Miyachi MG3D Operating Instructions Manual
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Miyachi MG3D Operating Instructions Manual

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Operating Instructions
Digital Measuring Unit
Annex:
Safety Regulations
General References on Resistance Welding
Contact Addresses
Order number:
Serial number:
Original Version: German
76609409EN-BA-MG3D-V1_6.docx
MG3D
Translation of Original Version
1/82
MIYACHI EUROPE CORPORATION
Lindberghstr. 1 D-82178 Puchheim
Tel. +49-89-839403-0 Fax: +49-89-839403-10
www.miyachieurope.com
Year:
Version: 1.6
2010-08-02

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  • Page 1 MIYACHI EUROPE CORPORATION Lindberghstr. 1 D-82178 Puchheim Tel. +49-89-839403-0 Fax: +49-89-839403-10 www.miyachieurope.com Operating Instructions MG3D Digital Measuring Unit Annex: Safety Regulations General References on Resistance Welding Contact Addresses Order number: Year: Serial number: Original Version: German Translation of Original Version Version: 1.6...
  • Page 2 Flow diagrams new 2010-08 CE new Machinery Directives Copyright © 2010: Miyachi Europe GmbH All rights reserved. The products named in this manual are only used for identification purposes and may be trademarks or registered trademarks of the respective companies.

  • Page 3: Table Of Contents

        3.2.1 Preconditions ........................ 22 3.2.2   Starting-up ........................22   4  Operation ..................23  Measuring Instrument MG3D – What is What?..........23     4.1.1   LED Status Displays ...................... 23   4.1.2   Screen (Display) ......................24  ...
  • Page 4 MG3 Digital – W2 ......................78   Enclosures ....................79     7.3.1   Connection diagram, Interface MG3D, 767.00590 E ............79       7.3.2 Connection diagram, X38 (Inputs / Outputs), 767.00 591 E ........80 8  Indexes .................... 81 ...

  • Page 5: General Information

    The Operating Instructions contain important notes to help operate the unit safely, properly, and economically. Observing the notes will help avoid risks, decrease repair costs and down times, and enhance reliability and the service life of the unit. Declaration of Conformity 76609409EN-BA-MG3D-V1_6.docx 5/82 2010-08-02...

  • Page 6: Technical Description

    After applying mains, the measuring instrument MG3 Digital detects existing plug-in cards by plug & plays and configures itself automatically during the boot process. Individual operator configurations remain stored even when the instrument has been switched off. 76609409EN-BA-MG3D-V1_6.docx 6/82 2010-08-02...

  • Page 7: Technical Data

    In the standard version, parameters prepared for one measurement from 99 welding- control programs can be monitored via a program number interface. Miyachi Europe GmbH multiple program controls, too, are equipped with the corresponding interface.

  • Page 8: Maximum Cycle And Memory Times

    Trigger = 1.5%, Filter = off, Envelope waveform = off. Maximum cycle: The maximum cycle is the largest possible number of complete welding sequences in a minute. The table illustrates the cycle time (above) in ms and the maximum cycles per minute (below). 76609409EN-BA-MG3D-V1_6.docx 8/82 2010-08-02...
  • Page 9 Graphic display 550 ms 610 ms 640 ms 790 ms 1100 ms (waveform I) Logging = on Graphic display 1580ms 1650ms 1690ms 1840ms 2140ms (waveforms I/U/P/W) Logging = on Tbl. 2: Maximum cycle for DC - active 76609409EN-BA-MG3D-V1_6.docx 9/82 2010-08-02...
  • Page 10 671 ms 704 ms 869 ms 1210 ms (waveform I) Logging = on Graphic display 1738 ms 1815 ms 1859 ms 2024 ms 2354 ms (waveforms I/U/P/W) Logging = on Tbl. 4: Maximum cycle of DC - without 76609409EN-BA-MG3D-V1_6.docx 10/82 2010-08-02...
  • Page 11 Quadrant 1-4 numerical duration approx. 600 ms. External selection: Quadrant 1-4 numerical Quadrant 1-4 graphical I(1),U(2),P(3),W(4) Main image renewal = on approx. 600 ms approx. 3000 ms Main image renewal = off approx. 50 ms approx. 50 ms 76609409EN-BA-MG3D-V1_6.docx 11/82 2010-08-02...

