20
3.Positiontheleadedgeofaproductatproductdetector#1(stopconveyor).SeefigureXX.
4.Settheswingtampairregulatortozero.
5.Manuallyextendtheswingtamp.MeasurethedistancefromProductDetector#1tothefully
extendedswingtamps.Recordthedistance "X".See
Figure8.
6.Iftheconveyorisrunningat45feetperminute,theconveyorisrunningatapproximately9inchesper
second.Iftheconveyorisrunningat15metersperminute,theconveyorisrunningatapproximately
0.25meterspersecond.
NOTE:Iftheconveyorisrunningatsome
differentspeed,determinehowfartheconveyor
travelsinonesecond.
7.Dividethedistance"X"bytheconveyorspeedpersecond.Theresultingnumberistheapproximate
LABELONPRODUCTPOSITION.
Usethe[UP]andthe[DOWN]buttonstosettheLABELONPRODUCTPOSITIONtoslightlylessthanthe
calculatednumber.
8.Settheswingtampairregulatorto60P.S.I.(40bar).
9.Manuallyapplyalabelattherequiredpositiononthesideoftheproduct.
10.Positiontheleadedgeoftheproductatproductdetector#2(stopconveyor).Seefigure9.
11.RefertoFigures10.
Measurethedistancebetweenthedownstreamedgeofthelabelonthesideof
theproductandthedownstreamedgeofthetamppad.Recordthedistan ce "Y".
12.Dividedistance"Y"bytheconveyorspeedpersecond.Theresultingnumberistheapproximate
SECONDLABELPOSITION.
Usethe[UP]and
[down]keystosetthesecondlabelonpositiontothecalculatednumber.