OIW-EX Series of Oil In Water Analyzers MiView Handbook Document code: OIW-HBO-0013 Version: EX July 2013

Transcription

1 OIW-EX Series of Oil In Water Analyzers MiView Handbook Document code: OIW-HBO-0013 Version: EX July 2013 Tel: +44 (0)

2 Document History Change No. Version No. Description Month & Year Released 0 0 Draft document Jan Release after review June Release after review Feb Updated for homogenization Imaging July 2013 Tel: +44 (0) Page 2 of 69

3 100-S 1000-S 100-P 1000-P Handbook Descriptions This handbook is part of a library of handbooks that cover the full operation of the OIW-EX Series of products. The table below indicates the handbooks available. Please ensure that you have read all handbooks required for your job function. NOTE: Please ensure you have the latest version of these documents. Password protected copies of the documents together with a table of the latest revisions are available on-line via the following link: then click on Documents on the left hand side of the screen. The passwords may be obtained directly from Advanced Sensors Ltd. Code Handbook Description OIW EX Model OIW- HBO Side Stream Installation 0002 User 0003 Data Logging 0004 Remote Access 0005 Spectrometer 0006 Wireless Controller 0007 Flush Valve 0008 Dual Flow 0009 Microscopy 0010 HART 0011 In-Line Probe User 0012 In-Line Probe Installation 0013 MiView Hardware related details required for the physical installation of the side stream OIW-EX Series of units. An overview of the operation of the OIW-EX Series of products and details how to configure the unit. Details how to access and examine the data log and system log files. Includes how to use Advanced Sensors LogView and SamTrack software tools and calibration details. Details how to access and control the OIW-EX Series of units remotely. Details how to operate and configure the spectrometer and how to access and examine the associated Spectrometer files. Includes how to use Advanced Sensors SpAn software. Details the set up and use of the handheld wireless controller. O O O O Details the operation of units when a Flush Valve is fitted. Details the operation of units when used in a Dual Flow Mode. O O Details the operation of units fitted with the Microscopy system and how to examine the microscopy files. O O Details the HART commands implemented, for use with units fitted with a HART modem interface. O O O O An overview of the operation of the OIW-EX P Series of products and details how to configure the unit. Hardware related details required for the physical installation of the in-line probe OIW-EX P Series of units. Details on how to use the client software for Microscopy Analysers O O O Key Required Optional Extra Not applicable Tel: +44 (0) Page 3 of 69

4 Symbols used in this handbook The following symbols are used in this document to indicate special information: Warning : An instruction that draws attention to the risk of injury or death Caution: An instruction that draws attention to the risk of damage to the product, process or surroundings. Note: Clarification of an instruction or additional information. Information: Further reference for more detailed information or technical details. NOTE: Although Warning hazards are related to potential personal injury, and Caution hazards are associated with material damage, it must be understood that operation of damaged equipment could lead to personal injury or death. All Warning and Caution hazards must be complied with. Tel: +44 (0) Page 4 of 69

5 Table of Contents OIW-EX SERIES OF... 1 OIL IN WATER ANALYZERS... 1 MIVIEW HANDBOOK... 1 TABLE OF CONTENTS... 5 SECTION 1 - OIW-EX SERIES - MIVIEW HANDBOOK Introduction... 8 SECTION 2 MIVIEW OVERVIEW Introduction SECTION 3 HOME PAGE Logging On SECTION 4 LIVE VIEW Menu - Home Button Menu Connect - to an Analyser Menu-View Configuration Average Results Menu-Time Period System Status Warning Levels Microscopy Results Charts and Image Panel Area Image Control Microscopy Trending Data Control Microscopy Distribution Control PPM Trending Control Tel: +44 (0) Page 5 of 69

6 4.13 Spectra Control Chart Mouse Options SECTION 5 MICROSCOPY DATA VIEW Menu File - Open Image Control Trending Control Trending Series Select Trending Axis Options Chart Mouse Options Distribution Controls Chart Type Curve Type Axis Options Chart Mouse Options Time Control Results View Save Report Dv/Dn Results SECTION 6 IMAGE REPROCESSING Open Image Process an Image View Menu Options Tools Contrast Brightness Shape, Sharpness and Gas Factor Save Configuration File Save Data Save Report SECTION 7 BATCH IMAGE REPROCESSING Adding Images Clearing Files Tel: +44 (0) Page 6 of 69

