Page 9 - Manual code: 319J25 ver. 4 08/2015 © CAME s.p.a. - The data and information provided in this manual are subject to change at any time without prior notice.
Via this heading, you can set whether or not the terminal is to be used.
Once you have chosen the desired terminal, you can choose one of the options
- DISAB. = the terminal is not used
- INPUT = the terminal is used as an input
- OUTPUT = the terminal is used as an output
If the option chosen is different to “DISAB.”, press the confirm button to go to
the window that lets you choose the number of the input/output to associate
with the terminal.
INPUTS THAT CAN BE ASSOCIATED
Only wired inputs (even one not present in the system or in a module that is
not installed).
If an input is associated that is physically present (for example an input in
the control unit), the physical connection of the input is not detected; all
the configuration parameters (including balance), are configurable in the
associated input.
OUTPUTS THAT CAN BE ASSOCIATED
Any output available. The functionality of the output also remains active
for the associated physical output. All the configuration parameters are
configurable in the associated output.
*
*
*
*
*
KEYPADS 05
EDIT KEYPAD 01
KEYPAD 01
INPUT/OUTPUT 01
TERM.:1 INPUT
INPUT/OUTPUT 01
TERM.:2 INPUT
INPUT/OUTPUT 01
TERM.1 INPUT 32
INPUT/OUTPUT 01
TERM.2 OUTPUT 16
SALS15A/SALS30A
The firmware 2.1.00 enables the control unit to control supervised remote power supplies connected to the bus, properly addressed via the four DIP switches
on the board.
The power supply is capable of analysing whether or not there is a mains supply voltage, and of performing the dynamic battery test, releasing it when its
voltage drops below 10.0V (this is to prevent irreversible damage to batteries with capacity exceeding 7 Ah).
It is also able to perform a check on battery charging in relation to its temperature (via the dedicated temperature probe which is not supplied).
These analyses are visible locally on the LEDs present on the board, and also are recorded in the control unit event memory.
Below is a list of new events together with the relevant telephone alerts:
Event Description Telephone Signals
POWER MOD.ERR. xx Communication error RS485 power supply xx Control unit/bus sabotage alarm
POWER MOD.TAMP. xx Tampering with power supply container xx Control unit/bus sabotage alarm
MAINS POWER F. xx Mains power supply fault xx Mains fault 230
BATT.POWER F. xx Power supply battery fault xx Battery fault
POWER FUSE F. xx Power supply fuse fault xx Power supply fault
MAINS POWER R. xx Mains power supply fault repaired xx Mains fault 230 repaired
BATT.POWER R. xx Power supply battery fault repaired xx Battery fault repaired
POWER FUSE R. xx Power supply fuse fault repaired xx Power supply fault repaired
If there is a tamper alarm or communication error when the control unit is off, as occurs for RS485 modules, the following message appears on the keypad:
ALARM MEMORY
TAMPER/TECHNOL.
In the event that a FAULT event is generated when the control unit is off, the following message appears:
ANOMALIES
P.S U P P.F A U LT Y
Early warning feature (default: 0)
Feature available in advanced mode.
Inside the areas menu, before the DESCRIPTION parameter, the “Early Warning” feature can be activated for each area.
A FILTER area will only be alarmed if, in a predetermined timeframe, a certain number of activations of inputs is reached. The activations that precede the
attainment of the predetermined number for the generation of the alarm are recorded in the event memory as “Early Warning” ( EARL.WARN. INP.xxx ); ONLY
the last activation that actually generated the alarm is recorded as an input alarm.
If, within a predetermined timeframe, the number of activations is not reached, the count is reset.
XXX = indicate early warning time in seconds (from 0 to 255) Default 3.
If the early warning time set is not equal to zero
YYY = indicate the number of activations detected over time “XXX” that
must be considered early warnings