U5G-DETECT3Inductive Tag Reader

1 © 2007-07-13 FAG Industrial Services From software version 3.2.0 2 Table of Contents ............................................................................ 7 1Welcome ............................................................................ 9 2General .............................................................................................................. 92.1About this documentation .............................................................................................................. 9 2.2Mode of functioning .............................................................................................................. 12 2.3Intended use .............................................................................................................. 13 2.4Scope of delivery .............................................................................................................. 15 2.5Characteristic values .............................................................................................................. 17 2.6Statement of Conformance to electrical safety and EMI requirements ............................................................................ 18 3Trendline 3 .............................................................................................................. 183.1Program installation ................................................................................................. 18 System requirements 3.1.1 ................................................................................................. 19 Trendline software installation 3.1.2 ................................................................................................. 22 Detector Flash Updater installation 3.1.3 ................................................................................................. 24 MSDE installation 3.1.4 ..................................................................................................... 27 Registering databases at the MSDE/SQL server3.1.4.1 ................................................................................................. 29 Uninstalling3.1.5 .............................................................................................................. 30 3.2User interface ................................................................................................. 30 Main window 3.2.1 ................................................................................................. 31 Menu bar 3.2.2 ................................................................................................. 33 Toolbar3.2.3 .............................................................................................................. 34 3.3First steps ................................................................................................. 34 Adding a sensor 3.3.1 ................................................................................................. 36 Installing USB-serial converter 3.3.2 ................................................................................................. 38 Balancing activation 3.3.3 ................................................................................................. 40 Register new detector 3.3.4 .............................................................................................................. 42 3.4Setting up configuration ................................................................................................. 42 Enter system tree 3.4.1 ................................................................................................. 43 Automatic assignment of RFID tags to measuring points 3.4.2 ................................................................................................. 45 Create a measuring point 3.4.3 ................................................................................................. 50 Setting characteristic values 3.4.4 ................................................................................................. 52 Editing / deleting sensors 3.4.5 ................................................................................................. 52 Managing measurement comments 3.4.6 ................................................................................................. 53 Add balancing configuration 3.4.7 ................................................................................................. 61 Setting up run up/coast down 3.4.8 3 Table of Contents ................................................................................................. 65Change alarm levels automatically 3.4.9 ................................................................................................. 67 Send configuration 3.4.10 ................................................................................................. 68 Deleting the Trendline database 3.4.11 .............................................................................................................. 68 3.5Bearing database ................................................................................................. 69 Search bearing 3.5.1 ................................................................................................. 71 Add bearing 3.5.2 ................................................................................................. 72 Edit / delete bearings 3.5.3 ................................................................................................. 74 Exporting / importing bearings 3.5.4 ................................................................................................. 75 Manage groups 3.5.5 ................................................................................................. 78 Add manufacturer 3.5.6 ................................................................................................. 78 Edit / delete manufacturer 3.5.7 ................…

Text truncated - open the document above for the full version.