7 7.3 Processing Images View Distribution Selecting on Each File Right Click on Results Dialog Right Click on Results Dialog Save PDF SECTION 8 FLU PPM CALIBRATION Entering Data Setting Curves Calibration Results Save Calibration File Menu Option Save Results to PDF Graph Mouse Options MICROSCOPY PPM CALIBRATION Entering Data Save Calibration Save Results to PDF FLU TOO PPM APPLICATION MULTIANALYSER VIEW Search Add Analyser View Graph Time Select Graph Data COMPARE ANALYSERS Search Add Analyser Tel: +44 (0) Page 7 of 69

8 View Graph Time Selecting Analysers Select Data Type To Compare APPENDIX OIW-EX Contact Details Section 1 - OIW-EX Series - MiView Handbook Introduction This MiView Handbook provides user information on the MiView Client Software for used with the Advanced Sensors Microscopy Analyser. Tel: +44 (0) Page 8 of 69

9 Tel: +44 (0) Page 9 of 69

10 Section 2 MiView Overview Introduction MiView Client Software is a software toolset that contains a number of applications that provide the user with the ability to review real time and historical data from an Advanced Sensors Microscopy Analyser. It also contains applications for calibrating both the fluorescence and microscopy PPM. Tel: +44 (0) Page 10 of 69

11 Section 3 Home Page When the software is loaded the Home Page will appear as shown in figure 3.1. From here the user can login, view a description of each application and load an application. Figure 3.1. Home Page By default the Help and About applications are available without logging on. 3.1 Logging On To enable access to the various applications user must enter a password and then click on the Log In Button as seen in figure 3.2. A password can be obtained from Advanced Sensors contact details can be found in the About application. Figure 3.2. Log in area Tel: +44 (0) Page 11 of 69

12 3.2 Application Selection The Application Select panel on the left of the home page as shown in figure 3.3 will populate with more applications after the user has logged in. Figure 3.3. The Application Select Panel To View a description and image off the application hover over the application and the button will highlight blue. The application description will be displayed in the application preview area as seen in figure 3.4. Application Preview Area Figure 3.4. The Application Preview Area To start an application just click on the application on the application select panel. Tel: +44 (0) Page 12 of 69

13 Section 4 Live View Live View allows the user to review real time data from an analyser that has been connected over the network to the client PC that is running MiView. Live View window is split into three sections as shown in figure 4.1. System Status Charts + Imaging Panels Results and System Info Figure 4.1. Live View Application Tel: +44 (0) Page 13 of 69

14 4.1 Menu - Home Button The Home button when clicked will return the user to the Home Page. 4.2 Menu Connect - to an Analyser To connect to an analyser click on Connect button in the Menu and the dialog shown in figure 4.2 will appear in the centre of the screen. Figure 4.2. Analyser Connection Control Enter the IP address of the analyser in the Analyser Address text box. Then enter the name of analyser s computer in the Analyser Name text box. Click on close button and if the information is correct the data from the analyser will populate Live View in real time, otherwise the dialog in figure 4.3 will appear. Figure 4.3. Connection Error Message Tel: +44 (0) Page 14 of 69

15 4.3 Menu-View View Menu option gives access to the average data from the analyser and view the configuration. Figure 4.4. View Menu Options Configuration By clicking on the Configuration button, information on the Analyser Microscopy Configuration options can be viewed as seen in figure 4.5, this will appear in the centre of the Live View window. For full information on what the configuration data means please review the Microscopy Handbook code OIW-HBO-009. The user can not edit this data. Figure 4.5. Microscopy Configuration View Control Tel: +44 (0) Page 15 of 69

16 4.3.2 Average Results Information for average results over the time period selected by the Time Period menu. Figure 4.6. Average Results Dialog 4.4 Menu-Time Period Changing the time period changes the ranges that the trending and distribution charts are displayed over. This also affects the Average Result data. Figure 4.7. Time Period Menu Items Tel: +44 (0) Page 16 of 69

