Burster DIGIFORCE 9307 Operation Manuals Download Page 5

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7.4.4

Minimal setup menue (Slot 33) .............................................................. 60

7.4.5

General channel settings (Slot 34) ......................................................... 61

7.4.6

Channel settings "Potentiometer" (Slot 35) ............................................ 66

7.4.7

Channel settings "Standard signal" (Slot 36) ......................................... 66

7.4.8

Channel settings "Strain gauge" (Slot 37) .............................................. 66

7.4.9

Channel settings "Resistance" (Slot 38) ................................................ 68

7.4.10

Channel settings "Piezo" (Slot 39) ......................................................... 68

7.4.11

Channel settings "Incremental" (Slot 40) ............................................... 69

7.4.12

Channel settings "SSI" (Slot 41) ............................................................ 72

7.4.13

Channel settings "EnDat" (Slot 42) ........................................................ 77

7.4.14

Tare (Slot 43) ........................................................................................ 85

7.4.15

Measurement mode (Slot 44) ................................................................ 86

7.4.16

Evaluation window 1 (Slot 45) ............................................................... 89

7.4.17

Evaluation window 2 (Slot 46) ............................................................... 92

7.4.18

Evaluation window 3 (Slot 47) ............................................................... 92

7.4.19

Evaluation window 4 (Slot 48) ............................................................... 92

7.4.20

Evaluation window 5 (Slot 49) ............................................................... 92

7.4.21

Evaluation window 6 (Slot 50) ............................................................... 93

7.4.22

Evaluation window 7 (Slot 51) ............................................................... 93

7.4.23

Evaluation window 8 (Slot 52) ............................................................... 93

7.4.24

Evaluation window 9 (Slot 53) ............................................................... 93

7.4.25

Evaluation window 10 (Slot 54) ............................................................. 93

7.4.26

Evaluation trapezoid window X1 (Slot 55) .............................................. 94

7.4.27

Evaluation trapezoid window X2 (Slot 56) .............................................. 96

7.4.28

Evaluation trapezoid window Y1 (Slot 57) .............................................. 96

7.4.29

Evaluation trapezoid window Y2 (Slot 58) .............................................. 98

7.4.30

Evaluation threshold 1 (Slot 59) ............................................................. 98

7.4.31

Evaluation threshold 2 (Slot 60) ........................................................... 101

7.4.32

Evaluation threshold 3 (Slot 61) ........................................................... 101

7.4.33

Evaluation threshold 4 (Slot 62) ........................................................... 101

7.4.34

Evaluation envelope 1 (Slot 63 bis 67)................................................. 101

7.4.35

Evaluation envelope 2 (Slot 68 bis 72)................................................. 101

7.4.36

Evaluation rotary switch 1 (Slot 73) ..................................................... 102

7.4.37

Evaluation rotary switch 2 (Slot 74) ..................................................... 102

7.4.38

Evaluation mathematical functions (Slot 75) ........................................ 102

Summary of Contents for DIGIFORCE 9307

Page 1: ...l rights reserved Talstra e 1 5 76593 Gernsbach Germany Postbox 1432 76587 Gernsbach Germany Valid from 30 07 2015 Applies to DIGIFORCE 9307 Vxxx2 Tel 49 07224 6450 Fax 49 07224 64588 E Mail info burs...

Page 2: ...onsmesstechnik hereinafter referred to as product are the results of targeted development and meticulous research As of the date of delivery burster provides a warranty for the proper condition and fu...

Page 3: ...ce immunity 14 3 4 2 Emitted interference 14 3 5 Notes on CE labeling 14 4 Installation 15 4 1 Connection of fieldbus lines 15 4 2 Installation of fieldbus lines 15 4 2 1 Parameter value 16 4 2 2 Tran...

Page 4: ...ault assignment of output Byte 4 2 adjustable outputs 27 6 4 Evaluation info 28 6 4 1 Evaluation info Byte 1 28 6 4 2 Evaluation info Byte 2 29 6 4 3 Evaluation info Byte 3 29 6 4 4 Evaluation info By...

Page 5: ...Slot 48 92 7 4 20 Evaluation window 5 Slot 49 92 7 4 21 Evaluation window 6 Slot 50 93 7 4 22 Evaluation window 7 Slot 51 93 7 4 23 Evaluation window 8 Slot 52 93 7 4 24 Evaluation window 9 Slot 53 93...

Page 6: ...w 1 EvElem 1 129 7 5 8 Statistic measurement result evaluation element window 2 EvElem2 129 7 5 9 Statistic measurement result evaluation element window 3 EvElem3 129 7 5 10 Statistic measurement resu...

Page 7: ...measurement result evaluation element mathematical calculation 5 EvElem25 131 7 5 32 Statistic measurement result evaluation element mathematical calculation 6 EvElem26 131 7 5 33 Read out X coordinat...

Page 8: ...5 56 Evaluation results trapezoid window Y 2 141 7 5 57 Evaluation results envelope 1 142 7 5 58 Evaluation results envelope 2 142 7 5 59 Evalutation results rotary switch evaluation elment 1 142 7 5...

Page 9: ...n Symbols on the device Notice text on the device Read and observe the text beside below the alert symbol To prevent electrical shock do not open device To prevent fire replace only with same type and...

Page 10: ...ference potential to VP GSD Device description data PI PROFIBUS and PROFINET International user organization RTS Request To Send RxD TxD N Receive Transmit Data N A line RxD TxD P Receive Transmit Dat...

Page 11: ...fety and accident prevention regulations when commissioning the equipment Install automation engineering equipment and installations with sufficient protection against accidental actuation Warning con...

Page 12: ...of displacement angle or time according to a defined curve The resultant measurement curve is analyzed using graphical evaluation elements such as windows envelopes and thresholds The result of the a...

