Burster DIGIFORCE 9307 Operation Manual
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Burster DIGIFORCE 9307 Operation Manual

Instrument for monitoring repetitive production processes
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© 2017
burster
praezisionsmesstechnik gmbh & co kg
All rights reserved
06.03.2017
Valid from:
Applies to:
DIGIFORCE
OPERATION MANUAL
DIGIFORCE
Interfaces manual
®
9307-V0X0X
®
9307
Manufacturer:
burster
praezisionsmesstechnik gmbh & co kg
Talstr. 1 - 5
76593 Gernsbach
Germany
Tel.: +49-7224-645-0
Fax.: +49-7224-645-88
Email: info@burster.com
www.burster.com
2565-BA9307IEN-5170-031520
P.O.Box 1432
76593 Gernsbach
Germany

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  • Page 1 & co kg praezisionsmesstechnik gmbh & co kg All rights reserved Talstr. 1 - 5 P.O.Box 1432 76593 Gernsbach 76593 Gernsbach Germany Germany 06.03.2017 Valid from: Tel.: +49-7224-645-0 ® Applies to: DIGIFORCE 9307-V0X0X Fax.: +49-7224-645-88 Email: info@burster.com www.burster.com 2565-BA9307IEN-5170-031520...
  • Page 2 (hereinafter referred to as the "product") are the result of targeted development and meticulous research. From the date of delivery, burster provides a warranty for the proper condition and functioning of these products covering material and production defects for the period specified in the warranty document accompanying the product.

  • Page 3: Table Of Contents

    Contents For your safety Symbols used in the instruction manual ..................13 1.1.1 Signal words ........................ 13 1.1.2 Pictograms ........................13 Symbols and precautionary statements on the instrument ............14 Introduction General safety instructions......................15 Intended use ..........................16 Electromagnetic compatibility...................... 16 2.3.1 Interference immunity ....................
  • Page 4 4.3.4 RSET - Reset all measurement program statistics............41 4.3.5 CMPR - Checks the measurement program names ........... 42 Assigning function keys ....................... 43 4.4.1 FKEY - Set or query function key assignments ............43 PLC outputs ..........................44 4.5.1 SPSA - Set selectable PLC output assignments ............
  • Page 5 4.16 PROFINET settings ........................67 4.16.1 PNIF - PROFINET info ....................67 4.16.2 FBKS - Fieldbus board serial number ................ 67 4.16.3 FBMA - Fieldbus board MAC addresses ..............68 4.16.4 FSER - Checks whether a serial number has been programmed in the Fieldbus board flash memory .....................
  • Page 6 4.19.21 SAY2 - Start value Y2 ....................112 4.19.22 STOX - X stop value ....................114 4.19.23 SOY1- Y1 stop value ....................115 4.19.24 SOY2 - Y2 stop value ....................117 4.19.25 STOT - Stop timeout value ..................118 4.19.26 STOA - Number of readings stop mode ..............120 4.19.27 AUFB - Bend-up factor ....................
  • Page 7 4.25.8 INSW - Standard start value ..................179 4.25.9 INAB - Incremental terminating resistance on/off ............181 4.25.10 INZR - Incremental sensor count direction ..............183 4.25.11 SINC - Initialize incremental counter with a standard value ........185 4.26 SSI Sensor ..........................186 4.26.1 SSEN - SSI Sensor type ....................
  • Page 8 4.28.22 FMIA - Query the absolute minimum within a square window ........245 4.28.23 FMAL - Local maximum within a square window ............246 4.28.24 FMIL - Local minimum within a square window ............248 4.28.25 FKNI–Bending point within a square window ............249 4.28.26 FGRA–Gradient within a square window ..............
  • Page 9 4.29.29 SGRA - Gradient of a threshold ................. 306 4.29.30 SMIT - Y-mean value of a threshold ................307 4.29.31 SFLA - Area under curve of a threshold ..............308 4.30 Evaluating the X-trapezoid window ................... 309 4.30.1 TXST- Trapezoid window X on/off ................309 4.30.2 TXGR - X-trapezoid window limits ................
  • Page 10 4.32.15 HRYM–Y-coordinates of the reference curve mean values for generating the envelope ........................364 4.32.16 HDMI - Y-coordinates of the reference curve Delta min values for generating the envelope ........................367 4.32.17 HDMA - Y-coordinates of the reference curve Delta max values for generating the envelope ........................
  • Page 11 4.41.1 UKNO - Measure and test node voltage ..............406 4.41.2 UGND - Measure and test GND potential ..............407 4.41.3 USPA - Measure and test channel A excitation............407 4.41.4 USPB - Measure and test channel B excitation............408 4.41.5 USPD - Measure and test channel D excitation ............
  • Page 12 4.44 Measurement data logger ......................463 4.44.1 DSTA - Enabling and status information of measurement data logger ..... 463 4.44.2 DADA - Query general data for a measurement data logger record ......464 4.44.3 DRFE - Query square window data for a measurement data logger record ..... 464 4.44.4 DTFX - Query X-trapezoid window data for a measurement data logger record ..

  • Page 13: For Your Safety

    For your safety ® The following symbols on the DIGIFORCE 9307 and in this operation manual warn of hazards. Symbols used in the instruction manual 1.1.1 Signal words The following signal words are used in the operation manual according to the specified hazard classification.

  • Page 14: Symbols And Precautionary Statements On The Instrument

    Symbols and precautionary statements on the instrument Symbol Description Hazard warning Disconnect the power plug before opening–Follow safety instructions– Professional servicing only Warning ! To prevent Warning of electrical shock hazard electrical shock do Do not open the unit. not open device. To prevent fire replace only with Warning of fire hazard...

  • Page 15: Introduction

    Introduction General safety instructions DANGER Warning concerning installation of the device and software Installation of the device and the interface must be carried out by qualified personnel only. Qualified personnel meets the following requirements: • You are familiar with the safety designs used in automation engineering, and understand how to deal with them in your capacity as configuration engineer.

  • Page 16: Intended Use

    EN 61000-3-3:2013 Notes on CE labeling burster equipment carrying the CE mark meets the requirements of the EU directives and the harmonized European standards (EN) cited therein. The EU declarations of conformity are available to the relevant authorities as specified in the directives.

  • Page 17: General Communication Info

    General communication info ® The DIGIFORCE 9307 lets you control certain device functions from a remote host and read out all evaluation and measurement results. There are two communication modes to choose from: USB or Ethernet (UDP protocol). The configuration parameters for each port can be found in operation manual ®...
  • Page 18 Now you can type in the required commands consecutevely into the field Character to send and then click on Send Characters. Here is an example for the INFO? command (see details in section “Fast selection”): Yor can execute commonly used commands via the function keys F1-F8 of your PC. Please use the Command Configuration fields to store the desired command: of 503...

  • Page 19: Communication Via The Usb Port

    Communication via the USB port The USB port is on the front of the device and is protected against dirt behind a screw-in cover (see figure on the left). Before accessing the device via the USB port, you have to install an FTDI driver for the OS environment first.

  • Page 20: The Communications Protocol

    General procedure under Windows Open COM port Configure COM port (set baud rate, data/stop bits, parity, timeout) Send/receive data Close COM port 3.2.1 The communications protocol ANSII standard X3.28-1976 Subcategory 2.5, A4 is used as the communications protocol. This standard is used in systems in which a number of secondary stations exists in a non-switched multipoint connection, and all commands are sent by a control station.

  • Page 21: Selection With Response

    3.2.3 Selection with response The control station sends a "selection supervisory sequence". The selection supervisory sequence is used to initialize the 9307 as a slave so that it is subsequently possible to send commands to it. The prefix calls up a single secondary station. <ENQ> defines the end of the selection supervisory sequence.
  • Page 22 9307 replies with: <STX>Digiforce_Typ_9307<NUL>,437438<NUL>,V201605 (32)<NUL>,V201102<NUL>,4<NUL>,EIP- V1401<NUL>,7<NUL>,22.08.2014<NUL>,22.08.2014<NUL><LF><ETX>[BCC] (hier BCC = 0x88) This is the correct response to the info? command Controller sends: <ACK> The controller has received the response and accepted it. Does the 9307 have other queries saved for which a response can now be sent? 9307 replies with: <EOT>...

  • Page 23: Fast Selection

    3.2.4 Fast selection Instead of selection with response, the master station can send a selection supervisory sequence without <ENQ>. This will designate a secondary station as the slave station. It then initiates data transfer directly without waiting for the acknowledge response from the secondary station. This method requires the device address to be appended to each command.

  • Page 24: Polling

    3.2.5 Polling The control station sends a polling supervisory sequence. The polling supervisory sequence is used to retrieve requested data from the 9307. The prefix selects a single station. <ENQ> defines the end of the polling supervisory sequence: The polling supervisory sequence of the 9307 has the following format: <Address>po<ENQ>...

  • Page 25: Timers

    C++ example unsigned char CalculateBCC(char *chrCmd) unsigned char chrBCC = 0; for (int i = 0; i < (int)strlen(chrCmd); i++) // Calculate checksum chrBCC ^= chrCmd[i]; // Form XOR from all characters return (chrBCC | 0x80);// 0x80 to prevent identification as control character The slave station sends one of two possible responses after detecting the [BCC]: •...

  • Page 26: Communication Via The Ethernet Port

    Communication via the Ethernet port The Ethernet RJ45 port is on the rear side of the device. Please use a Cat 5e or higher patch cable to connect the device to your Ethernet network. The relevant Ethernet parameters like IP address and port number can be found in the following device menu: Config(F5)->Config(F5)->Basic setup menu->Interface setup->Ethernet->More Figure 4: USB port...
  • Page 27 Datagram format–Device response to request with data (e.g. INFO?; see example below) <STX>Code,ID,Status,Number,DataEndCharBCC Parameter Value Meaning <STX> 0x02 ASCII character STX Message is not encrypted bit 0 Message is encrypted (for internal purposes) Code Other command bit 1 IPEX! Command Sequential number 1–999 (ASCII).
  • Page 28 Datagram format–Device response to command with acknowledgement (see example below) <STX>Code,ID,Status,Number,Acknowledgement<LF><ETX>BCC Parameter Value Meaning <STX> 0x02 ASCII character STX Message is not encrypted bit 0 Message is encrypted (for internal purposes) Code Other command bit 1 IPEX! command Sequential number 1-999 (ASCII). The device responds 1 to 999 with the same number as received.
  • Page 29 Data splitting for fragmented transfer (if data >= 1450 bytes) 1. Fragment: <STX>Code,ID,Status,0,Data 1...1450<LF><ENQ>BCC 2. Fragment: <STX>Code,ID,Status,1,Data 1451...2900<LF><ENQ>BCC 3. Fragment: <STX>Code,ID,Status,2,Data 2901...3000<LF><ENQ>BCC Note: The host must acknowledge every datagram ending on <ENQ> with a special datagram before it receives the next datagram from the 9307. ...
  • Page 30 Note: Yor can execute commonly used commands via the function keys F3-F8 of your PC. The ® fileds F1 and F2 are preconfigured for the INFO? commands of DIGIFORCE 9310 and ® DIGIFORCE 9307/9311 and can not be changed. Please use the Command Configuration fields to store the desired commands in the F3-F8: of 503...

  • Page 31: Commands

    Commands Before executing individual commands, you should first familiarize yourself with their structure. Every command has a name that always consists of four letters. When data are read out of the device, a question mark (e.g. INFO?) is appended to the command name. This is an exclamation mark (e.g. STAN!) when data are being written.
  • Page 32 Device response to a command with 3 parameters <STX>P1<NUL>,P2<NUL>,P3<NUL><LF><ETX> Parameter Value Meaning P1, P2, P3 Parameters 1 to 10 <NUL> 0x00 ASCII character <NUL>, [<LF>] 0x0A Line Feed NOTICE • There are no <NUL> characters for the commands KUSX, KSY1,KSY2, HRYM, HDMI, HDMA, DXKO, DY1K, DY2K, RFX1, RFX2, RFY1, RFY2, KURX, KUY1, KUY2 •...

  • Page 33: Device Status

    Device status 4.1.1 FSTA - 9307 Query device status Execute - Query form only Query FSTA? With the command FSTA? queries the device error status. Once read out, the error status is reset. The error status is a bit-coded 32-bit word. More than one bit can be set when multiple events have occurred since the last readout.

  • Page 34: Temp Query The Current Device Temperature (V2016.0.2 And Higher)

    4.1.2 TEMP Query the current device temperature (V2016.0.2 and higher) Execute TEMP! This command does not have a ! form. Query TEMP? The command TEMP? queries the current temperature inside of the device Host sends: <Address>sr<STX>TEMP?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 35: Upda - Perform Display Update

    Query GOTO? The command GOTO? can read out the menu jumped to during port communication Host sends: <Address>sr<STX>GOTO?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value...

  • Page 36: Eiza - Query Or Reset Power Up Counter

    Meaning of parameter Pn Parameter Meaning Value Measurement enable 0  Measurement locked 1  Measurement enabled Query MEFR? The command MEFR? reads out the current status of measurement enable. Host sends: <Address>sr<STX>MEFR?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ>...

  • Page 37: Eige - Query Or Reset Counter Setting Changed

    Meaning of parameter Pn Parameter Meaning Value Current reading of the power up counter Unsigned 32 bit long integer 4.2.5 EIGE - Query or reset counter setting changed “Counter setting changed” increments after every change in the channel settings, measurement mode, or one of the evaluation menus.
  • Page 38 Meaning of parameter Pn Parameter Meaning Value Current reading of “Counter setting changed” Unsigned 32 bit integer If “Counter setting changed” for the transferred program number Host sends: <Address>sr<STX>EIGE? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 39: Minimum Setup Menu

    Minimum setup menu 4.3.1 PRNR - Select measurement program Execute PRNR! The PRNR! command selects a measurement program Host sends: <Address>sr<STX>PRNR! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) or between 0 and 127 (128 program version of firmware)
  • Page 40 Meaning of parameter Pn Parameter Meaning Value Measuring program name ASCII string <= 20 characters If 2 parameters, a name is assigned to the measurement program corresponding to the transferred number Host sends: <Address>sr<STX>PNAM! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 41: Rspr - Reset Measurement Program Statistics

    Meaning of parameter Pn Parameter Meaning Value Number of the measurement program A value between 0 and 31 or between 0 and 127 (128 program version of firmware) or between 0 and 127 (128 program version of firmware) Measuring program name ASCII string <= 20 characters 4.3.3 RSPR - Reset measurement program statistics...

  • Page 42: Cmpr - Checks The Measurement Program Names

    4.3.5 CMPR - Checks the measurement program names Execute CMPR! This command does not have a ! form. Query CMPR? The command CMPR? checks all measurement program names for differences form the default Host sends: <Address>sr<STX>CMPR?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 43: Assigning Function Keys

    Assigning function keys 4.4.1 FKEY - Set or query function key assignments Execute FKEY! The FKEY! command sets the F key assignments 1 to 4 in the measurement menus. Host sends: <Address>sr<STX>FKEY! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value...

  • Page 44: Plc Outputs

    Meaning of parameter Pn Parameter Meaning Value F key number 0 -> F1 key 1 -> F2 key 2 -> F3 key 3 -> F4 key Assignment 0 -> Off 1 -> Next menu page 2 -> Previous menu page 3 ->...
  • Page 45 19 -> Output 20 (pin 30) 20 -> Output 21 (pin 31) 21 -> Output 22 (pin 32) 22 -> Output 23 (pin 33) Assignment of the PLC 0 -> OUT_S3 output 1 -> OUT_S4 2 -> OUT_STROBE 3 -> OUT_PROG0 4 ->...
  • Page 46 53 -> OUT_PROG6 (128 program FW-version only) 54 -> OUT_OK_CURVE_Y1 55 ->OUT_OK_CURVE_Y2 Query SPSA? The SPSA? command queries the selectable PLC output assignments. Host sends: <Address>sr<STX>SPSA? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 47: Pclo - Set Or Reset The Plc Output Signal Out_Pc_Logging

    12 -> OUT_TEST_OP_SIMPLE 13 -> OUT_TEST_OP_COMPLEX 14 -> OUT_MEAS_ACTIVE 15 -> OUT_CONFIGURATION 16 -> OUT_ACK_ALARM 17 -> OUT_ACK_LOCK 18 -> OUT_ACK_OK 19 -> OUT_ACK_NOK 20 -> OUT_NOK_WINDOW_1 21 -> OUT_NOK_WINDOW_2 22 -> OUT_NOK_WINDOW_3 23 -> OUT_NOK_WINDOW_4 24 -> OUT_NOK_WINDOW_5 25 -> OUT_NOK_WINDOW_6 26 ->...