17 4.5 System Status The System Status Panel at the top of Live View displays the current status of analyser as shown in figure 4.8 From top to bottom System Serial- Serial Number of the Analyser System Model Model Number of the analyser System Status- Current Cycle Position of the Analyser Figure 4.8. System Status Tel: +44 (0) Page 17 of 69

18 4.6 Warning Levels Figure 4.9 shows the global warning level of the analyser in traffic colour coded system. Figure 4.9. Warning Level Global Traffic colours By Clicking on the traffic colour control, a warning control will appear as in figure This displays warning levels for three different types of warning PPM Alarm Fluorescence PPM for an EX1000M/EX100M and selected object type Image PPM value for an EX400M Water Status Alarm The Water Status alarm is raised when Fluorescence spectrum shape goes outside a threshold value Microscopy Alarm Alarm for the size/ppm of Oil, Solids and Gas and turbidity of the produced water. For more information please refer to Microscopy Handbook code OIW-HBO-009. Figure Warning Level Control Tel: +44 (0) Page 18 of 69

19 4.7- Microscopy Results Figure 4.11 (a) displays the results for the last image Cycle. Figure 4.11 (b) as follows: PPM Current Fluorescence PPM value for an EX1000M/EX100M and the current selected object type Image PPM value for an EX400M FLU PPM Todays Average Average Fluorescence PPM value for today for an EX1000M/EX100M and the average selected object type Image PPM value for today for an EX400M Temperature Current temperature of the produced water inside the chamber (a) Figure Results from the analyser (b) Tel: +44 (0) Page 19 of 69

20 4.8 Charts and Image Panel Area The Charts and Image Panel Area displays data from the Microscopy Analyser as seen in figure Top Plane Bottom Plane Figure Charts and Image Panel Area There are two planes which are duplicative of each other. This allows the User to view for example a raw image in the top plane and the processed image in the lower plane. There are up to 7 controls in each plane; to view each control the user can cycle through them be clicking on the left and right green arrow as seen in figure The arrows visibility will increase when the mouse hovers over it. Figure How to cycle through the controls 4.9 Image Control Tel: +44 (0) Page 20 of 69

21 The control displays the last image that has been processed by the analyser. The image can be viewed in raw by clicking on the View Image button, to view the processed image click on the View Processed button. In the processed image objects are labelled as follows: Object Type Oil Solids Gas Object Colour Blue Red Green The Image Number is for the current cycle, which is the nth image in the cycle. The Image Date is the time the image was taken. The Control can be made full screen by clicking on the Full Screen Button. Figure Image control Tel: +44 (0) Page 21 of 69

22 4.10 Microscopy Trending Data Control The trending data Control as shown in figure 16 plots microscopy data over the last n time period since the last result. Values are plotted for Oil, Solids and Gas in blue, red and green colours respectively. The time period can be changed as described in section 4.4. Data type can be viewed by changing the combo box in figure For information on the data types refer to Microscopy Handbook code OIW-HBO-009. Figure Microscopy Trending Data control Figure Microscopy Trending Data Types Tel: +44 (0) Page 22 of 69

23 4.11 Microscopy Distribution Control For the distribution control diameter (size) of the object is plotted in a frequency and/or cumulative curves. In each control plane three controls will be displayed next to each other for Oil, Solids and Gas. The type plot can be changed by selecting on the three options on the top left of the control. The time period can be changed as described in section 4.4. Distribution Axis Cumulative Axis Figure Microscopy Distribution Control The range of the x-axis can be changed by clicking on the Change Axis button. By default the x-axis range will be set to auto Tel: +44 (0) Page 23 of 69

24 4.12 PPM Trending Control PPM Trending control in figure 4.18 displays the Oil Fluorescence PPM for the EX1000M/EX100M. For the EX400M main Image PPM (Microscopy Oil, Solids or Gas) is displayed. The time period can be changed as described in section 4.4. Figure PPM Trending Control Tel: +44 (0) Page 24 of 69

25 4.13 Spectra Control The spectral control displays the latest spectrum taken from the analyser. Figure Spectral Control 4.14 Chart Mouse Options Hold Left Mouse Button on the Chart Allows the users to view the data point of the particular series as seen in figure Figure Data Point Dialog Right Click On the Chart Gives the user three options Copy Copy a bitmap image of the chart for pasting into Microsoft Word for example Send to Excel Saves chart data as an Microsoft Excel file and opens it for editing Saves Data as CSV- Saves chart data in a.csv file Figure Right Click Options Tel: +44 (0) Page 25 of 69

