MICRO-EPSILON optoNCDT 1750 Operating Instructions Manual Download Page 113 | Manualshive

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Anhang | ASCII Communication with Sensor

optoNCDT 1750

A 3.2.1.8

SYNC

SYNC NONE | MASTER | MASTER_ALT | SLAVE | SLAVE_ALT | SLAVE_MFI

Setting the type of synchronization:

- NONE: No synchronization
- MASTER: The sensor is master, i.e. it transmits synchronization pulses on the output.
- MASTER_ALT: The sensor is master, i.e. it transmits synchronization pulses with every 2nd cycle. Both sen-

sors measure alternately, e.g. thickness measurement using 2 sensor on transparent material

- SLAVE: Sensor is slave and expects synchronization pulses from another optoNCDT 1750.
- SLAVE_ALT: Sensor is slave and expects synchronization pulses from a master sensor. Both sensors mea-

sure alternately, e.g. thickness measurement using 2 sensor on transparent material

- SLAVE_MFI: Sensor is slave and expects synchronization pulses from a master sensor at the multi-func-

tion input. Synchronization is performed with rising edge.

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Summary of Contents for optoNCDT 1750

Page 1: ...ILD1750 2 ILD1750 10 ILD1750 20 ILD1750 50 ILD1750 100 ILD1750 200 ILD1750 500 ILD1750 750 ILD1750 2LL ILD1750 10LL ILD1750 20LL ILD1750 50LL Operating Instructions optoNCDT 1750...

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: ...ation 21 5 1 Instructions for Installation 21 5 1 1 Reflection Factor of the Target Surface 21 5 1 2 Error Influences 21 5 1 2 1 Light from other Sources 21 5 1 2 2 Color Differences 22 5 1 2 3 Temper...

Page 4: ...ia Web Browser 45 6 2 5 Video Signal via Web Browser 47 6 3 Programming via ASCII Commands 49 6 4 Timing Measurement Value Flux 49 6 5 Menu Structure Operation via Membrane Keys 50 7 Setting Sensor Pa...

Page 5: ...70 7 6 2 2 Behavior of the Digital Output 72 7 6 3 Analog Output 74 7 6 3 1 Output Scaling 74 7 6 3 2 Output Scaling with the Select Button 75 7 6 3 3 Output Scaling via Hardware Input 76 7 6 3 4 Cal...

Page 6: ...sioning Disposal 100 14 Service Repair 100 Appendix A 1 Optional Accessories 101 A 2 Factory Setting 103 A 3 ASCII Communication with Sensor 104 A 3 1 General 104 A 3 2 Overview Commands 106 A 3 2 1 G...

Page 7: ...Pulse 116 A 3 2 4 Interfaces 117 A 3 2 4 1 BAUDRATE RS422 117 A 3 2 4 2 ERROROUT1 2 Activate Switching Output 117 A 3 2 4 3 ERRORLEVELOUT1 2 Output Level Switching Output 117 A 3 2 4 4 ERRORLIMITCOMP...

Page 8: ...A 3 2 8 11 MASTERSOURCE 124 A 3 2 9 Data output 125 A 3 2 9 1 OUTPUT Selection of Measurement Value Output 125 A 3 2 9 2 OUTREDUCEDEVICE Output Reduction of Measurement Value Outpu 125 A 3 2 9 3 OUTRE...

Page 9: ...ardware 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 mai...

Page 10: ...to or destruction of the sensor Avoid exposure to aggressive materials washing agent penetrating liquids or similar on the sensor Damage to or destruction of the sensor 1 3 Notes on CE Marking The fol...

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

Page 12: ...he laser beam must be avoided Due to the visible light beam eye protection is ensured by the natural blink reflex The housing of the optical sensors may only be opened by the manufacturer see Chap 12...

Page 13: ...ER PRODUCT IEC 60825 1 2015 07 P 1mW 670nm THIS PRODUCT COMPLIES WITH FDA REGULATIONS 21CFR 1040 10 AND 1040 11 Fig 3 True reproduction of the sensor with its actual location of the warning labels ILD...

Page 14: ...sensor calculates the distance of the point of light on the measuring object to the sensor by means of the output signal of the CMOS elements The distance value is linearized and output by means of th...

