Parameters Dictionary : Différence entre versions

[version en cours de rédaction][version en cours de rédaction]
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<translate>See [https://stuga-ltd.atlassian.net/wiki/external/Y2FiY2Y4ZjU4OTY4NDBhYjhkODA3YjI1NzkzNDg1M2Y Parameters Dictionary]</translate>
{| class="wikitable" border="0" cellpadding="0" cellspacing="0" width="1610"
 
| colspan="7" height="35" class="xl77" width="1610" |Stuga Parameter Dictionary
 
|- height="20"
 
| height="20" class="xl67" |Parameter Name
 
| class="xl68" width="304" |Description
 
| class="xl67" |Software
 
| class="xl68" width="128" |Machine
 
| class="xl67" |Value Range
 
| class="xl67" |Default value
 
| class="xl68" width="585" |Notes
 
|- height="20"
 
| height="20" class="xl69" |useGripRelease
 
| class="xl70" width="304" |Switch  on sensor to detect if gripper is off
 
| class="xl69" |winMulti 3.63.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |
 
|- height="40"
 
| height="40" class="xl69" |useSawInfeedTopToggle
 
| class="xl70" width="304" |set  true to toggle off / on saw infeed top clamp on last cut
 
| class="xl69" |winMulti 3.64.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |Requested  by GF at Thermaseal A2008
 
|- height="40"
 
| height="40" class="xl69" |ejectStrokeLength
 
| class="xl70" width="304" |Distance  that eject cylinder pulls profile out of machine
 
| class="xl69" |winMulti
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0-600
 
| class="xl69" align="right" |600
 
| class="xl70" width="585" |[[TB0247 Safety Gate Distances on Autoflow|https://stuga.dokit.app/wiki/TB0247_Safety_Gate_Distances_on_Autoflow]]
 
|- height="40"
 
| height="40" class="xl69" |outfeedSize
 
| class="xl70" width="304" |Size  of outfeed table from where a square-ended bar is ejected to to the safety  gate
 
| class="xl69" |winMulti
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |1850-6000
 
| class="xl69" align="right" |2900
 
| class="xl70" width="585" |[[TB0247 Safety Gate Distances on Autoflow|https://stuga.dokit.app/wiki/TB0247_Safety_Gate_Distances_on_Autoflow]]
 
|- height="40"
 
| height="40" class="xl69" |parkpositionR
 
| class="xl70" width="304" |Park  position in degrees for R axis on power down
 
| class="xl69" |winmulti 3.72.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0-360
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |Requested  by GF at Glazerite A2009
 
|- height="80"
 
| height="80" class="xl69" |shortestPieceAvoidEnd
 
| class="xl70" width="304" |Avoid  using pieces shorter than this at end of bar. Optimiser forces a mechanical  prep at the end depending on sawFeedDir. Switch off with 0.
 
| class="xl69" |winmulti 3.75.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |0-1000
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |DISABLED  form 4.13.0.0 because optimising adversly affected
 
|- height="40"
 
| height="40" class="xl69" |useUnclampSawOnReverse
 
| class="xl70" width="304" |default True. Switch off side and top saw  clamps on autoflow on x axis reversing
 
| class="xl69" |winmulti 3.73.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |1
 
| class="xl70" width="585" |Requested  by GF at Thermaseal A2008
 
|- height="60"
 
| height="60" class="xl69" |firstCutOverHeight
 
| class="xl70" width="304" |the  extra height added for first cut on the bar. Stops the first trim cut from  hanging around due to profile tape not cutting properly
 
| class="xl69" |winMulti 3.79.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0 to 50
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |tested  using fixed 50 at Thermaseal A2008, then added as parameter following  Framemaker visit A2006
 
|- height="20"
 
| height="20" class="xl69" |sawBacklashMove
 
| class="xl70" width="304" |Use  a backlash compensation
 
| class="xl69" |winMulti 3.91
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0 or 1
 
| class="xl69" |
 
| class="xl70" width="585" |Not  implemented or used
 
|- height="40"
 
| height="40" class="xl69" |useBlowerForEndPiece
 
| class="xl70" width="304" |Utilises  a blower to remove the last tricky offcut on Autoflow
 
| class="xl69" |winMulti 3.95.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |Needs  a blower upgrade fitted to ensure enough air flow (R0010270)
 
|- height="40"
 
| height="40" class="xl69" |throwawayChunkSize
 
| class="xl70" width="304" |defines piece size that offcuts<throwaway  are chopped into until smallest grip is left
 
| class="xl69" |winMulti 3.95.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |25-90
 
| class="xl69" align="right" |60
 
| class="xl70" width="585" |Should  be defined by distance between saw blade and rear saw outfeed fence to  prevent jam ups
 
|- height="20"
 
| height="20" class="xl69" |houseKeepingStock
 
| class="xl70" width="304" |Days  to retain bars used data
 
| class="xl69" |winMulti 3.96.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |7-720
 
| class="xl69" align="right" |365
 
| class="xl70" width="585" |[[Throwaway Chutewidth and SmallestGrip|https://stuga.dokit.app/wiki/Throwaway_Chutewidth_and_SmallestGrip]]
 
|- height="20"
 
| height="20" class="xl69" |houseKeepingPieces
 
| class="xl70" width="304" |Days  to retain pieces cut data
 
| class="xl69" |winMulti 3.96.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |7-180
 
| class="xl69" align="right" |62
 
| class="xl70" width="585" |
 
|- height="20"
 