  • Page 12: Commissioning

    Fig. 1: MG3Digital with stirrup Remove measuring instrument MG3 Digital from the packing and set it up at the designated place. Pull apart both caps at the stirrup's pivot points (Fig. 1). Adjust desired position. 76609409EN-BA-MG3D-V1_6.docx 12/82 2010-08-02...

  • Page 13: Connecting The Components

    RS232 interface (e.g. to serial printer or PC) No usage Outputs for program number (set BCD or binary code accordingly, 1...99 with a standard device) See enclosures: Connection diagram 767.00590 ON-OFF switch for mains voltage Miniature fuses CANopen IN CANopen OUT 76609409EN-BA-MG3D-V1_6.docx 13/82 2010-08-02...

  • Page 14: Connector Pin Assignment Of Inputs & Outputs

    (valid part detection). c) if trigger source “0 penetration“ or “Force trigger“ is activated and no current is measured. Signal is deactivated: a) at beginning of measurement b) with signal at measuring value reset input 76609409EN-BA-MG3D-V1_6.docx 14/82 2010-08-02...

  • Page 15: Connector X55 (Inputs)

    Parameter values received after signal are acquired but Trigger evaluated and transferred only after trigger signal has become LOW again with falling edge. Acquired parameter values during continuously waiting trigger signal are overwritten by newly arriving measurements without evaluation and transfer. 76609409EN-BA-MG3D-V1_6.docx 15/82 2010-08-02...

  • Page 16: Connector X38 (I/O Outputs)

    Depending on setup default; becomes active if the Path Parts currently measured parts detection path min./max. Detection min. is exceeded or remains under. Path Parts Detection max. Common plus terminal 10 – 30 V for PIN 17 and 34. Common (+) 76609409EN-BA-MG3D-V1_6.docx 16/82 2010-08-02...

  • Page 17: Connector X38 (I/O Inputs)

    Part detection 1 for sensor 1 started. Start Measure 1 3.1.2.5 Connector X51 (RS232) / Baud rate Name free free free 9600; 19200; 38400; 57600; 115200 Baud rates (bit/s) Data bits Start bits Stop bits Parity none Busy Control no/off 76609409EN-BA-MG3D-V1_6.docx 17/82 2010-08-02...

  • Page 18: Connector X60 And X61 (Canopen)

    Connection with standard RS232-extension cable (1:1) Name Function Free CAN_L Low-level CAN_GND Ground Free CAN_SHLD Circuit shield Free CAN_H High-level CAN-Baud rates 1MB/s 800 kB/s 500 kB/s 250 kB/s 125 kB/s 50 kB/s 20 kB/s 10 kB/s 76609409EN-BA-MG3D-V1_6.docx 18/82 2010-08-02...

  • Page 19: Establishing Connections For Voltage Measurement

    Connect the black cable (–) terminal to the welding head (-) pole (Fig. 4) at the • position provided for this purpose. Insert the 5-pole male connector in socket X13 (Fig. 2/8) • or X14 (Fig. 2/10). 76609409EN-BA-MG3D-V1_6.docx 19/82 2010-08-02...

  • Page 20: Establishing Connections For Displacement Measuring

    Ensure that the (+) side of the coil show points in the direction of the current source (+) terminal. Connect the cable for current measurement to the flap toroid coil or toroid coil. • Insert the 3-pole male connector in socket X21 (Fig. 2/9) • or X22 (Fig. 2/11). 76609409EN-BA-MG3D-V1_6.docx 20/82 2010-08-02...

  • Page 21: Establishing Connections For Displacement Measurement

    Fig. 8: Built-on, disconnected displacement measuring system Attach the displacement measuring system to the welding head using non-conductive • material (Fig. 8). Connect the displacement measuring system to the supplied adapter. • Connect the adapter to socket X31 (Fig. 2/7). • 76609409EN-BA-MG3D-V1_6.docx 21/82 2010-08-02...