Page 15: ...ing the exposure This enables the sensor to compensate for fluctuations in brightness on the object being measured What is more it does so in a range from almost total absorption to almost total refle...

Page 16: ...between 0 3 7 5 kHz adjustable in 6 steps 7 5 kHz 5 kHz 2 5 kHz 1 25 kHz 625 Hz 300 Hz Light source Semiconductor laser 1 mW 670 nm red Permissible ambient light 10 000 lx with 2 5 kHz Laser safety c...

Page 17: ...ly selectable averaging possibilities data reduction setup management 2 Power supply 11 30 V DC 24 V P 3 W Sensor cable Standard 0 25 m pigtail with 14 pole ODU connector Option Extension 3 10 m Synch...

Page 18: ...iconductor laser 1 mW 670 nm red Permissible ambient light 10 000 lx with 2 5 kHz Laser safety class Class 2 according to DIN EN 60825 1 2015 07 Spot diameter SMR 85 x 240 m 120 x 405 m 185 x 485 m 35...

Page 19: ...reely selectable averaging possibilities data reduction setup management 2 Power supply 11 30 V DC 24 V P 3 W Sensor cable Standard 0 25 m pigtail with 14 pole ODU connector Option Extension 3 10 m Sy...

Page 20: ...mponents 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 damage immediately a...

Page 21: ...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 22: ...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 23: ...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 24: ...easuring ranges see Fig 6 These influences have to be explicitly considered when scanning profiled surfaces Basically the angle be havior of triangulation is liable to the reflectivity of the measurin...

Page 25: ...The same ar rangement must be used for color strips Grinding or rolling marks Fig 7 Sensor arrangement in case of ground or striped surfaces correct incorrect Shadow sensor off RS422 on output off an...

Page 26: ...ling and operating Mount the sensor only to the existing holes on a flat surface Clamps of any kind are not permitted Do not exceed torques The bearing surfaces surrounding the fastening holes through...

Page 27: ...onal drawing sensor cable 51 15 Fig 12 Dimensional drawing male connector sensor cable 67 2 64 33 5 1 32 4 4 5 89 3 50 97 3 82 75 2 95 4 Y 10 MR SMR 48 1 89 2 08 13 4 53 Keep this area free from light...

Page 28: ...e Fig 14 Dimensional drawing and free space ILD1750 500 750 15 59 140 5 51 150 5 91 80 3 15 70 2 76 35 1 38 5 5 20 5 98 3 86 10 2 08 Y MR SMR 35 1 38 6 6 24 17 5 69 Keep this area free from light sour...

Page 29: ...switched off The RS422 or the analog output can be switched on The web interface can also be switched on red Measurement value output current with 4 20 mA or voltage with 0 5 V resp 0 10 V off Sensor...

Page 30: ...00 x IF2008 and IF2008 Y adap ter cable PC1750 x C Box RJ45 PC1700 x OE IF2004 USB IF2001 USB C Box 2A Fig 15 Connection examples on ILD1750 The different periphery devices can be connected by the ill...

Page 31: ...nterface IF2001 USB RS422 USB converter one RS422 IF2004 USB IF2008 PCI interface card four C Box 2A two SPS ILD1750 or the like Functional input trigger Switch key PLC or the like Switching input las...

Page 32: ...tch output 1 8 Error Limit 1 Programmable switching characteristic NPN PNP Push Pull see Chap 5 4 8 grey pink Switch output 2 7 Limit 2 violet Sync 3 Symmetrical synchron output Master or input Slave...

Page 33: ...Sensor Pin PC1700 x Y Color Supply Use the supply voltage for measurement instruments only and not for drive units or similar sources of pulse interference at the same time MICRO EPSILON recom mends...

Page 34: ...ctrically with Pin 6 the laser is off PC1700 x U 9 1 black 6 Type 1 ILD1750 H Type 2 Type 3 red blue GND Inputs are not galvanically isolated 24V level HTL Low 3 V High 8 V max 30 V 5V level TTL Low 0...

Page 35: ...and thus for automatic overload shutdown of the output Connect the output 13 white coaxial inner conductor and 14 black on the sensor to a measuring device Sensor 13 Iout RB CI 14 ILD1750 5 6 11 30 VD...

Page 36: ...nect the input with GND to start the function Fig 21 Electrical wiring for multifunctional input 5 4 7 RS422 Connection with USB Converter IF2001 USB Cross the lines for connections between sensor and...

