05.
THEDOORPERFORMS
AFULLCLOSING
MOVEMENT
Theyellow“set”LED
lightispermanently
on
06.
THEDOORPERFORMS
A FULL OPENING
MOVEMENT
Theyellow“set”LED
lightispermanently
on
07.
THEDOORPERFORMS
AFULLCLOSING
MOVEMENT
Theyellow“set”LED
lightispermanently
on
08.
THEDOORPERFORMS
A FULL OPENING
MOVEMENTWITH
SLOWDOWNS
Theyellow“set”LED
lightispermanently
on
09.
THEDOORPERFORMS
AFULLCLOSING
MOVEMENTWITH
SLOWDOWNS
Theyellow“set”LED
lightturnsoff
10.
ENDOFTHE
PROGRAMMING
PROCEDURE
If the “FORCE” knob is adjusted, the automation’s
movement must be reprogrammed.
The red “Error” LED flashes during the automation’s
movement when a mechanical stress point is detected (this
corresponds to increased motor effort). Adjust OBSTACLE
and FORCE knobs (slightly turn them clockwise) to solve
this and check gate mechanics if necessary.
STEP 7
Thesearethemostimportantoperations,designedtoguarantee
themaximumsafetyandreliabilityoftheautomationsystem.
Thetestingprocedurecanalsobeusedasaperiodiccheckof
thedevicesthatmakeuptheautomation.
The testing and commissioning operations must be
performed by qualied and experienced personnel who
must establish what tests should be conducted based on
the risks involved and verify the compliance of the system
with applicable regulations, legislation and standards, in
particular with all the provisions of EN standards 12445
and 12453 which establish the test methods for sectional
and overhead door automation systems.
7.1 – TESTING
1 Make sure that the provisions contained in chapter 1
“WARNINGS” have been carefully observed.
2 Usingtheradiotransmitter,testtheopeningandclosingofthe
doorandmakesurethatthedoormovesintheintendeddirec-
tion.
Thetestshouldbecarriedoutanumberoftimestomakesure
thatthedoormovessmoothly,thattherearenopointsofexces-
sivefrictionandthattherearenodefectsintheassemblyor
adjustments.
3 Checktheproperoperationofallthesafetydevices,onebyone
(photocells,sensitiveedges,etc.).
4 Tocheckthephotocells(ifprovided),passa5cmdiameter,
30cmlongcylinderontheopticalaxis,rstnearTX,thennear
RXandnallyatthemid-pointbetweenthemandmakesure
thatinallthesecasesthedeviceistriggered,switchingfromthe
activetothealarmstatusandvice-versa;nally,thatitcausesthe
intendedactioninthecontrolunit,forexample:thatitcausesthe
reversalofthemovementduringtheclosingmanoeuvre.
TESTING AND COMMISSIONING
33
5 Thecontrolofthecorrectobstacledetectionisperformedwith
the700x300x200mmtestparallelepipedwith3blacksidesand
3polishedwhiteormirroredsides,accordingtotheEN
12453
standard.
6 MeasuretheimpactforceaccordingtoENstandards12453.If
“motorforce”controlisusedtoassistthesystemforthereduc-
tionoftheimpactforce,trytondtheadjustmentthatgivesthe
bestresults.
7 Ensurethattheentiremechanismiscorrectlyadjustedandthat
theautomationsysteminvertsthemanoeuvrewhenthedoorcol-
lideswitha50mmhighobjectontheoor.
8 Ensurethattheautomationpreventsorblockstheopening
manoeuvrewhenthedoorisloadedwithamassof20kg,xedin
themiddleofthedoor’sloweredge.
7.2 – COMMISSIONING
The commissioning operations can be performed only
after all the tests have been successfully carried out. Par-
tial commissioning or implementation of “temporary” con-
ditions are not permitted.
1 Preparethetechnicaldocumentationfortheautomation,which
mustincludeatleast:assemblydrawing(e.g.gure1),wiringdia-
gram(e.g.gure65),analysisofhazardsandsolutionsadopt-
ed,manufacturer’sdeclarationofconformityofallthedevices
installed.ForAVIOuseAnnex1“CEDeclarationofConformityof
theAVIOcomponents”.
2 Postalabelonthedoorprovidingatleastthefollowingdata:type
ofautomation,nameandaddressofmanufacturer(personrespon-
sibleforthe“commissioning”),serialnumber,yearofmanufacture
and“CE”marking.
18–English
English