| height="20" class="xl69" |houseKeepingRunning
 
| class="xl70" width="304" |Days  to retain efficiency data
 
| class="xl69" |winMulti 3.96.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |7-180
 
| class="xl69" align="right" |62
 
| class="xl70" width="585" |
 
|- height="40"
 
| height="40" class="xl69" |disableOfConveyor
 
| class="xl70" width="304" |Disable  Outfeed Conveyor on Autoflow Mk A machines
 
| class="xl69" |winMulti 3.97.0.0
 
| class="xl70" width="128" |Autoflow  MkA
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |First  done at Astraframe A2002. Machine works better without the conveyor
 
|- height="20"
 
| height="20" class="xl69" |houseKeepingEntryLog
 
| class="xl70" width="304" |Days  to retain detailed io and axis data
 
| class="xl69" |winMulti 3.103.0.0
 
| class="xl70" width="128" |All
 
| class="xl71" align="right" |Jan-30
 
| class="xl69" |
 
| class="xl70" width="585" |
 
|- height="20"
 
| height="20" class="xl69" |dbTickInterval
 
| class="xl70" width="304" |Sample  frequency for detailed diagnostic data
 
| class="xl69" |winMulti 3.103.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |100 to 2000
 
| class="xl69" align="right" |200
 
| class="xl70" width="585" |May  need to tweak if PC is slow or USB connection slow
 
|- height="20"
 
| height="20" class="xl69" |dbDumpInterval
 
| class="xl70" width="304" |sample  frequency to dump data to database
 
| class="xl69" |winMulti 3.103.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |1000 to 50000
 
| class="xl69" align="right" |5000
 
| class="xl70" width="585" |May  need to tweak if database / network connection is slow
 
|- height="20"
 
| height="20" class="xl69" |useEntryLogging
 
| class="xl70" width="304" |Switch  on logging of detailed io and axis data
 
| class="xl69" |winMulti 3.103.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |
 
|- height="20"
 
| height="20" class="xl69" |useToolBreakDetect
 
| class="xl70" width="304" |Switch  on tool break detect feature
 
| class="xl69" |winMulti 3.103.0.0
 
| class="xl70" width="128" |ZX
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |Tool  break detect only works on ultrasonic sensor and v3.30 mint
 
|- height="20"
 
| height="20" class="xl69" |toolBreakRange
 
| class="xl70" width="304" |range  +/- for detection window of tool
 
| class="xl69" |winMulti 3.103.0.0
 
| class="xl70" width="128" |ZX
 
| class="xl69" |1 to 10
 
| class="xl69" align="right" |5
 
| class="xl70" width="585" |
 
|- height="20"
 
| height="20" class="xl69" |toolBreakSpeed
 
| class="xl70" width="304" |Speed  of R axis on detection
 
| class="xl69" |winMulti 3.103.0.0
 
| class="xl70" width="128" |ZX
 
| class="xl69" |10 to 200
 
| class="xl69" align="right" |100
 
| class="xl70" width="585" |
 
|- height="40"
 
| height="40" class="xl69" |skipThrowawayMitreCut
 
| class="xl70" width="304" |Skip  the leading mitre cut on last offcut
 
| class="xl69" |winMulti 4.4.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |Needed  on A2007 because gripper arm on top of profile under the infeed clamp. Caused  blockages
 
|- height="60"
 
| height="60" class="xl69" |reverseOptimisationOrder
 
| class="xl70" width="304" |Reverse  optimisation order
 
| class="xl69" |winMulti 4.7.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |reflects  the piece preps and gaps as sent to optimiser, then reads piece back in  reverse order. Looking to try to place short pieces at the start of the bar  on left to right feed Microline machines, as short bits at end create a big  problem in clamping
 
|- height="40"
 
| height="40" class="xl69" |debugStepMode
 
| class="xl70" width="304" |Debugging  mode forcing a start to be pressed after each saw operation.
 
| class="xl69" |winMulti 4.10.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |Intention  is to extend this with different modes in future, perhaps all axis moves, all  recipie commands, etc
 
|- height="40"
 
| height="40" class="xl69" |throwaway
 
| class="xl70" width="304" |smallest  waste piece that is able to be ejected onto the outfeed table
 
| class="xl69" |winMulti and winSaw
 
| class="xl70" width="128" |Autoflow  and Saw
 
| class="xl70" width="108" |200  to 260mm
 
| class="xl69" align="right" |260
 
| class="xl70" width="585" |See [[Throwaway Chutewidth and SmallestGrip|https://stuga.dokit.app/wiki/Throwaway_Chutewidth_and_SmallestGrip]]
 
|- height="40"
 
| height="40" class="xl69" |chutewidth
 
| class="xl70" width="304" |The  largest size waste lump that would be pushed down the chute
 
| class="xl69" |winMulti and winSaw
 
| class="xl70" width="128" |Autoflow  and Saw
 
| class="xl70" width="108" |120mm  to 150mm
 
| class="xl69" align="right" |130
 
| class="xl70" width="585" |See  [[Throwaway Chutewidth and SmallestGrip|https://stuga.dokit.app/wiki/Throwaway_Chutewidth_and_SmallestGrip]]
 
|- height="80"
 
| height="80" class="xl69" |smallestgrip
 
| class="xl70" width="304" |the  smallest waste piece at the very end of the bar that the clamping system  (infeed side) is able to hold onto whilst a square cut takes place
 