Page 37: ...tput is not galvanically isolated 24V level HTL Imax 100 mA UHmax 30 V saturation voltage at Imax 50 mA Usat low 1 5 V output GND Usat high 1 5 V output UB Fig 23 Electrical wiring digital output Swit...

Page 38: ...ble component are marked with red markings which have to be aligned opposite each other before connection In addition they come with guidance grooves to prevent them from being wrongly connected To re...

Page 39: ...the evaluator control cabinet PC housing and avoid ground loops Never lay signal leads next to or together with power cables or pulse loaded cables e g for drive units and solenoid valves in a bundle...

Page 40: ...Pin 6 see Chap 5 4 4 Once the operating voltage has been switched on the sensor runs through an initialization sequence This is indicated by the momentary activation of all the LEDs Once initializati...

Page 41: ...sensor exists The sensor is connected to a PC notebook via a RS422 converter supply voltage persist Start the program SensorFinder Vx x x Fig 25 Auxiliary program for sensor search and to start web i...

Page 42: ...r auxiliary functions settings measurement chart etc are available The appearance of the web sites can change dependent of the functions Each page contains descriptions of param eters and so tips for...

Page 43: ...measuring 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...

Page 44: ...e respective measurement task Choosing a target causes a predefined configura tion of the settings which achieves the best results for the chosen material Standard Ceramics metal Multi Surface 1 Print...

Page 45: ...n the horizontal navigation bar 1 2 3 4 5 6 8 7 Fig 27 Website measurement distance measurement 1 Stop stops the diagram data selection and zoom function are still possible Pause interrupts recor ding...

Page 46: ...d in text boxes above the graphic Peak intensity is also updated 6 Scaling of the x axis can be defined by means of a input field below the time axis 7 Scaling of the x axis you can enlarge zoom the o...

Page 47: ...indow on the right displays the video signal of the recipient filed The video signal in the graphic window displays the intensity distribution above the pixels of the recipient field 0 distance small...

Page 48: ...rent measuring rate are displayed 6 Mouse over function When moving the mouse over the graphic in stopped state curve points are marked with a circle symbol and the related intensity is displayed The...

Page 49: ...ee Chap A 1 or a plug in card to a PC PLC ay attention in the programs used to the correct RS422 default setting Once connected you can transmit the commands via the terminal to the sensor 6 4 Timing...

Page 50: ...oltage 0 5 V Voltage 0 10 V Current 4 20 mA LED State flashes green LED Output green LED Output yellow LED Output red LED Output green LED Output yellow LED Output red LED State flashes red LED Output...

Page 51: ...static balanced dynamic Standard Multi surfaces Light penetration LED State flashes green LED Output gr n LED Output yellow LED Output red LED Output green LED Output yellow LED Output red LED State...

Page 52: ...he settings will be lost after switching off the sensor 7 2 Overview Parameter The following parameters can be set or changed in the optoNCDT 1750 see tab Settings Inputs Laser power Synchronization M...

Page 53: ...arget synchronously the sensors may be synchro nized with each other The synchronization output of the first sensor master controls the sensors connected to the synchronization inputs slaves Slave MFI...

Page 54: ...uring rate indicates the number of measurements per second Select the required measuring rate Measuring rate 300 Hz 625 Hz 1 25 kHz 2 5 kHz 5 kHz 7 5 kHz Use a high measuring rate for bright and mat m...

Page 55: ...igger inputs see Chap 5 4 6 Factory settings no triggering the sensor starts transmitting data output as soon as it is switched on Trigger in pulse duration is at least 50 s The triggering of the meas...

Page 56: ...s data recording as soon as the selected edge is active to the trigger input If trigger conditions are met the sensor outputs a defined number of measurements Value range between 1 and 16382 After com...

Page 57: ...verage calculation only includes values measured from the trigger event Activating the data recording trigger deactivates the data output trigger 7 4 3 3 Triggering Data Output Measurement values are...

Page 58: ...e ROI Masking limits the evaluating range ROI Region of Interest for the distance calculation in the video signal This function is used in order to e g suppress interfering reflections or ambient ligh...