  • Page 22: Initial Commissioning

    If the equipment is switched off while booting, it will start up in a safe mode skipping initializations on being switched on. This may cause characters to be represented wrongly or not at all. Start up the equipment a second time in this case. 76609409EN-BA-MG3D-V1_6.docx 22/82 2010-08-02...

  • Page 23: Operation

    Operating Instructions MG3 Digital Operation Operation Measuring Instrument MG3D – What is What? MG3 Digital - Process Sentry READY TRIG 1 TRIG 2 CF I / II FAULT ACCEPT WARN REJECT Fig. 10: Control panel MG3 Digital LED status displays...

  • Page 24: Screen (Display)

    (LIMITS) (SINGLE) 11. Display current meas. mode Button “permanent measurement” (SINGLE) (RUN) 12. Status bar for status, help, and Button “to logging” (LOGGER) fault messages 13. Display window quadrant 4 (Q4) 14. Display window quadrant 3 (Q3) 76609409EN-BA-MG3D-V1_6.docx 24/82 2010-08-02...

  • Page 25: Display Windows - Quadrant 1 To 4

    Depending on the control elements selected, the status bar shows you: Information on the last measurement (channel 1/2) • Details on the meaning of the control elements selected • Information on the condition of the function selected • Fault messages • 76609409EN-BA-MG3D-V1_6.docx 25/82 2010-08-02...

  • Page 26: Board Slot For Compact Flash Card Or Microdrive

    4.1.5 UNDO Function The menu bar offers the button UNDO for all windows where parameters can be set. As long as you are in this window, you may cancel the last 50 entries by that. 76609409EN-BA-MG3D-V1_6.docx 26/82 2010-08-02...

  • Page 27: Menu Structure

    Menu Structure Maindisplay Menu Welding Limits Monitoring envelope waveform Reference waveform Envelope waveform Compare View Distance Pressure/Force Copy Counter Printer Password General System Logger Parameters Analysis Numeric Display Graphical Display SPC-Values Histogram SPC-Chart Tbl. 5: Menu structure 76609409EN-BA-MG3D-V1_6.docx 27/82 2010-08-02...

  • Page 28: How To

    You can select the common languages on the display. UNIT Following units are ready for selection: for force measurement F: N or lbs for pressure measurement p: bar or psi for path measurement s: µm or th“ (thousandth inch) 76609409EN-BA-MG3D-V1_6.docx 28/82 2010-08-02...
  • Page 29 There you can select between “;” or ”,”. Select between “,” or “.” as decimal sign under Digit grouping symbol on the same tab. * CSV = Comma Separated Value DATE The date format is made up of the following: MM-DD-YY (month-day-year) 76609409EN-BA-MG3D-V1_6.docx 29/82 2010-08-02...
  • Page 30 This screen displays general system information. Among others, about: the main board (RAM assignment, built-in plug-in cards, hardware version, software version PPC and DSP) the display (RAM assignment, compact flash card or MicroDrive memory capacity, display software version) 76609409EN-BA-MG3D-V1_6.docx 30/82 2010-08-02...
  • Page 31 Use RAM RESET only, if you have no other • choice left. Before resetting, save your set parameters to the compact flash card. Loss of data! If you perform RAM RESET, all set parameters will be lost! Caution 76609409EN-BA-MG3D-V1_6.docx 31/82 2010-08-02...

  • Page 32: Measuring Current And Voltage

    20 kHz inverter 4 kHz MEASURE MODE You can select between: Coil (standard) or Shunt (See section 5.3.) In addition, you need to state the coil amplification factor (x1, x10). Please read the amplification factor from the coil label. 76609409EN-BA-MG3D-V1_6.docx 32/82 2010-08-02...
  • Page 33 Setting range AC: 0 to 5000 ms DC: 0 to 2000 ms DELAY Option CURRENT TYPE Set type of current of welding current source here. DC for direct current sources AC for alternating current sources 76609409EN-BA-MG3D-V1_6.docx 33/82 2010-08-02...
  • Page 34 (which suits the measured current and measured voltage). SECTOR SIGNAL Activation and the input of a MIN and MAX values allows you to determine a time slot in which measuring value monitoring should occur. 76609409EN-BA-MG3D-V1_6.docx 34/82 2010-08-02...

