Connections; Connection Terminals - Ksenia Lares KSI1000016.300 Manuel D'installation

The control panel is governed by a powerful 32-bit micro-controller that controls all of its
lares
functions. Figure 2 below shows – in addition to an overall view of the PC board and the use of the various
jumpers – the layout of the system's terminals and provides a short description of their use.
EN
LED
ETHERNET
TERMINAL
12V
+P • +P1
-
i1 • i6
M1 • M4
NC
C
NO
+A
+R
+
A
B
-
26

CONNECTIONS

AL
T
STOP
KB
TAMP

CONNECTION TERMINALS

TYPE
Power supply
Earth
Input
Programmable I/O
1 st switchover relay
2 nd switchover relay
KS-BUS
serial communication
AL - 12V battery connector
TAMP, T - Tamper
Open: Tamper reveal ON
Closed: Tamper reveal OFF
STOP - Panel reset to factory settings
1. Disconnect the Power Supply (even the USB cable)
2. Remove the STOP jumper
3. Reconnect the Power supply
The green LED remains steady lit until the STOP jumper
is re-inserted, and the system remains on stand-by
4. As soon as the jumper is inserted, the control panel
restores the factory data, and normal operation re-starts
LED - micro-controller operation LED
It blinks during normal operation
KB - KS-BUS auxiliary connector
[+] [A] [B] [-]
ETHERNET - Ethernet/IP connector
It is used for the IP connections (web-server, local net, Internet)
DESCRIPTION
Power supply to the system.
Connect the 14.2V voltage of the power supply unit.
It delivers a positive auxiliary power supply to the devices
connected to the control panel. This is a 13.8V 1A (max
supply if the power supply unit is 1.7A, or 2.3A (max.) if the
power supply unit is 3A.
Negative power supply
The power supply unit and of the metallic enclosure earth
protection must be connected to this terminal
System zones or input terminals
Input/Output terminals, programmable via software,
Open Collector type, 500 mA (max.)
Normally closed contact, 1A (max.)
Common contact, 1A (max.)
Normally open, 1A (max.)
Alarm positive present 1A (max.) – supervised
Rest missing 1A positive (max.)
BUS power supply positive
TX signal
RX signal
Negative power supply