Page 59: ...d 0 50 0 95 50 Range 100 Intensity 7 4 6 Peak Selection Peak selection First peak Highest peak Last peak Wid est peak Defines which signal is used for the evaluation in the line signal First peak Near...

Page 60: ...alue The RS422 interface outputs an error value Hold last value infinite Analog output and RS422 interface stop at the last valid value Hold last value 1 1024 Value If no valid reading can be obtained...

Page 61: ...raging number N indicates the number of consecu tive measurement values to be averaged in the sensor Recursive N values 2 32768 Value Median N values 3 5 7 9 Value Measurement averaging is performed a...

Page 62: ...erage The definable number N for successive measurements window width is used to calculate the arithmetic average Mmov according to the following formula MV k k 1 N N M gl MV Measurement value N Avera...

Page 63: ...pass behavior Range of values for the averaging number N is 1 32768 7 5 2 4 Median A median value is formed from a preselected number of measurements Methods The incoming measured values 3 5 7 or 9 m...

Page 64: ...ation value is defined as the target value The master value is the reading that is issued as result of measuring a master object Zeroing is when you set a master with 0 zero as the master value When s...

Page 65: ...locked after 5 minutes You can deac tivate the key lock e g via the web interface see Chap 7 7 3 Fig 32 Flow chart for zeroing mastering Select button LED State Measuring Green red yellow depends on...

Page 66: ...1700 x For details about the hardware input please refer to the electrical connections see Chap 5 4 6 Fig 34 Flow chart for zeroing mastering hardware input Switch output 1 Measuring active inactive d...

Page 67: ...be selected via the checkbox 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 reduction causes only eve...

Page 68: ...o point scal ing Minimum Value Always 2 points are taught which mark start and end of the new measuring range With two point scaling reversal of the output signal is possible Maximum Value Digital out...

Page 69: ...es A parallel output of measured values via multiple channels is not possible RS422 and analog output cannot be operated simultaneously The switching outputs 1 and 2 can be activated regardless of any...

Page 70: ...Measuring range mm 2 10 20 50 100 200 d Distance mm without mastering 0 01MR 1 01MR with mastering 2MR 2MR Exposure time 16 Bit x digital value 1334 33333 ET s x 1 10 ET Exposure time s 133 4 3333 3...

Page 71: ...262143 CG center of gravity 0 100 Video signal 16 Bit 512 pixels 0 1023 Measurement frequency 18 Bit x digital value f frequency Hz 3000 75000 f Hz x 10 State information transferred in the distance v...

Page 72: ...22 on output off analog on optoNCDT SMR EMR 0 60 100 MR Target 137554 60 00 mm sensor off RS422 on output off analog on optoNCDT SMR EMR 0 60 100 MR Target 137554 60 00 mm sensor off RS422 on output o...

Page 73: ...eristic 100 Fig 36 Digital values without zeroing or mastering Target with 80 of the measuring range 80 mm Setting master value 200 mm 50 0 Distance mm 229304 150661 131000 163768 242411 176875 98232...

Page 74: ...he switching outputs see Chap 5 4 8 as movable limit switches The target position for Teach 1 and Teach 2 must be different The teaching process requires a valid measurement signal In case of no objec...

Page 75: ...30 ms Fig 39 Flow chart for output scaling LED State Measuring Green red yellow depends on measuring position Color according to measuring position flashes red approx 1 Hz red t 0 5 min 2 s 200 ms Swi...

Page 76: ...reen Switch output 1 Measuring Start teaching Position the target Teach 1 Position the target Teach 2 Teach in 1 Teach in 2 t 0 2 s 2 s 2 s 30 s 30 s t 1 t 3 t 2 t 4 t 5 t 7 t 8 t 6 min 30 ms min 30 m...

Page 77: ...Current output with mastering reference value midrange Variables Value range Formula I OUT current mA 3 8 4 SMR reserve 4 20 Measuring range 20 20 2 EMR reserve d mm MR mm I OUT mA 12 16 MR Measuring...

Page 78: ...m 0 MR m n Teaching range mm for MP 0 5MR MP 0 5MR for MP 0 5MB 0 5MR MR MP d Distance mm m n 7 6 3 5 Calculation of the measurement value from the voltage output Voltage output without mastering with...