  • Page 35: Conducting Measurements With "Shunt

    Principle connection to a welding unit weld control U channel 2 = Shunt voltage U channel1 = weld spot voltage Weld Sentry MG3 Digital R Shunt weld spot Fig. 12: Schematic connection scheme for special “shunt” operating mode 76609409EN-BA-MG3D-V1_6.docx 35/82 2010-08-02...
  • Page 36 5000(AC)ms Measuring pause 0-2000 ms Current type AC/DC Current X shunt current 2kA-500 kA Voltage X welding position X shunt voltage 0.5V-50 V voltage Sector signal X welding position X shunt voltage 0 measuring time ms voltage 76609409EN-BA-MG3D-V1_6.docx 36/82 2010-08-02...

  • Page 37: Changing Over Between Single And Continuous Measurement

    In single measurement mode, the equipment switches to hold after triggering. The display SINGLE is grayed. Readiness for measurement is only re-enabled after renewed pressure onto button SINGLE. When in continuous measurement, readiness for measurement is always maintained. 76609409EN-BA-MG3D-V1_6.docx 37/82 2010-08-02...

  • Page 38: Configuring Display Window For The Various Types Of Measurement Categories38

    You determine in this selection field how the measured categories shall be represented. Possible types of representation: numeric graphic (using graphic representations, you may select color of the graphs in addition) SPC*-Chart SPC*-Values SPC: Statistical Process Control 76609409EN-BA-MG3D-V1_6.docx 38/82 2010-08-02...

  • Page 39: Displacement Measuring (Digital Or Analog)

    PART When button ON/OFF is enabled, parts detection is enabled (see also X38 outputs) (see also outputs X38). MIN/MAX Value for minimum/maximum displacement specifications for monitoring automatic part detection. Monitoring is active if both values are zero. 76609409EN-BA-MG3D-V1_6.docx 39/82 2010-08-02...
  • Page 40 The monitoring is deactivated with both values 0. SENSOR Here you determine the signal form (digital/analog) and resolution of the displacement measuring system connected. The maximum measurable stroke is specified additionally in the case of the digital displacement sensor. 76609409EN-BA-MG3D-V1_6.docx 40/82 2010-08-02...

  • Page 41: Measuring Pressure Or Force

    Force sensors with a linear curve should be used. The no-load measured value for the sensor is entered in the OFFSET field. Input in the SENSOR RESOLUTION field is realized in N/V or lbs/V. The maximum possible resolution is 1000 N/V. 76609409EN-BA-MG3D-V1_6.docx 41/82 2010-08-02...

  • Page 42: Determining Limit Values

    MIN LIM Here you determine the limits for the minimum or maximum warning and limit value. Limit value monitoring is deactivated if the min. and max. limit are set at zero. The same applies to warning limits. 76609409EN-BA-MG3D-V1_6.docx 42/82 2010-08-02...