123 The FIS-Viewer 4.1.5 Cursor and measuring information Thecursor information for the Viewer shows important values and measurement data that vary depending on the cursor tool used. Each item of cursor information contains either the value pairs for a measured value or calculated characteristic values that are obtained by combining different cursors within the diagram such as the difference cursor or RMS/AMV cursor. The cursor information can be displayed or removed withCtrl + U for each diagram. Themeasuring information for the Viewer shows important measurement data according to the diagram type. This measuring information is always visible in the diagram and cannot be removed. 124 The table below shows the corresponding values displayed in the cursor information for the currently active cursor type : 125 The FIS-Viewer Cursor typeCursor information displayed Base cursor Difference cursor RMS/AMV cursor Harmonic cursor Sideband cursor HS cursor Revolutions cursor 4.1.6 The diagram information bar You can find the diagram information bar in the right-hand column of the working area. This column contains additional information on the diagram currently selected and can be displayed or removed as required. 126 The table below provides an overview of the corresponding information displayed with the active cursor type for FTT diagrams in the diagram information bar: Information displayed in the diagram information bar Base cursorDifference cursorRMS/AMV cursor Diagram information PPP Comments PPP Frequency bands PPP Highest peaks PPP Harmonic Sidebands 127 The FIS-Viewer Information displayed in the diagram information bar Harmonic cursorSideband cursorHS cursor Diagram information PPP Comments PPP Frequency bands PPP Highest peaks PPP Harmonic PP Sidebands P Information displayed in the diagram information bar Revolutions cursor Diagram information P Comments P Frequency bands P Highest peaks P Harmonic Sidebands Diagram information and comments for time signals and trend diagrams are displayed in the diagram information bar irrespective of the cursor type selected. Further, information on the alarm values of the data set currently open is displayed in the trend diagrams. Diagram information This field contains general information on the measurement data including ·Information on the measuring process such as the low pass or sampling frequency settings ·Further information included in the data sets. 128 4.2 Working with the Viewer 4.2.1 Displaying several diagrams simultaneously You can open several diagrams in the Viewer simultaneously and arrange these in the working area according to your requirements. Select one of the following options from theDiagrams menu:Tile horizontally, Cascade, Full screen, Arrange minimized windowsor List.... èThe windows are rearranged accordingly. 4.2.2 Modifying the appearance of a diagram Displaying and removing signals When a new data set is opened the Viewer simultaneously displays all signals contained in the data. All series of measurements included in the current data set are listed in thesignals field. 129 The FIS-Viewer Click on thecheckbox in front of the signal. èThis signal will be displayed or removed. Automatic scaling of axes The diagram axes can be set to the nearest thousand scaling (10³) using the Automatic scaling option. Using the basic unit of the diagram as the starting point the nearest smaller unit (g ’ mg or m ’ mm, for example) is selected for measured values < 1, or conversely, the nearest larger unit is selected (ms ’ s or Hz ’ kHz, for example) for values > 1000. 1. Click the"Auto" checkbox to activate it. èThe scaling of the diagram will be adjusted automatically. 130 Manual scaling of axes You can select one of the specified, equivalent axes scaling units independently by deactivating theAutomatic scaling option. The available scaling units depend on the type of diagram (Hz or kHz with FFTs for frequencies, g, mg, m/s² or mm/s² for acceleration values, s or ms for time signals, etc.). The scaling for the axes can be set independently of one another, i.e. you can specify any desired unit for the X and Y axes respectively. 1. Click the"Auto" checkbox to deactivate it. 2. Select one of the units provided in theX unit field. 3. Select one of the units provided in theY unit field. èThe scaling of the axes is carried out independently of one another and can be modified in accordance with the setting selected. Logarithmic scaling of the Y axis It may be possible under certain conditions to present signals more clearly using a logarithmic scale if they do not contain zero values or negative values. You can therefore switch over to logarithmic scaling in the diagram. 131 The FIS-Viewer 1. Click on the"log" checkbox to activate the logarithmic scaling of the Y axis. è The scaling of the diagram will be modified according to the settings selected. This option is deactivated if the measurement data cannot be presented logarithmically (if the measurement data contain values smaller than or equal to zero, for example). Displaying Y axis integrations You have a number of display options for the integration of signals in FFT diagrams that contain an acceleration signal, for example: ·No integration: acceleration ·Velocity ·Displacement 1. Click on theVelocity option to display the first signal integration. 2. Click on theDisplacement option to display the second signal integration. 3. Click on theNone option to restore to the standard signal display (acceleration). èThe scaling and display of the diagram will be modified in accordance with the 132 chosen settings. Once you have selected the integration option for the Y axis you can also modify the scaling of the axes here (automatic, manual or logarithmic) and display any desired part of the diagram using the zoom tools. 4.2.3 Using the mouse to control the cursor or zoom function 1. You can position the various cursors using the left-hand mouse button. 2. You can adjust the zoom selection se…

Text truncated - open the document above for the full version.

Annex B of test report R70363FCC2 nd version EUT:DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page1 of6 70363eut19.jpg: EUT,whole system Annex B of test report R70363FCC2 nd version EUT:DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page2 of6 70363eut1.jpg: EUT, front view Annex B of test report R70363FCC2 nd version EUT:DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page3 of6 70363eut4.jpg: EUT, rear view Annex B of test report R70363FCC2 nd version EUT:DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page4 of6 70363eut14.jpg: EUT, 3D view Annex B of test report R70363FCC2 nd version EUT:DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page5 of6 70363eut13.jpg: EUT, 3D view Annex B of test report R70363FCC2 nd version EUT:DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page6 of6 70363eut12.jpg: EUT, label

Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page1 of10 70363eut9.jpg:Main-PCB, top view Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page2 of10 70363eut21.jpg: Main-PCB,bottomview Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page3 of10 70363eut24.jpg: sub board, top view Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page4 of10 70363eut25.jpg: sub board, bottom view Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page5 of10 70363eut8.jpg: RF-PCB,topview Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page6 of10 70363eut27 .jpg: RF-PCB,bottomview Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page7 of10 70363eut28.jpg: RF-PCB, detail view Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page8 of10 70363eut30.jpg: connection board, top view Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page9 of10 70363eut31.jpg: connection board, bottom view Annex C of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue:5 July2007page10of10 70363eut32.jpg: connection board, bottom view detail

