S-IPC INTEL® ATOM DUAL CORE
S-IPC Intel® Atom Dual Core
S-IPC with Heat Sink S-IPC with Heat Sink and Fan Unit
The S-IPC is a C-DIAS industrial PC with an Intel
Step function of the Intel
®
Atom Dual Core processor enables passive cooling with a heat
sink. For high ambient temperatures, a fan unit is recommended (image right). A 7-segment
display and 6 status LEDs provide information on the actual module status. 2 CompactFlash
cards can be used as program or date memory. An exchangeable drive unit can equipped
with 2 additional IDE devices (hard drive, CD ROM). Among other things, the S-IPC also
has an S-DVI interface for a display terminal and a USB 2.0 interface. 2 PCI expansion
cards can also be inserted.
Compatibility
The S-IPC is completely compatible with the PC and operates with standard PC BIOS; no
Sigmatek-specific BIOS settings are therefore needed. Windows XP is provided as the
operating system.
®
Atom Dual Core processor. The Speed-
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S-IPC INTEL® ATOM DUAL CORE
Contents
Contents..................................................................................................... 2
Technical Data ........................................................................................... 3
Postcodes................................................................................................... 6
Mechanical Dimensions (with fan and heat sink) .................................. 7
Mechanical Dimensions (with heat sink) ................................................ 8
Mechanical Dimensions (mounts) ........................................................... 9
Connector Layout.................................................................................... 10
Front connectors.................................................................................... 11
Bottom Connectors................................................................................ 17
Status Displays........................................................................................ 18
Sigmatek Components............................................................................ 20
S-IPC Status............................................................................................. 21
Exchanging the CompactFlash Card..................................................... 24
Exchanging the Battery .......................................................................... 25
Buffer Battery........................................................................................... 26
Exchanging the Fan ................................................................................ 27
Mounting PCI Cards ................................................................................ 28
Exchanging the Drive unit...................................................................... 30
Cooling ..................................................................................................... 31
Mounting Instructions............................................................................. 31
Wiring Guidelines....................................................................................32
1. Earth Connection............................................................................... 32
2. Shielding............................................................................................ 33
3. ESD Protection .................................................................................. 33
4. DIAS Bus Termination....................................................................... 34
5. DIAS bus connection to C-DIAS modules......................................... 34
6. Connecting DIAS Modules ................................................................ 35
7. CAN Bus Termination........................................................................ 36
8. USB Interface Connections ............................................................... 37
9. RS485 Bus Termination .................................................................... 38
Pictures of the S-IPC............................................................................... 39