  • Page 48: Access Permissions

    Meaning of parameter Pn Parameter Meaning Value OUT_PC_LOGGING status 0 -> OUT_PC_LOGGING = 0 1 -> OUT_PC_LOGGING = 1 Query PCLO? This command does not have a query form Access permissions 4.6.1 MPAS - master password Execute MPAS! The MPAS! command lets the user enter a new master password. Host sends: <Address>sr<STX>MPAS! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 49: Mres - Reset Master Password To Default

    4.6.2 MRES - Reset master password to default Execute MRES! The MRES! command resets the master password to its default Host sends: <Address>sr<STX>MRES!<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Query MPAS? This command does not have a ? form. 4.6.3 UPAS - user password Execute UPAS! The UPAS! command lets the user enter a new user password.

  • Page 50: Pasp - Query Or Enable/Disable Password Protection

    4.6.4 PASP - Query or enable/disable password protection Execute PASP! The PASP! command enables or disables password protection Host sends: <Address>sr<STX>PASP! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Setting password protection 0 -> Password protection Off 1 ->...
  • Page 51 Meaning of parameter Pn Parameter Meaning Value Access level number 0 -> Basic setup menu 1 -> Minimal setup menu 2 -> Main setup menu 3 -> Channel settings menu 4 -> Measurement mode menu 5 -> Evaluation menu 6 -> Switching points menu 7 ->...

  • Page 52: Enabling Measurement Menus

    Enabling measurement menus 4.7.1 MFRE - Measurement menu enable Execute MFRE! The MFRE! command enables or locks the various measurement menus. Host sends: <Address>sr<STX>MFRE! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of the measurement 0 ->...

  • Page 53: Info Menu

    Meaning of parameter Pn Parameter Meaning Value Number of the measurement 0 -> Graphic measurement curves menu enable 1 -> Curve array 2 -> General curve data 3 -> Total result 4 -> Entries/exits 5 -> User def values 6 -> Statistics 7 ->...

  • Page 54: Sern - Serial Number

    Fieldbus software version Max 15 character ASCII string (not relevant if no Fieldbus) Optional analogue card ID 0 -> No option 1 -> Torque 2 -> Piezoelectric 3 -> Torque + Piezoelectric 4 -> Potentiometer 5 -> Torque + Resistance 6 ->...

  • Page 55: Wzza - Tool Counter

    Query STAN? The STAN? command queries the station name. Host sends: <Address>sr<STX>STAN?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value The station name Max 15 character ASCII string 4.8.4 WZZA - Tool counter...

  • Page 56: Wzre - Reset Tool Counter

    Meaning of parameter Pn Parameter Meaning Value Tool counter preset value 0 to 4.294.967.296 (unsigned 32 integer) Query WZVO? The WZVO? command queries the tool counter preset value. Host sends: <Address>sr<STX>WZVO?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 57: Higa-Background Design Of The Graphical View

    Meaning of parameter Pn Parameter Meaning Value The LCD contrast Value between 1 and 10 10 -> Max contrast Query LCDK? The LCDK? command queries the LCD display contrast. Host sends: <Address>sr<STX>LCDK?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ>...

  • Page 58: Date And Time

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Design ID of the graphical view 0 -> Dark 1 -> Bright 4.10 Date and time 4.10.1 DATE - Set or query date Execute DATE! The DATE! command sets the RTC date.

  • Page 59: Time - Set Or Query The Time Of Day

    4.10.2 TIME - Set or query the time of day Execute TIME! The TIME! command sets the RTC time. Host sends: <Address>sr<STX>TIME! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value The time of day String in the form: hh:mm:ss Example: 08:11:34 Query TIME?

  • Page 60: Acknowledgement Function

    Meaning of parameter Pn Parameter Meaning Value Operating language 0 -> German 1 -> English 2 -> French 3 -> Spanish 4 -> Italian Query SPRA? The SPRA? command queries the user language. Host sends: <Address>sr<STX>SPRA?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 61: Quio - Ok Ack On/Off

    Query AMPL? The AMPL? command queries the ACK function setting. Host sends: <Address>sr<STX>AMPL?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Setting the ACK function 0 ->...

  • Page 62: Qnio - Nok Ack On/Off

    Meaning of parameter Pn Parameter Meaning Value Setting OK ACK 0 -> Off 1 -> On 4.12.3 QNIO - NOK ACK on/off Execute QNIO! The QNIO! command sets NOK ACK. Host sends: <Address>sr<STX>QNIO! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning...

  • Page 63: Fieldbuses

    Meaning of parameter Pn Parameter Meaning Value Buzzer volume Value between 0 and 10 10 -> Max volume Query LASU? The LASU? command queries the buzzer volume. Host sends: <Address>sr<STX>LASU?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 64: Pbin - Device Controlled Via Fieldbus Or Plc

    Meaning of parameter Pn Parameter Meaning Value Version 0 ->No Fieldbus 1 -> PROFIBUS 2 -> EtherCAT 3 -> PROFINET 4 -> EtherNet/IP 9 -> Invalid setting 4.13.2 PBIN - Device controlled via Fieldbus or PLC Execute PBIN! The PBIN! command sets the source of device control. Host sends: <Address>sr<STX>PBIN! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 65: Profibus Settings

    4.14 PROFIBUS settings 4.14.1 PBAD - Set PROFIBUS address Execute PBAD! The PBAD! command sets the PROFIBUS address. Host sends: <Address>sr<STX>PBAD! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value PROFIBUS address Value between 0 and 125 (126 is a factory setting, and the devices denies writing to this) Query PBAD?

  • Page 66: Ethercat Settings

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1,P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Version Max 20 character string PROFIBUS data mode 0 to 5 4.15 EtherCAT settings 4.15.1 EINF - EtherCAT info Execute - There is no ! form Query EINF? The EINF? command queries the EtherCAT information.

  • Page 67: Profinet Settings

    4.16 PROFINET settings 4.16.1 PNIF - PROFINET info Execute - There is no ! form Query PNIF? The PNIF? command queries the PROFINET information. Host sends: <Address>sr<STX>PNIF?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1,P2,P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 68: Fbma - Fieldbus Board Mac Addresses

    4.16.3 FBMA - Fieldbus board MAC addresses Query FBMA? FBMA? queries the MAC addresses received form the Fieldbus board during booting. Host sends: <Address>sr<STX>FBMA?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1,P2,P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...

  • Page 69: Fmac - Checks Whether The Mac Addresses Have Been Programmed In The Fieldbus Board Flash Memory

    Meaning of parameter Pn Parameter Meaning Value Is the serial number programmed into 0  There is no serial number the Fieldbus board flash memory? 1  There is a serial number Otherwise, if none is programmed in The serial number as a string. If there is flash memory, the serial number is a one, then 11 0s string of 0s.

  • Page 70: Ethernet/Ip Settings

    4.17 EtherNet/IP settings 4.17.1 ETHI - EtherNet/IP settings Execute ETHI! The ETHI! command can transfer the Ethernet/IP IP setting. Host sends: <Address>sr<STX>ETHI! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value EtherNet/IP IP address 15 character string in the form xxx.xxx.xxx.xxx EtherNet/IP subnet mask 15 character string in the form...

  • Page 71: Order Sheet

    4.18 Order sheet 4.18.1 AUWE - Order sheet: Operator Execute AUWE! The AUWE! command lets the user enter the worker’s name given on the order sheet. Host sends: <Address>sr<STX>AUWE! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value...

  • Page 72: Auch - Order Sheet: Batch

    Query AUNR? The AUNR? command queries the order number given on the order sheet. Host sends: <Address>sr<STX>AUNR?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Order number...

  • Page 73: Auba - Order Sheet: Component Identification

    4.18.4 AUBA - Order sheet: Component identification Execute AUBA! The AUBA! command lets the user enter the component identification given on the order sheet. Host sends: <Address>sr<STX>AUBA! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Component identification Max 64 character ASCII string...

  • Page 74: Aus2 - Order Sheet Serial Number 2

    Query AUS1? The AUS1? command queries serial number 1 given on the order sheet. Host sends: <Address>sr<STX>AUS1?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Serial number 1...

  • Page 75: Sinr - Shift Number

    4.18.7 SINR - Shift number Execute SINR! The SINR! command lets the user enter shift number given on the order sheet. Host sends: <Address>sr<STX>SINR! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Shift number Integer value between 1 and 6 Query SINR? The SINR? command queries shift number given on the order sheet.
  • Page 76 If 2 parameters, the name will be assigned the shift number corresponding to the transferred shift number Host sends: <Address>sr<STX>SINA! P1, P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Shift number Integer value between 1 and 6 Shift name Max 64 character ASCII string Query SINA?

  • Page 77: Sire - Reset Shift Counter

    Meaning of parameter Pn Parameter Meaning Value Shift number Integer value between 1 and 6 Shift name Max. 64 character ASCII string 4.18.9 SIRE - Reset shift counter Execute SIRE! The SIRE! command performs a reset of the shift counter . If no parameters, the counter of the currently selected shift will be reset Host sends: <Address>sr<STX>SIRE!<LF><ETX>[<BCC>]...

  • Page 78: Anio - Shift Nok Counter

    Meaning of parameter Pn Parameter Meaning Value Shift piece counter 0 to 4.294.967.296 (unsigned 32 integer) If 1 parameter, the shift piece counter of the shift number corresponding to the transferred shift number will be returned. Host sends: <Address>sr<STX>SIST? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 79 If 1 parameter, the shift NOK piece counter of the shift number corresponding to the transferred shift number will be returned. Host sends: <Address>sr<STX>ANIO? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT>...

  • Page 80: Measurement Mode

    4.19 Measurement mode 4.19.1 ABTX - X sampling on/off Execute ABTX! The ABTX! command sets X sampling. If 1 parameter, the X sampling for the currently selected measurement program is set Host sends: <Address>sr<STX>ABTX! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 81: Aby1 - Y1 Sampling On/Off

    If 1 parameter, the X sampling is queried of the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>ABTX? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value...
  • Page 82 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) The Y1 sampling 0 -> Off 1 -> On Query ABY1? The ABY1? command queries the Y1 sampling. If no parameter, the Y sampling for the currently selected measurement program is queried Host sends: <Address>sr<STX>ABY1?<LF><ETX>[<BCC>]...

  • Page 83: Aby2 - Y2 Sampling On/Off

    4.19.3 ABY2 - Y2 Sampling on/off Execute ABY2! The ABY2! command sets Y2 sampling. If 1 parameter, the Y2 sampling for the currently selected measurement program is set Limitation: If channel Y2 is Off the !-form of this command is not allowed. Host sends: <Address>sr<STX>ABY2! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 84: Abtz - Time Sampling On/Off

    Meaning of parameter Pn Parameter Meaning Value The Y2 sampling 0 -> Off 1 -> On If 1 parameter, the Y2 sampling is queried of the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>ABY2? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...
  • Page 85 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware). The time sampling 0 -> Off 1 -> On Query ABTZ? The ABTZ? command queries the time sampling. If no parameter, the time sampling for the currently selected measurement program is queried Host sends: <Address>sr<STX>ABTZ?<LF><ETX>[<BCC>]...

  • Page 86: Absx - Set Or Query X Sample Rate

    4.19.5 ABSX - Set or query X sample rate Execute ABSX! The ABSX! command sets X sample rate. If 1 parameter, the X sample rate for the currently selected measurement program is set Host sends: <Address>sr<STX>ABSX! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 87: Asy1 - Y1 Sample Rate

    If 1 parameter, the X sample rate is set of the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>ABSX? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...

  • Page 88: Asy2 - Y2 Sample Rate

    Query ASY1? The ASY1? command queries Y1 sample rate. If no parameter, the Y1 sample rate for the currently selected measurement program is queried Host sends: <Address>sr<STX>ASY1?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK>...
  • Page 89 Meaning of parameter Pn Parameter Meaning Value Y2 sample rate Floating point value 0 to 999999 If 2 parameters, the Y2 sample rate is set of the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>ASY2! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 90: Absz - Time Sample Rate

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Y2 sample rate Floating point value 0 to 999999 4.19.8 ABSZ - Time sample rate Execute ABSZ!
  • Page 91 Query ABSZ? The ABSZ? command queries time sample rate. If no parameter, the time sample rate for the currently selected measurement program is queried Host sends: <Address>sr<STX>ABSZ?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 92: Bzug - Reference

    4.19.9 BZUG - Reference Execute BZUG! The BZUG! command sets the reference. If 1 parameter, the reference for the currently selected measurement program is set Host sends: <Address>sr<STX>BZUG! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Reference...
  • Page 93 Query BZUG? The BZUG? command queries the reference. If no parameter, the reference for the currently selected measurement program is queried Host sends: <Address>sr<STX>BZUG?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...

  • Page 94: Bey1 - Reference Line Y1

    Meaning of parameter Pn Parameter Meaning Value Measurement A value between 0 and 31 or between 0 and 127 (128 program number program version of firmware) Reference 0 -> Absolute 1 -> Final force 2 -> Y1 reference line above reference 3 ->...

  • Page 95: Bey2 - Reference Line Y2

    Query BEY1? The BEY1? command queries the Y1 reference line. If no parameter, the Y1 reference line for the currently selected measurement program is queried Host sends: <Address>sr<STX>BEY1?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK>...
  • Page 96 Meaning of parameter Pn Parameter Meaning Value Y2 reference line Floating point value -999999 to 999999 If 2 parameters, the Y2 reference line is set of the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>BEY2! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 97: Try1 - Trigger Line Y1

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Y2 reference line Floating point value -999999 to 999999 4.19.12 TRY1 - Trigger line Y1...

  • Page 98: Try2 - Trigger Line Y2

    Query TRY1? The TRY1? command queries the Y1 trigger line. If no parameter, the Y1 trigger line for the currently selected measurement program is queried Host sends: <Address>sr<STX>TRY1?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK>...
  • Page 99 Meaning of parameter Pn Parameter Meaning Value Y2 trigger line Floating point value -999999 to 999999 If 2 parameters, the Y2 trigger line is set of the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>TRY2! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 100: Prtr - Pre-Trigger View

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Y2 trigger line Floating point value -999999 to 999999 4.19.14 PRTR - Pre-trigger view...
  • Page 101 Query PRTR? The PRTR? command queries the pre-trigger view setting. If no parameter, the pre-trigger setting for the currently selected measurement program is queried Host sends: <Address>sr<STX>PRTR?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 102: Upkt - Return Point

    4.19.15 UPKT - Return point Execute UPKT! The UPKT! command sets the return point. If 1 parameter, the return point for the currently selected measurement program is set Host sends: <Address>sr<STX>UPKT! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value...

  • Page 103: Kerf - Record Curve To

    Meaning of parameter Pn Parameter Meaning Value Return point 0 -> XMIN 1 -> XMAX 2 -> YMIN 3 -> YMAX If 1 parameter, the return point is queried for the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>UPKT? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 104 If 2 parameters, the recorded curve section is set of the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>KERF! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Recorded curve section...

  • Page 105: Stam - Start Mode

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Recorded curve section 0 -> Complete curve 1 -> To return point 4.19.17 STAM - Start mode Execute STAM! The STAM! command sets the start mode.
  • Page 106 Query STAM? The STAM? command queries the start mode. If no parameter, the start mode for the currently selected measurement program is queried Host sends: <Address>sr<STX>STAM?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 107: Stom - Stop Mode

    Meaning of parameter Pn Parameter Meaning Value Measurement A value between 0 and 31 or between 0 and 127 (128 program number program version of firmware) Start mode 0 -> External 1 -> X above reference 2 -> X below reference 3 ->...
  • Page 108 Meaning of parameter Pn Parameter Meaning Value Measurement A value between 0 and 31 or between 0 and 127 (128 program number program version of firmware) Stop mode 0 -> External 1 -> X above reference 2 -> X below reference 3 ->...

  • Page 109: Stax - Start Value X

    If 1 parameter, the stop mode is queried for the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>STOM? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value...
  • Page 110 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) X start value Floating point value -999999 to 999999 Query STAX? The STAX? command queries the X start value. If no parameter, the X start value for the currently selected measurement program is queried Host sends: <Address>sr<STX>STAX?<LF><ETX>[<BCC>]...