| class="xl69" |winMulti and winSaw
 
| class="xl70" width="128" |Autoflow  and Saw
 
| class="xl69" |80-120mm
 
| class="xl69" align="right" |100
 
| class="xl70" width="585" |See  [[Throwaway Chutewidth and SmallestGrip|https://stuga.dokit.app/wiki/Throwaway_Chutewidth_and_SmallestGrip]]
 
|- height="40"
 
| height="40" class="xl69" |optimiserYieldLimit
 
| class="xl70" width="304" |This  will retest optimiser with increasing thresholds to get best yield
 
| class="xl69" |winMulti 4.19.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |0-95
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |Leave  at 0 to disable
 
|- height="20"
 
| height="20" class="xl69" |use449ForStdLength
 
| class="xl70" width="304" |Use  length given in 449 file as standard length
 
| class="xl69" |winMulti 4.23.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |Relies  on 449 file having ONLY std lengths in, not offcuts
 
|- height="40"
 
| height="40" class="xl70" width="184" |useMachineUpload<br />
 
| class="xl70" width="304" |regular  upload of machine status data for logging by front end
 
| class="xl69" |winMulti 4.24.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |0 or 1
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |Needs  Mint v3.38
 
|- height="20"
 
| height="20" class="xl69" |offcutShiftMin
 
| class="xl70" width="304" |lower  limit to kick in offcut shift to start
 
| class="xl69" |winMulti 4.26.0.0
 
| class="xl70" width="128" |Microline  only
 
| class="xl69" |0 to 1000
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |
 
|- height="20"
 
| height="20" class="xl69" |offcutShiftMax
 
| class="xl70" width="304" |upper  limit to kick in offcut shift to start
 
| class="xl69" |winMulti 4.26.0.0
 
| class="xl70" width="128" |Microline  only
 
| class="xl69" |0 to 1000
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |
 
|- height="40"
 
| height="40" class="xl69" |mlShortPieceSaveBarEnd
 
| class="xl70" width="304" |At  bar end on Microline, position to move to to allow CLSOP to get under final  piece
 
| class="xl69" |winMulti 4.29.0.0
 
| class="xl70" width="128" |Microline  only
 
| class="xl69" |0 to 1200
 
| class="xl69" align="right" |0
 
| class="xl70" width="585" |0  means do not use. See CC-013479. Video available of issue
 
|- height="60"
 
| height="60" class="xl69" |decelDivisorGlobal
 
| class="xl70" width="304" |Number  to divide actual accel rate by at end of slots - helps stop the slot end from  overshooting and giving poor finish
 
| class="xl69" |winMulti 4.30.0.0
 
| class="xl70" width="128" |All
 
| class="xl69" |1 to 10
 
| class="xl69" align="right" |10
 
| class="xl70" width="585" |Implemented  as a permanent fixture on Z041 Polyframe, but this allows the amount to be  modified for performance reasons. Can also be modified locally in mnd file  BEFORE a speed command - decelDivisor=nn
 
|- height="40"
 
| height="40" class="xl69" |phaseScaling
 
| class="xl70" width="304" |scaling  the feedback from the phase monitor module
 
| class="xl69" |winMulti 4.38.0.0
 
| class="xl70" width="128" |Ring
 
| class="xl69" |0.1 to 1
 
| class="xl69" align="right" |1
 
| class="xl70" width="585" |
 
|- height="40"
 
| height="40" class="xl69" |minYNotchResidual
 
| class="xl70" width="304" |Minimum  residual amount allowed for Y notches on Autoflow
 
| class="xl69" |winMulti 4.63.0.0
 
| class="xl70" width="128" |Autoflow
 
| class="xl69" |5 to 50
 
| class="xl69" align="right" |20
 
| class="xl70" width="585" |Following  issues on CC-014201 Astraframe where notch too deep damaged blade
 
|- height="40"
 
| height="40" class="xl69" |psInfeedRollerLift
 
| class="xl70" width="304" |Delay  between infeed roller lifting and infeed belt starting
 
| class="xl69" |winMulti 4.65.0.0
 
| class="xl70" width="128" |Mk3  Infeed only
 
| class="xl69" |0 to 2000
 
| class="xl69" align="right" |1000
 
| class="xl70" width="585" |As  recommended by MV 04/12/15
 
|- height="60"
 
| height="60" class="xl72" |autoloadLength
 
| class="xl65" width="304" |Lengths > autoloadLength will  allow standalone saw autoloading to work, else load manually to backfence
 
| class="xl69" |winMulti 4.65.0.0
 
| class="xl73" width="128" |Standalone Saw  Mk5 Only
 
| class="xl72" |4500-6000
 
| class="xl72" align="right" |5500
 
| class="xl65" width="585" |
 
|- height="40"
 
| height="40" class="xl72" |yNotchStartGap
 
| class="xl65" width="304" |Gap distance at start of bar for  Y notching
 
| class="xl69" |winMulti 4.65.0.0
 
| class="xl65" width="128" |All
 
| class="xl72" |0-350
 
| class="xl72" align="right" |270
 
| class="xl65" width="585" |On Microline this beeds updated  W_ESYF and W_ESYR mnd files. In Gaps file, the letter for this is 'y'. Used  instead of 's+s' or 's+s+s', which were a work-around
 
|- height="40"
 
| height="40" |gripPassPos
 
| class="xl65" width="304" |G axis position when ejecting  profile to transfer table
 
| class="xl69" |winMulti 4.65.0.0
 
| class="xl65" width="128" |Mk3 Outfeed only
 
| class="xl72" |0-100
 
| class="xl72" align="right" |75
 
| class="xl65" width="585" |
 
|- height="40"
 