Königswinkel 10 32825 Blomberg Germany Phone+49 5235 9500-0 Fax+49 5235 9500-10 TEST REPORT Test Report Reference: R70363FCC2 nd version Equipment under Test: DETECTOR III FCC ID:U5G-DETECT3 Serial Number: 720355/F3 Applicant: FAG Industrial Services GmbH Manufacturer: FAG Industrial Services GmbH Test Laboratory (CAB) accredited by DATech GmbH in compliance with DIN EN ISO/IEC 17025 under the Reg. No. DAT-P-105/99-21, recognized by Bundesnetzagentur under the Reg.-No. BNetzA-CAB-02/21-104/1, CAB Designation Number DE0004, listed by FCC 31040/SIT1300F2 TEST REPORT REFERENCE: R70363FCC2 nd version Examiner:Raimund BLASKDate of issue:5 July2007Page2 of28 Contents:Page 1 IDENTIFICATION.....................................................................................................................................3 1.1 APPLICANT.....................................................................................................................................3 1.2 MANUFACTURER..........................................................................................................................3 1.3 DATES.............................................................................................................................................3 1.4 TEST LABORATORY......................................................................................................................4 1.5 RESERVATION...............................................................................................................................4 1.6 NORMATIVE REFERENCES..........................................................................................................4 1.7 TEST RESULTS..............................................................................................................................4 2 TECHNICAL DATA OF EQUIPMENT......................................................................................................5 2.1 DEVICE UNDER TEST...................................................................................................................5 2.2 PERIPHERY DEVICES...................................................................................................................5 2.3 SPECIAL EMC MEASURES...........................................................................................................5 3 OPERATIONAL STATES AND PHYSICAL BOUNDARIES.....................................................................6 4 LIST OF TEST MODULES.......................................................................................................................7 4.1 EMISSION.......................................................................................................................................7 5 METHOD OF MEASUREMENT...............................................................................................................8 5.1 RADIATED EMISSIONS 9kHz to 30 MHz ......................................................................................8 5.2 RADIATED EMISSIONS 30 MHz to 1 GHz .....................................................................................10 5.3 SPECTRUM MASK AND OCCUPIED BANDWIDTH......................................................................12 5.4 FREQUENCY TOLERANCE...........................................................................................................13 6 TEST RESULTS EMISSION TEST..........................................................................................................14 6.1 PRELIMINARY RADIATED EMISSION TEST (9k Hz to 30 MHz) ..................................................14 6.2 PRELIMINARY RADIATED EMISSION TEST (30 MHz to 1 GHz) .................................................16 6.3FINALRADIATED EMISSION TEST (9k Hz to 30 MHz) ................................................................18 6.4 FINAL RADIATED EMISSION TEST (30 MHz to 1 GHz) ...............................................................19 6.5SPECTRUM MASK.........................................................................................................................21 6.620 dB-BANDWIDTH........................................................................................................................22 6.7 FREQUENCY TOLERANCE...........................................................................................................23 7 TEST EQUIPMENT AND ANCILLARIES USED FOR TESTS.................................................................24 8 LIST OF ANNEXES..................................................................................................................................28 TEST REPORT REFERENCE: R70363FCC2 nd version Examiner:Raimund BLASKDate of issue:5 July2007Page3 of28 1 IDENTIFICATION 1.1APPLICANT Name:FAG Industrial Services GmbH Address:Kaiserstr. 100 D-52134 Herzogenrath Country:Germany Name for contact purposes:Mr. Luc Hamers Tel:+49-(0)-2407-9149-53 Fax:+49-(0)-2407-9149-59 e-mail address:[email protected] 1.2MANUFACTURER Name:FAG Industrial Services GmbH Address:Kaiserstr. 100 D-52134 Herzogenrath Country:Germany Name for contact purposes:Mr. Luc Hamers Tel:+49-(0)-2407-9149-53 Fax:+49-(0)-2407-9149-59 e-mail address:[email protected] 1.3DATES Date of receipt of test sample:12 April 2007 Start of test:12June2007 Finishof test:29 June 2007 TEST REPORT REFERENCE: R70363FCC2 nd version Examiner:Raimund BLASKDate of issue:5 July2007Page4 of28 1.4TEST LABORATORY The tests were carried out at:PHOENIX TESTLAB GmbH Königswinkel 10 D-32825 BlombergPhone:+49 (0) 52 35 / 95 00-0 GermanyFax:+49 (0) 52 35 / 95 00-10 Test engineer:Raimund BLASK05Ju ly 2007 NameDate Test report checked by:Bernd STEINER05 July 2007 NameDate Stamp 1.5RESERVATION T h i s t e s t r e p o r t i s o n l y v a l i d i n i t s o r i g i n a l f o r m . Any reproduction of its contents without written permission of the accredited test laboratory PHOENIX TESTLAB GmbH is prohibited. The t…

Text truncated - open the document above for the full version.

Annex A of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page1 of5 70363emi41.jpg: Test set-up preliminary radiated emisission (H-Field) Annex A of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page2 of5 70363emi22.jpg: Test set-up preliminary radiated emisission (E-Field) Annex A of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page3 of5 70363emi_ff9.jpg: Test set-up final radiated emisission (H-Field) Annex A of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page4 of5 70363emi_24 .jpg: Test set-up final radiated emisission (E-Field) Annex A of test report R70363FCC2 nd version EUT: DETECTOR III Manufacturer: FAG Industrial Services GmbH Examiner: Raimund BLASKDate of issue: 5 July 2007page5 of5 70363clima2.jpg: Test set-up climatic chamber