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S-IPC INTEL® ATOM DUAL CORE
Technical Data
Performance data
Processor
Internal program memory (CompactFlash) 2x CompactFlash Type I or II
Drive unit 1 x 40 Gbytes hard drive
Internal program memory (SRAM) 256 Kbytes (battery powered)
Internal program memory (SDRAM) 1 Gbytes DDR2 SDRAM
Interfaces 2 x Ethernet 10/100 Mbit
Data buffer Lithium battery
Status display Yes
Status LEDs Yes
Real-time clock Yes
®
Atom D510 (1.66 GHz, Dual Core) / 1 Mbytes L2 Cache
Intel
1 x CD-ROM / DVD-Combo drive / 40 Gbytes hard drive
1 x RS232 – COM1
1 x RS232 / RS485 – COM2
1 x LPT
2 x PS/2 – keyboard and mouse
1 x DIAS intelligent (connected over 2 pugs)
1 x C-DIAS-Bus
1 x CAN for PLC
1x CAN for a Terminal
1x S-DVI interface for a terminal (TFT display, USB, CAN key-
board)
1 x DVI interface for a monitor
1 x VGA – analog RGB
3 x USB V2.0
1 x Optional connection for fan unit (2 fans, monitored)
IDE devices:
2 x CompactFlash
1 x hard drive
1 x CD-ROM / DVD-Combo / hard drive
Expansion cards:
2 x PCI-Bus (+5 V, half-size)
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S-IPC INTEL® ATOM DUAL CORE
Electrical requirements
Supply voltage Typically +24 V DC
Supply voltage current consumption Typically 750 mA
(Depending on the PCI slots and external devices)
Starting current Maximum 10 A for 100 ms
Available current for CAN (+5 V) Maximum 1.0 A
Available current for C-DIAS (+5 V) Maximum 1.5 A
Available current for S-DVI (+24 V) Maximum 1.5 A
Available current for PCI (+3.3 V) Maximum 5.0 A
Available current for PCI (+5 V) Maximum 3.0 A
Available current for PCI (+12 V) Maximum 1.0 A
Available current for PCI (-12 V) Maximum 0.5 A
Available current for PCI (+5 V) Maximum 1.5 A
+18 V to +30 V DC
Up to 5.0 A
Miscellaneous
Article connections S-IPC complete
devices:
S-IPC with fan: 12-400-161 1 Gbytes 40.0 DVD-Combo Fan
S-IPC with heat sink: 12-400-162 1 Gbytes 40.0 DVD-Combo Heat sink
Article numbers for replacement
parts:
Fan unit (2 fans): 12-410-011 - - 2 x (80x80x25)
Drive unit (HDD): 12-410-021 Yes - -
Drive unit (HDD + CD): 12-410-031 Yes CD-Rom -
Drive unit (HDD + DVD): 12-410-041 Yes DVD-Combo -
Module identification on DIAS bus No
Hardware Version 1.x
Standard UL (E247993)
Article
number
Article number 40.0 Gbytes hard
DDR-Ram
Mbytes
drive
HDD Gbytes CD-Rom /
DVD-Combo
CD-Rom
DVD-Combo
Fan / heat
sink
Fan +24 V
CD Rom: CD read
DVD-Combo: DVD read, CD read and write
a
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Environmental conditions
Storage temperature -20 – +65 °C
Operating temperature S-IPC
without using the PCI slots
Cooling with the fan unit +5 – +55 °C +5 – +50 °C
Cooling with a heat sink +5 – +50 °C +5 – +45 °C
Humidity 10 - 85 %, non condensing
EMC stability According to EN 61000-6-2 (industrial area)
Shock resistance EN 60068-2-27 150 m/s²
Protection Type EN 60529 IP 20
S-IPC
using the PCI slots
The CAN bus terminal is initialized by the FPGA and has only limited in use!
The FPGA reads the display configuration over the CAN bus terminal and monitors the
keyboard. Several CAN objects of the CAN bus terminal are therefore not available.
Le moniteur de bus CAN est initialisé par le FPGA et son domaine d'utilisation est
limité.
Le FPGA lit la configuration d'affichage via le moniteur de bus CAN et gère le clavier. En
conséquence plusieurs objets Can du moniteur de bus CAN ne sont pas disponibles.
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S-IPC INTEL® ATOM DUAL CORE
Postcodes
When the S-IPC is turned on, the BIOS-dependent postcodes are shown in the display. It is
important to note these codes in order to simplify troubleshooting if the S-IPC does not boot
up.
Lorsque le S-IPC est sous tension, les BIOS power-on self-test codes sont affichés à l'é-
cran. Il est important de noter ces codes afin de rendre le dépannage plus facile si le S-IPC
ne démarre pas.
Important Postcodes:
C3: Memory could not be initialized – DDR RAM defective
FF: Boot process started
If the reset button is pressed, the first line shows the FPGA identification ("0A") and the
second line, the FBGA version (e.g.: "10").