| height="40" |secondSawHeight
 
| class="xl65" width="304" |Height of middle saw cut out  sensor if fitted
 
| class="xl72" |winMulti 4.70.0.0
 
| class="xl65" width="128" |Saw Mk5
 
| class="xl72" |0-100
 
| class="xl72" align="right" |0
 
| class="xl65" width="585" |Used as the tipping point for  the saw cut height when set on the pep slider. If set to 0, feature is  switched off
 
|- height="60"
 
| height="60" |overLengthMax
 
| class="xl65" width="304" |amount that optimising system  will allow an overlength before modifying stdLength for all following lengths
 
| class="xl72" |winMulti 4.79.0.0
 
| class="xl65" width="128" |Measuring infeeds
 
| class="xl72" |0-100
 
| class="xl72" align="right" |25
 
| class="xl65" width="585" |If set too low, optimiser is  able to reoptimise all bar lengths to (say 6025) and could lead to needing  fewer bars on infeed table. This can lead to confusion and misloading
 
|- height="20"
 
| height="20" |optimiserVersion
 
| class="xl65" width="304" |External optimiser version
 
| class="xl72" |winMulti 4.79.0.0
 
| class="xl65" width="128" |All
 
| class="xl74" |1 to 2
 
| class="xl72" align="right" |1
 
| class="xl65" width="585" |1=std; 2=2016 version (requires  optim2016.exe)
 
|- height="40"
 
| height="40" |useOffcutsDiagnostics
 
| class="xl65" width="304" |log movement of offcuts in  diagnostic file
 
| class="xl72" |winMulti 4.79.2.0
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Only switch on if tracing  problems, as it slows down the loading process, esp if there are lots of  offcuts
 
|- height="40"
 
| height="40" |flowlineAllInOne
 
| class="xl65" width="304" |Switches oin second saw screen
 
| class="xl72" |winMulti 5.0.0.0
 
| class="xl65" width="128" |Flowline
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Activates control of saw side  from one TwinCAT3 PC. Seperated from machineType because we could have Mk3,  ZX3 or ZX4 with flowlineAllInOne=1
 
|- height="20"
 
| height="20" |psZTurret
 
| class="xl65" width="304" |Z turret pulse delay (ms)
 
|winMulti 5.0.0.6
 
| class="xl65" width="128" |Flowline
 
|500-4000
 
| align="right" |1000
 
| class="xl65" width="585" |
 
|- height="80"
 
| height="80" |frontToBackVersion
 
| class="xl65" width="304" |Definition of interface between  front end and back end controller
 
|winMulti 5.0.0.7
 
| class="xl65" width="128" |All
 
|1 to 3
 
| align="right" |1
 
| class="xl65" width="585" |Changes needed for  flowlineAllInOne. This parameter keeps compatibility between versions. Detail  of changes is in following sheets.
 
3 - uses ph parameters for output change - requires tcMulti3.41 back end  (TC3 only)
 
REMOVED IN V6 as the front end reads the back end version
 
|- height="40"
 
| height="40" |useUnderRoller
 
| class="xl65" width="304" |useUnderRollerFlag - activates  checking of underroller home sensors on X return
 
|winMulti 5.0.0.7
 
| class="xl65" width="128" |ZX
 
|0 or 1
 
| align="right" |1
 
| class="xl65" width="585" |Only used on ZX
 
|- height="40"
 
| height="40" |useComponentEntry
 
| class="xl65" width="304" |activates component entry screen  on manual input
 
|winMulti 5.0.0.8
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Specifically designed for BPS  A2015
 
|- height="20"
 
| height="20" |transferType
 
| class="xl65" width="304" |Transfert Table type
 
|winMulti 5.2.7.0
 
| class="xl65" width="128" |Beckhoff control
 
|0-2
 
| align="right" |0
 
| class="xl65" width="585" |0-LiftSlide; 1-LiftLoad; 2-Mk6
 
|- height="40"
 
| height="40" |componentDirectory
 
| class="xl65" width="304" |Directory used to read componet  information from
 
|winMulti 5.3.0.0
 
| class="xl65" width="128" |All
 
|text
 
| class="xl65" width="159" |c:\components\
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |invert300Hz
 
| class="xl65" width="304" |Invert the 300Hz / 50Hz output
 
|winMulti 5.4.4.0
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Need to invert the output for  Delta Inverters - set to 1
 
|- height="40"
 
| height="40" |allWasteAtStart
 
| class="xl65" width="304" |Force all waste < minOffcut  to be cut at start of bar
 
|winMulti 5.5.0.0
 
| class="xl65" width="128" |Standalone saw only
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |cut into throwawayChunkSize  pieces.
 
|- height="40"
 
| height="40" |showCutPieceList
 
| class="xl65" width="304" |displays a windows form with the  last n pieces on
 
|winMulti 5.7.0.0
 
| class="xl65" width="128" |All
 
|0-10
 
| align="right" |0
 
| class="xl65" width="585" |Useful at BPS as they have no  printer and were using the Bar Edit screen. 0 switches off
 
|- height="40"
 
| height="40" |usePLCEstop
 
| class="xl65" width="304" |Switches on compatibility with  PLC TwinSafe safety systems
 
|winMulti 5.8.0.0
 
| class="xl65" width="128" |TwinCAT3 only
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Configuration parameter -  critical
 
|- height="60"
 
| height="60" |globalYDepthAdjustment
 
| class="xl65" width="304" |Value to offset ALL Y notch  depths by to overcome differences in 3rd Party software output and actual  welder values
 
|winMulti 5.9.1.0
 
| class="xl65" width="128" |All
 
|"-5 to 5"
 
| align="right" |0
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |liftingPusher
 
| class="xl65" width="304" |Switches on lifting pusher  capability
 
|winMulti 5.9.1.0
 
| class="xl65" width="128" |a
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |useBarQueueIdentifier
 
| class="xl65" width="304" |Switches on Bar identifier holes
 
|winMulti 5.13.0.0
 
| class="xl65" width="128" |Flowline
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Uses IDENTIFY mnd file to create  1, 2 or 3 holes in each bar to help identify on saw side.
 