Page 13: ...bout PROFIBUS DP at www profibus com 3 2 Model 9307 device data Supported transfer rates 9 6 kBit s 187 5 kBit s 3000 kBit s 19 2 kBit s 500 kBit s 6000 kBit s 93 75 kBit s 1500 kBit s 12 000 kBit s B...

Page 14: ...EN 61000 3 2 2000 EN 61000 3 3 1995 A1 2001 3 5 Notes on CE labeling burster equipment carrying the CE mark meets the requirements of the EU directives and the harmonized European standards EN cited...

Page 15: ...option have a 9 pin SUB D female connector for the fieldbus connection PIN Meaning 1 Shield 2 NC 3 RxD TxD P 4 NC 5 DGND 6 VP 5 V bus termination 7 NC 8 RxD TxD N 9 NC 4 2 Installation of fieldbus li...

Page 16: ...ud 1000 m 500 kBaud 400 m 1500 kBaud 200 m 3000 6000 12000 kBaud 100 m Commercially available connectors allow the incoming data cable to be connected directly to the outgoing data cable in the connec...

Page 17: ...IBUS cable in order to achieve high system immunity to radiated electromagnetic interference As far as possible the shield should be connected at both ends to the protective ground via large area shie...

Page 18: ...r power on the measurement mode is always set The display will look differently dependent on your settings or your last measurements You can go to Main setup menue in measurement mode by pressing the...

Page 19: ...ts on the PROFIBUS interface PLC DIGIFORCE 9307 responds solely to control signals inputs on the PLC I O interface When controlled via PLC I O data is still transferred in the cyclical PROFIBUS DP pro...

Page 20: ...the measurement equipment They condition the input data from the measurement application for communication with the master and condition the output data control signals from the master for forwarding...

Page 21: ...rement results per access which the master makes no use of On the other hand there are applications in which the measurement results from a specific evaluation element need to be transferred but this...

Page 22: ...d with b or bin are binary numbers Example b1100 bin1100 1100b 1100bin 5 4 2 Handling problems that arise when reading floating point numbers This only concerns cases in which floating point numbers n...

Page 23: ...selectable list M5 1 12x4 12 evaluation values float selectable list M5 2 12x4 6 evaluation values float selectable list curve 6x4 5 PLC output status 4 140 bytes Evaluation info 4 12 evaluation value...

Page 24: ...GIFORCE 9307 are always transferred from the PROFIBUS master to the DIGIFORCE 9307 These bits have the same function as the parallel PLC inputs to the DIGIFORCE 9307 unit See detailed documentation of...

Page 25: ...8 measurement programs If not used set this bits to 0 6 2 4 PLC inputs Byte 4 master to slave PLC inputs Byte 4 Master Slave Valid values IN_START Bit 0 LSB reserved Bit 1 Set reserved bits to 0 reser...

Page 26: ...RCE 9307 operation manual for the unit Also the signal timing is available within the DIGIFORCE 9307 operation manual 6 3 1 PLC outputs Byte 1 PLC outputs Byte 1 Slave Master Valid values OUT_READY Bi...

Page 27: ...1 PLC_OUT22 Bit 2 PLC_OUT21 Bit 3 PLC_OUT20 Bit 4 PLC_OUT19 Bit 5 PLC_OUT18 Bit 6 PLC_OUT17 Bit 7 MSB NOTE Note that PLC outputs PLC_OUT 23 1 could be assigned with different functions The assignment...

Page 28: ...C_OUT20 OUT_WARNING_TOOLCOUNT PLC_OUT21 OUT_WARNING_TOTAL PLC_OUT22 OUT_TEST_OP_SIMPLE PLC_OUT23 OUT_TEST_OP_COMPLEX 6 4 Evaluation info The evaluation info 4 byte contains the evaluation result of ea...

Page 29: ...3 Evaluation info Byte 3 Evaluation info Byte 3 Slave Master Valid values Window_9_NOK Bit 0 LSB Window_10_NOK Bit 1 Trapezoid_X1_NOK Bit 2 Trapezoid_X2_NOK Bit 3 Trapezoid_Y1_NOK Bit 4 Trapezoid_Y2_...

Page 30: ...2 PLC outputs Byte 3 6 3 3 3 PLC outputs Byte 4 6 3 4 4 Evaluation info Byte 1 6 4 1 5 Evaluation info Byte 2 6 4 2 6 Evaluation info Byte 3 6 4 3 7 Evaluation info Byte 4 6 4 4 6 5 2 Mode 2 Data fro...

Page 31: ...5 1 value_3 2nd Byte see above 18 M5 1 value_3 3rd Byte see above 19 M5 1 value_3 4th Byte see above 20 M5 1 value_4 1st Byte see above User defined value in DIGIFORCE 9307 List M5 1 32 Bit float 21 M...

Page 32: ...List M5 1 32 Bit float 45 M5 1 value_10 2nd Byte see above 46 M5 1 value_10 3rd Byte see above 47 M5 1 value_10 4th Byte see above 48 M5 1 value_11 1st Byte see above User defined value in DIGIFORCE 9...

Page 33: ...Byte see above 14 M5 1 value_2 3rd Byte see above 15 M5 1 value_2 4th Byte see above 16 M5 1 value_3 1st Byte see above User defined value in DIGIFORCE 9307 List M5 1 32 Bit float 17 M5 1 value_3 2nd...

Page 34: ...45 M5 1 value_10 2nd Byte see above 46 M5 1 value_10 3rd Byte see above 47 M5 1 value_10 4th Byte see above 48 M5 1 value_11 1st Byte see above User defined value in DIGIFORCE 9307 List M5 1 32 Bit f...

Page 35: ...above 80 M5 2 value_7 1st Byte see above User defined value in DIGIFORCE 9307 List M5 2 32 Bit float 81 M5 2 value_7 2nd Byte see above 82 M5 2 value_7 3rd Byte see above 83 M5 2 value_7 4th Byte see...

