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User’s Manual

INtools Website

Slide Show Demonstration of Data Exchange Process (zip file 736KB)

How to set up my INtools project to use the FIRSTVUE interface

What if I've installed the FIRSTVUE interface but specification form 70 is still not available?

What if my project is not using spec 70?

Tips/Troubleshooting

Intergraph® SmartPlant Instrumentation Interface

Fisher Controls and Intergraph have developed an electronic interface with Intergraph’s SmartPlant Instrumentation (formely INtools®) software. The information on this page refers to FIRSTVUE but also applies to Fisher's latest control valve sizing program, Fisher® Specification Manager.

All of the data on the ISA Control Valve Specification Sheet (S20.50) as well as additional fields required for ISA Sizing are included in this interface. By electronically exchanging this large amount of data, significant savings in both time and money are possible. Also, data entry errors are reduced by eliminating the re-keying of data.

Here is how the process works in a typical implementation:

  1. Process data should be entered in the Process Data module in INtools.  The Process Data module manages the process data and applies it correctly to the spec sheet.  Control valve specification data is entered into INtools specification form 70 (not the default INtools control valve specification form).   Click here if you have not set up the FIRSTVUE interface for your INtools project. Click here if you have set up the INtools interface but specification form 70 is not available for your project.
  2. Data is exported to a text file via the "Fisher FIRSTVUE" menu option within INtools. (See "Interfaces-Export" under the "Tools" menu item within INtools. This option should be available when a control valve is highlighted when browsing the INtool index - click here for instructions on setting up the FIRSTVUE interface if it is not set up already for your project).
  3. File is imported into FIRSTVUE.  No mapping file is needed if steps 1 and 2 above were followed.
  4. Valves are sized and selected in FIRSTVUE using ISA Sizing & ISA Spec Sheet
  5. Specification sheet data is exported from FIRSTVUE to a text file.  Use the intools.csm map in the export in FIRSTVUE if you would like to view and edit the data in MS Excel.   (right click here and select "save target as" to download the intools.csm map file.)
  6. Data from step 2 (from INtools to FIRSTVUE) and step 5 (from FIRSTVUE to INtools) can be compared with Fisher's file comparison utility. (This step is optional)
  7. File is imported back into INtools via the INtools import routine using the "FIRSTVUE" hot button. (click here for instructions on setting up the FIRSTVUE interface if it is not set up already for your project).

All of these steps can be performed by our customers. However, Fisher recommends that our Representatives be allowed to perform steps 3 through 5. This will allow our customers to achieve the maximum time and money savings possible. Data files can easily be exchanged via e-mail.

 

Tips/Troubleshooting:

1. Certain fields must match for INtools to import the data. If you're running the import module successfully, but your actual data sheet in INtools does not reflect the imported data, check the fields below in your import file to make sure that the values are the values that you are expecting. Fisher software exports the values that were originally exported from INtools. If the values in the Fisher export file are not expected values, you may have a problem with INtools exporting blank or erroneous values in the first place. You may manually correct the values on the Fisher export file and then import. You may also want to contact Intergraph to correct the problems in INtools. You may need to update your version with a service patch from Intergraph.

INtools fields that must be present and matching in the Fisher export file in order to import data into INtools:

1. ProjectName

2. PlantName

3. AreaName

4. UnitNumber

5. ProjectUnit

6. LoopName

7. MeasuredVariable

8. ItemTag

9. InstrumentTypeName

 

2. The import module may tell you that "Case ID" or "Case Number" is a problem when running the import. INtools made a change after the Fisher interface was built to accommodate for different process data cases. The import module looks for data to define which "case" you want the data to import to. To work around the issue, open the links for the FIRSTVUE interface in the import module. The calculation and spec sheet links include fields for "case" in the mapping. Map these to '' (two single quote marks). This will default the case value and satisfy the import module so that you can import the data.

3. Data imports into the wrong fields in the Fisher program. The interface built into INtools is based upon the use of spec form 70 inside of INtools. This is an ISA spec sheet for control valves. The user defined fields on the spec form 70 are mapped to field names used in the Fisher program. If another spec sheet is used or if spec 70 is modified on the project, the fields mapping may need to be corrected.

4. The export file from the Fisher program may be opened in excel. Please note if excel provides a warning that reads "File not loaded completely". This can occur if more that 256 fields were exported (function of the mapping used to export the values). If you get this warning, you are free to read the file in excel, but saving in excel will result in loosing fields that were beyond the 256 displayed. Note that you can use notepad or other text editing files to edit and save also.

5. INtools has a utility that allows you to rename the units of measure when you export or import data. This mapping has already been done for the FIRSTVUE interface with spec 70, but will need to be done if you are using an import link other than the FIRSTVUE link (ie, a custom link to interface with a different spec form). Failure to use this renaming utlity when using a link other than the FIRSTVUE link will result in a failed import when the data is imported into FIRSTVUE because FIRSTVUE will not understand the INtools units of measure.

The utility is located in the import module. In order to access this, select the import link (ie, a custom link created for the project) that you would like to modify the units of measure for. Now select the system codes selection in the main menu. Now select Adapt UOM codes. This will provide a list of all of the units of measure used in INtools with space to enter the matching FIRSTVUE units.

For a complete list of units used in FIRSTVUE, click here.

6. Process data fields are managed by the process module.  This controls the variations of data that are required for gas/vapor vs liquid, for example.  Failure to enter process data in the Process Data module will result in the omission of critical fields like compressibility and other fields that are critical to sizing control valves.

7. Be sure to close the csv file from FIRSTVUE prior to importing it into the import module. Failure to do so will result in an error similar to the one below. In this event, simply close the csv file and try again. This error can also be a result of conflicts with the file name (special characters or blanks in the file name or folder) or even if the path to the file name is too long. If your csv file is closed and you get this error, try renaming the file and folders in the path and moving the file to a directory with a shorter path. If the message persists, contact Intergraph support.

 

 

8.  Note that multiple Fisher fields can be mapped to import into a single field in INtools.  The links in the import module can be written such that more than on Fisher field is mapped to a single INtools field.  The import module will concatenate the two Fisher fields and assign the resulting value to the INtools field.  Text can also be inserted as needed; for example, Fisher's lower and upper benchset values can be imported into a single INtools field as 'minbenchrange'+' - '+'maxbenchrange' to import a bench set of '3 - 15' into one field for bench set in INtools.

 

 

 



Last Updated 11/12/08


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