  • Page 43: Generating Reference Waveforms And Envelope Waveforms

    WAVEFORMS opens, and now you can: generate a reference waveform and an • envelope waveform by yourself, or load an envelope waveform. • Generating a reference waveform Select button REFERENCE WAVEFORM with • the knob/pushbutton combination and depress button. 76609409EN-BA-MG3D-V1_6.docx 43/82 2010-08-02...
  • Page 44 Generating an envelope waveform Select button ENVELOPE WAVEFORM with • the knob/pushbutton combination and depress button. Screen ENVELOPE WAVEFORM opens. • A reference waveform previously generated is shown in the dialogue field. You can then continue directly with INTERVALL. 76609409EN-BA-MG3D-V1_6.docx 44/82 2010-08-02...
  • Page 45 You will now see a second white vertical • line that you can move by rotating the knob/pushbutton combination. Pressing the button again allows you to • determine the time slot at which the envelope waveform should end. 76609409EN-BA-MG3D-V1_6.docx 45/82 2010-08-02...
  • Page 46 If this is not the case, then enter a new number in the input field. Exit screen INPUT WAVEFORM NO. with • The ENV WF button is used to return to the • envelope waveform monitoring menu. 76609409EN-BA-MG3D-V1_6.docx 46/82 2010-08-02...
  • Page 47 You can return to the limit value setting with the LIMITS... or LIMITS button. Comparison of measuring waveforms and envelope waveforms. COMPARISON Press the COMPARE button to compare the loaded envelope waveform with the currently measured waveform. 76609409EN-BA-MG3D-V1_6.docx 47/82 2010-08-02...
  • Page 48 The line is activated. Note Press AUTOSCALE and the selected measurement variable is automatically and optimally adapted to suit the diagram. This function can also be utilized to achieve a clear representation again. 76609409EN-BA-MG3D-V1_6.docx 48/82 2010-08-02...
  • Page 49 Press the button and the diagram is illustrated in an enlarged version. Selecting the display window or ENV WF (ENVELOPE WAVEFORM) button enables you to return to the envelope waveform monitoring menu. 76609409EN-BA-MG3D-V1_6.docx 49/82 2010-08-02...

  • Page 50: Copying, Saving And Loading Programs And Parameters

    Copying a channel Select the channel to which others are to be copied with the knob/button. Press the selected button 1 2 or 2 1. This triggers the program parameter copying procedure within the current program. 76609409EN-BA-MG3D-V1_6.docx 50/82 2010-08-02...
  • Page 51 Loading all programs and parameters Select button SELECT ALL with the knob/pushbutton combination and depress button. Screen SELECT FILE opens. Select a file from the files list. Finally depress button OK. This will initiate the loading process. 76609409EN-BA-MG3D-V1_6.docx 51/82 2010-08-02...

  • Page 52: Counting Measurements

    Plus (+) counts forward Minus (-) counts backward END VALUE Last counter value of plus counter START VALUE First counter value of minus counter PREWARN Pre-warning value of active counter RESET Depressing button RESET resets the counter. 76609409EN-BA-MG3D-V1_6.docx 52/82 2010-08-02...

  • Page 53: Viewing And Saving Measuring Waveforms

    The double arrow pointing downwards enables you to move one level down to the enlarging menu. The CURSOR menu is accessed by pressing the double arrow again, and the SAVE menu is accessed by pressing it again. 76609409EN-BA-MG3D-V1_6.docx 53/82 2010-08-02...
  • Page 54 A range can be determined with Y<-> and X<-> which will subsequently be enlarged. A white line appears if Y<-> or X<-> is selected. Turn the knob/button to offset the line. Press the button to set the limit. 76609409EN-BA-MG3D-V1_6.docx 54/82 2010-08-02...
  • Page 55 The cursor can be moved on the graph by turning the knob/button. The value pair belonging to every measurement value is displayed numerically below. Press the button again to exit the cursor mode. 76609409EN-BA-MG3D-V1_6.docx 55/82 2010-08-02...
  • Page 56 The double arrow pointing upwards enables you to move one level higher again. You can return to the quadrant view again by selecting the display window or the MAIN button. 76609409EN-BA-MG3D-V1_6.docx 56/82 2010-08-02...

  • Page 57: Printing Measurement Values

    1..10000 • + poor measurement PRINT-TEST Press the button to test the connection via the RS232. FORMAT Set to numeric to transmit your data to a printer or the WinWeld program from Peco. 76609409EN-BA-MG3D-V1_6.docx 57/82 2010-08-02...

  • Page 58: Determining And Changing Password

    If you have correctly logged on, you can change the password. STATE Indicates whether you are authorized for access or not. Note Password on delivery: 0000 If you should have forgotten your password, please contact our service department. 76609409EN-BA-MG3D-V1_6.docx 58/82 2010-08-02...