|- height="60"
 
| height="60" |useOnlyStdLengths
 
| class="xl65" width="304" |Forces machine to measure and  use only standard lengths. Measuring system just used to check
 
|winMulti 5.14.5.0
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Used at BPS where they never use  offcuts
 
|- height="40"
 
| height="40" |useReverseArrowHeads
 
| class="xl65" width="304" |Reverse order of arrow head  cutting so that chute is at front of machine on final cut
 
|winMulti 5.14.7.0
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Changes direction of small  offcut triangles, helps with offcut disposal on Autoflow
 
|- height="20"
 
| height="20" |groupOpFootprint
 
| class="xl65" width="304" |max area that the grouping can  take place
 
|winMulti 5.14.9.0
 
| class="xl65" width="128" |All
 
|0 to 6500
 
| align="right" |1000
 
| class="xl65" width="585" |Equivalent to max reversing move  on grouping.
 
|- height="20"
 
| height="20" |groupOpNeighbour
 
| class="xl65" width="304" |max distance to nearest similar  op
 
|winMulti 5.14.9.0
 
| class="xl65" width="128" |All
 
|0 to 1000
 
| align="right" |0
 
| class="xl65" width="585" |if closer than this distance it  will group the operations. Set to 0 to disable
 
|- height="40"
 
| height="40" |useInfeedOnLargeOffcut
 
| class="xl65" width="304" |allows large offcut to be  removed from infeed on standalone saw type machine
 
|winMulti 5.14.15.0
 
| class="xl65" width="128" |Standalone Saw
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Emulates old style saw feature  "hugeOffcutReversePusher"
 
|- height="40"
 
| height="40" |frameCountSource
 
| class="xl65" width="304" |Select the source of the data  that feeds the frame count
 
|winMulti 6.0.0.0
 
| class="xl65" width="128" |All
 
|0-2
 
| align="right" |0
 
| class="xl65" width="585" |0=off; 1=SlotNumber; 2=trimmed  id field
 
|- height="40"
 
| height="40" |pieceBitmapIdentifier
 
| class="xl65" width="304" |Identifier lable on the piece  picture in the bar queue
 
|winMulti 6.0.0.0
 
| class="xl65" width="128" |All
 
|0-3
 
| align="right" |0
 
| class="xl65" width="585" |0=off; 1=PieceNumber; 2=SlotNo;  3=Trimmed Id field
 
|- height="20"
 
| height="20" |infeedScreenType
 
| class="xl65" width="304" |Resolution of infeed screen
 
|winMulti 6.0.0.0
 
| class="xl65" width="128" |All
 
|0-1
 
| align="right" |0
 
| class="xl65" width="585" |0=std; 1=WideHD
 
|- height="20"
 
| height="20" |sawSYType
 
| class="xl65" width="304" |SY axis type
 
|winMulti 6.0.0.0
 
| class="xl65" width="128" |All
 
|0-2
 
| align="right" |0
 
| class="xl65" width="585" |0=No SY Axis; 1=Full range, as  autoflow;2=Y-Drive about centralise
 
|- height="20"
 
| height="20" |inverterOkHigh
 
| class="xl65" width="304" |State of inverter OK signal
 
|winMulti 5.16.0.0
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |0=Low is ok, 1= high is OK
 
|- height="120"
 
| height="120" |safetyCctActiveLow
 
| class="xl65" width="304" |Invert the TwinSAFE PLC safety  input to make it active low
 
|winMulti 5.18.0.0
 
| class="xl65" width="128" |TwinSAFE systems
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |0 = Default, reads high signal  when safety is reset.
 
1 = Safety circuit reads high when circuit is broken
 
This parameter added as a few TwinSAFE machines have an inverted safety  input in the twinsafe link, and this allows an easy way around the issue  (S094, Z049)
 
This is not an easy solution to the problem - for other  reasons, the output needs to be active high, so ES circuit must be changed.  Parameter not used v6 above
 
|- height="20"
 
| height="20" |ps_PopUp
 
| class="xl65" width="304" |Delay for popup cylinders in ms
 
|winMulti 6.0.0.0
 
| class="xl65" width="128" |ZX5
 
|0 to 1000
 
| align="right" |250
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_DDClampOn
 
| class="xl65" width="304" |Delay for datum drill clamp  cylinder On in ms
 
|winMulti 6.0.0.0
 
| class="xl65" width="128" |ZX5
 
|0 to 1000
 
| align="right" |500
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_DDClampOff
 
| class="xl65" width="304" |Delay for datum drill clamp  cylinder Off in ms
 
|winMulti 6.0.0.0
 
| class="xl65" width="128" |ZX5
 
|0 to 1000
 
| align="right" |250
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |lengthMeasureScale
 
| class="xl65" width="304" |Scaling for the length measuring  laser
 
|winMulti 6.0.0.0
 
| class="xl65" width="128" |ZX5
 
| -1 to 1
 
| align="right" | -0.176829174
 
| class="xl65" width="585" |Scaling factor for the analogue  feedback from the laser in mm. Change this at your peril!
 