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Mechanical Dimensions (with fan and heat sink)
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Mechanical Dimensions (with heat sink)
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Mechanical Dimensions (mounts)
Earth terminal
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Connector Layout
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Front connectors
X1 – 3: USB 1 – 3 (Type A)
X4: PS2 mouse
PIN Function
1 +5 V
2 D03 D0+
4 GND
PIN Function
1 MOUSE DATA
2, 6 Not used
3 GND
4 +5 V
5 MOUSE CLOCK
X5: PS2 keyboard
PIN Function
1 KEYBOARD DATA
2 MOUSE DATA
3 GND
4 +5 V
5 KEYBOARD CLOCK
6 MOUSE CLOCK
The PS2 keyboard connection can be used for a keyboard and mouse with a "Y cable". The
PS2 mouse connector (X4) in this case, cannot be used!
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X6, 7: Ethernet 1, 2 (8-pin RJ45)
PIN Function
1 TD+
2 TD–
3 RD+
4 Not used
5 Not used
6 RD–
81
7 Not used
8 Not used
X8: VGA output (15-pin HD-DSUB)
PIN Function
1 Red
2 Green
3 Blue
4 Nicht belegt
5 GND
6 Red GND
7 Green GND
8 Blue GND
9 +5 V
10 GND
11 Nicht belegt
12 DDC DAT
13 H-Sync
14 V-Sync
15 DDC CLK
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X9: S-DVI (26-pin HD-DSUB)
1
PIN Function PIN Function
1 DVI1+ 14 GND
2 DVI1- 15 GND
3 DVI2+ 16 GND
4 DVI2- 17 GND
5 DVI3+ 18 GND
6 DVI3- 19 +24 V
7 DVIC+ 20 +24 V
8 DVIC- 21 USB Ext. In+
9 Reserved 22 USB Ext. In-
10 GND 23 USB Ext.
Out+
11 GND 24 USB Ext.
Out12 GND 25 CAN A
13 GND 26 CAN B
X9 cannot be connected while voltage is applied!
The +24 V supply must be turned off.
X9 ne doit pas être inséré sous tension!
L'alimentation 24 V doit être éteinte.
X10: DVI (24-pin DVI without analog RGB)
PIN
1 DVI2- 13 DVI3+
2 DVI2+ 14 +5 V
3 GND 15 GND
4 DVI4- 16 Hot Plug Detect
5 DVI4+ 17 DVI06 DDC-CLOCK 18 DVI0+
7 DDC-DATA 19 GND
8 V-Sync *) 20 DVI5-
9 DVI1- 21 DVI5+
10 DVI1+ 22 GND
11 GND 23 DVI-CLOCK+
12 DVI3- 24 DVI-CLOCK-
C1 Red *) C4 H-Sync *)
C2 Green *) C5 GND *)
C3 Blue *)
Function PIN Function
*)
Analog RGB is not wired into the socket (not used)
The following resolutions are supported:
640x480 – 18-bit color depth
800x600 – 18-bit color depth
1024x768 – 18-Bit color depth
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S-IPC INTEL® ATOM DUAL CORE
X11: Fan unit connection (4-pin Phoenix RM3.81)
PIN Function
1 VCC-FAN
2 Monitor 1
3 Monitor 2
1
4 GND
If the fan unit available from Sigmatek (article number: 12-410-011) is not used, a conven-
tional +24 V fan with a maximum current consumption of 250 mA can be connected!
