9
5.1) Programmable functions
2VHSBGDR .EE.EE
f,@MT@KtLNUDLDMS,@M/QDRDMS
.M.EE
f2DLH@TSNL@SHBtLNUDLDMS
.EE.M
f TSNL@SHBtLNUDLDMS TSNL@SHB"KNRHMF
.M.M
f TSNL@SHB KV@XR"KNRDRtLNUDLDMS
Switch 3:
On
= Condominium functioning mode
Switch 4:
On
= Cancels STOP in the Step-by-Step cycle
2VHSBG
.M
/QDk@RGHMF
Switch 6:
On
= Flashing also in Pause
2VHSBG
.M
1DBKNRDRRSQ@HFGS@ESDQ/GNSNBDKKNMKXHENM TSNL@SHB
2VHSBG
.M
2@EDSX/GNSNBDKK@KRNHMNODMHMF
2VHSBG
.M
!@QNODMHMCHB@SNQADBNLDRSQ@EjBKHFGSHMSGDfNMDV@XtLNCD
2VHSBG
.M
%TMBSHNMHMFHMSGDf3Q@EjBKHFGSHMANSGCHQDBSHNMRtLNCD
5.2) Description of the functions
Switches 1-2:
.EE.EE f,@MT@KtLNUDLDMS,@M/QDRDMS
.M.EE f2DLH@TSNL@SHBtLNUDLDMS
.EE.M f TSNL@SHBtLNUDLDMS
TSNL@SHB"KNRHMF
.M.M f TSNL@SHB KV@XR"KNRDRtLNUDLDMSt
6GDMHMSGDf,@MT@KtETMBSHNMHMFLNCDLNUDLDMSVHKKNMKXADB@Q
-
QHDCNTSVGHKDSGDBNLL@MCHRADHMFFHUDMATSSNMOQDRRDC
(M SGD f2DLH@TSNL@SHBt LNCD ITRS NMD BNLL@MC OTKRD HR MDDCDC
and the complete manoeuvre will be carried out until it is either
ETKKXNODMNQETKKXBKNRDC(MSGDf TSNL@SHBtETMBSHNMHMFLNCDNMD
command pulse will cause an opening manoeuvre to be carried out
followed by a pause and then a closing manoeuvre.
3GDf KV@XR"KNRDRtETMBSHNMVNQJRHERTARDPTDMSSN@SDLONQ@QX
ONVDQBTSSGDA@QHRRSHKKNODMHMSGHRB@RD@BKNRHMFL@MNDTUQDHR
RS@QSDC@TSNL@SHB@KKXOQDBDCDCAXRDBNMCRNEOQDk@RGHMF
Switch 3:
On = Condominium function
In the Condominium functioning mode, once an opening manoeuvre
has started, for instance with a Step-by-Step pulse, it cannot be
HMSDQQTOSDCAX@MXNSGDQBNLL@MCOTKRDRTMSHKHSG@RjMHRGDC
During a closing manoeuvre, a new command pulse will stop the bar
and immediately reverse the direction, opening the bar.
Switch 4:
Cancels STOP in the Step-by-Step cycle
3GD2SDOAX2SDOBXBKDHRMNQL@KKX./$-23./"+.2$23./HM
this functioning mode the Step-by-Step cycle becomes:
./$-"+.2$./$- RN SGD A@Q B@M MDUDQ RSNO LHCV@X ATS NMKX
when completely open or completely closed.
Switch 5:
.M/QDk@RGHMF
3GDk@RGHMFKHFGSRS@QSROQHNQSND@BGLNUDLDMS@ESDQRDBNMCR
RDBNMCRHENML@MT@KLNUDLDMSRS@QSR
Switch 6:
On = Flashing also in Pause
3GDk@RGHMFKHFGSHRMNQL@KKX@BSHU@SDCNMKXCTQHMFSGDNODMHMF@MC
BKNRHMF L@MNDTUQDR VHSG SGHR ETMBSHNM SGD k@RGHMF KHFGS QDL@HMR
@BSHUD@KRNCTQHMFSGD/@TRD3HLDSNRHFM@KSGDfBKNRHMFRNNMtBNM
-
dition.
Switch 7:
.M 1DBKNRDR RSQ@HFGS @ESDQ /GNSNBDKK NMKX HE NM TSN
-
With this function the bar can be kept open only for the length of
SHLD MDDCDC ENQ SQ@MRHS HM E@BS HS VHKK BKNRD @TSNL@SHB@KKX @KV@XR
RDBNMCR @ESDQ SGD K@RS NAIDBS G@R O@RRDC AX SGD f/GNSNBDKKt HQQD
-
spective of the programmed Pause Time.
Switch 8:
.M2@EDSX/GNSNBDKK@KRNHMNODMHMF
R @ QTKD SGD R@EDSX f/GNSNBDKKt NMKX VNQJR HM SGD BKNRHMF BXBKD HE
RVHSBG HR f.-t SGD SQHFFDQHMF NE SGD R@EDSX CDUHBD VHKK B@TRD SGD
A@QSNRSNODUDMHMSGDNODMHMFOG@RDHENM2DLH@TSNL@SHBNQ TSN
-
matic, movement will start again, in opening, immediately after the
last object has passed by the Photocell.
Switch 9:
!@QNODMHMCHB@SNQADBNLDRSQ@EjBKHFGSHMSGDfNMDV@Xt
mode
As an alternative to the Gate Open indicator, the output can be
QDOQNFQ@LLDCRNSG@SHSODQENQLRSGDETMBSHNMNE@fNMDV@XtSQ@EjB
KHFGSSGHRLD@MRSGDNTSOTSHRNEEVGDMSGDA@QHRBKNRDCNQBKNRHMF
and on when the bar is opening or is opened. In this way, an indica-
SHNMB@MADjWDCSNSGDDWHSKHJD&QDDM3Q@MRHSEQDD
Switch 10:
%TMBSHNMHMFHMSGDf3Q@EjBKHFGSHMANSGCHQDBSHNMRtLNCD
2DUDQ@K BG@MFDR NBBTQ HM SGD BNMSQNK TMHS VGDM SGD f3Q@EjB KHFGS HM
ANSGCHQDBSHNMRtETMBSHNMHR@[email protected]
./$-ADBNLDR23$/!823$/VGHKDSGDSVNNTSOTSR"NTQSDRX
Light and Bar Open Indicator become a Green Light in both direc-
SHNMR #TD SN SGD RODBHjB M@STQD NE SGHR ETMBSHNM VD @QD FHUHMF @
separate description.
EN
