5
2.1) Operating limits
"G@OSDQf3DBGMHB@K"G@Q@BSDQHRSHBRtOQNUHCDRSGDNMKXC@S@MDDCDCSNCDSDQLHMDVGDSGDQSGDOQNCTBSR@QDRTHS@AKDENQSGDHMSDMCDC@OOKH
-
cation.
2.2) Typical system
NOTE:
This diagram only shows a possible application of the unit and should be considered merely as an example. Only an in-depth analysis
NESGDQHRJRNESGDf,@BGHMDtF@SD@MC@OQNODQDU@KT@SHNMNESGDDMCTRDQQDPTHQDLDMSRVHKKAD@AKDSNDRS@AKHRGGNVL@MX@MCVGHBGDKD
-
ments must be installed.
1.
WIL Barrier
2.
Selector post
3.
*DXNODQ@SDCRDKDBSNQRVHSBG
4.
Radio keypad
5.
Photocell post
6.
pair of PHOTO photocells
7.
Luminous indicator
8.
Luminous indicator
9.
Closing rod
10.
Sensitive edge on PHOTO 1
11.
Adhesive warning strip
12.
k@RGHMFKHFGS
13.
RADIO aerial
14.
Radio transmitter
2
2.3) List of cables
3GDSXOHB@KRXRSDLRGNVMHMjFTQD@KRNRS@SDRSGDB@AKDRQDPTHQDCENQBNMMDBSHNMNESGDU@QHNTRCDUHBDRSGDRODBHjB@SHNMRNEVGHBG@QD
provided in table 1.
!
The cables used must be suitable for the type of installation; for example, an H03VV-F type cable is recommended for indo-
or applications, while H07RN-F is suitable for outdoor applications.
Note 1:
power supply cable longer than 30 m may be used provided it has a larger gauge, e.g. 3x2,5mm
2
, and that a safety earthing system
is provided near the automation unit.
Connection
Cable type
Maximum admissible length
A:
$KDBSQHB@KONVDQKHMD
-¦B@AKDWLL
2
LMNSD
B:
%K@RGHMFKHFGS
-¦B@UNWLL
2
20m
C:
DQH@K
-¦RGHDKCDCB@AKDSXOD1&
LKDRRSG@MLQDBNLLDMCDC
D:
/GNSNBDKKR
-¦B@AKDWLL
2
3W
L
-¦B@AKDWLL
2
1W
L
E:
*DXNODQ@SDCRDKDBSNQRVHSBG
-¦B@AKDWLL
2
30m
F:
2DMRHSHUDDCFD
-¦B@AKDWLL
2
30m
G:
/GNSNBDKKR
-¦B@AKDWLL
2
30m
-¦B@AKDWLL
2
30m
Table 1: List of cables
EN