X12: LPT 1 (25-pin DSUB)
PIN Function
1 \STB
2 PD0
3 PD1
4 PD2
5 PD3
6 PD4
7 PD5
8 PD6
9 PD7
10 \ACK
11 BUSY
12 PE
13 SLCT
14 \AFD
15 ERR
16 \PINIT
17 SLIN
18 – 25 GND
X13, 14: COM 1, COM 2 – RS232 (9-pin DSUB)
5
1
6
9
PIN Function
1 DCD
2 RXD
3 TXD
4 DTR
5 GND
6 DSR
7 RTS
8 CTS
9 RI
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X15: COM 2 – RS485/422 (10-pin Weidmüller plug)
1
2
PIN RS422 *) RS485
1 RS422 TxD+ RS485 A
2 RS422 TxD- RS485 B
3 RS422 RxD+ RS485 A
4 RS422 RxD- RS485 B
5 +5 V +5 V
6 GND GND
7 RS422 TxD+ RS485 A
8 RS422 TxD- RS485 B
9 RS422 RxD+ RS485 A
9 10
*) Currently not connected
10 RS422 RxD- RS485 B
X16: CAN bus PLC (6-pin Weidmüller plug)
12
PIN Function
1 CAN SA = LOW
2 CAN SB = HIGH
3 CAN SA = LOW
4 CAN SB = HIGH
5 GND
6 +5 V (for online adapter)
65
12
PIN Function
1 CAN A = LOW
2 CAN B = HIGH
3 CAN A = LOW
4 CAN B = HIGH
5 GND
6 Not used
X17: CAN bus terminal (6-pin Weidmüller plug)
65
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X18, 19: DIAS bus (6-pin Weidmüller plug)
12
PIN Function
1 MBUS+
2 MBUS3 SBUS+
4 SBUS5 GND
65
X20: Power supply (4-pin Phoenix RM3.5)
1
Applicable connectors
USB: Type A
Ethernet: 8-pin RJ45
VGA: 15-pin HD-DSUB plug
S-DVI: 26-pin HD-DSUB plug
DVI: 24-pin DVI plug
Fan: 4-pin Phoenix FK-MCP 1.5/4-ST-3.81
LPT 1: 25-pin DSUB plug
COM 1 / COM 2: 9-pin DSUB socket
COM 2 – RS422/485: 10-pin Weidmüller plug B2L 3.5/10
CAN- / DIAS-Bus: 6-pin Weidmüller pin B2L 3.5/6
Power supply: 4-pin Phoenix FK-MCP 1.5/4-ST-3.5
The complete C-DIAS CKL 015 connector set with spring terminals is available from SIG-
MATEK under the article number 12-600-015.
S-DVI Cable
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6 Not used
PIN Function
1 +24 V
2 +24 V
3 GND
4 GND
0.3 m
2 m
3 m
5 m
10 m
15 m
Art.Nr.: 05-950-003
Art.Nr.: 05-950-020
Art.Nr.: 05-950-030
Art.Nr.: 05-950-050
Art.Nr.: 05-950-100
Art.Nr.: 05-950-150
S-IPC INTEL® ATOM DUAL CORE
Bottom Connectors
X21: C-DIAS Bus Connector
16 1
c
b
a
The S-IPC can be mounted on the left of a CMB.
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Status Displays
LED 1 Green DC OK Lights when the supply voltage is correct.
LED 2 Green RUN Lights when the program is running
LED 3 Red ERROR Lights when a program error occurs.
Button 1 Set Set/display Ethernet, CAN address, power on.
Button 2 Reset Reset CPU hardware
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LED 1 Red ERR 1.00 s on/off: EEProm error
0.50 s on/off: temperature sensor – over temperature
0.25 s off/on: fan error
0.10 s off/on: battery – over temperature
LED 2 Yellow HDD Lights when the hard drive is accessed.
LED 3 Green On Lights when the ETX board is turned on.
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S-IPC INTEL® ATOM DUAL CORE
Sigmatek Components
• 7-segment display for CPU status
• Reset button
• Set button
• DC OK LED
• Error LED
• Run LED
• Timer - 1 µs precision with Interrupt capability
• EEPROM for configuration and version management
• S-DVI interface including:
Keyboard
- USB
- Touch
- Chip card
- PC speakers
- 18-Bit TFT signal TMDS coded (3x data, 1x clk), max. resolution 1600x1200
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S-IPC Status
o When installing the Sigmatek driver, a "Sigmatek" program group is created that
contains the "SipcInfo" program.