26 Section 5 Microscopy Data View Microscopy Data View allows the user to load in historical images as well as trending and distribution data from an Advanced Sensors Microscopy Analyser. To start Microscopy Data View log in from the Home Screen and on the Application Select Panel select Microscopy Data View. The Microscopy Data View Window will open as shown in figure 5.1. The application contains 3 types of controls which are loaded by either connecting to the analyser local storage over the network, or by saving the data from the analyser on a memory stick and then load it from memory a stick on the remote PC. Please refer to Microscopy Handbook code OIW-HBO-009 for the physical location of Microscopy Data on the analyser. Image Viewer Control Trending Control Distribution Controls Figure 5.1. Microscopy Data View Window Tel: +44 (0) Page 26 of 69

27 5.1 Menu File - Open To load data the File Menu Open Button must be clicked (figure 5.2). This loads the Dialog shown in figure 5.3. Figure 5.2. File Menu Options File Area Figure 5.3. File loading Dialog The file loading dialog gives five different options Open File Button Allows the user to select a single or multiple data file for loading. The Microscopy data file information is loaded into the File Area in the right of the dialog. Open Folder Clicking this button the user selects a folder and the software will auto find all the Microscopy data files in the folder and it sub folders. Clear All Data Clears all the data loaded into the File Area on the right of the dialog Tel: +44 (0) Page 27 of 69

28 Back Goes back to the Microscopy Data View without loading the files in the File Area Load + Close Loads the files from the File Area to the controls in Data View Image Control Once image files are loaded onto the Image Control images are selected by firstly clicking on the date of the image in figure 5.4 and then on the Run Number in figure 5.5. To move between different dates and run numbers click on the folders to the left and right of the folder in the centre of the screen. Figure 5.4. Image Control Date Select Tel: +44 (0) Page 28 of 69

29 Figure 5.5. Image Control Date Select The image select is shown in figure 5.7 To navigate through the 3D image panels click with the mouse on the images either side of the central image. The microscopy results of the central image are displayed below the 3D image panel. To make the control full screen click on the Full Screen button in the Image Control Menu Options. To view the processed Images click on View All button in the Image Control Menu Options. To view the raw images click on the View Image button in the Image Control Menu Options. Figure 5.6. Image Control Menu Options Tel: +44 (0) Page 29 of 69

30 Figure 5.7. Image Control Date Select Clicking on the Select Screen button changes the view of the control as in figure 5.8. From select screen the user can zoom in and out of the image by clicking on the Zoom In/Out buttons as seen in figure 5.9. The Show Grid button places a yellow grid over the image with the axis showing the grid size in um. Clicking on Process Image button sends the image to the Image Reprocessing application so that the image can be reprocessed, see section 6. Tel: +44 (0) Page 30 of 69

31 Figure 5.8. Image Control Menu Options Figure 5.9. Image Control Menu Options Tel: +44 (0) Page 31 of 69

32 5.3 Trending Control Trending Data for Oil, Solids and gas are displayed in the Trending Control shown in figure Figure Trending Control. The data type displayed can be changed by selecting on the Select Chart Type In the Trending Menu, figure 5.11 shows the options that can be selected. Please refer to Microscopy Handbook code OIW-HBO-009 for details of the data types. By Clicking on the Full Screen Menu Option the Trending Control is displayed in full Screen Mode. Tel: +44 (0) Page 32 of 69

33 Figure Chart Type Menu Option Tel: +44 (0) Page 33 of 69

34 Trending Series Select By clicking Series Select on Trending Control menu the display of Oil, Solids, Gas and Fluorescence data can be selected for each water line and homogenisation phase, as shown in figure By clicking on the boxes the trending data is removed when the box is white and displayed on the graph with the colour that the box goes to when selected. Figure Trending Series Select Dialog Trending Axis Options The y-axis on the Trending chart can be edited by clicking on Axis Options on the Trending Control Menu option. By Checking on the Fixed Axis On the y-axis will be fixed to min and max values set in the Trending Axis Setting figure 5.13, otherwise the axis will be auto set. Tel: +44 (0) Page 34 of 69

