MICRO-EPSILON ILD 1420-10 Instruction Manual Download Page 51 | Manualshive

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Page 51

Set Sensor Parameter

optoNCDT 1420

7.4.3

Measuring Rate

The measuring rate indicates the amount of measurements per second.

Choose the desired measuring rate.

Measuring rate

250 Hz / 500 Hz / 1 kHz /
2 kHz / 4 kHz

Use a high measuring rate with light and matt measuring ob-
jects. Use a low measuring rate with dark and shiny measuring
objects (e.g. black lacquered surfaces) to improve the
measuring result.

With a maximum measuring rate of 4 kHz the CMOS element is exposed 4,000 times per second. The lower
the measuring rate, the higher maximum exposure time.
Measuring rate is set to 2 kHz ex works.

Grey shaded
fields require a
selection.

Value

Dark-bordered
fields require you
to specify a value.

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Summary of Contents for ILD 1420-10

Page 1: ...ILD 1420 10 ILD 1420 25 ILD 1420 50 ILD 1420 100 ILD 1420 200 ILD 1420 500 ILD 1420 10 CL1 ILD 1420 25 CL1 ILD 1420 50 CL1 Instruction Manual optoNCDT 1420...

Page 2: ...MESSTECHNIK GmbH Co KG K nigbacher Stra e 15 94496 Ortenburg Germany Tel 49 0 8542 168 0 Fax 49 0 8542 168 90 e mail info micro epsilon de www micro epsilon com Intelligent laser optical displacement...

Page 3: ...Data ILD1420 CL1 19 4 Delivery 21 4 1 Unpacking Included in Delivery 21 4 2 Storage 21 5 Installation 22 5 1 Instructions for Installation 22 5 1 1 Reflection Factor of the Target Surface 22 5 1 2 Er...

Page 4: ...ess via Web Interface 41 6 2 3 Measurement Presentation via Web Browser 43 6 2 4 Video Signal via Web Browser 45 6 3 Programming via ASCII Commands 47 6 4 Timing Measurement Value Flux 47 7 Set Sensor...

Page 5: ...ng 69 7 5 3 1 Output Scaling 69 7 5 3 2 Output Scaling with Key Select 70 7 5 3 3 Output Scaling via Hardware Input 71 7 5 3 4 Calculation of Measuring Value using Analog Current 72 7 5 3 5 Characteri...

Page 6: ...ge of the User Level 100 A 3 3 8 2 LOGOUT Change into User Level 100 A 3 3 8 3 GETUSERLEVEL User Level Request 100 A 3 3 8 4 STDUSER Set Standard User 100 A 3 3 8 5 PASSWD Change Password 100 A 3 3 9...

Page 7: ...Masking the Region of Interest ROI 107 A 3 4 6 Measurement Value Processing 107 A 3 4 6 1 AVERAGE Measurement Value 107 A 3 4 6 2 MASTERMV Mastering Zeroing 108 A 3 5 Data Output 108 A 3 5 1 OUTPUT S...

Page 8: ...optoNCDT 1420...

Page 9: ...dware or a software button menu 1 2 Warnings Avoid unnecessary laser radiation to be exposed to the human body Switch off the sensor for cleaning and maintenance Switch off the sensor for system maint...

Page 10: ...or destruction of the sensor Avoid exposure of sensor to aggressive media detergents cooling emulsions Damage to or destruction of the sensor 1 3 Notes on CE Marking The following apply to the optoNCD...

Page 11: ...goods are damaged in the event of malfunction or total failure of the controller Take additional precautions for safety and damage prevention in case of safety related applications 1 5 Proper Environm...

Page 12: ...protection regulations Although the laser output is low looking directly into the laser beam must be avoided Due to the visible light beam eye protection is ensured by the natural blink reflex The ho...