o The program and driver version, as well as several hardware parameters are dis-
played:
o Restart counter
o ETX and CPU temperature
o S-IPC and fan operating hours counter
o Fan speed (revolutions/second)
o Fan PWM stage (preset speed in 16 stages)
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o With a cooling defect (fan defective, ambient temperature too high), as well as a
critical error, an error message is generated by the S-IPC: T
o Cancel error messages:
o The alarm can be delayed for any amount of time by entering the desired
value in the "Suppress alarms for the next [] seconds" field.
o Set alarm parameters:
o The PWM stage ("Desired Fan Speed") can be set between 0 and 15,
and indicates the fan speed from 0% to 100%.
o Starting from a PWM stage of (default value) 10, the fan speed is ana-
lyzed and an alarm message generated when one or both fans malfunction.
o With the
"HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\SIPC\
Parameters\FanBlockedDetectionThreshold" registry key
the fan speed monitor can be defined:
Values < 5 are impractical, since the fan typically starts with
PWM stage of 2 .. 3.
A value > 15 means that no fan warning is generated, since the
highest PWM stage is 15.
The default value after the drive installation is 10.
o Activate and deactivate alarms:
With the deactivation of alarms, the application must assume (thermal) monitoring to
avoid damage to the module!
Si les alarmes sont désactivées alors l'application doit prendre en charge la surveil-
lance afin d'éviter des dommages (thermique) de l'appareil!
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o With the help from the "net stop sipclaunch" command, the alarm mes-
sages are deactivated until the next restart ("Start" – "execute" or the select input requirement). The service is thereby ended.
o With „net start sipclaunch“ the service and therewith the alarm messages
are reactivated
o With the
"HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\
SipcLaunch\Start" registry key
the alarm service can be deactivated :
A value of 2 (= SERVICE_AUTO_START) means that the ser-
vice is started while booting and alarm messages are generated.
A value of 3 (= SERVICE_DEMAND_START) means that the
service is not automatically starting during boot-up and therefore
no alarm messages are generated.
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S-IPC INTEL® ATOM DUAL CORE
Exchanging the CompactFlash Card
To exchange the CompactFlash
cards, the 2 mounting screws for the
7-segmatek display / drive unit must
be removed.
The cover can then be removed by
pulling it straight forward.
Locking
Screws
The master CompactFlash and the
slave can now be exchanged.
Next replace the cover and locking
screws.
A CompactFlash card cannot be exchanged while voltage is applied to the unit!
Because the CompactFlash cards are used as an IDE device, it cannot be exchanged dur-
ing operation!
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Une carte CompactFlash ne peut être échangée tandis que la tension est présente!
Vu que la carte Compact Flash est utilisée comme un module d'IDE, on ne peut pas l'é-
changer pendant que le système est en marche.
Exchanging the Battery
To exchange the buffer battery, the 2
mounting screws for the 7-segmatek
display / drive unit must be removed.
The cover can then be removed by
pulling it straight forward.
Locking
Screws
The battery is not removed (lift on the
right side) and a new battery inserted.
Next replace the cover and locking
screws.
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S-IPC INTEL® ATOM DUAL CORE
The battery should only be exchanged when the S-IPC is off.
The battery must be installed with the + POLE forward. The + POLE is visible on the battery
when installed, the smaller – POLE is below in the battery socket.
CAUTION:
The battery can only be changed when the IPC is off! After the +24 V supply is removed,
the battery is buffered for approximately 5 minutes (via ELKO). The battery must be
changed within this period or data loss occurs.
ATTENTION:
La pile ne doit être changée que si le S-IPC est éteint! Après avoir débranché l'alimentation
+24 V, la pile est tamponnée pendant 5 minutes (via ELKO). La pile doit être remplacée
pendant ce laps de temps sinon les données seront perdues.
Buffer Battery
The exchangeable buffer battery ensures that programs and data in the user memory
(RAM) are preserved in the absence of a supply voltage. A lithium battery is installed at the
manufacturer.
The battery has enough capacity to preserve data in the absence of a supply voltage for up
to 3 years.
We recommend however, that the battery be replaced annually to ensure optimal performance.