35 Figure Trending Axis Setting Chart Mouse Options Hold Left Mouse Button on the Chart Allows the users to view the data point of the particular series as seen in figure Figure Data Point Dialog Right Click On the Chart Gives the user three options Copy Copy a bitmap image of the chart for pasting into Microsoft Word for example Send to Excel Saves chart data as an Microsoft Excel file and opens it for editing Saves Data as CSV- Saves chart data in a.csv file Figure Right Click Options Tel: +44 (0) Page 35 of 69

36 5.4 Distribution Controls There are three Distribution controls in the Microscopy Data View application, for each of the objects types Oil, Solid and Gas. Figure 5.16 Shows the one of the distribution controls with data loaded into it. By clicking on the Line/Homo option the data can be displayed for each water line and for either homogenisation on or off. Figure Distribution Control By Clicking on the Full Screen Menu Option the Oil, Solids or Distribution Control can be set to full screen mode. Figure Menu Options for Distributions Controls Tel: +44 (0) Page 36 of 69

37 5.4.1 Chart Type The data type displayed can be changed by selecting on the Select Chart Type combo box; the type can be changed between Diameter, Area, Volume and Shape. Figure Chart types for Distributions Controls Tel: +44 (0) Page 37 of 69

38 5.4.2 Curve Type The type plot can be changed by selecting on the three options Curve Type Distribution Menu Option. Figure Curve types for Distributions Controls Axis Options To change the axis click on the Change Axis a change axis dialog will appear as shown in figure Figure Change Axis Dialog Chart Mouse Options See section Tel: +44 (0) Page 38 of 69

39 5.5 Time Control By clicking on the Time Period Menu option the Time Period dialog is display as shown in figure Changing the time/date region changes the data in the Trending Control, Distribution Controls and Results View to only include data from the time/date range selected. Figure Time Period Menu 5.6 Results View By clicking on the Results in the View Menu Option (figure 5.22) the Results View Dialog is displayed as in figure Results View displays the average data from the trending data logs over the period set by the Time Period Control. Data can be copy and send to Excel from the dialog Figure Results View Menu Option Tel: +44 (0) Page 39 of 69

40 Figure Results View Dialog Tel: +44 (0) Page 40 of 69

41 5.7 Save Report Clicking on the Save Report from File Menu option raises the Save Report Dialog. This allows the user to select what information is to be included in the report. Report will be saved in PDF format. The images included in the report will be selected at random from the data set. Figure Save Report Dialog Tel: +44 (0) Page 41 of 69

42 5.8 Dv/Dn Results Clicking on View and then on the Dv/Dn Results displays the dialog shown in figure Dv Run- is the average of each Dv result for every run of the data loaded Dv Total- Take all the objects for all the runs and finds the Dv values. In general this will be higher than the Dv Run values Dn As the Dn for the average of each run and the total of all the objects for all the runs is the same, just Dn is given. Figure Dv/Dn Results View Tel: +44 (0) Page 42 of 69

43 Section 6 Image Reprocessing Image Reprocessing Application allows previously process images to be reprocessed using different settings. This application allows the user to: 1. Adjust the microscopy parameters safely, to find out which settings will suit your system 2. Learn what affect the parameter have on the processed image result 3. Look at detail at individual objects found in the image 4. Save results of the newly processed image 5. Save a configuration file for export to the OIW Microscopy Analyser 6. Save a PDF report of the processed results To start Image Reprocessing application log in from the Home Screen and on the Application Select Panel select Image Reprocessing. The Image Reprocessing Window will open as shown in figure 6.1 Menu Configuration Panel Image Display Results Panel Figure 6.1. Image Reprocessing Application Tel: +44 (0) Page 43 of 69

44 6.1 Open Image To open images click the Open button in the File in Menu. Figure 6.2. Open Image Menu Option 6.2 Process an Image To process an image click on the Process button, the image will be processed with objects in the image following this colour code. Object Type Oil Solids Gas Object Colour Blue Red Green Tel: +44 (0) Page 44 of 69