|- height="40"
 
| height="40" |lengthMeasureOffset
 
| class="xl65" width="304" |Offset for the length measuring  laser
 
|winMulti 6.0.0.0
 
| class="xl65" width="128" |ZX5
 
|5000 to 7000
 
| align="right" |6294.54
 
| class="xl65" width="585" |Offset for laser position in mm.  Adjust to correct offcut length readings. Accuracy of laser is +/- 10mm
 
|- height="20"
 
| height="20" |stdLenSensor1Pos
 
| class="xl65" width="304" |Position of the std Length  sensor 1 (shorter)
 
|6.3.0.0
 
| class="xl65" width="128" |ZX5
 
|4000 to 7000
 
| align="right" |5950
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |stdLenSensor2Pos
 
| class="xl65" width="304" |Position of the std Length  sensor 2 (longer)
 
|6.3.0.0
 
| class="xl65" width="128" |ZX5
 
|4000 to 7000
 
| align="right" |6450
 
| class="xl65" width="585" |
 
|- height="80"
 
| height="80" |sawDepthOffsetY**
 
| class="xl65" width="304" |Depth offset for Y notches using  saw head.
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
| -1 to 1
 
| align="right" |0
 
| class="xl65" width="585" |Allows tweaking of right and  left Y notches if they are not the same, as the normal depth offset affect  both left and right. The fact that this has to be modified probably means  that the blade centre line is not in line witht the SR axis of rotation and a  blade spacer is needed.
 
|- height="20"
 
| height="20" |ps_pushToBfDrill
 
| class="xl65" width="304" |Channel B push to backfence for  drill
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 6000
 
| align="right" |3000
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_pushToBfMod*
 
| class="xl65" width="304" |Push to backfence time
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 6000
 
| align="right" |3000
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_crankOverrun*
 
| class="xl65" width="304" |Crank overrun after sensor seen
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 5000
 
| align="right" |100
 
| class="xl65" width="585" |Allows overrun where sensor  comes on before end of crank travel
 
|- height="40"
 
| height="40" |ps_popUpFilter*
 
| class="xl65" width="304" |Time filther for dog slot  sensors
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 1000
 
| align="right" |100
 
| class="xl65" width="585" |Used to filter spurious signals,  sensor must be constantly activated for this amount of time before active
 
|- height="40"
 
| height="40" |ps_drillPlDown
 
| class="xl65" width="304" |Timeout for drill plunge to out  sensor before error
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 10000
 
| align="right" |5000
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_blowerPulse*
 
| class="xl65" width="304" |Pulse time for blower in this  module
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 10000
 
| align="right" |500
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_popUpOut*
 
| class="xl65" width="304" |Time for popup to activate
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 1000
 
| align="right" |250
 
| class="xl65" width="585" |Special case for Datum Drill -  has longer popups
 
|- height="20"
 
| height="20" |ps_popUpDown*
 
| class="xl65" width="304" |Time for popup to deactivate
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 1000
 
| align="right" |250
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_popUpEnd*
 
| class="xl65" width="304" |Time delay for "end"  pop up to activate
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 5000
 
| align="right" |0
 
| class="xl65" width="585" |Module D is 2000 by default to  allow bar to clear first dog before transfer table takes it
 
|- height="20"
 
| height="20" |ps_rollerDrop*
 
| class="xl65" width="304" |Time for rollers to drop
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 2000
 
| align="right" |0
 
| class="xl65" width="585" |Module A is 500 by default
 
|- height="40"
 
| height="40" |ps_gripOn*
 
| class="xl65" width="304" |Gripper teeth on timeout before  teeth out error
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 2000
 
| align="right" |1000
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_gripOff*
 
| class="xl65" width="304" |Delay allowed for gripper  assembly off
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 2000
 
| align="right" |1000
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_gripHeight*
 
| class="xl65" width="304" |Deleay for gripper height to  reach profile
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 5000
 
| align="right" |2000
 
| class="xl65" width="585" |
 
|- height="40"
 
| height="40" |ps_chanLockOn*
 
| class="xl65" width="304" |Delay to allow channel locking  device to activate
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 1000
 
| align="right" |250
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ps_chanLockOffOn*
 
| class="xl65" width="304" |Time between channel off and  lock on
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 1000
 
| align="right" |50
 
| class="xl65" width="585" |Increase to create a bigger gap  for the saw infeed Module E channel
 
|- height="40"
 
| height="40" |ps_crankTimeout
 
| class="xl65" width="304" |Timeout for all cranks for home  / out sensor made
 
|6.3.4.0
 
| class="xl65" width="128" |ZX5
 
|0 to 10000
 
| align="right" |5000
 
| class="xl65" width="585" |
 
|- height="40"
 
| height="40" |qDrawBarId
 
| class="xl65" width="304" |Adds the bar ID to the bar  picture instead of bar length
 
|6.3.6.0
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Helps track and diagnose bar  queueing issues
 
|- height="40"
 
| height="40" |widthMeasureScale
 
| class="xl65" width="304" |Scaling for the width  measuring
 
|6.3.10.0
 
| class="xl65" width="128" |ZX5
 
| -1 to 1
 
| align="right" | -0.030534
 
| class="xl65" width="585" |Scaling factor for the analogue  feedback from the width measure in mm. Change this at your peril!
 