Page 36: ...uts Byte 1 6 3 1 1 PLC outputs Byte 2 6 3 2 2 PLC outputs Byte 3 6 3 3 3 PLC outputs Byte 4 6 3 4 4 Evaluation info Byte 1 6 4 1 5 Evaluation info Byte 2 6 4 2 6 Evaluation info Byte 3 6 4 3 7 Evaluat...

Page 37: ...see above 32 M5 1 value_7 1 st Byte see above User defined value in DIGIFORCE 9307 List M5 1 32 Bit float 33 M5 1 value_7 2 nd Byte see above 34 M5 1 value_7 3 rd Byte see above 35 M5 1 value_7 4 th B...

Page 38: ...Bit float 65 M5 2 value_3 2 nd Byte see above 66 M5 2 value_3 3 rd Byte see above 67 M5 2 value_3 4 th Byte see above 68 M5 2 value_4 1 st Byte see above User defined value in DIGIFORCE 9307 List M5 2...

Page 39: ...above User defined value in DIGIFORCE 9307 List M5 2 32 Bit float 101 M5 2 value_12 2 nd Byte see above 102 M5 2 value_12 3 rd Byte see above 103 M5 2 value_12 4 th Byte see above 104 M1_Curvevalue_1...

Page 40: ..._6 4 th Byte see above 6 5 5 Mode 5 Data from master to slave Byte Function Section Comments 0 PLC inputs Byte 1 6 2 1 1 PLC inputs Byte 2 6 2 2 2 PLC inputs Byte 3 6 2 3 3 PLC inputs Byte 4 6 2 4 Dat...

Page 41: ...value_5 3 rd Byte see above 27 M5 1 value_5 4 th Byte see above 28 M5 1 value_6 1 st Byte see above User defined value in DIGIFORCE 9307 List M5 1 32 Bit float 29 M5 1 value_6 2 nd Byte see above 30...

Page 42: ...bove User defined value in DIGIFORCE 9307 List M5 2 32 Bit float 61 M5 2 value_2 2 nd Byte see above 62 M5 2 value_2 3 rd Byte see above 63 M5 2 value_2 4 th Byte see above 64 M5 2 value_3 1 st Byte s...

Page 43: ...M5 2 value_10 4 th Byte see above 96 M5 2 value_11 1 st Byte see above User defined value in DIGIFORCE 9307 List M5 2 32 Bit float 97 M5 2 value_11 2 nd Byte see above 98 M5 2 value_11 3 rd Byte see a...

Page 44: ...ve User defined value in DIGIFORCE 9307 value in curve M1 32 Bit float 125 M1_Curvevalue_6 2 nd Byte see above 126 M1_Curvevalue_6 3 rd Byte see above 127 M1_Curvevalue_6 4 th Byte see above 128 Live...

Page 45: ...e PROFIBUS masters however the slot is already addressed implicitly through the selected mode e g on the Siemens S7 The DIGIFORCE 9307 offers a solution for cases in which your PROFIBUS master cannot...

Page 46: ...see 7 4 1 General settings Slot 30 As soon as the slot address has been successfully mapped in the DIGIFORCE 9307 the slot address that has been entered can be read at the index address type 100 ms N...

Page 47: ...nate group 2 Measured value 400 599 etc 4 The number of the desired coordinate group is entered through a write access to index 19 Since we want to read the beginning of the curve we enter a 0 It is n...

Page 48: ...19 It is now possible to write the curve values no 0 199 to indices 20 219 3 The coordinate group that is to be written to is selected e g 1 for values 200 399 through a write access to index 19 It i...

Page 49: ...the number of the slot to be linked R Read the number of the currently linked slot no slot linked 0 U16 2 RW 0 29 2 9 Not possible X 0 29 10 240 Indices of the linked slots RW 7 4 Slot index tables c...

Page 50: ...e XX 30 19 Station name Stat14 right STR 15 15 RW 30 20 Tool counter 0 4294967296 U32 4 RO Slot 30 Index 21 to 40 Slot Index Description Value Meaning of value Type Len R W 30 21 Standard value for to...

Page 51: ...nction key definition F2 0 1 2 3 4 5 6 7 8 9 10 11 12 13 Off Meas menue page up Meas menue page down Meas program incremental Meas program decremental Tare X Tare Y Tare Y2 Measurement Start Stop Ackn...

Page 52: ...bled Meas menue enabled U16 2 RW 30 34 Meas menue display control GENERAL CURVE DATA 0 1 Meas menue disabled Meas menue enabled U16 2 RW 30 35 Meas menue display control TOTAL Off Smiley text 0 1 Meas...

Page 53: ...0 43 Access authorisation BASIC SETUP MENUE 0 1 Access level disabled Access level enabled U16 2 RW 30 44 Access authorisation MIN SETUP MENUE 0 1 Access level disabled Access level enabled U16 2 RW 3...

Page 54: ...Strobe switch program U16 2 RW 30 59 PLC output 1 Pin 2 3 A0 switch program U16 2 RW 30 59 PLC output 1 Pin 2 4 A1 switch program U16 2 RW 30 59 PLC output 1 Pin 2 5 A2 switch program U16 2 RW 30 59...

Page 55: ...in 2 33 NOK trapezoid window X 2 U16 2 RW 30 59 PLC output 1 Pin 2 34 NOK threshold 1 U16 2 RW 30 59 PLC output 1 Pin 2 35 NOK threshold 2 U16 2 RW 30 59 PLC output 1 Pin 2 36 NOK threshold 3 U16 2 RW...

Page 56: ...11 see slot 59 U16 2 RW 30 65 PLC output 7 Pin 12 see slot 59 U16 2 RW 30 66 PLC output 8 Pin 13 see slot 59 U16 2 RW 30 67 PLC output 9 Pin 16 see slot 59 U16 2 RW 30 68 PLC output 10 Pin 17 see slot...