Page 13: ...s for the manufac turer of laser devices Laser operation is indicated by LED see Chap 5 3 LASER RADIATION DO NOT STARE INTO THE BEAM CLASS 2 LASER PRODUCT IEC 60825 1 2015 07 P 1mW 670nm THIS PRODUCT...

Page 14: ...R PRODUCT P 0 39 mW 670 nm Laser Klasse 1 nach DIN EN 60825 1 2015 07 Fig 4 Laser warning labels on the sensor cable Fig 5 Laser warning labels on the sensor housing Consequently you can use Class 1 l...

Page 15: ...h is arranged to the optical axis of the laser beam in a defined angle A signal processor in the sensor calculates the distance of the point of light on the measuring object to the sensor by means of...

Page 16: ...ptoNCDT 1420 3 2 Auto Target Compensation ATC The Auto Target Compensation ATC enables stable compensation independent of color and brightness of the measuring object Also small objects can be detecte...

Page 17: ...40 m Measuring rate 3 0 25 kHz 0 5 kHz 1 kHz 2 kHz 4 kHz Light source semiconductor laser 1 mW 670 nm red Permissible ambient light 10 000 lx Spot diameter 10 SMR 90 x 120 m 100 x 140 m 90 x 120 m 750...

Page 18: ...r LEDs for power and status Key select key for zero teaching factory setting Power supply 11 30 V DC 24 V P 2 W Controller integrated signal processor The specified data apply for a diffusely reflecti...

Page 19: ...leiterlaser 0 39 mW 670 nm rot Permissible ambient light 10 000 lx Spot diameter 10 SMR 90 x 120 m 100 x 140 m 90 x 120 m MMR 45 x 40 m 120 x 130 m 230 x 240 m EMR 140 x 160 m 390 x 500 m 630 x 820 m...

Page 20: ...color LEDs for power and status Key select key for zero teaching factory setting Power supply 11 30V DC 24 V P 2 W Controller integrated signal processor The specified data apply for a diffusely refle...

Page 21: ...ly remove the components of the measuring system from the packaging and ensure that the goods are forwarded in such a way that no damage can occur Check the delivery for completeness and shipping dama...

Page 22: ...bsequent compensation see Chap 3 2 Dark or shiny objects being measured e g black rubber may require longer exposure times The exposure time is dependent on the measuring rate and can only be increase...

Page 23: ...t 20 minutes is required to achieve uniform temperature distribution in the sensor If measurement is performed in the micron accuracy range the effect of temperature fluctuations on the sensor holder...

Page 24: ...ement object In case of traversing measurements surface roughnesses of 5 m and more lead to an apparent distance change Suitable parameters for the averaging number may improve the comparability of op...

Page 25: ...n 5 only have a disturbing effect with surfaces which are highly reflecting These influences have to be explicitly considered when scanning profiled surfaces Basically the angle be havior of triangula...

Page 26: ...lled or polished metals that are moved past the sensor the sensor plane must be arranged in the direction of the rolling or grinding marks The same arrangement must be used for color strips Fig 10 Sen...

Page 27: ...g and operating Mount the sensor by means of 2 screws type M3 or by means of through bores for M2 with the screws from the accessories Bolt connection Through length Screw depth Amount Screw Washer To...

Page 28: ...mm 30 50 85 150 260 600 Y mm 10 21 28 46 70 190 The indicated free space in the reception area see Fig 13 has to be kept clear from foreign objects and extraneous light of other laser sensors at leas...

Page 29: ...put yellow RS422 and current output are switched off The RS422 and the current output can be switched on Web interface can also be switched on red Current 4 20 mA measurement value output off Sensor o...

Page 30: ...PCF1420 x I and PCF1420 x U PCF1420 x I and PCF1420 x U SPS IF2001 USB PCF1420 x I and PCF1420 x U Extension clamp RS422 Fig 15 Connection examples on ILD 1420 The different periphery devices can be c...