  • Page 59: Configuring The Logger

    Gray letters = invalid measurement (range overflow) Yellow background = beyond the warning limit (n) Red background = exceeded limit value The double arrows are used to scroll • forwards and backwards through the logging history. 76609409EN-BA-MG3D-V1_6.docx 59/82 2010-08-02...
  • Page 60 ( ) indicates exceeded pre-warning limits, while {} indicates the exceeding of a limit determined by an envelope waveform. Select the SAVE button with the • knob/button and press the button if you wish to save values logged up until the present point in time. 76609409EN-BA-MG3D-V1_6.docx 60/82 2010-08-02...

  • Page 61: Parameter Overview Display

    Select which positive-negative condition parallel active monitorings in the detail should have here. LIMIT Limit value monitoring condition for freely-adjustable variables. Limit value monitoring condition for the penetration. Limit value monitoring condition for the force. Limit value monitoring condition for pressure. 76609409EN-BA-MG3D-V1_6.docx 61/82 2010-08-02...

  • Page 62: Monitoring Statistical Values

    Procedure Configure a display window for the SPC- • chart mode. See section 5.5. Select this display window with the • knob/pushbutton combination and depress button. Screen SPC-chart opens. • 76609409EN-BA-MG3D-V1_6.docx 62/82 2010-08-02...
  • Page 63 The value in input field SAMPLES must be Colors The colors in the histogram have the following meaning: GREEN LINE = average value (Xavg) YELLOW LINES = marginals RED LINE = limits BLUE LINE = standard deviation S (+/-3 sigma) 76609409EN-BA-MG3D-V1_6.docx 63/82 2010-08-02...

  • Page 64: Having Limit Values Determined Statistically

    In the histogram you can see average and standard deviation values calculated of all measured values. DEFINE LIMITS Calculates new limit values and shows a window which acknowledges that these have been imported. The newly-calculated limit values are activated if importing is acknowledged. 76609409EN-BA-MG3D-V1_6.docx 64/82 2010-08-02...
  • Page 65 ±6S / 5S 99% / 95% The first value is standard deviation S and the second value is the deviation of pre-warning. RESCALE Adapts graphic to window. RESET If you depress this button, the statistical calculation will be reset. 76609409EN-BA-MG3D-V1_6.docx 65/82 2010-08-02...

  • Page 66: Transferring Data To Pc/Laptop

    (S/N) displayed for this purpose. You then receive a 4-digit code which you should enter in the password input field. You then click the "Register" button. The device is now enabled for unlimited use if the code has been edited correctly. 76609409EN-BA-MG3D-V1_6.docx 66/82 2010-08-02...

  • Page 67: Integration In Automated Installations

    Channel 2 alone current1 Current signal or current 2 high Ready Output high limit values accept / reject outputs pre-warn value high Current Output adjusted measuring time ready for new measuring measuring delay new sequence no measuring possible! Dia1-MG3 76609409EN-BA-MG3D-V1_6.docx 67/82 2010-08-02...

  • Page 68: Flow Chart Channel 1 And Channel 2 Parallel

    Both measuring times need to be set generously enough so that they overlap in a 2- channel parallel measurement. As soon as the current outputs become “low” (within measuring interval), evaluation of the set outputs can commence. New measurement can be only started after the ready signal is “high”. 76609409EN-BA-MG3D-V1_6.docx 68/82 2010-08-02...

  • Page 69: And

    A parallel 2-channel measurement of the second current can be realized here because the Ready signal remains “high”. Evaluation subsequently follows for both channels within the measuring pause. 76609409EN-BA-MG3D-V1_6.docx 69/82 2010-08-02...
  • Page 70 Should a new flow cycle start within the measuring interval already, the outputs are undetermined and lead to wrong results. Remedy: Adjust measuring time to current time. • Shorten measuring interval by skipping evaluations. • Extend cycle time. • 76609409EN-BA-MG3D-V1_6.docx 70/82 2010-08-02...

  • Page 71: And

    Dia5-MG Misadjusted flow! Second channel starts measuring without ready signal being “high”. Remedy: Extend channel 1 measuring time such that it overlaps with the second measuring • time. 76609409EN-BA-MG3D-V1_6.docx 71/82 2010-08-02...