  • Page 111: Say1 - Start Value Y1

    4.19.20 SAY1 - Start value Y1 Execute SAY1! The SAY1! command sets the Y1 start value. If 1 parameter, the Y1 start value for the currently selected measurement program is set Host sends: <Address>sr<STX>SAY1! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 112: Say2 - Start Value Y2

    If 1 parameter, the Y2 start value is queried for the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>SAY1? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...
  • Page 113 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Y2 start value Floating point value -999999 to 999999 Query SAY2? The SAY2? command queries the Y2 start value. If no parameter, the Y2 start value for the currently selected measurement program is queried Host sends: <Address>sr<STX>SAY2?<LF><ETX>[<BCC>]...

  • Page 114: Stox - X Stop Value

    4.19.22 STOX - X stop value Execute STOX! The STOX! command sets the X stop value. If 1 parameter, the X stop value for the currently selected measurement program is set Host sends: <Address>sr<STX>STOX! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 115: Soy1- Y1 Stop Value

    Meaning of parameter Pn Parameter Meaning Value X stop value Floating point value -999999 to 999999 If 1 parameter, the X stop value is queried for the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>STOX? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...
  • Page 116 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Y1 stop value Floating point value -999999 to 999999 Query SOY1? The SOY1? command queries the Y1 stop value. If no parameter, the Y1 stop value for the currently selected measurement program is queried Host sends: <Address>sr<STX>SOY1?<LF><ETX>[<BCC>]...

  • Page 117: Soy2 - Y2 Stop Value

    4.19.24 SOY2 - Y2 stop value Execute SOY2! The SOY2! command sets the Y2 stop value. If 1 parameter, the Y2 stop value for the currently selected measurement program is set Host sends: <Address>sr<STX>SOY2! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 118: Stot - Stop Timeout Value

    If 1 parameter, the Y2 stop value is queried for the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>SOY2? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...
  • Page 119 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Stop timeout value Floating point value 0.0001 to 99999 Query STOT? The STOT? command queries the stop timeout value. If no parameter, the stop timeout value for the currently selected measurement program is queried Host sends: <Address>sr<STX>STOT?<LF><ETX>[<BCC>]...

  • Page 120: Stoa - Number Of Readings Stop Mode

    4.19.26 STOA - Number of readings stop mode Execute STOA! The STOA! command sets the number of readings stop mode. If 1 parameter, the number of readings stop mode for the currently selected measurement program is Host sends: <Address>sr<STX>STOA! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 121: Aufb - Bend-Up Factor

    Meaning of parameter Pn Parameter Meaning Value Number of readings stop mode Integer value between 0 and 5000 If 1 parameter, the number of readings stop mode is queried for the measurement program corresponding to the transferred number. Host sends: <Address>sr<STX>STOA? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 122 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Bend-up factor Floating-point value between - 999999 and 999999 Query AUFB? The AUFB? command queries the bend-up factor value. If no parameter, the bend-up factor value for the currently selected measurement program is queried Host sends: <Address>sr<STX>AUFB?<LF><ETX>[<BCC>]...

  • Page 123: Channel Settings

    4.20 Channel settings 4.20.1 KANA - Set channels (connection, sensor) Execute KANA! The KANA! command assigns connections or sensors to the channels. If 3 parameters, the channels for the currently selected measurement program are set Host sends: <Address>sr<STX>KANA! P1,P2,P3,<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...
  • Page 124 Channel Y2 sensor 0 –> Connector A, strain gauge and connection 1 -> Connector A, potentiometer 2 -> Connector A, standard signal 3 -> Connector B, strain gauge 4 -> Connector B, potentiometer 5 -> Connector B, standard signal 6 –> Connector C, incr. TTL 7 ->...
  • Page 125 6 –> Connector C, incr. TTL 7 -> Connector C, Incr. sinus 1 Vpp 8 -> Connector C, Incr. sinus 11 uApp 9 -> Connector D, strain gauge 10 -> Connector D, potentiometer 11 -> Connector D, standard signal 12 –> Connector D, incr. TTL. 13 ->...
  • Page 126 Meaning of parameter Pn Parameter Meaning Value Channel X sensor 0 –> Connector A, strain gauge and connection 1 -> Connector A, potentiometer 2 -> Connector A, standard signal 3 -> Connector B, strain gauge 4 -> Connector B, potentiometer 5 ->...
  • Page 127 17 -> Connector C, SSI 18 –> Connector C, EnDat If 1 parameter, the channel settings corresponding to the transferred measurement program number are queried. Host sends: <Address>sr<STX>KANA? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 128: Filt - Filters

    9 -> Connector D, strain gauge 10 -> Connector D, potentiometer 11 -> Connector D, standard signal 12 –> Connector D, incr. TTL. 13 -> Connector E, resistance 14 -> Connector F, piezoelectric 15 -> Time 17 -> Connector C, SSI 18 –>...
  • Page 129 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Filter 0 -> Off 1 -> 5 Hz filter 2 -> 10 Hz filter 3 -> 25 Hz filter 4 ->...
  • Page 130 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Filter 0 -> Off 1 -> 5 Hz filter 2 ->...

  • Page 131: Tran - Transmitter Supply

    4.20.3 TRAN - Transmitter supply Caution: Not permitted if connection Off or set to time or piezo. Execute TRAN! The TRAN! command sets the transmitter supplies for each of the channels. If 2 parameters, the transmitter supply for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>TRAN! P1,P2<LF><ETX>[<BCC>]...

  • Page 132: Einh - Select Or Query Unit

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Transmitter supply 0 -> Off 1 -> On If 2 parameters, the transmitter supply for the transferred channel corresponding to the transferred measurement program number is queried.
  • Page 133 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Units 0 -> User defined unit 1 1 -> User defined unit 2 2 -> User defined unit 3 3 ->...
  • Page 134 Query EINH? The EINH? command queries the unit for each of the channels. If 1 parameter, the unit for the transferred channel and the currently selected measurement program is queried. Host sends: <Address>sr<STX>EINH? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ>...

  • Page 135: Bein - Set Or Query User Defined Units

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Units 0 ->...
  • Page 136 Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Number of the user defined 0, 1, 2 units User defined units Max 4 character string Query BEIN? The BEIN? command queries the user defined units.

  • Page 137: Skal - Scaling; Receive And Implement Values

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Number of the user defined 0, 1, 2 units User defined units Max 4 character string 4.20.6 SKAL - Scaling;...
  • Page 138 Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Lower scale Floating-point value between -999999 and 999999 Upper scale...

  • Page 139: Mkal - Teach In Cal Values

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5,P6<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 ->...

  • Page 140: Tabm - Tare At Start Of Measurement

    4.20.8 TABM - Tare at start of measurement Caution: Not permitted if connection set to time or piezo. Execute TABM! The TABM! command sets the tare at the start of measurements for each of the channels. If 2 parameters, the tare at the start of measurements for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>TABM! P1,P2<LF><ETX>[<BCC>]...

  • Page 141: Tavo - Set Or Query Tare Default

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Tare at meas. start 0 -> Off 1 ->...
  • Page 142 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Tare default Floating-point value between -999999 and 999999 If 3 parameters, the tare default for the transferred channel and the transferred measurement program is set.

  • Page 143: Tawa - Tare Warning

    If 2 parameters, the tare default for the transferred channel and the transferred measurement program is queried. Host sends: <Address>sr<STX>TAVO? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value...
  • Page 144 Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Tare warning 0 ->...

  • Page 145: Tawg - Tare Warning Limit

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Tare warning 0 ->...

  • Page 146: Tara - Perform Tare

    Query TAWG? The TAWG? command queries the tare warning limit for each of the channels. If 1 parameter, the tare warning limit for the transferred channel and the currently selected measurement program is queried. Host sends: <Address>sr<STX>TAWG? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 147: Tawe - Tare Value

    Execute TARA! The TARA! command performs or undoes a tare for each of the channels. Host sends: <Address>sr<STX>TARA! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 ->...
  • Page 148 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Standard tare value Floating-point value between -999999 and 999999 If 3 parameters, the tare value for the transferred channel and the transferred measurement program is set.

  • Page 149: Posp-Potentiometer Excilation Voltage

    If 2 parameters, the tared-off value for the transferred channel and the transferred measurement program is queried. Host sends: <Address>sr<STX>TAWE? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value...
  • Page 150 Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Excilation voltage 0 ->...

  • Page 151: Standard Signal Input

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Excilation voltage 0 ->...
  • Page 152 Query NOEI? The NOEI? command queries the standard signal input range for each of the channels. If 1 parameter, the standard signal input range for the transferred channel and the currently selected measurement program is queried. Host sends: <Address>sr<STX>NOEI? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 153: Strain Gauge Sensor

    4.22 Strain gauge sensor 4.22.1 DMSP - Excilation voltage Execute DMSP! The DMSP! command sets the excilation voltage for each channel. If 2 parameters, the excilation voltage for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>DMSP! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 154: Dmei - Strain Gauge Input Range

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Excilation voltage 0 -> 2.5V 1 -> 5V 2 ->...
  • Page 155 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Strain gauge input range 0 -> 1 mV/V input range 1 -> 2 mV/V input range 2 -> 4 mV/V input range 3 ->...
  • Page 156 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Strain gauge input range 0 -> 1 mV/V input range 1 -> 2 mV/V input range 2 -> 4 mV/V input range 3 ->...

  • Page 157: Dmnk - Strain Gauge Sensitivity

    4.22.3 DMNK - Strain gauge sensitivity Caution: Permitted only if strain gauge sensor set. Execute DMNK! The DMNK! command sets the strain gauge sensitivity for each channel (X, Y1, Y2). If 2 parameters, the strain gauge sensitivity for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>DMNK! P1,P2<LF><ETX>[<BCC>]...

  • Page 158: Dmas - Strain Gauge Output Level

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Strain gauge Floating-point value between 0.01 and 100.0 sensitivity If 2 parameters, the strain gauge sensitivity for the transferred channel and the transferred measurement program is queried.

  • Page 159: Dmsh - Strain Gauge Shunt

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Strain gauge output Floating-point value between 0.01 and 100.0 level If 2 parameters, the strain gauge output level for the transferred channel and the transferred measurement program is queried.
  • Page 160 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Shunt value 0 -> Off 1 -> 10 kOhm 2 -> 59 kOhm 3 -> 80 kOhm 4 -> 100 kOhm 5 ->...
  • Page 161 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Shunt value 0 -> Off 1 -> 10 kOhm 2 -> 59 kOhm 3 -> 80 kOhm 4 -> 100 kOhm 5 ->...

  • Page 162: Resistance

    4.23 Resistance 4.23.1 WIEI - Resistance input range Caution: Permitted only if strain gauge set. Execute WIEI! The WIEI! command sets the resistance range for each channel (X, Y1, Y2). If 2 parameters, the resistor range for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>WIEI! P1,P2<LF><ETX>[<BCC>]...
  • Page 163 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Resistor range 0 -> 1 mOhm range 1 ->...

  • Page 164: Piezo Sensor

    4.24 Piezo sensor 4.24.1 PIEI - Input range of piezoelectric sensor Caution: Permitted only if piezo set. Execute PIEI! The PIEI! command sets the piezo input range for each channel (X, Y1, Y2). If 2 parameters, the piezo input range for the transferred channel and the currently selected measurement program is set Host sends:...
  • Page 165 6 -> 80 nC range 7 -> 200 nC range 8 -> 400 nC range 9 -> 1 uC range Query PIEI? The PIEI? command queries the piezo input range for each of the channels. If 1 parameter, the piezo input range for the transferred channel and the currently selected measurement program is queried.

  • Page 166: Pikz - Open/Close Piezo Input Short Circuit

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Piezo input range 0 ->...

  • Page 167: Incremental Sensor

    4.25 Incremental sensor 4.25.1 INTP - Incremental grating period Caution: Permitted only if incremental sensor set. Execute INTP! The INTP! command sets the incremental grating period for each channel (X, Y1, Y2). If 2 parameters, the incremental grating period for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>INTP!
  • Page 168 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Incremental grating period Floating-point value between 0 and 999999.0 If 2 parameters, the incremental grating period for the transferred channel and the transferred measurement program is queried.

  • Page 169: Inga - Nominal Increment

    4.25.2 INGA - Nominal increment Caution: Permitted only if incremental sensor set. This value is relevant only to distance-coded reference marks. Execute INGA! The INGA! command sets the nominal increment for incremental sensors with distance-coded reference marks for each of the channels (X, Y1, Y2). If 2 parameters, the nominal increment for the transferred channel and the currently selected measurement program is set Host sends:...

  • Page 170: Inip - Interpolation

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Nominal increment Floating-point value between 0 and 999999.0 If 2 parameters, the nominal increment for the transferred channel and the transferred measurement program is queried.
  • Page 171 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Interpolation Integer value between 1 and 65000 (unsigned 16 bit) If 3 parameters, the interpolation for the transferred channel and the transferred measurement program is set.

  • Page 172: Inrf - Incremental Reference Mark On/Off

    Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Interpolation Integer value between 1 and 65000 (unsigned 16 bit) If 2 parameters, the interpolation for the transferred channel and the transferred measurement program is queried.
  • Page 173 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Incremental reference mark 0 -> Reference mark Off 1 -> Reference mark On 2 -> Reference mark distance-coded If 3 parameters, the incremental reference mark for the transferred channel and the transferred measurement program is set.

  • Page 174: Inrw - Standard Reference Mark Value

    If 2 parameters, the incremental reference mark for the transferred channel and the transferred measurement program is queried. Host sends: <Address>sr<STX>INRF? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...
  • Page 175 Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Standard reference mark Floating-point value between -999999.0 and value...

  • Page 176: Irff - Reference Traverse On/Off

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Standard reference mark Floating-point value between -999999.0 and value...
  • Page 177 Query IRFF? The IRFF? command queries the reference traverse for each of the channels. If 1 parameter, the reference traverse for the transferred channel and the currently selected measurement program is queried. Host sends: <Address>sr<STX>IRFF? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 178: Inst - Set Value At Start On/Off

    4.25.7 INST - Set value at start on/off Caution: Permitted only if incremental sensor set. Permitted only if reference traverse deactivated Execute INST! The INST! command sets “Set value at start” for each channel (X, Y1, Y2). If 2 parameters, “Set value at start” for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>INST! P1,P2<LF><ETX>[<BCC>]...

  • Page 179: Insw - Standard Start Value

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Set value at start 0 -> Off 1 ->...
  • Page 180 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Standard start value Floating-point value between -999999.0 and 999999.0 If 3 parameters, the standard start value for the transferred channel and the transferred measurement program is set.

  • Page 181: Inab - Incremental Terminating Resistance On/Off

    If 2 parameters, the standard start value for the transferred channel and the transferred measurement program is queried. Host sends: <Address>sr<STX>INSW? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...
  • Page 182 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Incremental terminating 0 ->...

  • Page 183: Inzr - Incremental Sensor Count Direction

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Incremental terminating 0 ->...
  • Page 184 Query INZR? The INZR? command queries the incremental sensor count direction for each channel (X, Y1, Y2). If 1 parameter, the incremental sensor count direction for the transferred channel and the currently selected measurement program is queried. Host sends: <Address>sr<STX>INZR? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 185: Sinc - Initialize Incremental Counter With A Standard Value

    4.25.11 SINC - Initialize incremental counter with a standard value Caution: Permitted only if incremental sensor set Execute SINC! The SINC! command initializes the incremental counter with the set standard value Host sends: <Address>sr<STX>SINC! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 186: Ssi Sensor

    4.26 SSI Sensor 4.26.1 SSEN - SSI Sensor type Plese also refer to SBMA command! Execute SSEN! The SSEN! command sets the sensor type for each channel (X, Y1, Y2). If 2 parameters, the sensor type for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>SSEN! P1,P2<LF><ETX>[<BCC>]...

  • Page 187: Skod Ssi Coding

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Sensor type 0 -> Displacement sensor 1 -> Singleturn encoder 2 ->...
  • Page 188 Meaning of parameter Pn^ Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 SSI coding 0 -> Binary 1 -> Gray code If 3 parameters, the SSI coding for the transferred channel and the transferred measurement program is set.

  • Page 189: Sfor Ssi Format

    If 2 parameters, the SSI coding for the transferred channel and the transferred measurement program is queried. Host sends: <Address>sr<STX>SKOD? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value...
  • Page 190 Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 SSI format 0 ->...