Page 57: ...ftname_ Shift1 STR 64 64 RW 30 91 Order sheet Shift name Shift 2 Shiftname_ Shift2 STR 64 64 RW 30 92 Order sheet Shift name Shift 3 Shiftname_ Shift3 STR 64 64 RW 30 93 Order sheet Shift name Shift 4...

Page 58: ...nter read out quantity of NOK counts shift 2 0 4294967296 U32 4 RO 30 107 Order sheet Shift counter read out quantity of NOK counts shift 3 0 4294967296 U32 4 RO 30 108 Order sheet Shift counter read...

Page 59: ...of the LCD display EVENT Writing an arbitrary byte initiates action U8x 1 WO 32 12 Fault status of the internal serial communication 0x00000001 PREFIX addressing fault U32x 4 RO 32 12 Fault status of...

Page 60: ...l serial communication 0x00004000 Reading out the measurement curve was interrupted by the beginning of a new measurement U32x 4 RO 32 12 Fault status of the internal serial communication 0x00008000 I...

Page 61: ...signal C Incr TTL C Incr sinus 1Vpp C Incr sinus 11 uApp D strain gauge D Potentiometer D standard signal D Incr TTL E resistance F Piezo time reserved C SSI C EnDat U16 2 RW 34 11 Channel settings ch...

Page 62: ...nce F Piezo Time off C SSI C EnDat U16 2 RW 34 13 Accept channel settings Event The settings from indices 10 11 12 are being stored Writing an arbitrary byte initiates action U8 1 WO 34 14 Filter chan...

Page 63: ...Transmitter supply off Transmitter supply on U16 2 RW 34 18 Transmitter supply channel Y1 Note Entry is not available for the channel settings Piezo and Resistance 0 1 Transmitter supply off Transmit...

Page 64: ...Y2 Note Entry is not available for the channel settings Off Time and Resistance 0 1 2 3 4 5 6 7 8 9 10 11 12 User defined unit 1 User defined unit 2 User defined unit 3 mm N kN Nm Ncm grd bar V s ms...

Page 65: ...ental and Resistance EVENT FLT 4 RO 34 29 Channel to be scaled 0 1 2 Channel X Channel Y1 Channel Y2 U 16 2 WO 34 30 Lower scale value Concerns the channel selected under index 29 FLT 4 RW 34 31 Upper...

Page 66: ...le X 36 1 9 Reserved X 36 10 Standard signal input channel X 0 1 5 V input range 10 V input range U16 2 RW 36 11 Standard signal input channel Y1 0 1 5 V input range 10 V input range U16 2 RW 36 12 St...

Page 67: ...el Y2 0 1 2 3 4 5 1 mV V input range 2 mV V input range 4 mV V input range 10 mV V input range 20 mV V input range 40 mV V input range 40 mV V are not allowed at 10 V excitation U16 2 RW 37 16 Strain...

Page 68: ...rved X 38 10 Resistance input range channel X 0 1 2 200 mOhm range 2 kOhm range 100 kOhm range U16 2 RW 38 11 Resistance input range channel Y1 0 1 2 200 mOhm range 2 kOhm range 100 kOhm range U16 2 R...

Page 69: ...cuit piezo input Short circuit piezo input U16 2 RW 39 14 Piezo short circuit on to channel Y1 0 1 Do not short circuit piezo input Short circuit piezo input U16 2 RW 39 15 Piezo short circuit on to c...

Page 70: ...rence measurement on off channel X 0 1 off on U16 2 RW 40 17 Incremental reference measurement on off channel Y1 0 1 off on U16 2 RW 40 18 Incremental reference measurement on off channel Y2 0 1 off o...

Page 71: ...4 FLT 4 RW 40 30 Incremental grating period channel Y2 between 9999999 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 40 31 Incremental interpolation channel X between 1 and 65000 Int...

Page 72: ...sensor Singleturn encoder Multiturn encoder U16 2 RW 41 12 SSI sensor type channel Y2 Note At the end settings must be initiated through a write access to indices 37 38 39 0 1 2 Displacement sensor S...

Page 73: ...t aligned Tree U16 2 RW 41 18 SSI format channel Y2 Note Only permitted for multiturn angle sensor At the end settings must be initiated through a write access to indices 37 38 39 0 1 Right aligned Tr...

Page 74: ...Hz 1 MHz U16 2 RW 41 25 SSI resolution channel X Note Only permitted for displacement sensors At the end settings must be initiated through a write access to indices 37 38 39 between 9999999 0 and 999...

Page 75: ...d settings must be initiated through a write access to indices 37 38 39 0 48 Integer value U16 2 RW 41 31 SSI bit number angle singleturn or displacement channel X Note At the end settings must be ini...

Page 76: ...rough a write access to indices 37 38 39 0 32 Integer value U16 2 RW 41 36 SSI bit number rotations for multiturn angle channel Y2 Note At the end settings must be initiated through a write access to...

Page 77: ...itiated through a write access to index 17 EVENT Writing an arbitrary byte initiates action U8 1 WO 42 12 Read out EnDat sensor data channel Y2 Note At the end settings must be initiated through a wri...

Page 78: ...ead beforehand and the clock frequency must be set EVENT Writing an arbitrary byte initiates action U8 1 WO 42 18 Copy EnDat sensor setup channel Y2 Note Sensor data must be read beforehand and the cl...

Page 79: ...2 2 See comment at the end of the slot angle z axis STR20 20 RW 42 26 EnDat name of sensor channel Y1 Note Only available with EnDat 2 2 See comment at the end of the slot angle z axis STR20 20 RW 42...

Page 80: ...turn encoder STR20 20 RW 42 33 EnDat sensor type channel Y2 Note See comment at the end of the slot 0 1 2 Displacement Singelturn encoder Multiturn encoder STR20 20 RW 42 34 EnDat total number of bits...

