Beckhoff KL3403 Series Documentation page 65

List of illustrations
Fig. 1 BIC as data matrix code (DMC, code scheme ECC200).............................................................
Fig. 2 KL3403 ........................................................................................................................................
Fig. 3 LEDs ............................................................................................................................................
Fig. 4 Voltage u and current i curves .....................................................................................................
Fig. 5 Power s(t) curve...........................................................................................................................
Fig. 6 u(t), i(t), p(t) curves with phase shift angle φ ...............................................................................
Fig. 7 Four-quadrant representation of active/reactive power in motor and generator mode................
Fig. 8 Spring contacts of the Beckhoff I/O components.........................................................................
Fig. 9 Attaching on mounting rail ...........................................................................................................
Fig. 10 Disassembling of terminal............................................................................................................
Fig. 11 Power contact on left side............................................................................................................
Fig. 12 Standard wiring............................................................................................................................
Fig. 13 Pluggable wiring ..........................................................................................................................
Fig. 14 High Density Terminals................................................................................................................
Fig. 15 Connecting a cable on a terminal point .......................................................................................
Fig. 16 Connection...................................................................................................................................
Fig. 17 Application example - power measurement at a machine ...........................................................
Fig. 18 Application example - current measurement at a motor ..............................................................
Fig. 19 Application example - power measurement at a fieldbus station.................................................
Fig. 20 Application example with frequency converter ............................................................................
Fig. 21 Application example for KL3403-0014.........................................................................................
Fig. 22 KS2000 configuration software....................................................................................................
Fig. 23 Display of the fieldbus station in KS2000 ....................................................................................
Fig. 24 KS2000 branch for channel 1 of the KL3403...............................................................................
Fig. 25 Settings via KS2000 ....................................................................................................................
Fig. 26 Settings of KL3314 via visualisation of TwinCAT 3 .....................................................................
Fig. 27 Opening the *. tnzip archive.........................................................................................................
Fig. 28 Search of the existing HW configuration for the EtherCAT configuration of the example ...........
Fig. 29 Current and sampling curve for input signals within the permitted measuring range ..................
Fig. 30 Current and sampling curve for 20% overload ............................................................................
Fig. 31 Current and sampling curve for 50% overload ............................................................................
Fig. 32 Increase in measuring error "∆" with increasing overload ...........................................................
Fig. 33 Measuring error for DC voltage measurement ............................................................................
KL3403 Version: 3.1.0
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