Page 31: ...ls Interface IF2001 USB RS422 USB converter one RS422 IF2004 USB four IF2008 PCI interface card four SPS ILD 1420 or the like Functional input trigger Switch key PLC or the like Switching input laser...

Page 32: ...rial output Terminate externally with 120 Ohm 6 pink RS422 Tx 7 red U B Supply voltage 11 30 VDC typ 24 VDC P 2 W 8 black Laser on off Switch input Laser is active if input is connected with GND 9 vio...

Page 33: ...Connection of supply voltage 7 red UB 12 blue Ground 5 4 4 Laser on The measuring laser on the sensor is activated via an HTL switch input This is advantageous if the sensor has to be switched off for...

Page 34: ...oad shutdown of the output Connect the output 11 white and 12 blue on the sensor to a measuring device Sensor 11 Uout R1 C1 100 nF 12 ILD1420 Iout 7 12 11 30 VDC When using a PCF1420 x U you will get...

Page 35: ...al wiring for multifunctional input 5 4 7 RS422 Connection with USB Converter IF2001 USB Cross the lines for connections between sensor and PC i Disconnect or connect the D sub connection between RS42...

Page 36: ...rown UB Push Pull UB 10 brown RL Output is not galvanically isolated 24V logics HTL Imax 100 mA UHmax 30 V saturation voltage at Imax 100 mA Low 2 5 V output GND High 2 5 V output UB Fig 22 Electrical...

Page 37: ...of the optional accessories see Chap A 1 Mount the 12 pin M12 cable connector if you use a cable carriers suitable sensor cable PCF1420 Avoid excessive pulling to the cables Provide strain relieves n...

Page 38: ...ched on the sensor runs through an initialization sequence This is indicated by the momentary activation of all the LEDs Once initialization has been completed the sensor transmits a via the RS422 int...

Page 39: ...22 connection to the sensor exists The sensor is connected to a PC notebook via a RS422 converter supply voltage persists Start the program ILD1420 DAQ Tool Vx x x Fig 24 Auxiliary program for sensor...

Page 40: ...toNCDT 1420 Choose the desired sensor Click on the button Connect Choose Configuration in the menu Extras Choose the browser type in dialog Configuration and click on the button Fig 25 Dialog configur...

Page 41: ...ns descriptions of pa rameters and so tips for filling the website Fig 26 First interactive web site after selection of the web interface The sensor is active and supplies measurement values The ongoi...

Page 42: ...easuring rate averaging and RS422 in blue lettering Changes to the settings are possible by means of the slide Signal quality or by means of the tab Settings The area Diagram type enables the change b...

Page 43: ...ite measurement distance measurement 1 Stop stops the diagram data selection and zoom function are still possible Pause interrupts recor ding Save opens the Windows selection dialog for file name and...

Page 44: ...urve points are marked with a circle symbol and the related values are displayed in text boxes above the graphic Peak intensity is also updated 8 The peak intensity is displayed as bar chart 9 Scaling...

Page 45: ...d 0 distance small on the left and 100 distance big on the right The related measurement value is marked by means of a vertical line peak marking 1 2 3 4 5 6 7 8 9 11 Fig 28 Display of video signals 1...

Page 46: ...suring and display rate and timestamp are displayed 7 Choice of a diagram type In the setting Auto the diagram type matching the setting is chosen auto matically 8 Mouse over function When moving the...

Page 47: ...ted either to a serial RS422 interface via a suitable interface converter see Chap A 1 or a plug in card to a PC PLC Pay attention in the programs used to the correct RS422 default setting Once connec...

Page 48: ...the settings after turning off the sensor 7 2 Overview Parameter The following parameters can be set or changed in the optoNCDT 1420 see tab Settings Inputs Laser on off Multifunctional input Key func...

Page 49: ...as active input level Trigger In High Low Teaching Inactive Key function Zeroing Mastering Sets the function of the sensor key Inactive means keylock Teaching Inactive 7 4 Signal Processing 7 4 1 Pre...