Page 79: ...ng range 10 10 1 EMR reserve MR Measuring range mm 2 10 20 50 100 200 MP Master position mm 0 MR d Distance mm for MP 0 5MR MP 0 5MR for MP 0 5MB 0 5MR MR MP Voltage output with teaching Variables Val...

Page 80: ...age V 0 05 0 SMR reserve 0 5 Measuring range 5 5 05 EMR reserve d mm n mm m mm U OUT V 2 5 5 d mm n mm m mm U OUT V 5 10 0 1 0 SMR reserve 0 10 Measuring range 10 10 1 EMR reserve MR Measuring range m...

Page 81: ...ff analog on optoNCDT SMR EMR 0 60 100 MR Target 13 60 mA 30 00 mm sensor off RS422 on output off analog on optoNCDT Zero setting master value 0 mm Setting master value 5 mm Setting master value 10 mm...

Page 82: ...analog on optoNCDT Zero setting master value 0 mm Setting master value 5 mm Setting master value 10 mm SMR 0 16 100 MR Target 2 50 V 0 00 mm 66 MB 1 70 V 8 00 mm 5 20 V 42 00 mm 5 00 V 25 00 mm senso...

Page 83: ...mm 9 44 mA 8 mm 20 0 mA 25 mm 60 30 mm 10 mm 4 00 mA 15 mm 18 40 mA 30 mm Fig 43 Current output with zeroing or mastering 0 V 0 1 V Reserve measuring range 0 16 60 50 MR 5 V 10 V Analog Out 10 1 V St...

Page 84: ...m sensor off RS422 on output off analog on optoNCDT Target with 60 setting master value to 0 mm Setting start of range m to 20 mm and end n to 40 mm 0 60 SMR EMR 100 MR Target 12 00 mA 5 00 V 0 00 mm...

Page 85: ...nitoring is chosen with both switching outputs warning and alarm thresholds can be realized The switching outputs are activated depending on the set switching behavior EMR End of measuring range Ma Ma...

Page 86: ...oof Resetting the short circuit protection Eliminate the external short circuit Switch the sensor off and on again or send software command Reset to the sensor 7 6 5 Data Output Measurement data outpu...

Page 87: ...hange the language in the menu bar Fig 47 Language selection in the menu bar 7 7 3 Key Lock The key lock function for the Function and Select keys see Chap 5 3 avoids unauthorized or unintended button...

Page 88: ...te existing setup Save changes in active setup Define setup after booting Menu New setup Menu Load Safe Menu bar Menu Load Safe Enter the name for the setup into the field e g Rubber1_21 and click the...

Page 89: ...Click on the desired setup with the left mouse button area A The dialog Measurement settings opens Click on the button Export Click on New setup with the left mouse button The dialog Measurement sett...

Page 90: ...ng de selecting the checkboxes Click on the button Transmit parameter set A Windows dialog for data transfer opens Acknowledge the dialog with OK The operating system files the parameter set in Downlo...

Page 91: ...rofessional level password is setup independent and is not loaded or stored during setup User can do the following User Professional Password required no yes Read inputs signal processing outputs syst...

Page 92: ...later use 7 7 7 Reset Sensor Reset sensor Measurement settings The settings for measuring rate trigger evaluation range selection of peak error handling averaging Zeroing Mastering reduction of data...

Page 93: ...nto 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 D11 D10 D9 D8 D7...

Page 94: ...data transmission with a PC the MICRO EPSILON IF2008 PCI BUS interface card is suitable This can be connected to the sensor via the PC1700 x IF2008 interface cable which is also available as an option...

Page 95: ...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 96: ...10 2 Guidelines The maximum ambient temperature within the protective housing is 45 C The requirements for compressed air are Temperature at the inlet 25 C The compressed air must be free of oil and w...

Page 97: ...3 4 06 125 4 92 4 5 dia 18 4x 22 87 Sensor cable with connector Mounting holes 47 9 1 89 Laser spot 28 1 10 For SGH size S Exhaust air connector For SGHF size S Closed with blind plug Laser spot 5 5 A...

Page 98: ...0 5 51 168 6 61 22 87 Laser spot Laser spot 4 x Mounting holes 4 5 dia 18 Air inlet Air supply can be pivoted for flexible tube with 6 mm inner diameter For SGH size M Exhaust air connector For SGHF s...

Page 99: ...F2008 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 ind...