Page 81: ...eger value U16 2 RW 42 41 EnDat bit number angle multiturn channel Y1 Note See comment at the end of the slot 0 32 Integer value U16 2 RW 42 42 EnDat bit number angle multiturn channel Y2 Note See com...

Page 82: ...it Integer value U16 2 RW 42 49 EnDat unit of measuring length channel X Note See comment at the end of the slot 0 1 2 3 GP grating period um Micrometer mm Millimeter m Meter U16 2 RW 42 50 EnDat unit...

Page 83: ...alue U16 2 RW 42 55 Transmit EnDat manual sensor setup channel X Note Sensor data must be entered beforehand into the indices 19 54 EVENT Writing an arbitrary byte initiates action U8 1 WO 42 56 Trans...

Page 84: ...not appropriate for the sensor has been written the results of the sensor measurements can no longer be read correctly In cases of doubt the data should not be written here manually but should instead...

Page 85: ...r tare channel Y2 between 9999999 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 43 16 Tare warning on off channel X 0 1 off on U16 2 RW 43 17 Tare warning on off channel Y1 0 1 off o...

Page 86: ...cription Value Meaning of value Type Len R W 44 0 Not possible X 44 1 9 Reserved X 44 10 X sampling off on 0 1 off on U16 2 RW 44 11 X sample rate between 0 0 and 9999999 0 Float value Float according...

Page 87: ...s off Y2 trigger underrun not allowed when channel Y2 is off 44 19 Set reference line Y1 between 9999999 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 44 20 Set reference line Y2 bet...

Page 88: ...r internal start between 9999999 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 44 29 Set Y1 start value for internal start between 9999999 0 and 9999999 0 Float value Float according...

Page 89: ...t according to IEEE754 FLT 4 RW 45 12 Window 1 limit Xmax Note At the end entry must be adopted through index 15 between 9999999 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 45 13 W...

Page 90: ...the end entry must be adopted through index 24 0 1 no yes U16 2 RW 45 21 Window 1 exit right Note At the end entry must be adopted through index 24 0 1 no yes U16 2 RW 45 22 Window 1 exit bottom Note...

Page 91: ...Window 1 delta gradient for bend between 0 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 45 34 Window 1 delta Y for bend between 0 0 and 9999999 0 Float value Float according to IEEE...

Page 92: ...ble X 46 1 9 Reserved X 46 10 See slot 45 7 4 18 Evaluation window 3 Slot 47 Slot Index Description Value Meaning of value Type Len R W 47 0 Not possible X 47 1 9 Reserved X 47 10 See slot 45 7 4 19 E...

Page 93: ...Reserved X 51 10 See slot 45 7 4 23 Evaluation window 8 Slot 52 Slot Index Description Value Meaning of value Type Len R W 52 0 Not possible X 52 1 9 Reserved X 52 10 See slot 45 7 4 24 Evaluation win...

Page 94: ...index 17 between 9999999 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 55 14 Trapezoid X1 Y limit top right Note At the end entry must be adopted through index 17 between 9999999 0...

Page 95: ...5 21 Trapez X1 exit right Note At the end entry must be adopted through index 22 0 1 no yes U16 2 RW 55 22 Trapezoid X1 copy entry exit Note Values entered into indices 16 21 are adopted EVENT Writing...

Page 96: ...Trapezoid Y1 limit Ymax Note At the end entry must be adopted through index 17 between 9999999 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 57 13 Trapezoid Y1 X limit top left Note...

Page 97: ...Y1 entry bottom Note At the end entry must be adopted through index 22 0 1 no yes U16 2 RW 57 19 Trapezoid Y1 entry top Note At the end entry must be adopted through index 22 0 1 no yes U16 2 RW 57 2...

Page 98: ...X 58 1 9 Reserved X 58 10 See slot 57 7 4 30 Evaluation threshold 1 Slot 59 Slot Index Description Value Meaning of value Type Len R W 59 0 Not possible X 59 1 9 Reserved X 59 10 Threshold 1 off on 0...

Page 99: ...the end entry must be adopted through index 18 0 1 no yes U16 2 RW 59 17 Threshold 1 passage Type X right left Type Y top bottom Note At the end entry must be adopted through index 18 0 1 no yes U16...

Page 100: ...mum Note Only for type Y 0 1 no yes U16 2 RW 59 27 Threshold 1 Calculate absolute minimum Note Only for type Y 0 1 no yes U16 2 RW 59 28 Threshold 1 Calculate local maximum Note Only for type Y 0 1 no...

Page 101: ...en R W 60 0 Not possible X 60 1 9 Reserved X 60 10 See slot 59 7 4 32 Evaluation threshold 3 Slot 61 Slot Index Description Value Meaning of value Type Len R W 61 0 Not possible X 61 1 9 Reserved X 61...

Page 102: ...ding to IEEE754 FLT 4 RW 75 13 Math function Constant 4 between 9999999 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 75 14 Math function Constant 5 between 9999999 0 and 9999999 0 F...

Page 103: ...index 23 Integer value See operand table in appendix U16 2 RW 75 23 Math function Copy formula 1 Note Values entered into indices 20 22 are adopted EVENT Writing an arbitrary byte initiates action U8...

Page 104: ...index 31 0 1 2 3 Sum up Subtract Multiply Divide U16 2 RW 75 30 Math function formula row 3 operand B Note At the end entry must be adopted through index 31 Integer value See operand table in appendi...

Page 105: ...ndex 39 Integer value See operand table in appendix U16 2 RW 75 37 Math function formula row 5 operator Note At the end entry must be adopted through index 39 0 1 2 3 Sum up Subtract Multiply Divide U...

Page 106: ...d EVENT Writing an arbitrary byte initiates action U8 1 WO 75 44 Math function formula row 7 operand A Note At the end entry must be adopted through index 47 Integer value See operand table in appendi...