Page 50: ...ignal It should prefera bly hit in the area of the highest point peak of the video signal Setting Standard Material with penetration Fig 29 Example Video signals extract with measuring object material...

Page 51: ...ght and matt measuring ob jects Use a low measuring rate with dark and shiny measuring objects e g black lacquered surfaces to improve the measuring result With a maximum measuring rate of 4 kHz the C...

Page 52: ...etting no triggering the sensor starts data transmission right after start up Pulse duration of the Trigger in signal must be at least 50 s Triggering of measured value acquisition and output have the...

Page 53: ...The sensor outputs a fixed number of measurement values when trigger conditions have been met Value range from 1 16383 After termination of data output the analog output sticks to the last value sampl...

Page 54: ...d immediately before the trigger event cannot be included instead older measurement values are used which were recorded during previous trigger events Activating data recording trigger deactivates dat...

Page 55: ...the video signal This func tion is used to suppress e g disturbing reflections or extraneous light Evaluation range Measuring range Fig 32 Light blue areas limit the evaluation area The exposure cont...

Page 56: ...r Handling Error handling adjusts the behavior of the analog output and the RS422 interface in the event of an error Error handling Error output no value Analog output supplies 3 mA instead of the mea...

Page 57: ...the resolution Eliminate signal spikes or Smooth out the signal Averaging has no effect on linearity In completion of the measuring cycle the internal average is calculated again i The preset average...

Page 58: ...espectively output value Mode Each new measurement value is added and the first oldest measurement value from the averaging process from the window taken out again This results in short transient reco...

Page 59: ...low pass behavior Range of values for number of average N is 1 32768 7 4 8 4 Median The median is generated from a pre selected number of measurement values Mode To do so the incoming measurement val...

Page 60: ...r value is 0 When mastering the sensor s characteristic is parallel displaced The displacement of the characteristic curve reduces the usable measurement range of the sensor the further the master val...

Page 61: ...stering key select LED state Measuring Green red yellow depends on measuring position yellow Key select Key select t 0 5 min 2 s t 1 t 2 30 ms 3 s The function Zeroing Master ing can be used several t...

Page 62: ...put can be found in the electrical connec tions see Chap 5 4 6 Fig 35 Flow chart for zeroing mastering hardware input LED state Measuring Green red yellow depends on measuring position yellow Pin 9 vi...

Page 63: ...You can reduce the measurement output in the sensor if you set the output of every nth measurement value in the web interface or by command Data reductions causes that only n th measurement value is...

Page 64: ...imum value Value Always 2 points which mark the start and end of a new measuring range are taught Reversal of the output signal is possible with two point scaling Maximum value Value Digital output In...

Page 65: ...erve d mm MR mm x 1 1 100 102 65520 MR measuring range mm 10 25 50 100 200 500 d distance mm 0 01MR 1 01MR Distance with master ing 18 bits x digital value The output range is also coded with 64235 va...

Page 66: ...ts x digital value 0 262143 Time stamp 2 words at 16 bit x digital value Lo y digital value Hi 0 65535 0 65535 t ms 65536y x 1 100 t time stamp ms 0 11h55m49 67s Non linearized focus 18 bits x digital...

Page 67: ...16 measuring range Target at 60 measuring range Target at 60 measuring range SMR EMR 0 16 100 MR Target 10920 8 00 mm SMR EMR 0 60 100 MR Target 39183 30 00 mm SMR EMR 0 60 100 MR Target 39183 30 00...

Page 68: ...values without zero setting resp mastering Set target at 80 measuring range 40 mm set master value 100 mm 643 0 Reserve Measuring range 50 25 0 Distance after mastering mm 225465 161230 96995 109200 1...

Page 69: ...ng you can use the digital output see Chap 5 4 8 as a programmable limit switch The measurement object positions for Teach 1 and Teach 2 have to differ from each other The teaching process requires a...

