
AM-8000
Manuale di installazione
PAGE - 9
AM8000_manu-inst
Doc. 160.1-AM8000-ITA Rev A.3
NOTIFIER ITALIA
Current consumption from battery
Current from battery in
Normal Condition
in the absence of mains voltage 230Vac:
CPU-8000
Card at nominal voltage (24Vdc): 83mA if the Card is connected to LCD-8000-L (or LCD-
8000-F); 91mA if the Card is not connected to LCD.
1x LIB-8000
at nominal voltage (24Vdc): 67mA
LCD-8000-L
at nominal voltage (24Vdc) and backlight low: 111mA if the LCD is connected to the CPU-
8000 Card; 148mA if LCD have remote connection (by CAN-LCD-8000 adaptor)
LCD-8000-F
at nominal voltage (24Vdc) and backlight low: 178mA if the LCD is connected to the
CPU-8000 Card; 236mA if LCD have remote connection (by CAN-LCD-8000 adaptor)
+ external loads
Current from battery
in Alarm Condition
in the absence of mains voltage 230 Vac:
CPU-8000
Card at nominal voltage (24Vdc): 100mA with LCD-8000-L (or LCD-8000-F) connected
on-board; 108mA LCD not connected
1x LIB-8000
at nominal voltage (24Vdc): 75mA
LCD-8000-L
at nominal voltage (24Vdc) and full backlight : 169mA if the LCD is connected to the CPU-
8000 Card; 218mA if LCD have remote connection (by CAN-LCD-8000 adaptor)
LCD-8000-F
at nominal voltage (24Vdc) and full backlight : 215mA if the LCD is connected to the CPU-
8000 Card; 274mA if LCD have remote connection (by CAN-LCD-8000 adaptor)
+ external loads
See the appendix at the end of this manual for proper battery calculation in Stand-by and in Alarm
condition.
User power supply output
The AM-8000 control unit has one 24 Vdc
fixed output
The output is protected by 4 A FAST fuse
Use the fixed voltage output to power
external loads such as, for example, LCD
repeaters displays.
User Sounder Output:
28 Vdc + 3% - 17%, max ripple 500mV
3,5A (the sum of the current MUST NOT
EXCEED THE MAXIMUM CURRENT
available from the power supply)
Fuse list
230 V mains voltage
3,15 AL
Battery Output
7 A RESETTABLE
User power supply output
4 A RESETTABLE
Sounder output
1,35 A RESETTABLE
User power supply output connection
(refer to basic board topography)
CNU
GND
24V
01 02