Page 107: ...index 51 Integer value See operand table in appendix U16 2 RW 75 51 Math function Copy formula 8 Note Values entered into indices 48 50 are adopted EVENT Writing an arbitrary byte initiates action U8...

Page 108: ...p Subtract Multiply Divide U16 2 RW 75 58 Math function formula row 10 operand B Note At the end entry must be adopted through index 59 Integer value See operand table in appendix U16 2 RW 75 59 Math...

Page 109: ...operand table in appendix U16 2 RW 75 65 Math function Evaluation operand 2 Min tolerance limit Note At the end entry must be adopted through index 67 between 9999999 0 and 9999999 0 Float value Floa...

Page 110: ...ed EVENT Writing an arbitrary byte initiates action U8 1 WO 75 72 Math function Evaluation operand 4 Note At the end entry must be adopted through index 75 Integer value See operand table in appendix...

Page 111: ...and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 75 79 Math function Copy evaluation 5 Note Values entered into indices 76 78 are adopted EVENT Writing an arbitrary byte initiates action...

Page 112: ...ance band Y1 Note At the end entry must be adopted through index 13 between 0 0 and 9999999 0 Float value Float according to IEEE754 FLT 4 RW 76 12 Tolerance band Y2 Note At the end entry must be adop...

Page 113: ...At the end entry must be adopted through index 14 0 1 Absolute reference Trigger reference U16 2 RW 77 14 Switchpoint 1 Copy settings Note Values entered into indices 10 13 are adopted EVENT Writing...

Page 114: ...initiates action U8 1 WO 81 14 Sensor test Channel Y1 measure reference value EVENT Writing an arbitrary byte initiates action U8 1 WO 81 15 Sensor test Channel Y2 measure reference value EVENT Writi...

Page 115: ...Type Len R W 82 0 Not possible X 82 1 9 Reserved X 82 10 User defined values value 1 Integer value See operand table in appendix U16 2 RW 82 11 User defined values value 2 Integer value See operand ta...

Page 116: ...teger value See operand table in appendix U16 2 RW 82 27 User defined values value 18 Integer value See operand table in appendix U16 2 RW 82 28 User defined values value 19 Integer value See operand...

Page 117: ...ettings from indices 10 12 are being adopted through indices 13 14 or 15 0 31 0 127 In the standard device In the corresponding device version U16 2 WO 83 11 Meas program number Target start Note The...

Page 118: ...t value channel X Float value Float according to IEEE754 FLT 4 RO 89 11 Current measurement value channel Y Float value Float according to IEEE754 FLT 4 RO 89 12 Current measurement value channel Y Fl...

Page 119: ...90 16 Fix scale Xmin channel Y2 Note At the end entry must be adopted through index 20 Float value Float according to IEEE754 FLT 4 RW 90 17 Fix scale Xmax channel Y2 Note At the end entry must be ado...

Page 120: ...t Integer value 0 means that there is no measurement curve U16 2 RO 100 11 Running measurement curve counter 32 Bit Integer value This counter is incremented by 1 when a measurement curve is newly acq...

Page 121: ...f the A D converter 0 1 No overdrive Overdrive U16 2 RO 101 18 Date of recording String in format dd mm yyyy STR10 10 RO 101 19 Time of recording hh mm ss String in format hh mm ss STR8 8 RO 101 20 Un...

Page 122: ...Float value Float according to IEEE754 FLT 4 RO 103 14 Y1 minimum X coordinate Float value Float according to IEEE754 FLT 4 RO 103 15 Y1 minimum Y1 coordinate Float value Float according to IEEE754 F...

Page 123: ...ue 2 name String with the designator of the value Designator 0 means that no value is defined for this value number STR16 16 RO 105 14 User defined value 2 measurement value Float value Float accordin...

Page 124: ...h STR4 4 RO 105 28 User defined value 7 name String with the designator of the value Designator 0 means that no value is defined for this value number STR16 16 RO 105 29 User defined value 7 measureme...

Page 125: ...s defined for this value number STR16 16 RO 105 44 User defined value 12 measurement value Float value Float according to IEEE754 FLT 4 RO 105 45 User defined value 12 unit String with max 4 character...

Page 126: ...EE754 FLT 4 RO 105 60 User defined value 17 unit String with max 4 characters e g N or inch STR4 4 RO 105 61 User defined value 18 name String with the designator of the value Designator 0 means that...

Page 127: ...STR4 4 RO 105 76 User defined value 23 name String with the designator of the value Designator 0 means that no value is defined for this value number STR16 16 RO 105 77 User defined value 23 measurem...

Page 128: ...e String with the designator of the value Designator 0 means that no value is defined for this value number STR16 16 RO 105 92 User defined value 28 measurement value Float value Float according to IE...

Page 129: ...element window 5 EvElem5 Slot index data on request 7 5 12 Statistic measurement result evaluation element window 6 EvElem6 Slot index data on request 7 5 13 Statistic measurement result evaluation el...

Page 130: ...window X1 EvElem15 Slot index data on request 7 5 22 Statistic measurement result evaluation element trapezoid window X2 EvElem16 Slot index data on request 7 5 23 Statistic measurement result evalua...

Page 131: ...tic measurement result evaluation element mathematical calculation 3 EvElem23 Slot index data on request 7 5 30 Statistic measurement result evaluation element mathematical calculation 4 EvElem24 Slot...

Page 132: ...ates For example if coordinates 600 799 are to be displayed there must be a 3 here Query the maximum number of value pairs under slot 132 10 Read access Group of 200 coordinates currently displayed In...

Page 133: ...7 5 35 Read out Y2 coordinates of current measurement curve Slot Index Description Value Meaning of value Type Len R W 134 0 Not possible X X 134 1 9 Reserved X X 134 10 See slot 132 X X 7 5 36 Read o...