  • Page 191: Spar - Ssi Parity

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 SSI format 0 ->...
  • Page 192 Query SPAR? The SPAR? command queries SSI parity for each of the channels. If 1 parameter, the SSI format for the transferred channel and the currently selected measurement program is queried. Host sends: <Address>sr<STX>SPAR? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 193: Stak - Ssi Clock Frequency

    4.26.5 STAK - SSI clock frequency Please also refer to SBMA command! Execute STAK! The STAK! command sets the SSI clock frequency for each channel (X, Y1, Y2). If 2 parameters, the SSI clock frequency for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>STAK! P1,P2<LF><ETX>[<BCC>]...
  • Page 194 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 SSI clock frequency 0 -> 100 kHz 1 ->...

  • Page 195: Sauf - Ssi Resolution

    4.26.6 SAUF - SSI resolution Plese also refer to SBMA command! Applicable to displacement sensors only! Execute SAUF! The SAUF! command sets the SSI resolution for each channel (X, Y1, Y2). If 2 parameters, the SSI resolution for the transferred channel and the currently selected measurement program is set Host sends: <Address>sr<STX>SAUF! P1,P2<LF><ETX>[<BCC>]...

  • Page 196: Sabg - Total Number Of Bits

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 SSI resolution Floating-point value between -999999 and 999999 If 2 parameters, the SSI resolution for the transferred channel and the transferred measurement program is queried.
  • Page 197 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 SSI total number of bits Integer value between 0 and 48 If 3 parameters, the SSI total number of bits for the transferred channel and the transferred measurement program is set.

  • Page 198: Sabi - Number Of Bits For Angle Singleturn Or Displacement Sensors

    If 2 parameters, the SSI total number of bits for the transferred channel and the transferred measurement program is queried. Host sends: <Address>sr<STX>SABG? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...
  • Page 199 Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Number of bits Integer value between 0 and 32 Query SABI?

  • Page 200: Sabu - Number Of Rotations Bits For Multiturn Sensors

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Number of bits Integer value between 0 and 32 4.26.9 SABU - Number of rotations bits for multiturn sensors...
  • Page 201 Query SABU? The SABU? command queries the number of rotation bits for multiturn sensors for each of the channels. If 1 parameter, the number of rotation bits for multiturn sensors for the transferred channel and the currently selected measurement program is queried. Host sends: <Address>sr<STX>SABU? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 202: Sbma - Plausibility Check And Fpga Setup

    4.26.10 SBMA - Plausibility check and FPGA setup Execute SBMA! The SBMA! command performs a plausibility check of the SSI settings. While this plausibility check the SSI settings may be corrected. Masks for the calculation of measurement values are created. If current or no program number is handing over the FPGA setup is also performed.
  • Page 203 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 EnDat clock frequency 0 -> 100 kHz 1 -> 200 kHz 2 -> 1 MHz 3 -> 2 MHz If 3 parameters, the number EnDat clock frequency for the transferred channel and the transferred measurement program is set.

  • Page 204: Elsd - Readout Of Endat Sensor Data

    Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 EnDat clock frequency 0 -> 100 kHz 1 -> 200 kHz 2 -> 1 MHz 3 -> 2 MHz If 2 parameters, the EnDat clock frequency for the transferred channel and the transferred measurement program is queried.

  • Page 205: Ebma - Plausibility Check, Fpga Setting

    Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 If 2 parameters, EnDat sensor data are read out and stored according to the transferred channel and the transferred measurement program. Host sends: <Address>sr<STX>ELSD! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 206: Epar - Reading And Writing Of Sensor Data

    If 2 parameters, the EnDat settings for the transferred channel and the transferred measurement program are affected. Host sends: <Address>sr<STX>EBMA! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Channel number...
  • Page 207 Number of bits 16-Bit Integer value between 0 and 32 displacement/singleturn Number of bits multiturn 16-Bit Integer value between 0 and 32 Resoluttion Floating-point value Measurement length 16-Bit integer value (Displacement sensor) Unit of measurement length 0 -> PP (pitch period) 1 ->...
  • Page 208 Query EPAR? The EPAR? command queries the EnDat sensor data for each of the channels. If 1 parameter, the EnDat sensor data for the transferred channel and the currently selected measurement program is queried. Host sends: <Address>sr<STX>EPAR? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...
  • Page 209 If 2 parameters, the EnDat sensor data for the transferred channel and the transferred measurement program is queried. Host sends: <Address>sr<STX>EPAR? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5,P6….P13,P14<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...

  • Page 210: Evaluating The Square Window

    4.28 Evaluating the square window 4.28.1 FEST - Switch on/off square window Execute FEST! The FEST! command enables or disables a square window. If 2 parameters, the square window for the transferred window number and the currently selected measurement program is enabled or disabled. Host sends: <Address>sr<STX>FEST! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 211: Fgrz - Square Window Limits

    Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Window on/off 0 -> Off 1 -> On If 2 parameters, the square window for the transferred window number and the transferred measurement program is queried for its enabled/disabled status. Host sends: <Address>sr<STX>FEST? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 212 Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Xmin window limit Floating-point value between -999999 and 999999 Xmax window limit Floating-point value between -999999 and 999999 Ymin window limit Floating-point value between -999999 and 999999 Ymax window limit Floating-point value between -999999 and 999999 If 6 parameters, the window limits are set with the transferred window number and the transferred measurement program...

  • Page 213: Feau - Square Window Entry And Exit Sides

    Parameter Meaning Value Window number 1 to 10 Xmin window limit Floating-point value between -999999 and 999999 Xmax window limit Floating-point value between -999999 and 999999 Ymin window limit Floating-point value between -999999 and 999999 Ymax window limit Floating-point value between -999999 and 999999 If 2 parameters, the window limits are queried with the transferred window number and the transferred measurement program Host sends:...
  • Page 214 Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Entry left 0 -> No 1 -> Yes Entry right 0 -> No 1 -> Yes Entry bottom 0 -> No 1 -> Yes Entry top 0 -> No 1 ->...
  • Page 215 Query FEAU? The FEAU? command queries the square window entry and exit sides. If 1 parameter, the entry and exit sides of the window are set queried with the transferred window number and the currently selected measurement program. Host sends: <Address>sr<STX>FEAU? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 216: Fbew - Evaluation Of Sqaure Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Window number 1 to 10 Entry left 0 -> No 1 -> Yes Entry right 0 ->...
  • Page 217 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 Square window evaluation 0 -> Off 1 -> On Query FBEW? The FBEW? command queries the square window’s evaluation status.

  • Page 218: Fkab - Curve Section Over Which A Square Window Is Evaluated

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 Square window evaluation 0 -> Off 1 -> On 4.28.5 FKAB - Curve section over which a square window is evaluated Execute FKAB! The FKAB! command sets the curve section over which a square window is evaluated.
  • Page 219 Query FKAB? The FKAB? command queries the curve section over which a square window is evaluated. If 1 parameter, the curve section is queried for the square window with the transferred window number and the currently selected measurement program. Host sends: <Address>sr<STX>FKAB? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 220: Fobe - Online Evaluation For A Square Window

    4.28.6 FOBE - Online evaluation for a square window Execute FOBE! Caution: Only two windows per measurement program can be activated for the online evaluation! The FOBE! command sets the evaluation of a square window. If 2 parameters, the online evaluation is set for the square window with the transferred window number and the currently selected measurement program.
  • Page 221 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Online evaluation 0 -> Off 1 -> Left–Right 2 -> Right–Left 3 -> Bottom–Top 4 -> Top–Bottom If 2 parameters, the online evaluation is queried for the square window with the transferred window number and the transferred measurement program.

  • Page 222: Fosn - Online Signal Number For A Square Window

    4.28.7 FOSN - Online signal number for a square window Execute FOSN! Caution: You must first activate the online evaluation for a window before you can set an online signal number for it. The FOSN! command sets the online signal number for a square window. If 2 parameters, the online signal number is set for the square window with the transferred window number and the currently selected measurement program.

  • Page 223: Folv - Online Signal Level For A Square Window

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Online signal number 1 or 2 If 2 parameters, the online signal number is queried for the square window with the transferred window number and the transferred measurement program.
  • Page 224 Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Online signal level 0 -> Low active 1 -> High active If 3 parameters, the online signal level is set for the square window with the transferred window number and the transferred measurement program.

  • Page 225: Fdub - Evaluation Of First Passage Only

    If 2 parameters, the online signal level is queried for the square window with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FOLV? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK>...
  • Page 226 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 Evaluation option 0 -> Evaluation of all passages 1 -> Evaluation of first passage only Query FDUB? The FDUB? command determines if a square window is being evaluated at first passage only.

  • Page 227: Fkan - Evaluation Channel

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 Evaluation option 0 -> Evaluation of all passages 1 -> Evaluation of first passage only 4.28.10 FKAN - Evaluation channel Execute FKAN! The FKAN! command sets the channel for the evaluation of a square window.
  • Page 228 Query FKAN? The FKAN? command queries the evaluation channel for a square window. If 1 parameter, the evaluation channel is queried for the square window with the transferred window number and the currently selected measurement program. Host sends: <Address>sr<STX>FKAN? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 229: Fbef - Evaluation Result Of A Square Window (Ok/Nok)

    4.28.11 FBEF - Evaluation result of a square window (OK/NOK) Execute FBEF! There is no ! form of this command Query FBEF? The FBEF? command queries the evaluation result of a square window. If 1 parameter, the evaluation result is queried for the square window with the transferred window number and the currently selected measurement program.

  • Page 230: Fnio - Number Of Noks For A Square Window

    4.28.12 FNIO - Number of NOKs for a square window Execute FNIO! There is no ! form of this command Query FNIO? The FNIO? command queries the number of NOKs for a square window. If 1 parameter, the number of NOKs is queried for the square window with the transferred window number and the currently selected measurement program.

  • Page 231: Faaf - Determination Of The Absolute Maximum Within A Square Window On/Off

    4.28.13 FAAF - Determination of the absolute maximum within a square window on/off Execute FAAF! The FAAF! command enables/disables the determination of the absolute maximum within a square window. If 2 parameters, the determination of the absolute maximum is set for the square window with the transferred window number and the currently selected measurement program.

  • Page 232: Fiaf-Determination Of The Absolute Minimum Within A Square Window On/Off

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Determination of the absolute 0 -> Off maximum 1 -> On If 2 parameters, the determination of the absolute maximum is queried with the transferred window number and the transferred measurement program.
  • Page 233 Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Determination of the absolute 0 -> Off minimum 1 -> On If 3 parameters, the determination of the absolute minimum is set for the square window with the transferred window number and the transferred measurement program.

  • Page 234: Falf - Determination Of The Local Maximum Within A Square Window On/Off

    If 2 parameters, the determination of the absolute minimum is queried with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FIAF? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT>...
  • Page 235 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 Determination of the local 0 -> Off maximum 1 -> On Query FALF? The FALF? command queries the determination of the local maximum within a square window.

  • Page 236: Filf - Determination Of The Local Minimum Within A Square Window On/Off

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 Determination of the local maximum 0 -> Off 1 -> On 4.28.16 FILF - Determination of the local minimum within a square window on/off Execute FILF!
  • Page 237 Query FILF? The FILF? command queries the determination of the local minimum within a square window. If 1 parameter, the determination of the local minimum is queried with the transferred window number and the currently selected measurement program. Host sends: <Address>sr<STX>FILF? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 238: Fknf - Bend Point Within A Square Window

    4.28.17 FKNF - Bend point within a square window Execute FKNF! The FKNF! command enables/disables the determination of the bending point within a square window. If 2 parameters, the determination of the bending point is set for the square window with the transferred window number and the currently selected measurement program.

  • Page 239: Fgrf - Determination Of The Gradient Within A Square Window On/Off

    Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Determination of the bending point 0 -> Off 1 -> On If 2 parameters, the determination of the bending point is queried with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FKNF? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 240 If 3 parameters, the determination of the gradient is set for the square window with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FGRF! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and...

  • Page 241: Fmif-Mean Value Within A Square Window On/Off

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 Determination of the gradient 0 -> Off 1 -> On 4.28.19 FMIF–Mean value within a square window on/off Execute FMIF! The FMIF! command enables/disables the determination of mean value within a square window.

  • Page 242: Fflf-Determination Of The Area Under Curve On/Off

    Host sends: <Address>sr<STX>FMIF? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Determination of the mean value 0 -> Off 1 ->...
  • Page 243 Host sends: <Address>sr<STX>FFLF! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Determination of the area under 0 -> Off curve 1 -> On If 3 parameters, the determination of the area under curve is set for the square window with the transferred window number and the transferred measurement program.

  • Page 244: Fmaa - Query The Absolute Maximum Within A Square Window

    If 2 parameters, the determination of the area under curve is queried with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FFLF? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 245: Fmia - Query The Absolute Minimum Within A Square Window

    If 2 parameters, the absolute maximum is queried within the square window with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FMAA? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 246: Fmal - Local Maximum Within A Square Window

    Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 X coordinate of the absolute minimum Floating-point value The absolute minimum (of the Y Floating-point value value) If 2 parameters, the absolute minimum is queried within the square window with the transferred window number and the transferred measurement program.
  • Page 247 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 X coordinate of the local maximum Floating-point value The local maximum (of the Y value) Floating-point value If 2 parameters, the local maximum is queried within the square window with the transferred window number and the transferred measurement program.

  • Page 248: Fmil - Local Minimum Within A Square Window

    4.28.24 FMIL - Local minimum within a square window Execute FMIL! There is no ! form of this command Query FMIL? The FMIL? command queries the local minimum within a square window. If 1 parameter, the local minimum is queried within the square window with the transferred window number and the currently selected measurement program.

  • Page 249: Fkni-Bending Point Within A Square Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 X coordinate of the local minimum Floating-point value The local minimum (of the Y value) Floating-point value 4.28.25 FKNI–Bending point within a square window Execute FKNI!

  • Page 250: Fgra-Gradient Within A Square Window

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 X coordinate of the bending point Floating-point value...

  • Page 251: Fmit - Y-Mean Value Within A Square Window

    If 2 parameters, the gradient is queried within the square window with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FGRA? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT>...

  • Page 252: Ffla-Area Under Curve Within A Square Window

    If 2 parameters, the Y-mean value is queried within the square window with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FMIT? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 253: Fdma-Delta Value To Determine The Local Maximum Within A Square Window

    If 2 parameters, the area under curve is queried within the square window with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FFLA? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK>...
  • Page 254 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 Delta value to determine the local Floating-point value maximum Query FDMA? The FDMA? command queries the delta value to determine the local maximum within a square window.

  • Page 255: Fdmi-Delta Value To Determine The Local Minimum Within A Square Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Window number 1 to 10 Delta value to determine the local Floating-point value maximum 4.28.30 FDMI–Delta value to determine the local minimum within a square...
  • Page 256 Query FDMI? The FDMI? command queries the delta value to determine the local minimum within a square window. If 1 parameter, the delta value to determine the local minimum is queried within the square window with the transferred window number and the currently selected measurement program. Host sends: <Address>sr<STX>FDMI? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 257: Fdyk - Delta Value To Determine The Bending Point Within A Square Window

    4.28.31 FDYK - Delta value to determine the bending point within a square window Execute FDYK! The FDYK! command sets the delta value to determine the bending point within a square window If 2 parameters, the delta value to determine the bending point is set for the square window with the transferred window number and the currently selected measurement program.

  • Page 258: Fdsk - Delta Gradient Value To Determine The Bending Point Within A Square Window

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Delta value to determine the bending Floating-point value point If 2 parameters, the delta value to determine the bending point is queried within the square window with the transferred window number and the transferred measurement program.
  • Page 259 Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Delta gradient value to determine Floating-point value the bending point If 3 parameters, the delta gradient value to determine the bending point is set for the square window with the transferred window number and the transferred measurement program.

  • Page 260: Fein - Curve Entry Values Of A Square Window

    If 2 parameters, the delta gradient value to determine the bending point is queried within the square window with the transferred window number and the transferred measurement program. Host sends: <Address>sr<STX>FDSK? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ>...

