revision, the firstaction is to select a loop on the loop drawing manager, and then click drawing button on the loopdrawing toolbar to open the loop drawing screen.With the loop drawing screen open, perform the following actions:

17.1. Modifying the number of sheets of a loop drawing.

17.1.1. Click the edit button17.1.2. check the Single checkbox to put the loop drawing in only one sheet17.1.3. check the MultiSheet checkbox to put the loop drawing in more then one sheet17.1.4. in the multi-sheet case click the new button to insert the new sheets, then put in

the pertinent boxes the new data17.1.5. click ok to exit the screen

17.2. Maintaining revision of loop drawings.

To maintain revision of loop drawings perform the following actions:

17.2.1. click revision button to open the revision screen17.2.2. select a revision tracking method on the revision method box17.2.3. click new button to insert a revision and type in the new data17.2.4. click ok button to return on the loop drawing screen17.2.5. edit an existing revision, highlight it, click edit button and type in the new data


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17.3. Including general drawing reference.

To include general drawing reference perform the following actions:

17.3.1. click reference button to open the drawing reference screen17.3.2. to insert a new reference drawing, click new button to open the new drawing

reference screen, in witch the user can type the name and a brief description of thenew drawing. Click the ok button to return on the drawing reference screen

17.3.3. to edit an existing reference drawing, highlight it on the drawing reference screenand then click edit button to open the edit drawing reference screen in witch the usercan modify the current data. Click ok button to exit from this screen

17.3.4. to delete an existing reference drawing highlight it on the drawing reference screenand then click delete button to eliminate it

17.4. Client/vendors approvals.

To keep note of the client/vendors approvals, perform the following actions:

17.4.1. click approvals button to open the edit approvals screen17.4.2. complete the edit approvals screen as required and click ok to exit

18. Drawing generation

18.1. Generating a drawing

To generate a drawing the user must perform the following actions:

18.1.1. in the loop drawing manager highlight the loop that the user want to generate18.1.2. click generate button on the loop drawing toolbar to open the generate loop

screen18.1.3. choose the appropriate option in the generate loop screen18.1.4. click ok button

It can observe that, at this point, In Tools call AUTOCAD to generate the complete loop drawing.After the drawing generation, it can be seen that the ‘macros’ contained in the instrument blocksdrawings are replaced by the project data.

18.2. To view a loop drawing

Viewing a loop drawing without generating it, is possible performing the following actions:

18.2.1. in the loop drawing manager highlight the loop that the user want to view18.2.2. click view button on the loop drawing toolbar

Note that, in this case, AUTOCAD display the loop drawing without replacing the ‘macros’ withany project data.


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19. SmartLoop generation

This facility allows the user to generate a loop drawing without using any external CADapplication.

19.1. To generate a loop drawing with SmartLoop

To generate a loop with SmartLoop generation, perform the following actions:

19.1.1. in the loop drawing manager highlight a loop19.1.2. with a right click on the loop icon the user can open a pop-up menu19.1.3. in this pop-up menu, select SmartLoop to open the SmartLoop generator screen

in the SmartLoop generator screen will be displayed a complete loop drawing.

19.2. To modify project data with SmartLoop.

To modify some project data, the user can do it directly in the SmartLoop generator screen,performing the following actions:

19.2.1. move the cursor on the text line marked with grey colour19.2.2. when the cursor assume a pen’s form, click the mouse button19.2.3. an appropriate screen, according to the data type selected, will be opened,

allowing the user to insert the desired changes


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Field Name Type Width ie_dcs ie_gds ie_plc Export Field description