Battery order number: 01-690-028
MANUFACTURER TYPE DATA
Lithium battery RENATA CR2032 3 V
Use only batteries from RENATA with the number CR2032! With any other batter the
danger of fire or explosion exists!
N'utilisez que des piles RENATA CR2032! Avec d'autres piles, un risque d'incendie
ou d'explosion existe!
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Exchanging the Fan
The fan can be exchanged at any time
(also during operation). To exchange the
fan, the M3 screw on the fan unit must be
removed.
Next, the lock must be moved to the left
and the fan unit can be removed downward.
When using the fan unit, first hang the fan
unit on the back and the push straight upward to secure it. The lock is on the left.
The lock is then moved to the right and the
M3 screw reinserted.
Instead of the fan unit, a conventional 80x80x25 mm +24 V fan can also be used. See the
connector layout!
Les ventilateurs +24 V 80x80x25 mm disponibles dans le commerce peuvent également
être utilisés à la place de l'unité de ventilation. Voir la connectique.
Should one of the two fans fail, the software shows the status (+ status LED). In this case,
the S-IPC can continue to operate with only one fan until the defective fan unit is replace.
Under some conditions, the maximum ambient temperature cannot be reached by the time
the fan unit is replace.
Si l'un des deux ventilateurs tombe en panne, le défaut est signalé dans le logiciel ainsi que
par une LED. Dans ce cas, le S-IPC peut fonctionner avec un seul ventilateur jusqu'à ce
que le ventilateur soit remplacé. Selon les conditions, la température maximale de l'envi-
ronnement ne peut pas être atteinte avant le ventilateur est échangé
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S-IPC INTEL® ATOM DUAL CORE
Mounting PCI Cards
To open the side panel, 3 mounting screws
must be removed.
Afterwards, the side panel can be lifted and
removed upward.
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When remounting the side panel, ensure
that the locking mechanism engages correctly.
To install the PCI card, the slot bracket
must first be removed (1x M3 screw). The
mounting screws are used to secure the
PCI cards.
A PCI card can only be installed when no voltage is applied (+24 V supply discon-
nected)!
Une carte PCI ne peut pas être installée tant que la tension est présente (alimentation
+24 V deconnecté)!
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S-IPC INTEL® ATOM DUAL CORE
Exchanging the Drive unit
The two mounting screws on the 7segment display/drive unit and the
cover must first be removed.
Locking
Screws
The drive unit can then be removed
from the front using the grip.
After inserting the new drive unit, the
cover is remounted wit the two mounting screws.
A drive unit can only be exchanged when no voltage is applied (+24 V supply dis-
connected)!
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Le lecteur DVD ne peut être modifié que si le S-IPC est éteint (alimentation +24 V
déconnecté)!
Cooling
The S-IPCs power loss can reach up to 100 Watts. Most of the generated heat is removed
by the built in fan or the heat sink. Also when mounted, heat dissipation must be ensured.
A clearance of 10 cm around the S-IPC is strongly recommended. This ensures that the
waste heat can be dissipated.
At processor temperatures above the allowed limit, the S-IPC will shut down auto-
matically!
Le S-IPC s'arrête automatiquement en présence d’une température trop élevée du
processeur!
Mounting Instructions
The S-IPC has 4 mounting holes for mounting on the back wall of the control cabinet.
This is the preferred mounting position, since the cool air can flow from the bottom (fan unit)
to the top of the module and ensure optimal cooling.
A different mounting position is not recommended; the specified ambient temperature
thereby cannot be reached.
In addition, a clearance of 10 cm between the nearest components (control cabinet wall)
must be ensured.
The left housing wall (heat sink) can be very hot and can lead to injury, especially at
high ambient temperatures!
Le panneau de logement à gauche (dissipateur thermique) peut devenir extrêmement
chaud et est dangereux, surtout à des températures élevées!