  • Page 261: Faus - Curve Exit Values Of A Square Window

    Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Index of the entry Integer value (unsigned 16 bit) X coordinate of the entry Floating-point value Y coordinate of the entry Floating-point value If 2 parameters, the entry values are queried for the square window with the transferred window number and the transferred measurement program.
  • Page 262 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3,P4<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Window number 1 to 10 Index of the exit Integer value (unsigned 16 bit) X coordinate of the exit Floating-point value Y coordinate of the exit Floating-point value If 2 parameters, the exit values are queried for the square window with the transferred window number...

  • Page 263: Evaluating Thresholds

    4.29 Evaluating thresholds 4.29.1 SWST - Thresholds on/off Execute SWST! The SWST! command enables or disables a threshold. If 2 parameters, the threshold for the transferred threshold number and the currently selected measurement program is enabled or disabled. Host sends: <Address>sr<STX>SWST! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 264: Styp - Threshold Type (X/Y Threshold)

    Meaning of parameter Pn Parameter Meaning Value Threshold number 1 to 4 Threshold on/off 0 -> Off 1 -> On If 2 parameters, the threshold for the transferred threshold number and the transferred measurement program is queried for its enabled/disabled status. Host sends: <Address>sr<STX>SWST? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 265 If 3 parameters, the threshold type corresponding to the transferred threshold number and the transferred measurement program is set. Host sends: <Address>sr<STX>STYP! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4...

  • Page 266: Sgrz - Threshold Limits

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Threshold type 0 -> X threshold 1 -> Y threshold 4.29.3 SGRZ - Threshold limits Execute SGRZ! The SGRZ! command sets the threshold limits.
  • Page 267 Query SGRZ? The SGRZ? command queries the threshold limits. If 1 parameter, the threshold limits are queried with the transferred threshold number and the currently selected measurement program. Host sends: <Address>sr<STX>SGRZ? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ>...

  • Page 268: Sdur - Threshold Intersection

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 For X threshold: X value of threshold, Floating-point value between -999999 for Y threshold: Y VALUE of threshold and 999999 For X threshold: Ymin;...
  • Page 269 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Left–right intersection for X threshold 0 -> No Bottom–top intersection for Y 1 ->...

  • Page 270: Sbew-Evaluation Of A Threshold On/Off

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Left–right intersection for X threshold 0 ->...
  • Page 271 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Evaluation of a threshold 0 -> On 1 -> Off Query SBEW? The SBEW? command queries the threshold’s evaluation status.

  • Page 272: Skab - Curve Section Over Which A Threshold Is Evaluated

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Evaluation of a threshold 0 -> On 1 -> Off 4.29.6 SKAB - Curve section over which a threshold is evaluated Execute SKAB! The SKAB! command sets the curve section over which a threshold is evaluated.
  • Page 273 Query SKAB? The SKAB? command queries the curve section over which a threshold is evaluated. If 1 parameter, the threshold’s curve section is queried with the transferred threshold number and the currently selected measurement program. Host sends: <Address>sr<STX>SKAB? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 274: Sdub-Evaluation Of First Passage Only

    4.29.7 SDUB–Evaluation of first passage only Execute SDUB! The SDUB! command causes the threshold is being evaluated at first passage only . If 2 parameters, the evaluation option is set for the threshold with the transferred threshold number and the currently selected measurement program. Host sends: <Address>sr<STX>SDUB! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 275: Skan - Evaluation Channel

    Meaning of parameter Pn Parameter Meaning Value Threshold number 1 to 10 Evaluation option 0 -> Evaluation of all passages 1 -> Evaluation of first passage only If 2 parameters, the evaluation option is queried for the threshold with the transferred threshold number and the transferred measurement program.
  • Page 276 If 3 parameters, the evaluation channel is set for the threshold with the transferred threshold number and the transferred measurement program. Host sends: <Address>sr<STX>SKAN! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number...

  • Page 277: Saaf-Determination Of The Absolute Maximum Of A Threshold On/Off

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Evaluation channel 0 -> Channel Y1 1 -> Channel Y2 4.29.9 SAAF–Determination of the absolute maximum of a threshold on/off Execute SAAF! The SAAF! command enables/disables the determination of the absolute maximum of a threshold.
  • Page 278 Query SAAF? The SAAF? command queries the determination of the absolute maximum of a threshold. If 1 parameter, the determination of the absolute maximum is queried with the transferred threshold number and the currently selected measurement program. Host sends: <Address>sr<STX>SAAF? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 279: Siaf-Determination Of The Absolute Minimum Of A Threshold On/Off

    4.29.10 SIAF–Determination of the absolute minimum of a threshold on/off Execute SIAF! The SIAF! command enables/disables the determination of the absolute minimum of a threshold. If 2 parameters, the determination of the absolute minimum is set for the threshold with the transferred threshold number and the currently selected measurement program.

  • Page 280: Salf - Determination Of The Local Maximum Of A Threshold On/Off

    Meaning of parameter Pn Parameter Meaning Value Threshold number 1 to 4 Determination of the absolute 0 -> Off minimum 1 -> On If 2 parameters, the determination of the absolute minimum is queried with the transferred threshold number and the transferred measurement program. Host sends: <Address>sr<STX>SIAF? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 281 If 3 parameters, the determination of the local maximum is set for the threshold with the transferred threshold number and the transferred measurement program. Host sends: <Address>sr<STX>SALF! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and...

  • Page 282: Silf - Determination Of The Local Minimum Of A Threshold On/Off

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Determination of the local maximum 0 ->...
  • Page 283 Query SILF? The SILF? command queries the determination of the local minimum of a threshold. If 1 parameter, the determination of the local minimum is queried with the transferred threshold number and the currently selected measurement program. Host sends: <Address>sr<STX>SILF? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 284: Sknf - Bend Point Of A Threshold

    4.29.13 SKNF - Bend point of a threshold Execute SKNF! The SKNF! command enables/disables the determination of the bending point of a threshold. If 2 parameters, the determination of the bending point is set for the threshold with the transferred threshold number and the currently selected measurement program.

  • Page 285: Sgrf - Determination Of The Gradient Of A Threshold On/Off

    Meaning of parameter Pn Parameter Meaning Value Threshold number 1 to 4 Determination of the bending point 0 -> Off 1 -> On If 2 parameters, the determination of the bending point is queried with the transferred threshold number and the transferred measurement program. Host sends: <Address>sr<STX>SKNF? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 286 If 3 parameters, the determination of the gradient is set for the threshold with the transferred threshold number and the transferred measurement program. Host sends: <Address>sr<STX>SGRF! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware)

  • Page 287: Smif - Mean Value Of A Threshold On/Off

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Determination of the gradient 0 -> Off 1 -> On 4.29.15 SMIF - Mean value of a threshold on/off Execute SMIF! The SMIF! command enables/disables the determination of mean value of a threshold.

  • Page 288: Sflf - Determination Of The Area Under Curve On/Off

    Host sends: <Address>sr<STX>SMIF? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Threshold number 1 to 4 Determination of the mean value 0 -> Off 1 ->...
  • Page 289 Host sends: <Address>sr<STX>SFLF! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Threshold number 1 to 4 Determination of the area under 0 -> Off curve 1 -> On If 3 parameters, the determination of the area under curve is set for the threshold with the transferred threshold number and the transferred measurement program.

  • Page 290: Sdma-Delta Value To Determine The Local Maximum Of A Threshold

    If 2 parameters, the determination of the area under curve is queried with the transferred threshold number and the transferred measurement program. Host sends: <Address>sr<STX>SFLF? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK>...
  • Page 291 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Delta value to determine the local Floating-point value maximum Query SDMA? The SDMA? command queries the delta value to determine the local maximum of a threshold.

  • Page 292: Sdmi - Delta Value To Determine The Local Minimum Of A Threshold

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Delta value to determine the local Floating-point value maximum 4.29.18 SDMI - Delta value to determine the local minimum of a threshold Execute SDMI! The SDMI! command sets the delta value to determine the local minimum of a threshold...
  • Page 293 Query SDMI? The SDMI? command queries the delta value to determine the local minimum of a threshold. If 1 parameter, the delta value to determine the local minimum is queried within the threshold with the transferred threshold number and the currently selected measurement program. Host sends: <Address>sr<STX>SDMI? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 294: Sdyk - Delta Value To Determine The Bending Point Of A Threshold

    4.29.19 SDYK - Delta value to determine the bending point of a threshold Execute SDYK! The SDYK! command sets the delta value to determine the bending point of a threshold If 2 parameters, the delta value to determine the bending point is set for the threshold with the transferred threshold number and the currently selected measurement program.

  • Page 295: Sdsk - Delta Gradient Value To Determine The Bending Point Of A Threshold

    Meaning of parameter Pn Parameter Meaning Value Threshold number 1 to 4 Delta value to determine the bending Floating-point value point If 2 parameters, the delta value to determine the bending point is queried within the threshold with the transferred threshold number and the transferred measurement program. Host sends: <Address>sr<STX>SDYK? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 296 If 3 parameters, the delta gradient value to determine the bending point is set for the threshold with the transferred threshold number and the transferred measurement program. Host sends: <Address>sr<STX>SDSK! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value...

  • Page 297: Sbef - Evaluation Result Of A Threshold (Ok/Nok)

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Delta gradient value to determine the Floating-point value...

  • Page 298: Snio - Nok Counter For A Threshold

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Evaluation result 0 ->...

  • Page 299: Sdko - The Curve's Intersection Points Through A Threshold

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 NOK counter for a threshold Integer value >= 0...

  • Page 300: Smaa - Query The Absolute Maximum Of A Threshold

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Index of curve intersection Integer value >= 0...

  • Page 301: Smia - Absolute Minimum Of A Threshold

    If 2 parameters, the absolute maximum is queried within the threshold with the transferred threshold number and the transferred measurement program. Host sends: <Address>sr<STX>SMAA? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT>...

  • Page 302: Smal - Local Maximum Of A Threshold

    Meaning of parameter Pn Parameter Meaning Value Threshold number 1 to 4 X coordinate of the absolute minimum Floating-point value The absolute minimum (of the Y Floating-point value value) If 2 parameters, the absolute minimum is queried within the threshold with the transferred threshold number and the transferred measurement program.
  • Page 303 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Threshold number 1 to 4 X coordinate of the local maximum Floating-point value The local maximum (of the Y value) Floating-point value If 2 parameters, the local maximum is queried within the threshold with the transferred threshold number and the transferred measurement program.

  • Page 304: Smil - Local Minimum Of A Threshold

    4.29.27 SMIL - Local minimum of a threshold Execute SMIL! There is no ! form of this command Query SMIL? The SMIL? command queries the local minimum of a threshold. If 1 parameter, the local minimum is queried within the threshold with the transferred threshold number and the currently selected measurement program.

  • Page 305: Skni - Bending Point Of A Threshold

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 X coordinate of the local minimum Floating-point value The local minimum (of the Y value) Floating-point value 4.29.28 SKNI - Bending point of a threshold Execute SKNI!

  • Page 306: Sgra - Gradient Of A Threshold

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 X coordinate of the bending point Floating-point value...

  • Page 307: Smit - Y-Mean Value Of A Threshold

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Gradient Floating-point value...

  • Page 308: Sfla - Area Under Curve Of A Threshold

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Y-mean value Floating-point value...

  • Page 309: Evaluating The X-Trapezoid Window

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Threshold number 1 to 4 Area under curve of a threshold Floating-point value...
  • Page 310 Query TXST? The TXST? command queries whether the X-trapezoid window is enabled or disabled. If 1 parameter, the X-trapezoid window for the transferred trapezoid window number and the currently selected measurement program is queried for its enabled/disabled status. Host sends: <Address>sr<STX>TXST? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 311: Txgr - X-Trapezoid Window Limits

    4.30.2 TXGR - X-trapezoid window limits Execute TXGR! The TXGR! command sets the X-trapezoid window limits. If 7 parameters, the X-trapezoid window limits are set with the transferred trapezoid window number and the currently selected measurement program. Host sends: <Address>sr<STX>TXGR! P1,P2,P3,P4,P5,P6,P7<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 312 Query TXGR? The TXGR? command queries the X-trapezoid window limits. If 1 parameter, the X-trapezoid window limits are queried with the transferred trapezoid window number and the currently selected measurement program. Host sends: <Address>sr<STX>TXGR? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 313: Txea - X-Trapezoid Window Entries/Exits

    Xmax Floating-point value Y value top left Floating-point value Y value top right Floating-point value Y value bottom left Floating-point value Y value bottom right Floating-point value 4.30.3 TXEA - X-trapezoid window entries/exits Execute TXEA! The TXEA! command sets the X-trapezoid window entries/exits. If 5 parameters, the X-trapezoid window entries/exits are set with the transferred trapezoid window number and the currently selected measurement program.
  • Page 314 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Entry left 0 -> No 1 -> Yes Entry right 0 ->...

  • Page 315: Txbe - Evaluation Of X-Trapezoid Window

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5,>P6<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Entry left 0 ->...
  • Page 316 Meaning of parameter Pn Parameter Meaning Value Evaluation of a trapezoid window A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Evaluation of a trapezoid window 0 -> Off 1 ->...

  • Page 317: Txka - Curve Section Used To Evaluate A X-Trapezoid Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Evaluation of a trapezoid 0 -> Off window 1 ->...
  • Page 318 Query TXKA? The TXKA? command queries the curve section used to evaluate a X-trapezoid window. If 1 parameter, the curve section is queried for that X-trapezoid window with the transferred trapezoid window number and the currently selected measurement program. Host sends: <Address>sr<STX>TXKA? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 319: Txdu - Evaluation Of First Passage Only

    4.30.6 TXDU - Evaluation of first passage only Execute TXDU! The TXDU! command causes the trapezoid window is being evaluated at first passage only . If 2 parameters, the evaluation option is set for the trapezoid window with the transferred trapezoid window number and the currently selected measurement program.

  • Page 320: Txkn - Evaluation Channel

    Meaning of parameter Pn Parameter Meaning Value Trapezoid window number 1 to 2 Evaluation option 0 -> Evaluation of all passages 1 -> Evaluation of first passage only If 2 parameters, the evaluation option is queried for the trapezoid window with the transferred trapezoid window number and the transferred measurement program.
  • Page 321 If 3 parameters, the evaluation channel is set for the trapezoid window with the transferred trapezoid window number and the transferred measurement program. Host sends: <Address>sr<STX>TXKN! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware)

  • Page 322: Txbf - Evaluation Result Of A X-Trapezoid Window (Ok/Nok)

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Evaluation channel 0 -> Channel Y1 1 -> Channel Y2 4.30.8 TXBF - Evaluation result of a X-trapezoid window (OK/NOK) Execute TXBF! There is no ! form of this command...

  • Page 323: Txni - Query Nok Counter For A X-Trapezoid Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Evaluation result 0 -> NOK 1 -> OK 4.30.9 TXNI - Query NOK counter for a X-trapezoid window Execute TXNI! There is no ! form of this command...

  • Page 324: Txei - Curve Entry Values Of A X-Trapezoid Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 NOK counter Integer value > 0 4.30.10 TXEI - Curve entry values of a X-trapezoid window Execute TXEI! There is no ! form of this command Query TXEI?

  • Page 325: Txau - Curve Exit Values Of A X-Trapezoid Window

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Index of the entry Integer value (unsigned 16 bit)

  • Page 326: Evaluating The Y-Trapezoid Window

    If 2 parameters, the exit values are queried for the X-trapezoid window with the transferred trapezoid window number and the transferred measurement program. Host sends: <Address>sr<STX>TXAU? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK>...
  • Page 327 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Y-trapezoid window on/off 0 -> Off 1 -> On Query TYST? The TYST? command queries whether the Y-trapezoid window is enabled or disabled.

  • Page 328: Tygr - Y-Trapezoid Window Limits

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Y-trapezoid window on/off 0 -> Off 1 -> On 4.31.2 TYGR - Y-trapezoid window limits Execute TYGR! The TYGR! command sets the Y-trapezoid window limits.
  • Page 329 Y value top left Floating-point value Y value top right Floating-point value Y value bottom left Floating-point value Y value bottom right Floating-point value Query TYGR? The TYGR? command queries the Y-trapezoid window limits. If 1 parameter, the Y-trapezoid window limits are queried with the transferred trapezoid window number and the currently selected measurement program.

  • Page 330: Tyea - Y-Trapezoid Window Entries/Exits

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Xmin Floating-point value Xmax Floating-point value Y value top left Floating-point value Y value top right Floating-point value...
  • Page 331 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Entry left 0 -> No 1 -> Yes Entry right 0 ->...

