Roger Technology B70/2ML - Page 25

EN
56
6 Commands and Accessories
If not installed, safety devices with NC contacts must be jumpered at the COM terminals, or disabled by modifying
the parameters , , , , and .
/)=
N.A. (Normally Open) .
N.C. (Normally Closed).
CONTACT DESCRIPTION
9 (COR) 10
Output (potential free contact) for connecting courtesy light. :EG;:EGHG;ƼK
9 (COR) 10 )VVSVEPIVXGSRXEGXSRP]JSV
• GSRXVSPYRMXMREPEVQFEXXIV]WYTTP]IVVSVPS[FEXXIV]
• KEXIGSQTPIXIP]STIRKEXIGSQTPIXIP]GPSWIHƼK
The COR output operating mode is managed by parameter .
The voltage level of the battery can be set via parameter .
20(+LAM) 19(COM)
'SRRIGXMSRJSVƽEWLMRKPMKLX:HGduty cycleƼK
8LIWIXXMRKWJSVXLITVIQERSIYZVIƽEWLMRK[EVRMRKWMKREPQE]FIWIPIGXIH[MXLTEVEQIXIV$, while
XLIƽEWLMRKQSHIMWWIX[MXLTEVEQIXIV.
22(+ES) 21(COM)
Input for connecting electric lock, 12 Vdc max. 15 W ƼK
The function of the electric lock is determined by parameter .
Vmedia=12Vdc, Vmax=30Vdc; see table "PRODUCT TECHNICAL FEATURES" on page 51
18(+24V) 19(COM) Power feed for external devices; see table "PRODUCT TECHNICAL FEATURES" on page 51
11(SC) 12(COM)
Connection for gate open indicator lamp.:HG;ƼK
The function of the indicator lamp is determined by parameter $.
11(SC) 12(COM)
Photocell test connectionERHSVFEXXIV]WEZMRKƼKERH
8LITS[IVJIIHJSVXLITLSXSGIPPXVERWQMXXIVW8<QE]FIGSRRIGXIHXSXLMW
Set the parameter $  to enable the test function.
Each time a command is received, the control unit switches the photocells off and on to check that
the contact changes state correctly.
Power feeds for all external devices may be connected to reduce battery consumption (if batteries are
used). Set $  or $ .
WARNING! If contact 20 (SC) is used for the photocell test function or battery saving function, a gate
open indicator lamp cannot be connected.
24(FT2) 23(COM)
Input (N.C. or 8.2 kOhm) for connecting photocells FT2ƼK
The photocells FT2 EVIGSRƼKYVIHF]HIJEYPX[MXLXLIJSPPS[MRKWIXXMRKW
–   . Photocell FT2 disabled when gate is opening.
–   . Photocell FT2 disabled when gate is closing.
–   . The gate opens when an open command is received if photocell FT2 is obstructed.
–  . NC (normally closed) incoming contact.
If the photocells are not installed, jumper the terminals 24(COM) - 23(FT2) or set the parameters
  and  .
WARNING! Use R90/F4ES, G90/F4ES or T90/F4S series photocells.
25(FT1) 23(COM) Input (N.C. or 8.2 kOhm) for connecting photocells FT1ƼK
The photocells FT1 EVIGSRƼKYVIHF]HIJEYPX[MXLXLIJSPPS[MRKWIXXMRKW
–   . Photocell triggers only during gate closure. Photocell is ignored during gate opening.
–   . Movement is reversed if the photocell is triggered during gate closure.
–   . The gate opens when an open command is received if photocell FT1 is obstructed.
–  . NC (normally closed) incoming contact.
If the photocells are not installed, jumper the terminals 25(FT1) - 23(COM) or set the parameters
  and  .
WARNING! Use R90/F4ES, G90/F4ES or T90/F4S series photocells.
28(ISEL) 26(COM)
7IPIGXEFPIMRTYXXLEXGERFIGSRƼKYVIHEW
'PSGOMRTYX36323GSRXEGXF]WIXXMRKTEV to 
7IRWMRKIHKIMRTYX'372'GSRXEGXF]WIXXMRKTEV to 
27(ST) 26(COM)
STOP command input (N.C. or 8.2 kOhm).
The current manoeuvre is arrested if the safety contact opens.
N.B.XLIGSRXVSPPIVMWWYTTPMIH[MXLXLMWGSRXEGXEPVIEH]NYQTIVIHF]63+)68)',2303+=
– 8LIGSRXEGXMWGSRƼKYVIHF]HIJEYPX[MXLXLIJSPPS[MRKWIXXMRKW
 . (normally closed) incoming contact.
36 (ANT) 35 %RXIRREGSRRIGXSVJSVWPSXMRVEHMSVIGIMZIVFSEVH
9WI6+MJERI\XIVREPERXIRREMWYWIHQE\MQYQVIGSQQIRHIHPIRKXLQ
N.BHSRSXQEOINSMRXWMRGEFPI