page
6
I
ndustrIal
pC - COpIlOt 15"
O
rder
C
Ode
190331
xxxx
M
ay
2009 - r
ev
. 1.5
3.7 Memory and data archive
The COPILOT 15" allows a maximum of 1 GB of RAM
DDR to be used for the Celeron M version and 512MB
for the other CPU versions used.
An HDD of 80GB or 40GB can be installed.
A Compact Flash slot can be used for embedded
operating systems (Linux, Dos, Windows XPE) that
guarantees greater mechanical reliability.
A microdrive can also be used in the Compact Flash
Type II slot.
The Compact Flashes are available from 32MB up to
4GB.
The following mass memory configurations are available
for the COPILOT 15":
•
1HDD master on the primary IDE.
•
1HDD master on the secondary IDE.
•
CF on the primary IDE + 1HDD on the secondary
IDE.
•
2CF master/slave on the primary IDE.
•
2CF master/slave on the secondary IDE.
Generally, the HD size used is 40GB.
The advantage lies in enjoying several storage supports;
in particularly demanding applications, data redundancy
can be used; multiple operating systems can be managed
or machine backups can be stored on an auxiliary hard
disk so as to retrieve the terminal functions if any
damage is caused.
3.8 Watch-Dog and EEPROM
Memory
The COPILOT 15" is equipped with an EEPROM memory,
external to the CPU, which can be used for read-write or
read-only. Up to 2Kbit of data can be stored.
Contact SYSTEM Electronics for further information on
how to manage the APIs.
The hardware Watch-Dog of the CPU can also be
activated and managed, and the Refresh time can also
be selected, over which the CPU will Reboot (several
seconds to minutes can be set).
3.9 Terminal automatic
switch-on
The COPILOT 15" is equipped with an automatic switch-
on function that is activated when the power supply is
connected.
This function allows the terminal to start automatically
when the main power supply is activated to which the
COPILOT 15" is connected.
The terminal does not switch-on automatically if switched
off manually. It must be restarted by pressing the button
or disconnecting and reconnecting the power supply.
The automatic switch-on function is normally enabled
and can be eliminated via a software configuration
program. Contact SYSTEM for further information.
Switch-on generally occurs 10 seconds after the 24V
reaches the terminal.
If the external 24V power supply drops below 21V, the
Copilot restarts.
It is recommended to wait 30 seconds after the PC is
switched off before connecting the power supply.
3.10 Typical terminal
consumption
Terminal consumption mainly depends on the type of
CPU installed, the status of the display and any additional
internal boards installed.
The typical consumption and maximum values measured
are found below.
CPU model
650MHz
1GHz
Stand-by
20W
20W
Generally
37W
50W
Max
40W
60W
The terminal configuration refers to the PC running
on Windows XP Professional, a 40GB HDD and a Wi-Fi
board installed.
Significant differences in consumption may arise
depending on the options used.
Stand-by refers to the switched off display and the CPU
in power saving mode.
4. Rear connectors
4.1 Examples of possible
versions of the rear
connectors
Different versions of rear connectors are available in
order to meet multiple wiring practicality and reliability
requirements.
The versions with M12 connectors guarantee IP67 of
the terminal.
The M12 connectors that are not used can be protected
with protection caps that protect against external
agents.