Page 100: ...for any consequential 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...

Page 101: ...01 USB Converter RS422 to USB type IF2001 USB useable for cable PC1700 x I or PC1700 x U inclusive driver connections 1 female connector 10 pin cable clamp type W rth 691361100010 1x female connector...

Page 102: ...6 digital signals 2 encoder 2 analog signals and 8 I O signals can be acquired synchronously IF2008 Y adapter cable Used to connect two sensors with interface cable PC2300 x IF2008 to a port of the IF...

Page 103: ...andling Error output no measurement LED State normal operation Key Select Supply voltage red flashes yellow appr 8 Hz flashes yellow appr 1 Hz yellow green t 0 t 1 t 3 t 2 10 s t 4 Fig 53 Flow chart t...

Page 104: ...e CR LF Declaration LF Line feed line feed hex 0A CR Carriage return carriage return hex 0D Enter depending on the system System hex 0A or hex 0D0A The currently set parameter value is returned if a c...

Page 105: ...New password New password To change the password all three parameters are to be input The output format is Command name Parameter1 Parameter2 The reply can be used again as command for the parameter...

Page 106: ...Synchronization Chap A 3 2 1 9 TERMINATION Terminating resistor User Level Chap A 3 2 2 1 LOGIN Change of user level Chap A 3 2 2 2 LOGOUT Change to user in the user level Chap A 3 2 2 3 GETUSERLEVEL...

Page 107: ...switching outputs Chap A 3 2 4 7 ERROROUTHOLD Min switching time of active switching output Handling of setups Chap A 3 2 5 1 IMPORT Load parameters Chap A 3 2 5 2 EXPORT Export sensor settings Chap A...

Page 108: ...asking the Evaluation Range Chap A 3 2 8 8 AVERAGE Selection of measurement averaging Chap A 3 2 8 9 MASTER Start stop mastering or zeroing Chap A 3 2 8 10 MASTERSIGNAL Master value Chap A 3 2 8 11 MA...

Page 109: ...e Command Parameter1 Param eter2 Set parameters number of parameters varies Command Parameter1 Param eter2 Parameter Set parameters number of parameters is fixed Response to a command Cursor the senso...

Page 110: ...sword all parameters are re quired A 3 2 1 2 GETINFO Sensor information GETINFO Controller data are queried Output as per example below GETINFO Name ILD1750 10 Model name sensor sensor series Serial 1...

Page 111: ...ed language A 3 2 1 4 RESET boot sensor RESET The sensor is restarted A 3 2 1 5 RESETCNT Reset counter RESETCNT TIMESTAMP MEASCNT Resets the internal counter in the sensor TIMESTAMP resets the time st...

Page 112: ...E ANALOGSCALEMODE STANDARD TERMINATION OFF ANALOGSCALERANGE 0 00000 10 00000 MFILEVEL HTL ANALOGSCALESOURCE NONE LASERPOW FULL ERROROUT1 LI1 MEASRATE 1 000 ERROROUT2 DIST TARGETMODE STANDARD ERRORLEVE...

Page 113: ...s with every 2nd cycle Both sen sors measure alternately e g thickness measurement using 2 sensor on transparent material SLAVE Sensor is slave and expects synchronization pulses from another optoNCDT...

Page 114: ...ferent user level The following user levels exist USER standard user read only access to all elements and graphical display of output values of web interface PROFESSIONAL Expert Read write access to a...

Page 115: ...length is 31 characters A 3 2 3 Triggering The multi function input also serves as trigger input A 3 2 3 1 TRIGGERLEVEL Active level triggering TRIGGERLEVEL HIGH LOW HIGH Edge triggering Rising edge...

Page 116: ...gger level for the multi function input HTL Input expects HTL level TTL Input expects TTL level A 3 2 3 6 TRIGGERCOUNT Number of Output Measurement Values TRIGGERCOUNT INFINITE n 1 16382 Number of Out...

Page 117: ...ut Level Switching Output ERRORLEVELOUT1 NPN PNP PUSHPULL PUSHPULLNEG ERRORLEVELOUT2 NPN PNP PUSHPULL PUSHPULLNEG Choice of output level for ERROROUT1 NPN switching output is active in case of an erro...

Page 118: ...ROUTHOLD hold period Indicates in ms how long the switching output must be active at least when the limit value is exceeded This time period starts when the limit value is exceeded Range 0 1000 ms A 3...