1 CMPNT_NAME Character 20 X X X E component name: tag number2 TAGNUM Character 17 X X X **************************************************3 LOOP Character 9 X X E loop name4 JUNC Character 25 X X E junction box5 WRE_WAY Character 10 X ???6 MSR_KURZ Character 9 X X **************************************************7 G_CODE Character 5 X gas detection system code8 DCS_KEY Character 5 X useless9 IS_TAG Character 18 X **************************************************10 IS_TYPE Character 15 X X I/O Module11 HW_IS_TYPE Character 15 X "useless"12 IS_ADR Character 12 X X I/O address => Network No. / Node No.13 IS_CHA Character 2 X X I/O slot14 IS_SIGNL Character 8 X E I/O signal type15 IS_MAIN Character 12 X DCS location16 IS_ID Character 12 X X I/O card identifier17 IS_MOD Character 12 X X I/O card cabinet18 IS_BLOCK Character 12 X X Cs Rack19 IS_P1 Character 4 X X I/O terminal20 IS_P2 Character 4 X X I/O terminal21 IS_P3 Character 4 X I/O terminal22 TS_MAIN Character 12 X I/O terminal strip location23 TS_ID Character 12 X X I/O terminal strip identifier24 TS_BLOCK Character 12 X X I/O terminal strip name25 TS_P1 Character 4 X X I/O terminal strip pin26 TS_P2 Character 4 X X I/O terminal strip pin27 TS_P3 Character 4 X X I/O terminal strip pin28 T2S_BLOCK Character 12 X I/O redundant terminal strip name29 T2S_P1 Character 4 X I/O redundant terminal strip pin30 T2S_P2 Character 4 X I/O redundant terminal strip pin31 MS_MAIN Character 12 X marshalling cabinet location32 MS_ID Character 12 X marshalling cabinet identifier33 MS_MOD Character 12 X marshalling cabinet34 MS_BLOCK Character 12 X X marshalling output terminal strip35 MS_P1 Character 4 X marshalling output terminal36 MS_P2 Character 4 X marshalling output terminal37 MS_P3 Character 4 X X Marshalling output terminal38 MI_MOD Character 12 X relay cabinet39 MI_BLOCK Character 12 X relay terminal strip40 MI_P1 Character 4 X relay terminal41 MI_P2 Character 4 X relay terminal42 MG_TAG Character 18 X barrier tag number43 MG_TYPE Character 15 X barrier type44 MG_CHAN Character 2 X barrier channel45 MG_SIGNL Character 8 X E barrier signal46 MG_EX Character 4 X E elctrical protection definition47 MG_KEY Character 50 X "useless"48 MG_MOD Character 12 X barrier cabinet49 MG_BLOCK Character 12 X X barrier terminal strip50 MG_P1 Character 4 X X barrier terminal51 MG_P2 Character 4 X X barrier terminal52 MG_P3 Character 4 X X barrier terminal53 MG_P4 Character 4 X barrier terminal


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54 MH_MAIN Character 12 X ???55 MH_ID Character 12 X ???56 MH_BLOCK Character 12 X ???57 MH_P1 Character 4 X ???58 MH_P2 Character 4 X ???59 MH_P3 Character 4 X ???60 MH_P4 Character 4 X ???61 XF_MAIN Character 12 X ???62 XF_ID Character 12 X ???63 XF_BLOCK Character 12 X ???64 XF_P1 Character 4 X ???65 XF_P2 Character 4 X ???66 XF_WIRE Character 2 X ???67 MF_MAIN Character 12 X marshalling cabinet location68 MF_ID Character 12 X X marshalling input terminal strip identifier69 MF_BLOCK Character 12 X X marshalling input terminal strip70 MF_P1 Character 4 X X marshalling input terminal71 MF_P2 Character 4 X X marshalling input terminal72 MF_P3 Character 4 X X marshalling input terminal73 MF_P4 Character 4 X marshalling input terminal74 TF_MAIN Character 12 X ???75 TF_ID Character 12 X ???76 TF_BLOCK Character 12 X ???77 TF_P1 Character 4 X X ???78 TF_P2 Character 4 X X ???79 TF_P3 Character 4 X X ???80 TF_P4 Character 4 X ???81 TF_WIRE Character 2 X ???82 REV Character 3 X revision83 ELCONREV Character 5 X revision84 SYST_CABLE Character 25 X X Cable connecting MP with FTA85 TS_BLK Character 12 X auxiliary to ts_block86 BEZD1 Character 18 X GDS type description87 BEZD2 Character 14 X GDS type description88 GDS_TAGNUM Character 17 X **************************************************89 SCC Character 2 X control room90 US Character 12 X ???91 GER_BEZ Character 26 X instrument type in InTools92 E_LOC Character 13 X junction box93 IF_TYPE Character 15 X GDS card type94 GDS_IS_TYP Character 15 X GDS card model95 YF_P1 Character 4 X GDS terminal96 YF_P2 Character 4 X GDS terminal97 YF_P3 Character 4 X GDS terminal98 XS_ID Character 13 X GDS cabinet identifier99 XS_BLOCK Character 10 X GDS terminal strip