Page 70: ...t 3 t 4 t 6 t 7 t 8 t 5 yellow yellow min 30 ms min 30 ms Fig 40 Flow chart for output scaling LED state Measuring Green red yellow depends on measuring position Color according to measuring position...

Page 71: ...Hz flashes green approx 1 Hz Start teaching Position the measuring object to 4 mA Positon the measuring object to 20 mA Teach in 1 Teach in 2 Measuring red t 0 5 min 2 s 2 s 2 s 30 s 30 s t 1 t 3 t 2...

Page 72: ...20 20 2 EMR reserve d mm MR mm I OUT mA 4 16 MR measuring range mm 10 25 50 100 200 500 d distance mm 0 01MR 1 01MR Current output with mastering reference value is midrange Variables Value range For...

Page 73: ...R measuring range mm 10 25 50 100 200 500 m n teaching area mm 0 MR d distance mm m n Current output with mastering and teaching Variables Value range Formula I OUT current mA 3 8 4 SMR reserve 4 20 m...

Page 74: ...100 MR Target 6 56 mA 8 00 mm SMR EMR 0 16 100 MR Target 6 56 mA 8 00 mm SMR EMR 0 60 100 MR Target 13 60 mA 30 00 mm Zero setting master value 0 mm Set master value 5 mm Set master value 10 mm SMR 0...

Page 75: ...g Out 20 2 mA Standard output Output characteristic after zero setting Output characteristic after m astering 100 Out min Out max Master point Master value Out min Out max 16 8 mm 0 mm 9 44 mA 8 mm 20...

Page 76: ...put range see Chap 7 5 3 5 SMR EMR 0 60 100 MR Target 13 60 mA 30 00 mm ILD1420 50 Target at 60 set master value 0 mm Set minimum m 20 mm and maximum n 40 mm 0 60 MBA MBE 100 MR Target 12 00 mA 0 00 m...

Page 77: ...ly in a set of parameters The next time you turn on the sensor they are available again 7 6 2 Unit Language The web interface promotes the units millimeter mm and inch when displaying measuring result...

Page 78: ...l Expert If an expert logs in the system keylock on the sensor is automatically unlocked Key lock Automatic Range from 1 60 min Value Keylock starts after expiry of defined time Clicking the button Re...

Page 79: ...ate existing setup Save changes in active setup Define setup after booting Menu New setup Menu Load Save Menu bar Menu Load Save Enter the name for the setup into the field e g rubber 1 21 and click t...

Page 80: ...he desired setup with the left mouse button area A The dialog Setup management opens Click on the button Export Click on Create setup with the left mouse but ton The dialog Setup management opens Clic...

Page 81: ...nge a set of parameters by selecting deselecting the check boxes Click on the button Transmit file A Windows dialog for file transmission opens Confirm the dialog with OK The operating system stores t...

Page 82: ...ependent of the setup and is therefore not together loaded or saved with the setup The following functions are available for the user User Professional Password required no yes Viewing settings signal...

Page 83: ...reference 7 6 7 Sensor Reset Sensor reset Sensor settings Button Settings for baud rate language unit keylock and echo mode are deleted and the default parameters are loaded Measurement settings Butto...

Page 84: ...lue is divided into three bytes that differ in the two most significant bits The transmission of additional output values is optional Output value 1 additional L Byte 0 0 D5 D4 D3 D2 D1 D0 M Byte 0 1...

Page 85: ...tput even while communicating with the sensor For the data transmission with a PC the MICRO EPSILON IF2008 PCI BUS interface card is suitable This can be connected to the sensor via the PCF1420 x IF20...

Page 86: ...g Therefore an optics anti static brush is suitable or bleeding the screen with dehumidified clean and oil free compressed air Wet Cleaning For cleaning the protective screen use a clean soft lint fre...