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S-IPC INTEL® ATOM DUAL CORE
(
)
Wiring Guidelines
1. Earth Connection
The S-IPC must be connected to earth through the mounting on control cabinet or over the
earth terminal provided. It is important to create a low-ohm earth connection, only then can
error-free operation be guaranteed. The earth connection should have the maximum cross
section and the largest electrical surface possible.
Any noise signals that reach the S-IPC over external cables must be dissipated over the
earth connection. With a large electrical surface, high frequency noise can also be dissipated (skin effect).
Interface module
Processor module
C-DIAS
Modules
Cable entrance
The control box must
be connected to earth!
Cable entrance
Cable shielding connected
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2. Shielding
The wiring for theCOM1, COM2, RS485, CAN-Bus, DIAS-Bus, VGA, S-DVI and DVI must
be shielded. For RS485, CAN bus and DIAS bus, twisted pair wires must also be used. The
prefabricated S-DVI cable is available from Sigmatek in various lengths.
The low-ohm shielding is either connected at the entry to the control cabinet or directly
before the S-IPC of a large surface (cable grommets, grounding clamps)!
Noise therefore cannot reach the electronics and affect the function.
3. ESD Protection
Typically, the PS/2 devices (keyboard, mouse) are not equipped with shielded cables. The
same is true for a USB keyboards and mouse; these devices are disrupted by ESD and in
some instances, no longer function.
Before any device is connected to or disconnected from the S-IPC, the potential with ground
should be equalized (by touching the control cabinet or earth terminal). Electrostatic loads
(through clothing and shoes) can thereby be dissipated.
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4. DIAS Bus Termination
In a DIAS bus system, both end modules must be terminated. This is required to avoid data
transfer errors that are caused by reflections in the data lines.
If the S-IPC is one to the end modules, the termination can be made with a 100-Ohm resistor between MBUS+ and MBUS as well as SBUS+ und SBUS-. If this is the case, the 2
DIAS bus connector is for the remains available.
2 x 100-Ohm resistor
nd
5. DIAS bus connection to C-DIAS modules
To ensure a good bus connection, several wiring guidelines must be followed:
• The cable used must be designed for the data transfer speed:
Data cable (10 MBits, 2 x 2 wire TWISTED PAIR, shielded)
E.g.: LAPPKABEL / UNITRONIC-BUSLEITUNG FD P LD
• Because of the internal resistance of the module, the cable impedance should be 100
Ohms.
• With twisted-pair cables, ensure that the correct pairs are connected to one another:
2x2 pair cables: Pair 1 MBUS+
MBUS Pair 2 SBUS+
SBUS-
• The shielding must be connected over a large area and the shortest possible route.
• To connect the individual wires to the connector, the insulation must be removed and
the exposed shielding shifted to the side. Only remove as much of the insulation and
shielding as needed.
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S-IPC INTEL® ATOM DUAL CORE
• The send and receive modules must have the same GND potential.
The maximum length allowed for twisted-pair cables 20 m (when using the UNI-
TRONIC bus cable FD P LD / LAPPKABEL)
La longueur maximale totale d'un câble à paire torsadée est de 20 m (lors de l'utilisa-
tion UNITRONIC BUS FD P LD / Fa. LAPPKABEL)
I.e CCP 901
-
The distance between a and b should be kept as short as possible!
The shielding should be connected to GND over the shortest route
possible!
6. Connecting DIAS Modules
The C-IPC can also be connected to a DIAS module.
However, the DIAS modules require a power supply (a DPS 001, for example) as well as an
adapter module for connect the twisted-pair cable to the ribbon cable connector (e.g.: DKO
012 /013).
6.1 Connection over a DIC 121
The DIAS bus connection between the S-IPC and DIC 121 is a point-to-point connection and must therefore be terminated on both sides. The DIC 121 has an integrated bus termination
Wiring the S-IPC:
o X18: Install bus termination (2x 100 Ω)
o X19: Connect to DIC 121
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n
6.2 Connection over a DKO 011or DKO 013:
If both DIAS bus connections to the S-IPC are needed, a DKO 011 or DKO 013 can be
used in combination with a DPS 001 power supply module.