  • Page 332: Tybe - Evaluation Of Y-Trapezoid Window

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5,>P6<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Entry left 0 ->...
  • Page 333 Meaning of parameter Pn Parameter Meaning Value Evaluation of a trapezoid window A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Evaluation of a trapezoid window 0 -> Off 1 ->...

  • Page 334: Tyka - Curve Section Used To Evaluate A Y-Trapezoid Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Evaluation of a trapezoid 0 -> Off window 1 ->...
  • Page 335 Query TYKA? The TYKA? command queries the curve section used to evaluate a Y-trapezoid window. If 1 parameter, the curve section is queried for that Y-trapezoid window with the transferred trapezoid window number and the currently selected measurement program. Host sends: <Address>sr<STX>TYKA? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 336: Tydu - Evaluation Of First Passage Only

    4.31.6 TYDU - Evaluation of first passage only Execute TYDU! The TYDU! command causes the trapezoid window is being evaluated at first passage only . If 2 parameters, the evaluation option is set for the trapezoid window with the transferred trapezoid window number and the currently selected measurement program.

  • Page 337: Tykn - Evaluation Channel

    Meaning of parameter Pn Parameter Meaning Value Trapezoid window number 1 to 2 Evaluation option 0 -> Evaluation of all passages 1 -> Evaluation of first passage only If 2 parameters, the evaluation option is queried for the trapezoid window with the transferred trapezoid window number and the transferred measurement program.
  • Page 338 If 3 parameters, the evaluation channel is set for the trapezoid window with the transferred trapezoid window number and the transferred measurement program. Host sends: <Address>sr<STX>TYKN! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware)

  • Page 339: Tybf - Evaluation Result Of A Y-Trapezoid Window (Ok/Nok)

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Evaluation channel 0 -> Channel Y1 1 -> Channel Y2 4.31.8 TYBF - Evaluation result of a Y-trapezoid window (OK/NOK) Execute TYBF! There is no ! form of this command...

  • Page 340: Tyni - Nok Counter For A Y-Trapezoid Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Evaluation result 0 -> NOK 1 -> OK 4.31.9 TYNI - NOK counter for a Y-trapezoid window Execute TYNI! There is no ! form of this command...

  • Page 341: Tyei - Curve Entry Values Of A Y-Trapezoid Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 NOK counter Integer value > 0 4.31.10 TYEI - Curve entry values of a Y-trapezoid window Execute TYEI! There is no ! form of this command Query TYEI?

  • Page 342: Tyau - Curve Exit Values Of A Y-Trapezoid Window

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Index of the entry Integer value (unsigned 16 bit) X coordinate of the entry Floating-point value Y coordinate of the entry...

  • Page 343: Evaluating Envelopes

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Trapezoid window number 1 to 2 Index of the exit Integer value (unsigned 16 bit)
  • Page 344 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number 1 to 2 Envelope on/off 0 -> Off 1 -> On Query HKST? The HKST? command queries whether an envelope is enabled or disabled.

  • Page 345: Hkgr - Start And End Values For Envelopes

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number 1 to 2 Envelope on/off 0 -> Off 1 -> On 4.32.2 HKGR - Start and end values for envelopes Execute HKGR! The HKGR! command sets the start and end value of an envelope If 3 parameters, the start and end value of that envelope with the currently selected measurement...
  • Page 346 Query HKGR? The HKGR? command queries the start and end value of an envelope. If 1 parameter, the start and end value of that envelope with the currently selected measurement program are queried. Host sends: <Address>sr<STX>HKGR? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 347: Hkde - Delta Min And Max Values Of Envelopes

    4.32.3 HKDE - Delta min and max values of envelopes Execute HKDE! The HKDE! command sets the Delta min and max values of an envelope If 3 parameters, the Delta min and max values of that envelope with the currently selected measurement program are set.

  • Page 348: Hkbe - Evaluation Of Envelope On/Off

    Meaning of parameter Pn Parameter Meaning Value Envelope number 1 to 2 Delta min value of the envelope Floating-point value Delta max value of the envelope Floating-point value If 2 parameter, the Delta min and max values of that envelope with the transferred measurement program are queried.
  • Page 349 If 3 parameters, the envelope evaluation is set with the transferred envelope number and the transferred measurement program. Host sends: <Address>sr<STX>HKBE! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number 1 to 2...

  • Page 350: Hkes - Entry Side Of Envelopes

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number 1 to 2 Envelope evaluation 0 -> Off 1 -> On 4.32.5 HKES - Entry side of envelopes Execute HKES! The HKES! command sets the entry side of an envelope.
  • Page 351 Query HKES? The HKES? command queries the entry side of an envelope. If 1 parameter, the entry side of that envelope with the currently selected measurement program is queried. Host sends: <Address>sr<STX>HKES? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ>...

  • Page 352: Hkka - Curve Section For Envelopes

    4.32.6 HKKA - Curve section for envelopes Execute HKKA! The HKKA! command sets the curve section for an envelope (forward or return) Note: If an envelope already exists, this is deleted when the curve section is changed. If 2 parameters, the curve section of that envelope with the currently selected measurement program is set.

  • Page 353: Hkkn - Evaluation Channel

    Meaning of parameter Pn Parameter Meaning Value Envelope number 1 to 2 Curve section for envelopes 0 -> Forward 1 -> Return If 2 parameters, the curve section of that envelope with the transferred measurement program is queried. Host sends: <Address>sr<STX>HKKA? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 354 If 3 parameters, the evaluation channel is set for the envelope with the transferred envelope number and the transferred measurement program. Host sends: <Address>sr<STX>HKKN! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number...

  • Page 355: Hkbf - Evaluation Result Of An Envelope (Ok/Nok)

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number 1 to 2 Evaluation channel 1 -> Channel Y1 2 -> Channel Y2 4.32.8 HKBF - Evaluation result of an envelope (OK/NOK) Execute HKBF! There is no ! form of this command...

  • Page 356: Hkni - Nok For An Envelope

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number 1 to 2 Evaluation result 0 -> NOK 1 -> OK 4.32.9 HKNI - NOK for an envelope Execute HKNI! There is no ! form of this command Query HKNI?

  • Page 357: Hkei - Curve Entry Values Of An Envelope

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number 1 to 2 NOK counter Integer value > 0 4.32.10 HKEI - Curve entry values of an envelope Execute HKEI! There is no ! form of this command Query HKEI?

  • Page 358: Hkau - Curve Exit Values Of An Envelope

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number 1 to 2 Index of the entry Integer value (unsigned 16 bit) X coordinate of the entry Floating-point value Y coordinate of the entry...

  • Page 359: Hraw - Index Of The Last Point On The Envelope Reference Curve

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Envelope number 1 to 2 Index of the entry Integer value (unsigned 16 bit)
  • Page 360 Query HRAW? The HRAW? command queries the index of the last point on the envelope reference curve. If 1 parameter, the index corresponding to the currently selected measurement program is queried. Host sends: <Address>sr<STX>HRAW? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 361: Hkge - Generate Envelope

    4.32.13 HKGE - Generate envelope Execute HKGE! The HKGE! command generates an envelope based on the reference curve and the other envelope settings. If 1 parameter, the envelope corresponding to the currently selected measurement program is generated. Host sends: <Address>sr<STX>HKGE! P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 362 Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and 127 (128 program program version of firmware) Envelope number 1 to 2 Block number For RS232: A value between 1 and 125; the max 5000 coordinates are transferred in blocks of 40 values.
  • Page 363 Query HKRX? The HKRX? command reads out the reference curve X coordinates for generating the envelope. If 2 parameter: read out are the reference curve X coordinates for generating the envelope corresponding to the transferred measurement program number. Host sends: <Address>sr<STX>HKRX? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 364: Hrym-Y-Coordinates Of The Reference Curve Mean Values For Generating The Envelope

    Meaning of parameter Pn Parameter Meaning Value Envelope number 1 to 2 K1...K50 Reference curve X See description below coordinates for generating the envelope The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes.
  • Page 365 Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and 127 (128 program program version of firmware) Envelope number 1 to 2 Block number For RS232: A value between 1 and 125; the max 5000 coordinates are transferred in blocks of 40 values.
  • Page 366 Query HRYM? The HRYM? command reads out the Y coordinates of the reference curve mean values for generating the envelope. If 2 parameters, read out are the Y coordinates of the reference curve mean values for generating the envelope corresponding to the transferred measurement program number. Host sends: <Address>sr<STX>HRYM? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 367: Hdmi - Y-Coordinates Of The Reference Curve Delta Min Values For Generating The Envelope

    Meaning of parameter Pn Parameter Meaning Value Envelope number 1 to 2 K1...K50 Y coordinates of the reference See description below curve mean values for generating the envelope The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes.
  • Page 368 Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and 127 (128 program program version of firmware) Envelope number 1 to 2 Block number For RS232: A value between 1 and 125; the max 5000 coordinates are transferred in blocks of 40 values.
  • Page 369 Query HDMI? The HDMI? command reads out the Y coordinates of the reference curve Delta min values for generating the envelope. If 2 parameter: read out are the Y coordinates of the reference curve Delta min values for generating the envelope corresponding to the transferred measurement program number. Host sends: <Address>sr<STX>HDMI? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 370: Hdma - Y-Coordinates Of The Reference Curve Delta Max Values For Generating The Envelope

    Meaning of parameter Pn Parameter Meaning Value Envelope number 1 to 2 K1...K50 Y coordinates of the reference See description below curve Delta min values for generating the envelope The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes.
  • Page 371 Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and 127 (128 program program version of firmware) Envelope number 1 to 2 Block number For RS232: A value between 1 and 125; the max 5000 coordinates are transferred in blocks of 40 values.
  • Page 372 Query HDMA? The HDMA? command reads out the Y coordinates of the reference curve Delta max values for generating the envelope. If 2 parameters, read out are the Y coordinates of the reference curve Delta max values for generating the envelope corresponding to the transferred measurement program number. Host sends: <Address>sr<STX>HDMA? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 373: Hkda - Are There Envelopes At All

    Meaning of parameter Pn Parameter Meaning Value Envelope number 1 to 2 K1...K50 Y coordinates of the reference See description below curve Delta max values for generating the envelope The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes.
  • Page 374 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1,P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Is there an envelope 1? 0 -> There is no envelope 1 1 -> There is an envelope 1 Is there an envelope 2? 0 ->...

  • Page 375: Mathematical Functions

    4.33 Mathematical functions 4.33.1 MAKO - Mathematical constants Execute MAKO! The MAKO! command sets the mathematical constants. If 2 parameters, the constant corresponding to the transferred constant number and the currently selected measurement program is set. Host sends: <Address>sr<STX>MAKO! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 376: Mafo - Mathematical Formula

    Meaning of parameter Pn Parameter Meaning Value Constant number 1 to 10 Value of the constant Floating-point value If 2 parameters, the constant corresponding to the transferred constant number and the transferred measurement program number is queried. Host sends: <Address>sr<STX>MAKO? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 377 If 5 parameters, the formula corresponding to the transferred formula number and the transferred measurement program number is set. Host sends: <Address>sr<STX>MAFO! P1,P2,P3,P4,P5<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Formula number 1 to 10...

  • Page 378: Mabw - Mathematical Evaluation Values

    If 2 parameters, the formula corresponding to the transferred formula number and the transferred measurement program number is queried. Host sends: <Address>sr<STX>MAFO? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...
  • Page 379 If 5 parameters, the mathematical evaluation corresponding to the transferred evaluation number and the transferred measurement program number is set. Host sends: <Address>sr<STX>MABW! P1,P2,P3,P4,P5<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Evaluation number...

  • Page 380: Mabf - Mathematical Evaluation Results

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Evaluation number 1 to 6 Operand See operand table in appendix...

  • Page 381: Mani - Nok Counters For Mathematical Evaluations

    If 2 parameters, the mathematical evaluation results corresponding to the transferred evaluation number and the transferred measurement program number are queried Host sends: <Address>sr<STX>MABF? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT>...

  • Page 382: Mazw - Operand Values And Formula Buffer

    If 2 parameters, the NOK counter for the mathematical evaluation corresponding to the transferred evaluation number and the transferred measurement program number is queried Host sends: <Address>sr<STX>MANI? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 383: Evaluation In General

    If 2 parameters, the values corresponding to the transferred formula number and the transferred measurement program number are queried Host sends: <Address>sr<STX>MAZW? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...
  • Page 384 If 4 parameters, the tolerance bands are set for the evaluation elements corresponding to the transferred measurement program number. Host sends: <Address>sr<STX>TOBA! P1,P2,P3,P4<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Tolerance band X Floating-point value...

  • Page 385: Switching Points

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Tolerance band X Floating-point value Tolerance band Y1 Floating-point value Tolerance band Y2 Floating-point value 4.35 Switching points 4.35.1 SCHA - Configuration of switching points...
  • Page 386 Channel 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Switching signal level 1 -> High active 0 -> Low active Switching point reference 0 -> Absolute reference 1 -> Trigger reference Query SCHA? The SCHA? command queries the switching point settings. If 1 parameter, the switching point corresponding to the transferred switching point number and the currently selected measurement program is queried.
  • Page 387 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Switching point number 1 to 4 Switching value Floating-point value Channel 0 -> Channel X 1 ->...

  • Page 388: Sensor Test

    4.36 Sensor test 4.36.1 STST - Sensor test on/off Execute STST! The STST! command enables or disables the sensor test for a particular channel (X, Y1, Y2). If 2 parameters, the sensor test for the transferred channel number and the currently selected measurement program is enabled or disabled.

  • Page 389: Strw - Sensor Test Reference Value

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Sensor test on/off 0 -> Off 1 -> On If 2 parameters, the sensor test corresponding to the transferred channel number and the transferred measurement program is queried for its enabled/disabled state.
  • Page 390 Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Reference value Floating-point value If 3 parameters, the reference value for the sensor test corresponding to the transferred channel number and the transferred measurement program is set.

  • Page 391: Stab - Permitted Sensor Test Tolerance

    If 2 parameters, the reference value for the sensor test corresponding to the transferred channel number and the transferred measurement program is queried. Host sends: <Address>sr<STX>STRW? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3<LF><ETX>[<BCC>] Host sends: <ACK>...
  • Page 392 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Permitted tolerance Floating-point value Query STAB?

  • Page 393: Stme - Teach In Sensor Test Reference Value

    Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Permitted tolerance Floating-point value 4.36.4 STME - Teach in sensor test reference value...

  • Page 394: User-Defined Values

    4.37 User-defined values 4.37.1 FRDW - User-defined values Note: The live values can only be selected with the command LIVE and not with FDRW. When a query is ® performed with FRDW?–the DIGIFORCE returns an 1 if a live value is set. Execute FRDW! The FRDW! command sets the user-defined values.

  • Page 395: Live - Live Values

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Value number 1 to 30, 25 to 30 are values which are displayed in the measurement menu “graphical measurement curves” User-defined value See operand table in appendix Name of the user-defined value String...
  • Page 396 Host sends: <Address>sr<STX>LIVE! P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Live values on/off 0 -> Live values off 1 -> Live values on If 3 parameters, the live value corresponding to channel number and the transferred measurement program number is set.

  • Page 397: Initializing And Copying Measurement Programs

    Meaning of parameter Pn Parameter Meaning Value Channel number 0 -> Channel X 1 -> Channel Y1 2 -> Channel Y2 Live values on/off 0 -> Live values off 1 -> Live values on If 2 parameters, the live value corresponding to the transferred channel number and the transferred measurement program number is queried.

  • Page 398: Seko - Copy Sensor Data Between Measurement Programs

    Meaning of parameter Pn Parameter Meaning Value Number of source measurement A value between 0 and 31 or between 0 and program 127 (128 program version of firmware) Number of start target measurement A value between 0 and 31 or between 0 and program 127 (128 program version of firmware) Number of end target measurement...

  • Page 399: Init - Default Initialization Of Measurement Programs

    4.38.3 INIT - Default initialization of measurement programs Execute INIT! The INIT! command executes a default initialization of the transferred measurement programs. Host sends: <Address>sr<STX>INIT? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of start measurement A value between 0 and 31 or between 0 and program 127 (128 program version of firmware)

  • Page 400: Tesa - Switching Signals On/Off In Test Mode

    Meaning of parameter Pn Parameter Meaning Value Test mode on/off 0 -> Test mode is switched off 1 -> Test mode is switched on Query TEST? The TEST? command queries the current status of the test mode. Host sends: <Address>sr<STX>TEST?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 401: Mess - Fetch Current Readings

    Meaning of parameter Pn Parameter Meaning Value Switching signal response in 0 -> Switching signals off in test mode test mode 1 -> Switching signals on in test mode 4.39.3 MESS - Fetch current readings Execute MESS! This command does not have a ! form. Query MESS? The MESS? command fetches the current readings.