Page 87: ...IF2008 Y adapter cable into an existing or a customized PC software MEDAQLib contains a DLL which can be imported into C C VB Delphi and many additional programs makes data conversion for you works i...

Page 88: ...al special indirect or incidental damage In the inter est of further development MICRO EPSILON reserves the right to make design changes without notification For translations into other languages the...

Page 89: ...W rth 691361100006 IF2004 USB 4 channel converter RS422 to USB useable for cable PCF1420 x IF2008 IF2008 Y inclusive driver connections 2 Sub D 1 terminal block PS2020 Power supply for mounting on DI...

Page 90: ...1420 Extension clamp RS422 EtherCAT extension clamp to connect two ILD1420 sensors with a EtherCAT master Necessary cable PC1402 x CSP IF2008 Y adapter cable Used to connect two sensors with interface...

Page 91: ...ing Error output no measurement LED State normal operation Key Select Supply voltage red flashes yellow approx 8 Hz flashes yellow approx 1 Hz yellow green t 0 10 15 s t 1 t 3 t 2 10 s t 4 Fig 50 Flow...

Page 92: ...ex 0A or hex 0D0A The currently set parameter value is returned if a command is activated without parameters The input formats are Command name Parameter1 Parameter2 Command name Parameter1 Parameter2...

Page 93: ...1 Parameter2 The reply can be used again as command for the parameter setting without changes Optional parameters are only returned if the returning is necessary For example the activated output value...

Page 94: ...erface Chap A 3 3 7 PRINT Output of all sensor settings User level Chap A 3 3 8 1 LOGIN Change of user level Chap A 3 3 8 2 LOGOUT Change to user in the user level Chap A 3 3 8 3 GETUSERLEVEL User lev...

Page 95: ...activate digital output Chap A 3 3 10 7 ERRORHYSTERESIS Stable digital output Chap A 3 3 10 8 ERROROUTHOLD Minimum duration active digital output Handling of setups Chap A 3 3 11 1 IMPORT Load paramet...

Page 96: ...rocessing Chap A 3 4 6 1 AVERAGE Selection of measurement averaging Chap A 3 4 6 2 MASTERMV Mastering Zeroing Data Output General Chap A 3 5 1 OUTPUT Selection measuring value output Chap A 3 5 2 OUTR...

Page 97: ...ILD1420 10 Model name sensor sensor series Serial 15030002 Serial number Option 000 Option number of sensor Article 4120212 Article number of sensor Cable head Wire Measuring range 10 00mm Measuring r...

Page 98: ...r RESETCNT TIMESTAMP MEASCNT Sets back internal counters in the sensor TIMESTAMP sets back timestamp MEASCNT sets back measurement counter A 3 3 6 ECHO Switching the Command Reply ASCII Interface ECHO...

Page 99: ...OUTREDUCEDEVICE NONE BAUDRATE 921600 OUTREDUCECOUNT 2 UNIT MM OUTVIDEO_RS422 NONE LANGUAGE DE OUTADD_RS422 NONE MFIFUNC NONE GETOUTINFO_RS422 DIST1 MFILEVEL HTL_HIGH OUTHOLD NONE KEYFUNC NONE ERROROUT...

Page 100: ...nt user level A 3 3 8 4 STDUSER Set Standard User STDUSER USER PROFESSIONAL Set standard user who is automatically logged in after system start Standard user does not change with LOGOUT which means lo...

Page 101: ...nts OUTPUT triggers the measurement value output Measurement values immediately before the trigger event are included when calculating the mean A 3 3 9 3 MFILEVEL Input Pulse Multifunctional Input MFI...

Page 102: ...interface MM representation in mm INCH representation in customs A 3 3 10 3 MFIFUNC Function Selection Multifunctional Input MFIFUNC NONE MASTER TEACH TRIGGER Choose function of the multifunctional i...