Wiring the DIAS modules with a DPS 001:
o Left: DPS 001 power supply module
o Right: DKO 011 or DKO 013 adapter module
Wiring the S-IPC:
o X18: DIAS bus to CIC interface modules or bus termination (2 x 100 Ω)
o X19: Connection to DKO 011 or DKO 013 adapter module
7. CAN Bus Termination
In a CAN bus system, both end modules must be terminated. This is necessary to avoid
transmission errors caused by reflections in the line.
Module 1 Module 2 Module 3 Module n
I.e. Terminal
ET 805
DSUB plug
with terminatio
circuit
CAN Bus
Termination o n
terminal module
I.e. CPU
DCP 160
I.e. Terminal
ET 081
CAN Bus connection
If the S-IPC is an end module, it can be terminated by placing a 150-Ohm resistor between
CAN-A (LOW) and CAN-B (HIGH).
The bus termination on the CAN terminal is installed before delivery!
1 x 150-Ohm resistor
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8. USB Interface Connections
The S-IPC has a USB interface connection that can be used in LASAL to connect various
USB devices (keyboard, mouse, storage media, Hubs …). Several USB devices, which are
fully functional in LASAL, can be connected using a hub.
The following restriction applies to the BIOS setup:
The BIOS setup can only be operated when the USB keyboard is connected directly to the
USB socket. Using a USB hub can cause errors in the BIOS setup!
La configuration du BIOS est accessible uniquement si le clavier est connecté directement
à la prise USB. L'utilisation d'un concentrateur USB peut provoquer des erreurs dans la
configuration du BIOS!
It should be noted that many of the USB devices on the market do not comply with USB
specifications; this can lead to device malfunctions. It is also possible that these devices will
not be detected at the USB port or function correctly. Therefore, it is recommended that
every USB stick be tested before actual use.
Il faut souligner que la plupart des périphériques USB sur le marché ne sont pas conformes
aux spécifications USB, ce qui peut entraîner des dysfonctionnements de l'appareil. Il est
également possible que ces dispositifs ne seront pas détectés par le port USB ou qu’ils ne
fonctionnent pas correctement. Par conséquent, il est recommandé que chaque clé USB
soit testée avant l'utilisation sur l’automate.
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9. RS485 Bus Termination
The RS485 wired as a continuous line and connected to each bus end to avoid reflections.
Here, there are 2 termination types:
o Bus termination with quiescent level definition:
o Both 330 – 390 Ω resistors ensure a defined bus status when all participants are
passive (receive). Wiring:
- A +5 V
- B GND
o Bus termination:
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Pictures of the S-IPC
The ETX board can be accessed by removing the heat sink. This may be necessary to
exchange the memory (DDR Ram). When assembling the S-IPC, caution must be taken to
ensure that no contamination gets between the GAP pads (here: pink) and the heat sink!
On peut accéder à la carte ETX une fois le dissipateur de chaleur retiré. Cela peut être
nécessaire dans le but d'échanger la mémoire (RAM DDR). Lors du réassemblage du S-
IPC, on doit veiller à ce qu'aucune saleté ne s’est infiltrée entre les tampons gap (ici, rose)
et le dissipateur de chaleur!
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View without ETX board
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S-IPC with heat sink and fan
At extreme ambient temperatures (high ambient temperature, continuous high processor
load), a fan unit should be mounted onto an S-IPC with a heat sink to extend the life of the
CD Rom/DVD and hard drive!
Dans des conditions environnementales extrêmes (températures élevées, charge élevée du
processeur sur une durée), une unité de ventilateur doit être monté sur le S-IPC en plus du
dissipateur de chaleur afin d'augmenter la durée de vie du lecteur CD-Rom / DVD et des
disques durs.
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