45 6.3 View Menu Options View Raw/Processed Image To change between the raw and processed image click on the button View Processed in figure 6.3. Zoom In/Out To zoom in click on the Zoom In button and to zoom out click on the Zoom Out button Grid Display To remove and display the grid click on the Remove Grid button Extended Results Extended Results displays addition results on the processed image at the bottom of the application as shown in figure 6.4 Calibration Properties Calibration properties dialog is shown in figure 6.4. It is important that the calibration information matches the calibration properties on the analyser that the image was taken. Figure 6.3. Image View Controls Tel: +44 (0) Page 45 of 69

46 Figure 6.4. Calibration Properties and Extended Results 6.4 Tools The action the mouse takes when it is over the image can be changed by select the various option in Tools Menu option, as seen in figure 6.5. Figure 6.5. Tools Menu Options Select The mouse arrow will be display over the image. Tel: +44 (0) Page 46 of 69

47 Info When the Info button has been clicked, moving over an object in the image will cause information on that object will be displayed as in figure 6.6. Figure 6.6. Object information Measurement Tool Clicking on the Measure button allows the user to measure distances in the image as shown in figure 6.7. To measure hold the left mouse button down on the start position and move the mouse to the end position and let go of the left mouse button. An orange line will be drawn on the image to represent the length. Measurement Value Figure 6.7. Image Measurement Measurement Line Tel: +44 (0) Page 47 of 69

48 6.5 Contrast Brightness To Change the contrast and brightness of the image click on the Contrast Brightness Menu option, an Contrast Brightness control will appear as shown in figure 6.8. Changing the contrast or brightness will have no affect on the processing of images. Figure 6.8. Contrast Brightness control 6.6 Shape, Sharpness and Gas Factor These factors will affect what objects are found in the image. Please refer to Microscopy Handbook code OIW- HBO-009 for details. Changing the parameters will only affect the image once the Process button is pressed. Figure 6.9. Sharpness, Shape and Gas Factor Control Tel: +44 (0) Page 48 of 69

49 6.7 Save Configuration File Save Configuration creates a file that contains Microscopy configuration that was used to process the image in the Image Reprocessing software. This file can then be uploaded onto the analyser as described in OIW-HBO To save the configuration click on the Save Configuration button on the File Menu option, a save dialog box will appear, as shown in figure Figure Save Configuration Dialog By default the file name will be date time stamped as seen in figure Save Data The results can be saved by clicking on the Save Data option in File Menu. This will create a folder with the distribution, trending and processed image contain within. 6.9 Save Report A PDF report of the results from the processed image can be generated by clicking on the Save Report option in File Menu. Tel: +44 (0) Page 49 of 69

50 Section 7 Batch Image Reprocessing The Batch Image Reprocessing Application allows the user to processing multiple images in order to produce a group result. The configuration settings can be adjusted, save and loaded between the application and the analyser and a PDF report of the final result can be created [Type a quote from the document or the summary of an interesting point. You can position the text box anywhere in the document. Use the Text Box Tools tab to change the formatting of the pull quote text box.] Image Files Dialog Configuration Dialog Image Dialogs Result Dialogs Figure 7.1. Batch Image Reprocessing Application Tel: +44 (0) Page 50 of 69

51 7.1 Adding Images By clicking on the Add menu item shown in figure 7.2 images can be added to the list in the Image File Dialog. Figure 7.2. File Menu Items 7.2 Clearing Files By clicking on the Clear menu item shown in figure 7.2 all the image files in the Image File Dialog are removed 7.3 Processing Images By clicking on the Process button shown in figure 7.3 the files in the Image File Dialog will start to be processed. Figure 7.3. Process Image Button As each image is processed the Done box will change from white to blue as shown in figure 7.4. The Image Dialogs will also display the raw and processed image. The results panel for the particular image will also be updated. Tel: +44 (0) Page 51 of 69

52 Figure 7.4. Done box being updated as each image is processed The results for all the images Total Results Average Dialog will only be updated when all the images have been processed. 7.4 View Distribution By clicking on the View Menu Item and then on View Distribution Menu Item as shown in figure 7.5, the distribution dialog control will be displayed as shown in figure 7.6. Figure 7.5. View Distribution Menu Item Figure 7.6. Distribution Dialog Tel: +44 (0) Page 52 of 69