Page 103: ...or Wiring of digital output ERROR1 see Chap 5 4 8 A 3 3 10 6 ERRORLIMIT ERRORLIMIT DIST1 upper threshold Digital output is activated if the defined value for a measurement is exceeded Range 0 2 measur...

Page 104: ...a prompt occurs A 3 3 11 3 MEASSETTINGS Load Save Measurement Settings MEASSETTINGS Subcommands Name Settings of the measurement task Loads proprietary presets and user specific settings from the sen...

Page 105: ...standard preset for the measurement set ting resp the the default parameter for the device settings are being loaded MEASSETTINGS Measurement settings are being deleted and the standard preset is bei...

Page 106: ...oot A 3 4 Measurement A 3 4 1 TARGETMODE Measurement Mode TARGETMODE STANDARD MULTISURFACE PENETRATION 1 Choice of material dependent presets see Chap 7 4 2 STANDARD suitable for materials e g made of...

Page 107: ...rt and end is between 0 and 511 Start value is smaller than End value For sensors with 500 mm measuring range this is a individually value 511 A 3 4 6 Measurement Value Processing A 3 4 6 1 AVERAGE Me...

Page 108: ...asurement value a maximum of 2 seconds and masters it If no measurement value is received within this time for example by external triggering the command returns with the error E104 Timeout The master...

Page 109: ...f measurement cycles then an error value is output n 1 1024 A 3 5 5 Selection of Measurement Values to be Output A 3 5 5 1 GETOUTINFO_RS422 Request Data Selection GETOUTINFO_RS422 The command lists al...

Page 110: ...ent measurement MEASRATE Measuring rate under consideration of reflectivity and movement of the target AVERAGE Averaging of the measurement value under consideration of reflectivity structure and move...

Page 111: ...E232 Wrong parameter count Too high or too small number of parameters E234 Wrong or unknown parameter type A transmitted parameter has a wrong type or a wrong num ber of parameters were transmitted E...

Page 112: ...r the measurement setting begins or ends with spaces or is empty E362 Storage region is full Number of storable measurement settings is reached E363 Setting name not found Name of the measurement sett...

Page 113: ...anced dynamic The signal quality affects averaging of measurement values A 4 2 Tab Settings A 4 2 1 Inputs Laser on off On Off Laser on off is only effective when pin 8 is connected to GND Multifuncti...

Page 114: ...vel Continuous measurement output takes place as long as the selected level is applied Level selection see Chap 7 3 Pulse duration must at least be one cycle time The subsequent break must also be at...

Page 115: ...the last valid value Hold last value 1 1024 Value Measurement value averaging No averaging Measurement values are not averaged Moving N values 2 4 8 128 Value Indication of averaging mode The averagin...

Page 116: ...sible End of range Value Digital output Inactive Regulates the switching performance of the digital output Error see Chap 5 4 8 Analog range digital output switches when the scaled analog range is exc...

Page 117: ...Page 117 Appendix Control Menu optoNCDT 1420 LED Output Web interface RS422 Current output Parametrization Measurement chart Selected output interface Web inteface yellow RS422 green Analog red...

Page 118: ...nt set tings Create setup Setup 1 Setup 8 Load Activates a saved measurement setting setup Save Saves changed measurement settings to an existing setup Favorite Selects a setup which is used after reb...

Page 119: ...ng of existing settings Apply settings of the imported boot setup Transmit data Access permission Current access permission Value Read only Logout Login Button starts change of access permission User...

Page 120: ...aded Reset all By clicking the button the settings for the sensor measurement settings access permission password and setups are deleted The 1st preset is loaded Restart sensor By clicking the button...

Page 121: ......

Page 122: ...N MESSTECHNIK GmbH Co KG K nigbacher Str 15 94496 Ortenburg Germany Tel 49 0 8542 168 0 Fax 49 0 8542 168 90 info micro epsilon de www micro epsilon com X9751351 B021088MSC X9751351 B02 MICRO EPSILON...

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