Page 134: ...s Float value Float according to IEEE754 FLT 4 RO 135 22 2 coordinate of group of coordinates Float value Float according to IEEE754 FLT 4 RO 135 23 3 coordinate of group of coordinates Float value Fl...

Page 135: ...rve Y coordinate Float value Float according to IEEE754 FLT 4 RO 138 14 Window 1 exit of curve X coordinate Float value Float according to IEEE754 FLT 4 RO 138 15 Window 1 exit of curve Y coordinate F...

Page 136: ...FLT 4 RO 138 26 Window 1 gradient value Float value Float according to IEEE754 FLT 4 RO 138 27 Window 1 Y mean value Float value Float according to IEEE754 FLT 4 RO 138 28 Window 1 area below curve F...

Page 137: ...Value Meaning of value Type Len R W 144 0 Not possible X X 144 1 9 Reserved X X 144 10 See slot 138 X X 7 5 46 Evaluation results window 8 Slot Index Description Value Meaning of value Type Len R W 1...

Page 138: ...4 RO 148 14 Threshold 1 absolute Y maximum in threshold X coordinate Float value Float according to IEEE754 FLT 4 RO 148 15 Threshold 1 absolute Y maximum in threshold Y coordinate Float value Float a...

Page 139: ...lue Float according to IEEE754 FLT 4 RO 148 25 Threshold 1 Y mean value Float value Float according to IEEE754 FLT 4 RO 148 26 Threshold 1 area below curve Float value Float according to IEEE754 FLT 4...

Page 140: ...o IEEE754 FLT 4 RO 152 14 Trapezoid X 1 exit coordinate X coordinate Float value Float according to IEEE754 FLT 4 RO 152 15 Trapezoid X 1 exit coordinate Y coordinate Float value Float according to IE...

Page 141: ...Float value Float according to IEEE754 FLT 4 RO 154 14 Trapezoid Y 1 exit coordinate X coordinate Float value Float according to IEEE754 FLT 4 RO 154 15 Trapezoid Y 1 exit coordinate Y coordinate Flo...

Page 142: ...O 156 14 Envelope 1 exit coordinate X coordinate Float value Float according to IEEE754 FLT 4 RO 156 15 Envelope 1 exit coordinate Y coordinate Float value Float according to IEEE754 FLT 4 RO 7 5 58 E...

Page 143: ...EEE754 FLT 4 RO 158 18 Rotary switch evaluation element 1 X coord minima 2 Float value Float according to IEEE754 FLT 4 RO 158 19 Rotary switch evaluation element 1 X coord minima 3 Float value Float...

Page 144: ...ording to IEEE754 FLT 4 RO 158 32 Rotary switch evaluation element 1 X coord minima 16 Float value Float according to IEEE754 FLT 4 RO 158 33 Rotary switch evaluation element 1 X coord minima 17 Float...

Page 145: ...ccording to IEEE754 FLT 4 RO 158 46 Rotary switch evaluation element 1 X coord minima 30 Float value Float according to IEEE754 FLT 4 RO 158 47 Rotary switch evaluation element 1 X coord minima 31 Flo...

Page 146: ...ding to IEEE754 FLT 4 RO 158 60 Rotary switch evaluation element 1 Y coord minima 12 Float value Float according to IEEE754 FLT 4 RO 158 61 Rotary switch evaluation element 1 Y coord minima 13 Float v...

Page 147: ...ording to IEEE754 FLT 4 RO 158 74 Rotary switch evaluation element 1 Y coord minima 26 Float value Float according to IEEE754 FLT 4 RO 158 75 Rotary switch evaluation element 1 Y coord minima 27 Float...

Page 148: ...ding to IEEE754 FLT 4 RO 158 88 Rotary switch evaluation element 1 X coord maxima 8 Float value Float according to IEEE754 FLT 4 RO 158 89 Rotary switch evaluation element 1 X coord maxima 9 Float val...

Page 149: ...ing to IEEE754 FLT 4 RO 158 102 Rotary switch evaluation element 1 X coord maxima 22 Float value Float according to IEEE754 FLT 4 RO 158 103 Rotary switch evaluation element 1 X coord maxima 23 Float...

Page 150: ...ording to IEEE754 FLT 4 RO 158 116 Rotary switch evaluation element 1 Y coord maxima 4 Float value Float according to IEEE754 FLT 4 RO 158 117 Rotary switch evaluation element 1 Y coord maxima 5 Float...

Page 151: ...rding to IEEE754 FLT 4 RO 158 130 Rotary switch evaluation element 1 Y coord maxima 18 Float value Float according to IEEE754 FLT 4 RO 158 131 Rotary switch evaluation element 1 Y coord maxima 19 Floa...

Page 152: ...rd maxima 30 Float value Float according to IEEE754 FLT 4 RO 158 143 Rotary switch evaluation element 1 Y coord maxima 31 Float value Float according to IEEE754 FLT 4 RO 158 144 Rotary switch evaluati...

Page 153: ...nctions evaluation result line 6 0 1 NOK OK U16 2 RO 160 16 Math functions NOK counter line 1 32bit Integer value 0 U32 4 RO 160 17 Math functions NOK counter line 2 32bit Integer value 0 U32 4 RO 160...

Page 154: ...transmitted as STRUCT X minimum X coordinate X minimum Y1 coordinate X maximum X coordinate X maximum Y1 coordinate Y1 minimum X coordinate Y1 minimum Y1 coordinate Y1 maximum X coordinate Y1 maximum...

Page 155: ...n Y coordinate Bending point X coordinate Bending point Y coordinate Mean value Y Gradient Area Window Xmin coordinate Window Xmax coordinate Window Ymin coordinate Window Ymax coordinate STRUCT 88 RO...

