Eltek Delta OP User Manual page 38

5 Appendix
$GGUHVVLQJ 5XOHV IRU 1HWZRUNHG 6\VWHPV
1HWZRUN ² $GGUHVV 5DQJHV
Example of s\VWHP XQLWV¶ QXPEHUV
01 02
9@GU6ÃPQ 9@GU6Ã96
Note that the configuration of the V\VWHP XQLW QXPEHU on an ANX95 and ANX95E
control panel is only to be done from its own keypad.
(OWHN¶V fire alarm system has the following address range for V\VWHP XQLWV in
networks:
&RQWURO 3DQHO
'(/7$ &RPSDFW
'(/7$ 23
'(/7$ '$
'(/7$ 5HSHDWHU
• Note that eBus networks require FRQVHFXWLYH V\VWHP XQLW QXPEHUV starting with
number "01". Also, to conform to the (XURSHDQ 6WDQGDUG (1  3DUW  the main
operating '(/7$ 23 panel is to be configured with V\VWHP XQLW QXPEHU "".
• RS485 Master / Slave networks GR QRW require FRQVHFXWLYH V\VWHP XQLW
QXPEHUV, but do not conform to the EN54 standard.
• The address ranges above are DOVR OLPLWHG E\ WKH ZLULQJ WRSRORJ\ of the H%XV
(FTT10) network. The maximum number of nodes allowed is:
128 nodes in STAR, LOOP and FREE topologies and 64 nodes in BUS topology.
38
(OWHN¶V distributed fire alarm system usually consists of a
network of LQWHOOLJHQW fire alarm panels, operating panels
and other modules — '(/7$ '$ 23 $1;  $1; (,
eNode
etc. — which communicate with each other via the fire-
alarm network. Every panel and module is a V\VWHP XQLW in
the network. In order to identify each of them, they must
configured with a unique V\VWHP XQLW QXPEHU.
03
You can configure the '(/7$ module's V\VWHP XQLW QXPEHU
from the keypad of any '(/7$ 23 panels connected to the
H%XV network or from the )LUH:LQ ([SORUHU application
ANX95E
running on a PC.
$GGUHVV 5DQJH IRU 6\VWHP 8QLWV
)LUHJXDUG '(/7$
ANX95
ANX95E
User's Guide '(/7$ 23
&RQQHFWHG WR (OWHN 1HWZRUN
H%XV 56 0DVWHU  6ODYH
01 — 256
01 — 256
01 — 256
01 — 256
01 — 99
01 — 99
01 — 99
01 — 99
01 — 99
—
01 — 99
01 — 99
01 — 99
01 — 99