Beckhoff EPP3504-0023 Short Manual page 247

List of illustrations
Fig. 1 BIC as data matrix code (DMC, code scheme ECC200) .............................................................
Fig. 2 Example DMC 1P072222SBTNk4p562d71KEL1809 Q1 51S678294 .........................................
Fig. 3 EPP3504-0023.............................................................................................................................
Fig. 4 Overview measurement ranges, Bipolar ......................................................................................
Fig. 5 Overview measurement ranges, Unipolar....................................................................................
Fig. 6 Representation ±10 V measurement range .................................................................................
Fig. 7 Representation ±80 mV measurement range ..............................................................................
Fig. 8 Chart: RTD measuring range .......................................................................................................
Fig. 9 Concatenation of the uncertainties in RTD measurement ...........................................................
Fig. 10 Diagram for basic accuracy for Pt1000, 3-wire connection..........................................................
Fig. 11 Diagram for basic accuracy for Pt1000, 4-wire connection..........................................................
Fig. 12 Diagram noise ENoise, PtP in dependence on sensor temperature............................................
Fig. 13 Representation potentiometer measurement range.....................................................................
Fig. 14 Connection of the quarter bridge..................................................................................................
Fig. 15 Relationship between UBridge/UExc and ∆R1 ............................................................................
Fig. 16 Basic range of a process data value ............................................................................................
Fig. 17 Example: double click the CoE object PAI-Settings, Index Interface of channel 1 of an
ELM3xxx terminal.........................................................................................................................
Fig. 18 Function blocks (FBs) for CoE access to the TwinCAT TC2_EtherCAT.lib .................................
Fig. 19 TwinCAT FilterControl embedded in the configuration dialog of an EPP35xx box module .........
Fig. 20 Filter coefficients Nos. 1 to 12 of channel 1 in the CoE online of an ELM3602 EtherCAT Ter-
minal.............................................................................................................................................
Fig. 21 StartUp list of an ELM3602 EtherCAT Terminal, already partially modified by direct input .........
Fig. 22 Calling the ADS Monitor Command Test .....................................................................................
Fig. 23 Activation of "EtherCAT Addr.".....................................................................................................
Fig. 24 Opening the *. tnzip archive .........................................................................................................
Fig. 25 Search of the existing HW configuration for the EtherCAT configuration of the example............
Fig. 26 Process of interlacing the input data ............................................................................................
Fig. 27 Configuration and setup for sample program 6: Doubling of the sample rate with 2 x EL3751 ...
Fig. 28 Setting the DC shift time for terminal 2 ........................................................................................
Fig. 29 Oversampling 20 ksps with 2 x EL3751 with input signals (below) and result signal (top) .......... 100
Fig. 30 Oversampling 20 ksps with 2 x EL3751 shows input value 1 and input value 2 alternately for a
result value................................................................................................................................... 100
Fig. 31 Decimation from 20 µs (left) to 22.675.. µs (right) with ELM3602................................................ 104
Fig. 32 Principle of combining two measuring channels with FSV1 and FSV2........................................ 108
Fig. 33 Possible structure for the "Measurement range combination" sample program .......................... 109
Fig. 34 Combination of two channels of the ELM3602-0002 with ±5 V and ±80 mV measuring range ... 110
Fig. 35 Combination of two channels of the ELM3602-0002: Supply of a delta voltage in the positive
transition range ............................................................................................................................ 111
Fig. 36 Function block as an example for analysis of diagnostics information of the box module ........... 112
Fig. 37 Creation of PDO variables (TwinCAT version >= V3.1.4024.0) ................................................... 113
Fig. 38 Creation of the SmPdoVariables (TwinCAT version >= V3.1.4022.30) ....................................... 113
Fig. 39 Seek the generated data type of SmPdoVariables ...................................................................... 114
Fig. 40 Visualization of the sample implementation: Calibration signature .............................................. 115
Fig. 41 Test data to illustrate the content of patManFactSpecIdCode[0]^ of the FB ................................ 117
EPP3504-0023 Version: 1.2
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