  • Page 72: Flow Chart Parts Detection And Current Measuring

    Evaluation Part detection high Start Part detection high Ready Output high Outputs Part detection high Current Output high different outputs high Welding cylinder Ready adjusted measuring time measuring delay for new no new measuring possible! measuring Dia6-MG3 76609409EN-BA-MG3D-V1_6.docx 72/82 2010-08-02...

  • Page 73: Flow Chart Part Detection And Current Measuring Parallel

    Upper example: Channel 1 commences • Channel 1 is finished and waits on channel 2 because the part detection signal for • channel 2 is still active. The channel sequence is irrelevant during this. • 76609409EN-BA-MG3D-V1_6.docx 73/82 2010-08-02...

  • Page 74: Flow Chart Measuring And External Selection

    The MG3 acts as a CANopen slave. Detailed instructions can be found on our homepage www.miyachieurope.com under "Supplement to MG3 Digital operating instructions" The associated Electronic Data Sheet (EDS) can also be downloaded here. 76609409EN-BA-MG3D-V1_6.docx 74/82 2010-08-02...

  • Page 75: Flow Chart 2 Channel Part Detection With Current

    Ch1 and Ch2 Zero X54.17 output current 1 Zero X54.21 output current 2 MG3D X54.1 output global ready from here new sequence part evaluation ch2 (X38.47) part evaluation ch1 (X38.48) start measuring part detection ch2 (X38.49) start measuring part detection ch1 (X38.50) Dia9-MG3 76609409EN-BA-MG3D-V1_6.docx...

  • Page 76: Fault Example Flow Chart Part Detection With Current

    Zero X54.17 output current 1 Zero X54.21 output current 2 MG3D X54.1 output global ready frome here new sequence part evaluation ch2 (X38.47) part evaluation ch1 (X38.48) start measuring part detection ch2 (X38.49) start measuring part detection ch1 (X38.50) Dia10-MG3 76609409EN-BA-MG3D-V1_6.docx...

  • Page 77: Appendix

    Actuation during highly frequented measurements CAN: Timeout receive request 4022 CAN: Timeout send request 4023 CAN: Overflow job buffer Bottleneck executing several tasks, 4024 possible cause: display of too many graphics during strongly frequented measurements 4025 4026 4027 4028 4029 76609409EN-BA-MG3D-V1_6.docx 77/82 2010-08-02...

  • Page 78: Accessories

    770.60 152 Toroidal coil 70 mm 770.60 178 Coil measuring cable 3 m 770.66 309 CompactFlash 128 MB 766.09 409 Operating Instructions MG3D 7.2.2 MG3 Digital – W1 Article number Designation Quantity 866.00 500 MG3 Digital + 1 Channel Displacement...

  • Page 79: Enclosures

    Operating Instructions MG3 Digital Appendix Enclosures 7.3.1 Connection diagram, Interface MG3D, 767.00590 E 76609409EN-BA-MG3D-V1_6.docx 79/82 2010-08-02...

  • Page 80: Connection Diagram, X38 (Inputs / Outputs), 767.00 591 E

    Operating Instructions MG3 Digital Appendix 7.3.2 Connection diagram, X38 (Inputs / Outputs), 767.00 591 E 76609409EN-BA-MG3D-V1_6.docx 80/82 2010-08-02...

  • Page 81: Indexes

    Tbl. 2: Maximum cycle for DC - active ..................... 9   Tbl. 3: Maximum cycle of AC - without ....................10   Tbl. 4: Maximum cycle of DC - without ....................10     Tbl. 5: Menu structure ......................... 27 76609409EN-BA-MG3D-V1_6.docx 81/82 2010-08-02...

  • Page 82: Headwords

    L  Configuring the Logger ..........59 Connecting the Components ........13 LED Status Displays ..........23 Connection diagram, Interface MG3D, 767.00590 E ..79 Connection diagram, X38 (Inputs / Outputs), 767.00 591 M  E ............... 80 Maximum Cycle and Memory Times ......8 Connection to field bus system ........

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