53 The controls on the distribution dialog have the most of same functionality as that described in section Selecting on Each File By selecting a file in the Image Files Dialog when all the images have been processed, the Image dialog and the Results dialog will change to reflect the image file selected. 7.6 Right Click on Results Dialog By right clicking on the results dialog you can select to copy the result data or save it as a CSV file as shown in figure 7.7. Figure 7.7. Distribution Dialog Tel: +44 (0) Page 53 of 69

54 7.7 Right Click on Results Dialog By selecting on the Configuration Menu Item the image processing configuration can be loaded from a file that was exported from the analyser or the configuration can be saved to a file that can then be imported to the analyser software. Figure 7.7. Load and Save Configuration Menu Items Tel: +44 (0) Page 54 of 69

55 7.8 Save PDF By clicking on the Save PDF Menu Item in figure 7.2. The Save PDF dialog will appear as shown in figure 7.8. The user can select the number images in the report and what distribution charts they would like included. The user can also add notes and include there name. Figure 7.8. Save PDF Dialog Tel: +44 (0) Page 55 of 69

56 Section 8 FLU PPM Calibration The FLU PPM Calibration application allows users to create fluorescence calibration information for the Advanced Sensors Analyser, as shown in figure 8.1. The user must have done a calibration on the Advanced Sensors Analyser and have obtained values for PPM and raw fluorescence. Figure 8.1. FLU PPM Calibration Application 8.1 Entering Data Data for the calibration enter as shown in figure 8.2 Figure 8.2. Calibration Data Entry Tel: +44 (0) Page 56 of 69

57 8.2 Setting Curves Once the data has been entered, up to four data curves can be applied to the data. The idea is that one curve may not fit all the data points, so by applying several curves the Analysers response to changing PPM can be better modelled. Simple Rules 1. Start with all the data points marked with Curve 1. Figure 8.3. Calibration fit with just one Curve Fit 2. If a number of data points are outside the fitted line as shown in figure 8.3 then addition curves need to be applied 3. Remove all Curve 1 Checks (tick boxes). Start with the lowest PPM Value and move up until the points start to move away from the fit as shown in figure 8.4. It is important that you start with Curve 1, then 2 and then 3 etc otherwise the calibration data will be incorrect. Tel: +44 (0) Page 57 of 69

58 (a) Figure 8.4. Calibration curve (a) first four points fitting and (b) first five points (b) 4. Start with the next Curve and the last curves final point (the last curves highest PPM point). That is for the example in figure 8.5 the highest PPM Curve 1 point should be checked with the lowest Curve 2 point Tel: +44 (0) Page 58 of 69

59 Figure 8.5. Showing that the points where curves overlap must contain two checks 5. Once all data points have an associated with a curve, the calibration data can be obtained for the system 8.3 Calibration Results The calibration results panel shown in figure 8.6 gives the following: Calibration Parameters A,B, C The parameters used to calculate the PPM based on the equation shown below for each curve. Rsquared Rsquared the coefficient of determination is used to indicate how well the data has fitted to the curve. The closer to a value of 1 the better the fit. Threshold Threshold gives the point in terms of fluorescence when the software will switch from using one curve to another. Figure 8.6. Calibration Results Panel Tel: +44 (0) Page 59 of 69

60 8.4 Save Calibration File Menu Option By clicking on the Save Calibration Menu option a file is saved with the calibration data in csv format. It is important that this file is not loaded onto the analyser as it is missing some data that belongs to oil type that has been calibrated, for example the Out of range value will be different than the default given in the file. The user must copy just the calibration parameters and the thresholds on to the analyser directly. Figure 8.7. Calibration File 8.5 Save Results to PDF By clicking on the Save Results to PDF a report is generated with all the calibration data included. 8.6 Graph Mouse Options Hold Left Mouse Button on the Chart Allows the users to view the data point of the particular series as seen in figure 8.8. Figure 8.8. Data Point Dialog Right Click On the Chart Gives the user three options Copy Copy a bitmap image of the chart for pasting into Microsoft Word for example Send to Excel Saves chart data as an Microsoft Excel file and opens it for editing Saves Data as CSV- Saves chart data in a.csv file Figure 8.9. Right Click Options Tel: +44 (0) Page 60 of 69