|- height="40"
 
| height="40" |widthMeasureOffset
 
| class="xl65" width="304" |Offset for the width  measuring
 
|6.3.10.0
 
| class="xl65" width="128" |ZX5
 
| -500 to 500
 
| align="right" |128.7
 
| class="xl65" width="585" |Offset forwidth in mm. Adjust to  correct width readings. Accuracy of sensor is +/- 0.1mm. Beware of profile  crushing
 
|- height="40"
 
| height="40" |useMitreOnStartWaste
 
| class="xl65" width="304" |Use a mitre cut, not square cut  on waste at start of bar
 
|6.3.10.0
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |1
 
| class="xl65" width="585" |Stops offcut waste jamming bar  push at beginning
 
|- height="60"
 
| height="60" |ps_InvAccelTime50Hz
 
| class="xl65" width="304" |Delay between motor accel start  and plunge start for 50Hz spindle
 
|6.3.11.0
 
| class="xl65" width="128" |All
 
|0 to 2000
 
| align="right" |500
 
| class="xl65" width="585" |enable reduction in  accelleration pause before plunging. On pre-Beckhoff flowlines, this is  immediate (effectively zero). It is possible to accellerate during the plunge  movement, but care must be taken to ensure the tool is up to speed before a  speedy drain
 
|- height="60"
 
| height="60" |ps_InvAccelTime300Hz
 
| class="xl65" width="304" |Delay between motor accel start  and plunge start for 300Hz spindle
 
|6.3.11.0
 
| class="xl65" width="128" |All
 
|0 to 2000
 
| align="right" |200
 
| class="xl65" width="585" |enable reduction in  accelleration pause before plunging. On pre-Beckhoff flowlines, this is  immediate (effectively zero). It is possible to accellerate during the plunge  movement, but care must be taken to ensure the tool is up to speed before a  speedy drain
 
|- height="40"
 
| height="40" |widthMeasureMode
 
| class="xl65" width="304" |Mode of operation for width  measuring
 
|6.3.14.0
 
| class="xl65" width="128" |ZX
 
|0 to 6
 
| align="right" |0
 
| class="xl65" width="585" |Width measuring mode. 0=off;  1=profile recognition; 2=profile tolerance; 3= recognition and tolerance
 
|- height="20"
 
| height="20" |zTurretSawType
 
| class="xl65" width="304" |Turrect Type used
 
|6.3.20.0
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |0=Stuga; 1=Somatec
 
|- height="40"
 
| height="40" |productionRecipients
 
| class="xl65" width="304" |List of email addresses to send  production data to
 
|6.3.46.0
 
| class="xl65" width="128" |All
 
|text
 
| class="xl65" width="159" |none
 
| class="xl65" width="585" |Sperated by semicolon
 
|- height="40"
 
| height="40" |productionEmailTime
 
| class="xl65" width="304" |Time of day to send production  email for previous shift
 
|6.3.46.0
 
| class="xl65" width="128" |All
 
|text
 
| class="xl75" align="right" |09:00:00
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |emailServer
 
| class="xl65" width="304" |Email server used to send
 
|6.3.47.0
 
| class="xl65" width="128" |All
 
|text
 
|smtp.office365.com
 
| class="xl65" width="585" | }
 
|- height="20"
 
| height="20" |emailUser
 
| class="xl65" width="304" |Email username on server
 
|6.3.47.0
 
| class="xl65" width="128" |All
 
|text
 
| class="xl76" |[[Mailto:machines@stuga.co.uk|machines@stuga.co.uk]]
 
| class="xl65" width="585" | }
 
|- height="20"
 
| height="20" |emailPassword
 
| class="xl65" width="304" |Email user password on server
 
|6.3.47.0
 
| class="xl65" width="128" |All
 
|text
 
|Wuzo4848
 
| class="xl65" width="585" | } These parameters are the  standard using the Stuga Email Server
 
|- height="20"
 
| height="20" |emailPort
 
| class="xl65" width="304" |Email port number
 
|6.3.47.0
 
| class="xl65" width="128" |All
 
|0 to 999
 
| align="right" |587
 
| class="xl65" width="585" | }
 
|- height="20"
 
| height="20" |emailConnectType
 
| class="xl65" width="304" |Email connection type on server
 
|6.3.47.0
 
| class="xl65" width="128" |All
 
|0 to 4
 
| align="right" |1
 
| class="xl65" width="585" | } 0=Direct SSL; 1=SSLAuto;  2=Normal; 3=StartTLS; 4=TryTLS
 
|- height="40"
 
| height="40" |infeedLaserRemeasure
 
| class="xl65" width="304" |Length measured by laser below  which the rear sensors are used.
 
|6.3.57.0
 
| class="xl65" width="128" |ZX5
 
|0 to 7500
 
| align="right" |2000
 
| class="xl65" width="585" |Helps mismeasures on smaller  size offcuts
 
|- height="40"
 
| height="40" |reverseGripHoles
 
| class="xl65" width="304" |Reverse the hole order on grip  location holes
 
|6.3.58.0
 
| class="xl65" width="128" |ZX5
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Overcomes problem with Liniar  profile with a curved edge near backfence.
 