  • Page 402: Spso - Set Plc Outputs

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1,P2,P3,P4<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value PLC input register 1 (SPSI1) Byte hex coded (see table) PLC input register 2 (SPSI2) Byte hex coded (see table) PLC input register 3 (SPSI3) Byte hex coded (see table) Switching input register 16-bit hex coded (see table)

  • Page 403: Record Errors/Events In The Logfile

    Query SPSO? The SPSO? command queries the current status of the PLC outputs. Host sends: <Address>sr<STX>SPSO?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1,P2,P3,P4<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value PLC output byte 1 In hex format;...

  • Page 404: Logl - Delete Logfile, Query Index Of Last Entry

    Meaning of parameter Pn Parameter Meaning Value Error/event logging 1  Logging On 0  Logging Off Query LOGS? The command LOGS? queries whether error/event logging during port operations is enabled or disabled. Host sends: <Address>sr<STX>LOGS?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 405: Logd - Query Logfile Entries

    4.40.3 LOGD - Query logfile entries Execute LOGD! This command does not have a ! form. Query LOGD? The command LOGD? queries a logfile entry Host sends: <Address>sr<STX>LOGD? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3,….,P11<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 406: Voltage Monitor

    137 -> Menu: Evaluation threshold advanced 138 -> Menu: Evaluation - envelope 139 -> Menu: Mathematical function calculation 140 -> Menu: Mathematical function evaluation 141 -> Main menu: Evaluation 142 -> Menu: Assignment PLC-Outputs 143 -> Menu: Interface RS232 144 -> Menu: Interface USB 145 ->...

  • Page 407: Ugnd - Measure And Test Gnd Potential

    Meaning of parameter Pn Parameter Meaning Value Node voltage status 0  Node voltage OK 1  Node voltage outside tolerance Value of measured node voltage Floating-point value with units 4.41.2 UGND - Measure and test GND potential Note: Command not allowed when measurement running. Execute UGND! This command does not have a ! form.

  • Page 408: Uspb - Measure And Test Channel B Excitation

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Channel A excitation voltage 0  0 V 1  2.5 V 2  5 V 3  10 V Channel A excitation voltage status 0 ...

  • Page 409: Uspd - Measure And Test Channel D Excitation

    4.41.5 USPD - Measure and test channel D excitation Note: Command not allowed when measurement running. Execute USPD! This command does not have a ! form. Query USPD? The command USPD? measures and tests channel D excitation and returns the results Host sends: <Address>sr<STX>USPD? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 410: Vtkb - Channel B Amplifier Test

    Meaning of parameter Pn Parameter Meaning Value Ground bonding 0  Ground bondig off 1  Ground bondig on Excitation voltage 0  0 V 1  2.5 V 2  5 V 3  10 V Input range 0  2.5 mV range 1 ...
  • Page 411 Meaning of parameter Pn Parameter Meaning Value Ground bondig 0  Ground bondig off 1  Ground bondig on Excitation voltage 0  0 V 1  2.5 V 2  5 V 3  10 V Input range 0  2.5 mV range 1 ...

  • Page 412: Vtkd - Channel D Amplifier Test

    4.42.3 VTKD - Channel D amplifier test Note: Command not allowed when measurement running. Execute VTKD! The VTKD! command configures the hardware for the channel D amplifier test. Host sends: <Address>sr<STX>VTKD! P1,P2,P3,P4<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value...

  • Page 413: Vtke - Channel E Amplifier Test

    4.42.4 VTKE - Channel E amplifier test Note: Command not allowed when measurement running. Execute VTKE! The VTKE! command configures the hardware for the channel E amplifier test. Host sends: <Address>sr<STX>VTKE! P1,P2,P3,P4<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value...

  • Page 414: Vtkf - Channel F Amplifier Test

    4.42.5 VTKF - Channel F amplifier test Note: Command not allowed when measurement running. Execute VTKF! The VTKF! command configures the hardware for the channel F amplifier test. Host sends: <Address>sr<STX>VTKF! P1,P2,P3<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value...

  • Page 415: Measurement Results

    4.43 Measurement results 4.43.1 KRVA - Supplementary data for current measurement curve Execute KRVA! This command does not have a ! form. Query KRVA? The command KRVA? queries supplementary data for the current measurement curve. If 1 parameter, queried are the data corresponding to the transferred measurement program number. Host sends: <Address>sr<STX>KRVA? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 416 Channel Y1 unit String Channel Y2 unit String Changing counter 32 bit integer value (unsigned long) NOK causes summary 32 bit integer value (unsigned long), bit coded See following table If no parameters, queried are the data of the currently selected measurement program. Host sends: <Address>sr<STX>KRVA?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 417 Sources that can lead to NOKs Bit no. Function Square window 1 Square window 2 Square window 3 Square window 4 Square window 5 Square window 6 Square window 7 Square window 8 Square window 9 Square window 10 Trapezoid window X1 evaluation Trapezoid window X2 evaluation Trapezoid window Y1 evaluation Trapezoid window Y2 evaluation...

  • Page 418: Msta - Measurement Status; Is There A New Measurement Curve

    Rotary switch 2 evaluation Measurement channel overdrive NOK channel Y1 NOK channel Y2 NOK total 4.43.2 MSTA - Measurement status; is there a new measurement curve? Execute MSTA! This command does not have a ! form. Query MSTA? The command MSTA? queries whether there is a new measurement curve If 1 parameter, queried is the measurement status corresponding to the transferred measurement program number.

  • Page 419: Meve - Measurement Curves

    Meaning of parameter Pn Parameter Meaning Value Index of the last reading 16 bit integer (unsigned short); 0 means there is no on the curve measurement curve Running measurement 32 bit integer (unsigned long); this counter increments curve counter every time a new measurement curve is recorded. 4.43.3 MEVE - Measurement curves For the last 10 recorded measurement curves, the measurement program and the measurement curve counter are stored in an array.

  • Page 420: Praw - Supplementary Data For Current Pretrigger Curve

    Measurement curve counter 1 to 255 (0 if still no measurement curve) entry 2 Number of the measurement A value between 0 and 31 or between 0 and 127 (255 program entry 3 if still no measurement curve) Measurement curve counter 1 to 255 (0 if still no measurement curve) entry 3 Number of the measurement...
  • Page 421 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of the A value between 0 and 31 or between 0 and 127 (128 measurement program program version of firmware) Pritrigger recording 0 ...

  • Page 422: Aky1 - General Curve Data Y1

    4.43.5 AKY1 - General curve data Y1 Execute AKY1! This command does not have a ! form. Query AKY1? The command AKY1? queries the general curve data If 1 parameter, queried are the general curve data corresponding to the transferred measurement program number.

  • Page 423: Aky2 - General Curve Data Y2

    If no parameters, queried are the general curve data of the currently selected measurement program. Host sends: <Address>sr<STX>AKY1?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1,P2,...,P14<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value...
  • Page 424 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3,..,P15<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and 127 program (128 program version of firmware) X minimum, X coordinate Floating-point value X minimum, Y2 coordinate...

  • Page 425: Frer - Query Measurement Results Of The User-Defined Values

    X maximum, Y2 coordinate Floating-point value Y2 minimum, X coordinate Floating-point value Y2 minimum, Y2 coordinate Floating-point value Y2 maximum, X coordinate Floating-point value Y2 maximum, Y2 coordinate Floating-point value First value X coordinate Floating-point value First value Y2 coordinate Floating-point value Last value X coordinate Floating-point value...

  • Page 426: Fral - Measurement Results Of All User-Defined Values

    If 2 parameters, the measurement result is queried for that user-defined value corresponding to the transferred value number and the transferred measurement program number. Host sends: <Address>sr<STX>FRER? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 427: Hitr - Measurement Results Of All User-Defined Values

    Meaning of parameter Pn Parameter Meaning Value Block of user-defined values 1  Values 1 to 12 2  Values 13 to 24 3  Values 25 to 30 P2…Px Measurement values of Block 1 and 2 return 12 floating point values. x=13 or 7 each user-defined value Block 3 returns 6 floating point values.
  • Page 428 Meaning of parameter Pn Parameter Meaning Value Evaluation element number 1 to 24 (see evaluation element table) Entry or exit values 0  Enty values 1  Exit values Enabling of evaluation 0  Disabled element for statistics 1  Enabled Statistics channel number 0 ...
  • Page 429 If 3 parameters, the statistics measurement results are queried for the transferred evaluation number in the transferred program Host sends: <Address>sr<STX>HITR? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3……..P24<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...
  • Page 430 Number of values in 32 bit integer value (unsigned long) histogram class 7 Number of values in 32 bit integer value (unsigned long) histogram class 8 Minimal limit for trend Floating point value presentation Maximal limit for trend Floating point value presentation Number of values in the 16 bit integer value (unsigned short) 0 to 100...

  • Page 431: Trbw - Ok/Nok Buffer For Trend Diagram

    4.43.10 TRBW - OK/NOK buffer for trend diagram Execute TRBW! This command does not have a ! form. Query TRBW? The TRBW? command queries the values of OK/NOK buffer for the trend diagram. If 1 parameter, the values for the trend presentation are queried in the current program Host sends: <Address>sr<STX>TRBW?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 432: Teko - Entry Coordinates For The Trend Diagram

    Note: The OK/NOK buffer contains max. 100 values. Only as many values are transferred as the buffer contains. The number of values and the index of the next entry (index) can be queried over the command HITR. If there are less as 100 values in the buffer, the oldest value is at the index 0 and the newest at (index-1).
  • Page 433 If 1 parameter, queried are the entry coordinates for the trend presentation corresponding to the selected measurement program. Host sends: <Address>sr<STX>TEKO? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc.

  • Page 434: Tako - Entry Coordinates For The Trend Diagram

    4.43.12 TAKO - Entry coordinates for the trend diagram Execute TAKO! This command does not have a ! form. Query TAKO? The TAKO? command reads out the exit coordinates for the trend presentation. If 2 parameter: read out are the exit coordinates for the trend presentation corresponding to the transferred evaluation element number and transferred measurement program number.

  • Page 435: Rdym - Pc Ready Mode On/Off

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Evaluation element number 1 to 24 (see evaluation element table of the HIRT command) K1...K50 Exit coordinates for the...

  • Page 436: Redy - Ready Signal Enable If Ready Mode On

    Meaning of parameter Pn Parameter Meaning Value PC Ready Mode 1  Ready Mode On 0  Ready Mode Off Query RDYM? The command RDYM? reads out the current PC Ready Mode status. Host sends: <Address>sr<STX>RDYM?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT>...

  • Page 437: Kusa - Return Point And Last Value Of The Curves In The Curve Array

    If 1 parameter, queried are the values of the curves corresponding to the transferred measurement program number. Host sends: <Address>sr<STX>KSAN? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value...

  • Page 438: Kspw - Supplementary Data For A Pretrigger Curve Inside Of The Curve Array

    If 1 parameter, the return point and the last value of the curve corresponding to the transferred curve number and the currently selected measurement program are queried. Host sends: <Address>sr<STX>KUSA? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P2,P3<LF><ETX>[<BCC>] Host sends: <ACK>...
  • Page 439 Query KSPW? The command KSPW? queries supplementary data for a pretrigger curve inside of the curve array. Only max. 256 values before a trigger event are recorded. If 2 parameter, queried are the data corresponding to the transferred curve number and the measurement program number.

  • Page 440: Kurx - Read Out The X Coordinates Of The Current Measurement Curve

    Total number of pretrigger 32 bit integer value (unsigned long) values (all values, not only recorded) Index of the first pretrigger Integer value between 0 and 255 value Index of the last pretrigger Integer value between 0 and 255 value Note: Total number of pretrigger values means the number of all values which has been measured afrer the start and before a trigger event.

  • Page 441: Kuy1- Read Out The Y1 Coordinates Of The Current Measurement Curve

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value K1...K50 X coordinates of the measurement curve See description below The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes.
  • Page 442 If 1 parameter, read out are the Y1 coordinates of the measurement curve corresponding to the transferred measurement program number. Host sends: <Address>sr<STX>KUY1? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc.

  • Page 443: Kuy2- Read Out The Y2 Coordinates Of The Current Measurement Curve

    Meaning of parameter Pn Parameter Meaning Value K1...K50 Y1 coordinates of the See description below measurement curve The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes. There are no separators inside or between the coordinates. <K1Byte1><K1Byte2><K1Byte3><K1Byte4><K1StatusByte><K2Byte1><K2Byte2><K2Byte3><K2Byte4><K 2StatusByte>...
  • Page 444 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and 127 program (128 program version of firmware) K1...K50...

  • Page 445: Kusx - Read Out The X Coordinates Of A Measurement Curve From The Curve Array

    There are no separators inside or between the coordinates. <K1Byte1><K1Byte2><K1Byte3><K1Byte4><K1StatusByte><K2Byte1><K2Byte2><K2Byte3><K2Byte4><K 2StatusByte>... etc. The 32 bit floating point for each coordinate is transferred byte by byte (4 bytes). To prevent these 4 bytes from being interpreted as control codes, the highest significant bit is set (if not already set). The status byte indicates whether the highest significant bit has been set in one of these 4 bytes.
  • Page 446 Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and program 127 (128 program version of firmware) Curve number 1 to 10 K1...K50 X coordinates of the measurement See description below curve If 1 parameter, queried are the X coordinates of the measurement curve corresponding to the transferred curve number and the selected measurement program.

  • Page 447: Ksy1 - Read Out The Y1 Coordinates Of A Measurement Curve From The Curve Array447

    After polling, no more than 50 coordinates (K1 to K50) are transferred. <STX>K1K2..K50<LF><ETX> Ethernet transfers 290 coordinates (K1 to K290) <STX>K1K2..K290<LF><ETX> After <ACK>, the next set of coordinates (max 50/290) are transferred. This continues until all coordinates have been transferred. In this case, the device responds after <ACK> with <EOT>, signifying the end of coordinate transfer.
  • Page 448 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Curve number 1 to 10 K1...K50 Y1 coordinates of the See description below measurement curve The coordinates are transferred as binary code followed by a status byte.
  • Page 449 If 2 parameters, read out are the Y2 coordinates of the measurement curve corresponding to the transferred curve number and measurement program number. Host sends: <Address>sr<STX>KSY2? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 450: Prtx - Read Out The X Coordinates Of The Pretrigger Curve

    Meaning of parameter Pn Parameter Meaning Value Curve number 1 to 10 K1...K50 Y2 coordinates of the See description below measurement curve The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes. There are no separators inside or between the coordinates.
  • Page 451 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and program 127 (128 program version of firmware) K1...K50...

  • Page 452: Pry1 - Read Out The Y1 Coordinates Of The Pretrigger Curve

    The 32 bit floating point for each coordinate is transferred byte by byte (4 bytes). To prevent these 4 bytes from being interpreted as control codes, the highest significant bit is set (if not already set). The status byte indicates whether the highest significant bit has been set in one of these 4 bytes. The status byte is additionally transmitted as the 5th byte together with the 4 bytes of the associated coordinate.
  • Page 453 If no parameter, queried are the Y1 coordinates of the pretrigger curve corresponding to the selected measurement program. Host sends: <Address>sr<STX>PRY1?<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc.

  • Page 454: Pry2 - Read Out The Y2 Coordinates Of The Pretrigger Curve

    4.43.26 PRY2 - Read out the Y2 coordinates of the pretrigger curve Execute PRY2! This command does not have a ! form. Query PRY2? The PRY2? command reads out the Y2 coordinates of the pretrigger curve. If 1 parameter, read out are the Y2 coordinates of the pretrigger curve corresponding to the transferred measurement program number.

  • Page 455: Prsx - Read Out The X Coordinates Of A Pretrigger Curve From The Curve Array

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value K1...K50 Y2-coordinates of the pretrigger See description below curve The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes.
  • Page 456 If 2 parameters, read out are the X coordinates of the pretrigger curve corresponding to the transferred curve number and measurement program number. Host sends: <Address>sr<STX>PRSX? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK>...