100 XS_P1 Character 4 X GDS terminal strip pin101 XS_P2 Character 4 X GDS terminal strip pin102 ANS Character 1 X ???103 COSP Character 5 X GDS alarm set104 IND Numeric 20 X GDS address105 INTERLOCK Character 7 X interlock106 IO_CONF Character 1 X PLC card type107 RACK Numeric 20 X PLC rack


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108 POS Numeric 20 X PLC slot109 NEW_POS Character 7 X PLC card110 CHAN Numeric 20 X PLC channel111 QUALIFICAT Character 16 X ???112 CABINET Character 12 X PLC cabinet name113 FTACABLE Character 10 X FTA cable114 FTACABCON Character 3 X FTA code115 FTACON Character 3 X FTA connector116 RACKCON Character 10 X rack connector117 REC Numeric 20 X ???118 FTA_FSC Character 8 X FSC identifier119 PINS_CBL_P Character 3 X FTA pin120 PINS_CBL_M Character 3 X FTA pin121 TB_MDF Character 8 X marshalling cabinet122 PINS_TB_P Character 3 X barrier terminal strip pin123 PINS_TB_M Character 3 X barrier terminal strip pin124 TERMROW Character 12 X marshalling input terminal strip125 HW_TERMROW Character 12 X marshalling input terminal strip126 PIN Character 5 X connector127 TERMS_P Numeric 20 X marshalling input terminal128 TERMS_M Numeric 20 X marshalling input terminal129 BARRIER Character 2 X barrier name130 MDF_S Character 12 X marshalling cabinet identifier131 HW_MDF_S Character 12 X control room cabinet name132 RELAY Character 1 X ???133 RELAY_NAME Character 6 X ???134 REL_CON_P Character 3 X ???135 REL_CON_M Character 3 X ???136 REL_COIL_P Character 3 X ???137 REL_COIL_M Character 3 X ???138 PAGE Character 2 X ???139 TYP_BAR Character 25 X barrier type140 MDF_E Character 12 X marshalling input terminal strip identifier141 HW_MDF_E Character 12 X marshalling input terminal strip142 TB_BLOCK Character 4 X marshalling ouput terminal strip143 TYP_CARD Character 9 X PLC card type144 TYP_REL Character 9 X relay type145 TS_TAG Character 20 X cs tag name146 TS_CABINET Character 12 X FTA cabinet name147 TS_FTAPOS Character 10 X FTA position148 TS_MDL Character 20 X FTA Strip Model149 IS_NETNO Character 5 X X Cs network number150 IS_HPM Character 10 X X Cs type HPM151 IS_CNL Character 5 X I/O Channel152 CONV_NAME Character 20 X Convertor name153 CONV_PI1 Character 5 X Convertor input terminal154 CONV_PI2 Character 5 X Convertor input terminal155 CONV_PI3 Character 5 X Convertor input terminal156 CONV_PO1 Character 5 X Convertor output terminal157 CONV_PO2 Character 5 X Convertor output terminal158 CONV_PO3 Character 5 X Convertor output terminal159 CONV_CBNT Character 20 X Convertor Cabinet160 TMP_CBNT Character 20 X MP for termoresistor161 TMP_STPI Character 20 X MP Input strip name


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USER MANUAL



162 TMP_STOP Character 20 X MP output strip name163 TMP_IN1 Character 10 X MP Input term no.164 TMP_IN2 Character 10 X MP Input term no.165 TMP_OT1 Character 10 X MP output term no.166 TMP_OT1 Character 10 X MP output term no.