Page 119: ...r stores user specific setups in the sen sor Subcommands PRESETMODE Returns the currently used Preset mode PRESETMODE mode Sets a preset mode mode STATIC BALANCED DYNAMIC NOAVERAGING PRESETLIST Listin...

Page 120: ...ads the measurement settings and deletes the standard presets loaded BASICSETTINGS Deletes the device settings and loads the default parameters A 3 2 6 Analog Output A 3 2 6 1 ANALOGRANGE ANALOGRANGE...

Page 121: ...the analog output with two point scaling limit 1 Value range between 0 and EMR limit 2 Value range between 0 and EMR The scaling limits must not be identical A 3 2 6 4 ANALOGSCALESOURCE ANALOGSCALESOU...

Page 122: ...TION Choice of material dependent presets STANDARD suitable for materials e g made of ceramics metal plastics or wood MULTISURFACE suitable for materials with changing surfaces e g PCB or hybrid mater...

Page 123: ...exposure time A 3 2 8 6 LASERPOW Laser Power LASERPOW FULL REDUCED OFF FULL Laser power is switched to 100 REDUCED Laser power is switched to 50 OFF Laser is switched off A 3 2 8 7 ROI Video Signal M...

Page 124: ...g A 3 2 8 10 MASTERSIGNAL MASTERSIGNAL DIST1 MASTERSIGNAL DIST1 master value MASTERSIGNAL DIST1 NONE master value value in mm value range 2 2 Measuring range Displays changes or deletes the master val...

Page 125: ...2 ANALOG Selection of interface for data reduction NONE no data reduction RS422 output reduction for RS422 ANALOG output reduction for analog output A 3 2 9 3 OUTREDUCECOUNT Data Output Rate OUTREDUCE...

Page 126: ...TTER COUNTER TIMESTAMP_LO TIMESTAMP_HI INTENSITY STATE UNLIN VIDEO MEASRATE This command is used to choose the signals for measurement data output via the RS422 interface DIST1 Calibrated distance val...

Page 127: ...E Averaged measurements by taking into consideration reflectivity structure and movement of the target OUTPUT Selection of the output channel OUTREDUCEDEVICE Reduction of the output data rate under co...

Page 128: ...tering E232 Wrong parameter count Too high or 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...

Page 129: ...or is empty E362 Storage region is full Number of storable measurement settings is reached E363 Setting name not found Name of the measurement setting to be loaded not found E364 Setting is invalid M...

Page 130: ...o averaging The signal quality affects averaging of measurement values A 4 2 Tab Settings A 4 2 1 Inputs Laser power Full Reduced Off The laser light source is active only if pin 9 is con nected to GN...

Page 131: ...Level Trigger level high rising edge low falling edge Number of mea sured values Infinite Manual selection Value Range 1 16382 Software Trigger type Edge Level Trigger level high rising edge low fall...

Page 132: ...ntensity Peak selection First peak Highest peak Last peak Wid est peak Defines which signal is used for the evaluation in the line signal First peak Nearest peak to sensor Highest peak standard peak w...

Page 133: ...ment value resp Zeroing Mastering is undone Select button Multifunction input Select control element for mastering Master value Value Indication e g of thickness of a master part Value range 2 up to m...

Page 134: ...t scal ing Minimum Value Always 2 points are taught which mark start and end of new measuring range With two point scal ing reversal of the output signal is possible Maximum Value Digital output 1 2 C...

Page 135: ...interface is used for output of mea sured values A parallel output of measured values via multiple channels is not possible RS422 and analog output cannot be operated simultaneously The switching out...

Page 136: ...setup Setup 1 Setup 8 Load Activates a saved measurement setting setup Safe Saves changed measurement settings to an existing setup Favorite Selects a setup which is used after reboot of the sensor D...

Page 137: ...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 138: ...and the default parameters are loaded 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 Resta...

Page 139: ......

Page 140: ...MESSTECHNIK GmbH Co KG K nigbacher Str 15 94496 Ortenburg Deutschland Tel 49 0 8542 168 0 Fax 49 0 8542 168 90 info micro epsilon de www micro epsilon de X9751376 A031098MSC X9751376 A03 MICRO EPSILO...

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