0= rear then front; 1= front then rear
 
|- height="40"
 
| height="40" |maxOffsetFromCentreline
 
| class="xl65" width="304" |Maximum allowable offset for a Y  notch from the centreline
 
|6.3.61.0
 
| class="xl65" width="128" |ZX5
 
|0 to 20
 
| align="right" |20
 
| class="xl65" width="585" |This is a limitation on Ydrive -  it can only range +/-20mm from the profile centre
 
|- height="20"
 
| height="20" |remakesPassword
 
| class="xl65" width="304" |Separate Password for remakes  screen
 
|6.3.61.0
 
| class="xl65" width="128" |All
 
|text
 
| class="xl65" width="159" |none
 
| class="xl65" width="585" |none will disable feature
 
|- height="20"
 
| height="20" |yGripHolePosition
 
| class="xl65" width="304" |Gripper hole position in Y axis  on ZX5 gripper
 
|6.3.69.0
 
| class="xl65" width="128" |ZX5
 
|0 to 40
 
| align="right" |15
 
| class="xl65" width="585" |Needs to be 12 on Z066
 
|- height="40"
 
| height="40" |useInverterAtZero
 
| class="xl65" width="304" |Spindle off routing waits for  X308 Inverter at Zero before releasing spindle relay
 
|6.4.1.0
 
| class="xl65" width="128" |All
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Needs Yaskawa inverter fitted.  Will cause longer delay if Zero not reached
 
|- height="40"
 
| height="40" |useBarcodeReader
 
| class="xl65" width="304" |Switches on barcode reading  function for Ecoline
 
|6.4.1.1
 
| class="xl65" width="128" |Ecoline
 
|0 or 1
 
| align="right" |0
 
| class="xl65" width="585" |Puts input window at bottom  centre of screen
 
|- height="20"
 
| height="20" |ecoGripperDepth
 
| class="xl65" width="304" |Required depth of gripper into  profile
 
|6.4.9.0
 
| class="xl65" width="128" |Ecoline
 
| -30 to -10
 
| align="right" | -18
 
| class="xl65" width="585" |
 
|- height="40"
 
| height="40" |ecoGripperToSpindle
 
| class="xl65" width="304" |Distange from gripping point to  spindle centreline
 
|6.4.9.0
 
| class="xl65" width="128" |Ecoline
 
|10 to 30
 
| align="right" |25
 
| class="xl65" width="585" |
 
|- height="40"
 
| height="40" |ecoInfeedOverrun
 
| class="xl65" width="304" |Distance that infeed loader  pushes profile past zero
 
|6.4.9.0
 
| class="xl65" width="128" |Ecoline
 
|20 to 50
 
| align="right" |40
 
| class="xl65" width="585" |
 
|- height="20"
 
| height="20" |ecoLaserAdjust
 
| class="xl65" width="304" |Adjustment for laser position
 
|6.4.9.0
 
| class="xl65" width="128" |Ecoline
 
|0 to 10
 
| align="right" |6.2
 
| class="xl65" width="585" |
 
|- height="40"
 
| height="40" |maxLoadLength
 
| class="xl65" width="304" |Scales the bars on screen to  maxiumum load length
 
|6.4.10.0
 
| class="xl65" width="128" |All
 
|2000 to 6600
 
| align="right" |6500
 
| class="xl65" width="585" |Originally, scaling fixed to a  6500mm bar, but changed to allow ecoline to scale up shorter pieces to give a  better operator view
 
|- height="40"
 
| height="40" |ecoSkipVPos
 
| class="xl65" width="304" |Illegal area at each end of  piece where V notch cannot happen
 
|6.4.10.0
 
| class="xl65" width="128" |Ecoline
 
|100 to 400
 
| align="right" |300
 
| class="xl65" width="585" |
 
|- height="40"
 
| height="40" |ecoGripperlength
 
| class="xl65" width="304" |Length of gripper - used to  ensure a prep does not enter the gripper area
 
|6.4.10.0
 
| class="xl65" width="128" |Ecoline
 
|0 to 100
 
| align="right" |80
 
| class="xl65" width="585" |System automatically adds on  depth created by mitre and G axis position
 
|- height="60"
 
| height="60" |bladeCenAdjust
 
| class="xl65" width="304" |tweak the difference between \f  and f/ when there is a difference in bladeOffset/ and bladeOffset\
 
|6.4.11.0
 
| class="xl65" width="128" |ZX
 
| -3 to +3
 
| align="right" |0
 
| class="xl65" width="585" |
 
|-
 
|ecoMitreAdjust
 
|Adjustment for difference of x position of operations on ecoline - mitre compared to square end cut
 
|6.4.15.0
 
|Ecoline
 
| -5 to +5
 
|0
 
|
 
|-
 
|ecoArrowAdjust
 
|Adjustment for difference of x position of operations on ecoline - arrowhead compared to square end cut
 
|6.4.15.0
 
|Ecoline
 
| -5 to +5
 
|0
 
|
 
|-
 
|isAncilSaw
 
|Disables and enables parameters specific to an ancillary or cill saw
 
|6.4.20.0
 
|Sawing Modules
 
|0 or 1
 
|0
 
|
 
|-
 
|transferMHControl
 
|switches control of transfer table to MH side
 
|6.4.32.0
 
|Flowline / ZX
 
|0 or 1
 
|0
 
|take care with stoppableOutputs and alarms as any transfer ones will need to be rerouted
 
|-
 
|exhausterVNotch
 
|switches on/off control of extractor when VMOT running
 
|6.4.32.0
 
|Flowline / ZX
 
|0 or 1
 
|1
 
|
 
|}</translate>
 
 
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|Language=en
 
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Version actuelle datée du 17 juillet 2025 à 14:38

Auteur avatarGareth Green | Dernière modification 17/07/2025 par Gareth Green en cours de rédaction

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Dictionary of parameters in Stuga machines

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See Parameters Dictionary

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