Page 156: ...e Absolute Ymax X coordinate Absolute Ymax Y coordinate Absolute Ymin X coordinate Absolute Ymin Y coordinate Local Ymax X coordinate Local Ymax Y coordinate Local Ymin X coordinate Local Ymin Y coord...

Page 157: ...dinate Local Ymax X coordinate Local Ymax Y coordinate Local Ymin X coordinate Local Ymin Y coordinate Bending point X coordinate Bending point Y coordinate Mean value Y Gradient Area Window Xmin coor...

Page 158: ...dinate Local Ymax X coordinate Local Ymax Y coordinate Local Ymin X coordinate Local Ymin Y coordinate Bending point X coordinate Bending point Y coordinate Mean value Y Gradient Area Window Xmin coor...

Page 159: ...ute Ymin X coordinate Absolute Ymin Y coordinate Local Ymax X coordinate Local Ymax Y coordinate Local Ymin X coordinate Local Ymin Y coordinate Bending point X coordinate Bending point Y coordinate M...

Page 160: ...ermediate Result 3 103 Intermediate Result 4 104 Intermediate Result 5 105 Intermediate Result 6 106 Intermediate Result 7 107 Intermediate Result 8 108 Intermediate Result 9 109 Intermediate Result 1...

Page 161: ...data Y1 Abs Ymax Y coordinate 310 General curve data Y1 Abs Ymin X coordinate 311 General curve data Y1 Abs Ymin Y coordinate 312 General curve data Y1 Return point X coordinate 313 General curve data...

Page 162: ...14 Reference point 500 Window 1 Entry X 501 Window 1 Entry Y 502 Window 1 Exit X 503 Window 1 Exit Y 504 Window 1 Abs minimum X 505 Window 1 Abs minimum Y 506 Window 1 Abs maximum X 507 Window 1 Abs m...

Page 163: ...minimum Y 606 Window 2 Abs maximum X 607 Window 2 Abs maximum Y 608 Window 2 Loc minimum X 609 Window 2 Loc minimum Y 610 Window 2 Loc maximum X 611 Window 2 Loc maximum Y 612 Window 2 Bend X 613 Wind...

Page 164: ...nimum X 709 Window 3 Loc maximum Y 710 Window 3 Loc maximum X 711 Window 3 Loc maximum Y 712 Window 3 Bend X 713 Window 3 Bend Y 714 Window 3 Mean value Y 715 Window 3 Gradient 716 Window 3 Area 717 W...

Page 165: ...w 4 Bend X 813 Window 4 Bend Y 814 Window 4 Mean value Y 815 Window 4 Gradient 816 Window 4 Area 817 Window 4 Coordinate Xmin 818 Window 4 Coordinate Xmax 819 Window 4 Coordinate Ymin 820 Window 4 Coo...

Page 166: ...oordinate Xmin 918 Window 5 Coordinate Xmax 919 Window 5 Coordinate Ymin 920 Window 5 Coordinate Ymax 1000 Window 6 Entry X 1001 Window 6 Entry Y 1002 Window 6 Exit X 1003 Window 6 Exit Y 1004 Window...

Page 167: ...nate Ymax 1100 Window 7 Entry X 1101 Window 7 Entry Y 1102 Window 7 Exit X 1103 Window 7 Exit Y 1104 Window 7 Abs minimum X 1105 Window 7 Abs minimum Y 1106 Window 7 Abs maximum X 1107 Window 7 Abs ma...

Page 168: ...ow 8 Abs minimum X 1205 Window 8 Abs minimum Y 1206 Window 8 Abs maximum X 1207 Window 8 Abs maximum Y 1208 Window 8 Loc minimum X 1209 Window 8 Loc minimum Y 1210 Window 8 Loc maximum X 1211 Window 8...

Page 169: ...aximum Y 1308 Window 9 Loc minimum X 1309 Window 9 Loc minimum Y 1310 Window 9 Loc maximum X 1311 Window 9 Loc maximum Y 1312 Window 9 Bend X 1313 Window 9 Bend Y 1314 Window 9 Mean value Y 1315 Windo...

Page 170: ...indow 10 Bend X 1413 Window 10 Bend Y 1414 Window 10 Mean value Y 1415 Window 10 Gradient 1416 Window 10 Area 1417 Window 10 Coordinate Xmin 1418 Window 10 Coordinate Xmax 1419 Window 10 Coordinate Ym...

Page 171: ...1606 Trapezoid window X2 Coordinate Ymin left 1607 Trapezoid window X2 Coordinate Ymin right 1608 Trapezoid window X2 Coordinate Ymax left 1609 Trapezoid window X2 Coordinate Ymax right 1700 Trapezoid...

Page 172: ...e Xmin top 1808 Trapezoid window Y2 Coordinate Xmax bottom 1809 Trapezoid window Y2 Coordinate Xmax top 1900 Threshold 1 Pass X 1901 Threshold 1 Pass Y 1902 Threshold 1 Abs minimum X 1903 Threshold 1...

Page 173: ...mum X 2005 Threshold 2 Abs maximum Y 2006 Threshold 2 Loc minimum X 2007 Threshold 2 Loc minimum Y 2008 Threshold 2 Loc maximum X 2009 Threshold 2 Loc maximum Y 2010 Threshold 2 Bend X 2011 Threshold...

Page 174: ...3 Bend Y 2112 Threshold 3 Mean value Y 2113 Threshold 3 Gradient 2114 Threshold 3 Area 2115 Threshold 3 Coordinate X value 2116 Threshold 3 Coordinate Ymin 2117 Threshold 3 Coordinate Ymax 2200 Thres...

Page 175: ...e 2216 Threshold 4 Coordinate Ymin 2217 Threshold 4 Coordinate Ymax 2300 Envelope 1 Entry X 2301 Envelope 1 Entry Y 2302 Envelope 1 Exit X 2303 Envelope 1 Exit Y 2304 Envelope 1 Coordinate Start X 230...

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