Lenze EVS93xx CrossCutter User Manual
Manual, Cross cutter
Table of contents
Document Outline
- Manual Prepared Solutions Cross Cutter
- Contents
- 1 Preface and general information
- 2 Features of the "Cross Cutter" prepared solution
- 2.1 General features of the "Cross Cutter" prepared solution
- 2.2 Structure and functional principle
- 2.3 Functional application criteria for the parameterisable variant
- 2.4 Machine parameters
- 2.5 Basic features
- 2.5.1 Reposition unlocked drive to motion profile
- 2.5.2 Start and Stop Cross Cutter Operation
- 2.5.3 Cross-cutter operating modes
- 2.5.4 ManualJog
- 2.5.5 Following error monitoring
- 2.5.6 Homing
- 2.5.7 Simple positioning
- 2.5.8 Length-controlled or mark-controlled operation
- 2.5.9 Adjustable compensation speed for mark correction
- 2.5.10 Mark window
- 2.5.11 Manual X trimming
- Variable names
- Calculating and setting acceleration and deceleration times when using inching trimming (g_bXAxisTrimmingPosDirection and g_bXAxisTrimmingNegDirection)
- Calculating and setting acceleration and deceleration times when using position trimming (C3674/000 = Selection of the absolute target trimming position)
- 2.5.12 Reject gate control
- 2.5.13 Calculating the print-mark-sensor distance
- 2.5.14 Print-mark register
- 2.5.15 Torque precontrol
- 2.5.16 Evaluation of absolute value encoders at load and drive end
- 2.5.17 Evaluation of the master value signal
- 3 Installing and starting up the "CrossCutter" prepared solution
- 3.1 Required components
- 3.2 Installing the Cross Cutter prepared solution
- 3.3 Hardware structure
- 3.4 Setting the parameters of the prepared solution
- 3.4.1 Control/Status interface with master control
- 3.4.2 Preparing for installation and start-up: Generating profile data
- 3.4.3 Downloading the CrossCutter_SPLC_Vxxxx.bin program and CrossCutter_ECS_Vxxxx.bin
- 3.4.4 Online start-up with GDC
- 3.4.5 Starting up length-controlled operation
- 3.4.6 Starting up mark-controlled operation
- 4 Functions
- 5 Program expansions
- 6 Appendix
- 6.1 Global variables
- 6.1.1 VarCrossCutterBasics
- 6.1.2 VarCrossCutterMotionProfileCalculation
- 6.1.3 VarCrossCutterMuliplexer
- 6.1.4 VarCrossCutterPieceCounter
- 6.1.5 VarCrossCutterProfileHandling
- 6.1.6 VarCrossCutterRejectGate
- 6.1.7 VarCrossCutterTPHandling
- 6.1.8 VarCrossCutterTrouble
- 6.1.9 VarCrossCutterXAxisTrimming
- 6.1.10 VarBasicOperation
- 6.1.11 VarCamControl
- 6.1.12 VarHoming
- 6.1.13 VarManualJog
- 6.1.14 VarPositioning
- 6.1.15 VarStateMachine
- 6.1.16 VarTorquePrecontrol
- 6.1.17 VarTrouble
- 6.1.18 VarVertShaftExtPosition
- 6.1.19 VarVertShaftExtVelocity
- 6.1.20 VarVirtualMaster
- 6.1.21 VarXTouchProbeSynchronisation
- 6.1.22 VarYStretchCompress
- 6.1.23 VarYTouchProbeSynchronisation
- 6.2 Prepared solution codes
- 6.3 Error messages
- 6.4 Signal flow diagram for core function
- 6.5 Interface signals
- 6.6 Description of the function blocks
- 6.6.1 MultiplexerInput function block
- 6.6.2 MultiplexerOutput function block
- 6.6.3 TP_Window – Masking out mark pulses
- 6.6.4 XPositionTrimming function block
- 6.6.5 RejectGateHandling function block
- 6.6.6 CalcTpDistance function block
- 6.6.7 CalcOffsetForShiftedTP function block
- 6.6.8 CalcStartPositionOfKniveDrum function block
- 6.6.9 CrossCutterMotionProfileCalculation function block
- 6.6.10 TP_Register – Position tracking of mark pulses
- 6.6.11 VersionHandling function block
- 6.1 Global variables
- Contents