KEB combivert R6-S - Validity, Liability, and Warranty Terms; Copyright and Trademark Information

Page 1.1 - 6 COMBIVERT R6-S © KEB, 2008-02
Introduction
3.2.3 Overview of the SY parameters ...................................................................... 3.2 - 4
3.2.4 Description of the ru parameters ..................................................................... 3.2 - 5
3.2.5 Description of the In-Parameters ................................................................ 3.2 - 12
3.2.6 Description of the Sy-Parameters ................................................................. 3.2 - 15
3.3 Analog output ................................................................................................3.3 - 3
3.3.1 Short description analog output ...................................................................... 3.3 - 3
3.3.2 Output signals ................................................................................................ 3.3 - 3
3.3.3 Analog output / display (ru.33...34) ................................................................. 3.3 - 4
3.3.4 ANOUT 1 Function (An.31 / An.36 / An.41, An.47) ........................................ 3.3 - 4
3.3.5 Amplieroftheoutputcharacteristic (An.33...35 / An.43...45 / An.49...51) .... 3.3 - 5
3.3.6 ANOUT 1 value (An.32 / 42 / 48) .................................................................... 3.3 - 6
3.4 Digital in- and outputs .................................................................................. 3.4 - 3
3.4.1 Short description digital inputs ........................................................................ 3.4 - 3
3.4.2 Digital inputs in PNP control (di.00) ............................................................... 3.4 - 4
3.4.3 Set digital inputs per software (di.01, di.02) ................................................... 3.4 - 4
3.4.4 Input terminal state (ru.21), internal input state (ru.22) ................................... 3.4 - 5
3.4.5 Digitalnoiselter(di.03) ................................................................................. 3.4 - 6
3.4.6 Invert the inputs (di.04) ................................................................................... 3.4 - 6
3.4.7 Input trigger (di.05) ..........................................................................................3.4 - 6
3.4.8 Strobe-dependent inputs (di.06, di.07, di.08) ................................................. 3.4 - 6
3.4.9 Reset / input selection (di.09) and neg. slope for reset inputs (di.10) ............. 3.4 - 8
3.4.10 Assignment of the inputs .................................................................................3.4 - 8
3.4.11 Software-ST and locking of the control release ............................................ 3.4 - 10
3.4.12 Short description - digital outputs .................................................................. 3.4 - 11
3.4.13Output signals / hardware ................................................................................ 3.4 - 12
3.4.14 Output lter(do.43, do.44) ............................................................................ 3.4 - 12
3.4.15 Conditions (do.00...do.07) ............................................................................. 3.4 - 13
3.4.16 Invert conditions forags0...7 (do.08...do.15) .............................................. 3.4 - 15
3.4.17Selection oftheconditionsforags0...7 (do.16...do.23) .................................3.4 - 15
3.4.18 AND/OR connection of the conditions (do.24) .............................................. 3.4 - 15
3.4.19 Invertofags(do.25...do.32) ....................................................................... 3.4 - 16
3.4.20 Selectionofags(do.33...do.40) .................................................................. 3.4 - 16
3.4.21 AND / OR connection oftheags(do.41) ..................................................... 3.4 - 17
3.4.22 Output terminal state (ru.25) and digital output state (ru.80) ........................ 3.4 - 18
3.4.23 Hardware output allocation (do.51) ............................................................... 3.4 - 18
3.5 Regenerative adjustments ........................................................................... 3.5 - 3
3.5.1 Operating mode .............................................................................................. 3.5 - 3
3.5.2 Setting of the choke rating data or harmoniclter .......................................... 3.5 - 3
3.5.3 Activate regeneration ...................................................................................... 3.5 - 4
3.5.4 Deactivate regeneration .................................................................................. 3.5 - 4
3.5.5 Optimize the regenerative current ................................................................... 3.5 - 5
3.6 Protective functions ..................................................................................... 3.6 - 3
3.6.1 Error and warning messages .......................................................................... 3.6 - 3
3.6.1.1 Undervoltage ........................................................................................................ 3.6 - 4
3.6.1.2 Overvoltage .......................................................................................................... 3.6 - 4