  • Page 457: Psy1 - Read Out The Y1 Coordinates Of A Pretrigger Curve From The Curve Array

    Meaning of parameter Pn Parameter Meaning Value Curve number 1 to 10 K1...K50 X coordinates of the pretrigger See description below curve The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes. There are no separators inside or between the coordinates.
  • Page 458 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and program 127 (128 program version of firmware) Curve number...

  • Page 459: Psy2 - Read Out The Y2 Coordinates Of A Pretrigger Curve From The Curve Array

    <K1Byte1><K1Byte2><K1Byte3><K1Byte4><K1StatusByte><K2Byte1><K2Byte2><K2Byte3><K2Byte4><K 2StatusByte>... etc. The 32 bit floating point for each coordinate is transferred byte by byte (4 bytes). To prevent these 4 bytes from being interpreted as control codes, the highest significant bit is set (if not already set). The status byte indicates whether the highest significant bit has been set in one of these 4 bytes.
  • Page 460 Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and program 127 (128 program version of firmware) Curve number 1 to 10 K1...K50 Y2 coordinates of the pretrigger See description below curve If 1 parameter, queried are the Y2 coordinates of the pretrigger curve corresponding to the transferred curve number and the selected measurement program.

  • Page 461: Menu - Current Measurement Menu

    After polling, no more than 50 coordinates (K1 to K50) are transferred. <STX>K1K2..K50<LF><ETX> Ethernet transfers 290 coordinates (K1 to K290) <STX>K1K2..K290<LF><ETX> After <ACK>, the next set of coordinates (max 50/290) are transferred. This continues until all coordinates have been transferred. In this case, the device responds after <ACK> with <EOT>, signifying the end of coordinate transfer.
  • Page 462 104 -> General curve data Y1 105 -> General curve data Y2 106 -> Smiley or Pass/Fail indicator 107 -> Entries/exits of the square windows 108 -> Entries/exits of the evaluation elements (except square window) 109 -> User-defined values 1 to 12 110 ->...

  • Page 463: Measurement Data Logger

    Meaning of parameter Pn Parameter Meaning Value Measurement program A value between 0 and 31 or between 0 and 127 number (128 program version of firmware) Measurement menu display 101 -> Y1-Measurement curve display 102 -> Y2-Measurement curve display 103 -> Y1 and Y2 Measurement curve display 104 ->...

  • Page 464: Dada - Query General Data For A Measurement Data Logger Record

    4.44.2 DADA - Query general data for a measurement data logger record Execute DADA! This command does not have a ! form. Query DADA? The command DADA? queries diverse information for a data record stored by the measurement data logger. Host sends: <Address>sr<STX>DADA? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 465: Dtfx - Query X-Trapezoid Window Data For A Measurement Data Logger Record

    Host sends: <Address>sr<STX>DRFE? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5,P6,P7<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of the data record Integer value 0 to 49 Window number Integer value 1 to 10 Window evaluation result 0 ...

  • Page 466: Dtfy - Query Y-Trapezoid Window Data For A Measurement Data Logger Record

    Meaning of parameter Pn Parameter Meaning Value Number of the data record Integer value 0 to 49 Window number Integer value 1 to 2 Window evaluation result 0  NOK 1  OK Window entry X coordinate Floating-point value Window entry Y coordinate Floating-point value Window exit X coordinate Floating-point value...

  • Page 467: Dhue - Query Envelope Data For A Measurement Data Logger Record

    4.44.6 DHUE - Query envelope data for a measurement data logger record Execute DHUE! This command does not have a ! form. Query DHUE? The command DHUE? queries the envelope information for a data record stored by the measurement data logger.

  • Page 468: Dmat - Mathematical Evaluation Data For A Measurement Data Logger Record

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of the data record Integer value 0 to 49 Threshold number Integer value 1 to 2 Threshold evaluation result 0  NOK 1 ...

  • Page 469: Dxko - Read The X Coordinates Of A Measurement Curve From The Data Logger

    4.44.9 DXKO - Read the X coordinates of a measurement curve from the data logger Execute DXKO! This command does not have a ! form. Query DXKO? The DXKO? command reads the X coordinates of a measurement curve from the data logger. Host sends: <Address>sr<STX>DXKO? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...

  • Page 470: Dy1K - Read The Y1 Coordinates Of A Measurement Curve From The Data Logger

    After <ACK>, the next set of coordinates (max 50/290) are transferred. This continues until all coordinates have been transferred. In this case, the device responds after <ACK> with <EOT>, signifying the end of coordinate transfer. 4.44.10 DY1K - Read the Y1 coordinates of a measurement curve from the data logger Execute DY1K! This command does not have a ! form.

  • Page 471: Dy2K - Read The Y2 Coordinates Of A Measurement Curve From The Data Logger

    After polling, no more than 50 coordinates (K1 to K50) are transferred. <STX>K1K2..K50<LF><ETX> Ethernet transfers 290 coordinates (K1 to K290) <STX>K1K2..K290<LF><ETX> After <ACK>, the next set of coordinates (max 50/290) are transferred. This continues until all coordinates have been transferred. In this case, the device responds after <ACK> with <EOT>, signifying the end of coordinate transfer.

  • Page 472: Graphical Scaling

    The highest significant bit of the status byte is always set. Bit D0 is set if the highest significant bit of Byte1 has been set. Bit D1 is set if the highest significant bit of Byte2 has been set. Bit D2 is set if the highest significant bit of Byte3 has been set.

  • Page 473: Mska - Manual Scaling

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P1<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Autoscaling 0 -> Autoscaling Off 1 -> Autoscaling On If 1 parameter, the autoscaling corresponding to the transferred measurement program number is queried. Host sends: <Address>sr<STX>ASKA? P1<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK>...
  • Page 474 If 6 parameters, the scaling limits corresponding to the transferred measurement program number and the transferred channel number are set. Host sends: <Address>sr<STX>MSKA! P1,P2,P3,P4,P5,P6<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Channel number...

  • Page 475: Reference Curve

    If 2 parameters, the scaling limits corresponding to the transferred measurement program number and the transferred channel number are queried. Host sends: <Address>sr<STX>MSKA? P1,P2<LF><ETX>[<BCC>] DIGIFORCE responds: <ACK> Host sends: <EOT> Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>P3,P4,P5,P6<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning...
  • Page 476 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Show reference curve 0 -> Do not show reference curve 1 -> Show reference curve Query RFAN? The RFAN! command queries whether the reference curve is shown or not.

  • Page 477: Ray1 - Number Of Value Pairs For Reference Curve

    4.46.2 RAY1 - Number of value pairs for reference curve Execute RAY1! The RAY1! command sets the number of value pairs for the reference curve from the channel Y1. If 1 parameter, the number of value pairs for the reference curve from the channel Y1 is set corresponding to the currently selected measurement program.

  • Page 478: Ray2 - Number Of Value Pairs For Reference Curve

    Meaning of parameter Pn Parameter Meaning Value Number of value pairs for reference curve 16 bit integer value (unsigned short) <= 160 If 1 parameter, the number of value pairs for the reference curve from the channel Y1 corresponding to the transferred measurement program number is queried.
  • Page 479 Meaning of parameter Pn Parameter Meaning Value Measurement program number A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Number of value pairs for reference curve 16 bit integer value (unsigned short) <= 160 Query RAY2? The RAY2? command queries the number of value pairs for the reference curve Y2.

  • Page 480: Rfx1 - X-Coordinates Of The Reference Curve From Channel Y1

    4.46.4 RFX1 - X-coordinates of the reference curve from channel Y1 Execute RFX1! The command RFX1? transfers the X coordinates of the reference curve of chanel Y1. If 3 parameters, transferred are the X coordinates of the reference curve from the channel Y1 corresponding to the transferred measurement program number.
  • Page 481 The highest significant bit of the status byte is always set. Bit D0 is set if the highest significant bit of Byte1 has been set. Bit D1 is set if the highest significant bit of Byte2 has been set. Bit D2 is set if the highest significant bit of Byte3 has been set.

  • Page 482: Rfy1 - Y-Coordinates Of The Reference Curve From Channel Y1

    Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value K1...K50 X coordinates of the reference curve See description below from the channel Y1 The coordinates are transferred as binary code followed by a status byte.
  • Page 483 Meaning of parameter Pn Parameter Meaning Value Number of the measurement program A value between 0 and 31 or between 0 and 127 (128 program version of firmware) Block number A value between 1 and 4; the max 160 coordinates are transferred in blocks of 40 values.
  • Page 484 Host sends: <Address>po<ENQ> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] Host sends: <ACK> DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value Number of the measurement A value between 0 and 31 or between 0 and 127 (128 program program version of firmware) K1...K50...

  • Page 485: Rfx2 - X-Coordinates Of The Reference Curve From Channel Y2

    The 32 bit floating point for each coordinate is transferred byte by byte (4 bytes). To prevent these 4 bytes from being interpreted as control codes, the highest significant bit is set (if not already set). The status byte indicates whether the highest significant bit has been set in one of these 4 bytes. The status byte is additionally transmitted as the 5th byte together with the 4 bytes of the associated coordinate.
  • Page 486 Meaning of parameter Pn Parameter Meaning Value Block number A value between 1 and 4; the max 160 coordinates are transferred in blocks of 40 values. Ethernet can transfer up to 280 values at any one time X coordinates of the reference See description below curve from the channel Y2 The max 40 coordinates (or max 280 for Ethernet) are transferred as binary code.
  • Page 487 Meaning of parameter Pn Parameter Meaning Value Number of the measurement program A value between 0 and 31 or between 0 and 127 (128 program version of firmware) K1...K50 X coordinates of the reference curve See description below from the channel Y2 If no parameters, queried are the X coordinates of the reference curve from the channel Y2 corresponding to the selected measurement program.

  • Page 488: Rfy2 - Y-Coordinates Of The Reference Curve From Channel Y2

    After <ACK>, the next set of coordinates (max 50/290) are transferred. This continues until all coordinates have been transferred. In this case, the device responds after <ACK> with <EOT>, signifying the end of coordinate transfer. 4.46.7 RFY2 - Y-coordinates of the reference curve from channel Y2 Execute RFY2! The command RFY2? transfers the Y coordinates of the reference curve of channel Y2.
  • Page 489 The 32 bit floating point for each coordinate is transferred byte by byte (4 bytes). To prevent these 4 bytes from being interpreted as control codes, the highest significant bit is set (if not already set). The status byte indicates whether the highest significant bit has been set in one of these 4 bytes. The status byte is additionally transmitted as the 5th byte together with the 4 bytes of the associated coordinate.
  • Page 490 DIGIFORCE responds: <STX>K1K2K3..K50<LF><ETX>[<BCC>] etc. etc. etc. DIGIFORCE responds: <STX>K1...Kn<LF><ETX>[<BCC>] DIGIFORCE responds: <EOT> Meaning of parameter Pn Parameter Meaning Value K1...K50 Y coordinates of the See description below reference curve from the channel Y2 The coordinates are transferred as binary code followed by a status byte. In other words, each coordinate consists of 5 bytes.

  • Page 491: Appendix - Operand Table

    Appendix - Operand table ID of operand Number Live value (This value is set with the command LIVE and not with FRDW) Intermediate Result 1 Intermediate Result 2 Intermediate Result 3 Intermediate Result 4 Intermediate Result 5 Intermediate Result 6 Intermediate Result 7 Intermediate Result 8 Intermediate Result 9...
  • Page 492 General curve data Y1–Abs. Xmin Y-coordinate General curve data Y1–Abs. Ymax X-coordinate General curve data Y1–Abs. Ymax Y-coordinate General curve data Y1–Abs. Ymin X-coordinate General curve data Y1–Abs. Ymin Y-coordinate General curve data Y1–Return point X-coordinate General curve data Y1–Return point Y-coordinate Reference point General curve data Y2–Start X General curve data Y2–Start Y...
  • Page 493 Window 1–Loc. minimum Y Window 1–Loc. maximum X Window 1–Loc. maximum Y Window 1–Bend X Window 1–Bend Y Window 1–Mean value Y Window 1–Gradient Window 1–Area Window 1–Coordinate Xmin Window 1–Coordinate Xmax Window 1–Coordinate Ymin Window 1–Coordinate Ymax Window 2–Entry X Window 2–Entry Y Window 2–Exit X Window 2–Exit Y...
  • Page 494 Window 3–Entry X Window 3–Entry Y Window 3–Exit X Window 3–Exit Y Window 3–Abs. minimum X Window 3–Abs. minimum Y Window 3–Abs. maximum X Window 3–Abs. maximum Y Window 3–Loc. minimum X Window 3–Loc. maximum Y Window 3–Loc. maximum X Window 3–Loc.
  • Page 495 Window 4–Loc. maximum Y Window 4–Bend X Window 4–Bend Y Window 4–Mean value Y Window 4–Gradient Window 4–Area Window 4–Coordinate Xmin Window 4–Coordinate Xmax Window 4–Coordinate Ymin Window 4–Coordinate Ymax Window 5–Entry X Window 5–Entry Y Window 5–Exit X Window 5–Exit Y Window 5–Abs.
  • Page 496 Window 6–Entry Y 1001 Window 6–Exit X 1002 Window 6–Exit Y 1003 Window 6–Abs. minimum X 1004 Window 6–Abs. maximum Y 1005 Window 6–Abs. maximum X 1006 Window 6–Abs. maximum Y 1007 Window 6–Loc. minimum X 1008 Window 6–Loc. minimum Y 1009 Window 6–Loc.
  • Page 497 Window 7–Bend Y 1113 Window 7–Mean value Y 1114 Window 7–Gradient 1115 Window 7–Area 1116 Window 7–Coordinate Xmin 1117 Window 7–Coordinate Xmax 1118 Window 7–Coordinate Ymin 1119 Window 7–Coordinate Ymax 1120 Window 8–Entry X 1200 Window 8–Entry Y 1201 Window 8–Exit X 1202 Window 8–Exit Y 1203...
  • Page 498 Window 9–Exit Y 1303 Window 9–Abs. minimum X 1304 Window 9–Abs. minimum Y 1305 Window 9–Abs. maximum X 1306 Window 9–Abs. maximum Y 1307 Window 9–Loc. minimum X 1308 Window 9–Loc. minimum Y 1309 Window 9–Loc. maximum X 1310 Window 9–Loc. maximum Y 1311 Window 9–Bend X 1312...
  • Page 499 Window 10–Gradient 1415 Window 10–Area 1416 Window 10–Coordinate Xmin 1417 Window 10–Coordinate Xmax 1418 Window 10–Coordinate Ymin 1419 Window 10–Coordinate Ymax 1420 Trapezoid window X1–Entry X 1500 Trapezoid window X1–Entry Y 1501 Trapezoid window X1–Exit X 1502 Trapezoid window X1–Exit Y 1503 Trapezoid window X1–Coordinate Xmin 1504...
  • Page 500 Trapezoid window Y1–Coordinate Ymax 1705 Trapezoid window Y1–Coordinate Xmin bottom 1706 Trapezoid window Y1 –Coordinate Xmin top 1707 Trapezoid window Y1–Coordinate Xmax bottom 1708 Trapezoid window Y1–Coordinate Xmax top 1709 Trapezoid window Y2–Entry X 1800 Trapezoid window Y2–Entry Y 1801 Trapezoid window Y2–Exit X 1802 Trapezoid window Y2–Exit Y...
  • Page 501 Threshold 1–Coordinate max 1917 Threshold 2–Pass X 2000 Threshold 2–Pass Y 2001 Threshold 2–Abs. minimum X 2002 Threshold 2–Abs. minimum Y 2003 Threshold 2–Abs. maximum X 2004 Threshold 2–Abs. maximum Y 2005 Threshold 2–Loc. minimum X 2006 Threshold 2–Loc. minimum Y 2007 Threshold 2–Loc.
  • Page 502 Threshold 3–Gradient 2113 Threshold 3–Area 2114 Threshold 3–Coordinate value 2115 Threshold 3–Coordinate min 2116 Threshold 3–Coordinate max 2117 Threshold 4–Pass X 2200 Threshold 4–Pass Y 2201 Threshold 4–Abs. minimum X 2202 Threshold 4–Abs. minimum Y 2203 Threshold 4–Abs. maximum X 2204 Threshold 4–Abs.
  • Page 503 Envelope 2–Exit X 2402 Envelope 2–Exit Y 2403 Envelope 2–Coordinate Start X 2404 Envelope 2–Coordinate End X 2405 of 503...

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