61 9 Microscopy PPM Calibration The Microscopy PPM Calibration application allows users to create microscopy calibration from the raw image files data produced from the Microscopy Analyser. Figure 9.1. Microscopy PPM Calibration Application 9.1 Entering Data Data for the calibration enter as shown in figure 9.4 Figure 9.2. Calibration Data Entry Tel: +44 (0) Page 61 of 69

62 9.2 Save Calibration By clicking on the Save Calibration File Menu option a file is saved with the calibration data in csv format. Save the file and copy it over to the analyser. 9.3 Save Results to PDF In the Microscopy PPM Calibration application inside MiView clicking on the Save Results to PDF a report is generated with all the calibration data included. Tel: +44 (0) Page 62 of 69

63 10 FLU Too PPM Application The FLU Too PPM Application allows the user to view the curves from the Fluorescence Oil type s calibration data, the application in shown in figure Figure FLU Too PPM Application The data for each of the calibration curves must be entered before any curve is displayed or calculation. It is important to set the threshold for each curve. For the last curve set the threshold to max flu value of the device that is 80,000 for a spectrometer and 512 for a PMT. The Flu Max Chart dialog is used to set the Fluorescence axis on the chart. The Calculate Flu button allows the user to find what the fluorescence value is at a certain ppm. The Calculate PPM button allows the user to find what the PPM value is at a certain fluorescence. Tel: +44 (0) Page 63 of 69

64 11- MultiAnalyser View MultiAnalyser View application allows the user to view multiple analyser connected on their network in real time (as seen in figure 11.1). The application reads a number of the most important result data and displays the information in a table format, for more detail information on a single analyser the user is recommended to use the live view application. The results can then be plotted for each analyser and result type in a historical representation. Figure MultiAnalyser View Application 11.1 Search Clicking on the Search button on the Menu, application will try and automatically find any analysers on the local network. If the analyser you were looking for did not appear, enter the IP info in the Add Analyser button. Tel: +44 (0) Page 64 of 69

65 11.2 Add Analyser Clicking on the Add Analyser button on the menu, opens the Add Analyser dialog shown in figure To add an analyser to the list, enter the analysers IP to the Add IP textbox, next click on the Add button. The analyser IP will appear in the list. To remove an analyser from the list select on the analyser IP in the list and then click the Remove button. When the list is complete click on the Close button. To update the application with the analyser in this list we must find them first by clicking on the Search button in the menu. Figure Add Analyser dialog View The View menu option allows the user to view the graph (Trending Full Screen) an data (Data Full Screen) in full screen mode or both can be viewed together (Show All). Figure View options Tel: +44 (0) Page 65 of 69

66 11.4 Graph Time The Graph Time menu option allows the user to change the time span of the historical data displayed in the graph. Figure Add Analyser dialog 11.5 Select Graph Data By clicking on the boxes shown in figure 11.5 the user can select and deselect the trending data they require. The box will be coloured when data is select, the colour will match the colour on the graph. Figure Select Graph Data Tel: +44 (0) Page 66 of 69

67 12 Compare Analysers In the compare analysers application two analysers can be selected from a list of analyser on the local network. One analyser is selected for the inlet and the other is selected for the outlet. The performance and difference between the two analyser is then monitor as shown in the example in figure Figure The Compare Analyser application 12.1 Search See Section Add Analyser See Section 12.2 Tel: +44 (0) Page 67 of 69

68 View See section Graph Time See section Selecting Analysers By clicking on the analysers serial numbers for the inlet and outlet a list of all analyser found on the network will appear. Select the analyser serial you require for the inlet and outlet Figure Select Analyser Dialogs 12.6 Select Data Type To Compare Clicking on the Dialog in figure 12.3 allows the user to select the data type that is displayed in the trending graph. Figure Select Analyser Dialogs Tel: +44 (0) Page 68 of 69

69 13 Appendix OIW-EX Contact Details Customer Liaison Sales & Marketing Tel.+44(0) sales@advancedsensors.co.uk Advanced Sensors Headquarters Advanced Sensors Ltd 8 Meadowbank Road Carrickfergus BT38 8YF UK Tel: +44 (0) Fax: +44 (0) Web: Tel: +44 (0) Page 69 of 69