Phoenix Contact VL PPC 300 User manual

© PHOENIX CONTACT 2015-09-29
3386_en_C
VL PPC 3000
Data sheet
1Description
The VL PPC 3000 is a configurable industrial computer
platform that can be fitted with various display, processor,
memory, and mass storage options. This large combination
of options and convenient form factor allow the VL PPC
3000 to be suitable for countless industrial applications. The
robust modular design simplifies the manufacturing
process, resulting in a high-quality product with fast product
delivery times.
2Features
– Compact, rugged housing
– Flexible mounting options
– Wide variety of touch screen display sizes with or
without a USB port
– Removable hard-disk drive, solid-state drive and
CFast®data storage options
– Two integrated 10/100/1000 Ethernet ports with
independent MAC addresses
–Upto16GBRAM
– Two optional slots allow installation of PCI cards for
direct connection to fieldbus networks or other
applications
– USB 2.0 and 3.0 ports
– IP65 rating in front panel, IP20 rating in back
NOTE:
Circuit ground (0 V) and functional earth ground (FE) are connected.
Make sure you always use the latest documentation.
It can be downloaded at phoenixcontact.com.
This document is valid for all products listed in the “Ordering data” on page 2.
A configurable industrial computer platform

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3Orderingdata
Products
Description Type Order No. Pcs./Pkt.
Industrial PC, configurable VL PPC 3000 24001841
1An order key must be appended to the 7-digit order number to reflect the various options that are specified in each configuration. The order key is
generated using the Phoenix Contact online configuration tool.
1
Accessories
Description Type Order No. Pcs./Pkt.
USB service socket, 0.6 m SI-SES-U1A/0,6 1404514 1
Adapter, DP to VGA DP TO VGA ADPTR 2400173 1
Adapter, DP to DVI DP TO DVI ADPTR 2400174 1
Replacement parts
Description Type Order No. Pcs./Pkt.
Connector, printed circuit board for power input MSTB 2,5/ 3-STF-5,08 1777992 50

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4 Technical data
General data
Dimensions (width x height x depth)
Without PCI slots, no display
With PCI slots, no display
Display only, 12 in.
Display only, 15 in.
Display only, 17 in.
Display only, 18.5 in.
Display only, 19 in.
Display only, 21.5 in.
Display only, 24 in.
265 x 207 x 49 mm
265 x 207 x 87 mm
365 x 282 x 45 mm
410 x 309 x 47 mm
452 x 356.5 x 50 mm
532 x 335 x 47 mm
489 x 406 x 48 mm
597 x 372 x 49 mm
670 x 404 x 49 mm
Ambient temperature (typical load1)
12-, 15-, 17-, and 19-in. displays with HDD
18.5-, 21.5- and 24-in. displays with HDD
12-, 15- and 17-in. displays with SSD, CFast
18.5-, 19-, 21.5- and 24-in. displays with SSD, CFast
1Windows®7 OS, 16 GB RAM,16 GB SSD, loopback plugs in all COM and LAN ports, loopback plugs in USB 3.0 and one USB 2.0 port, running burn-in
test at 35% processor load.
0 … 55°C
0 … 50°C
-20 … 55°C
-20 … 50°C
Ambient temperature (maximum load2)
with HDD
with SSD, CFast
2Windows 7 OS, 16 GB RAM,16 GB SSD, loopback plugs in all COM and LAN ports, loopback plugs in all USB ports, running burn-in test at 100%
processor load.
0 … 40°C
-20 … 45°C
Ambient temperature (storage/transport) -40 … 70°C
Permissible humidity (relative) 5 … 95%
Weight
without PCI slots
with PCI slots
Display, 12 in.
Display, 15 in.
Display, 15 in. stainless steel bezel
Display, 17 in.
Display, 18.5 in.
Display, 19 in.
Display, 21.5 in.
Display, 24 in.
3.40 kg
5.35 kg
4.46 kg
4.51 kg
5.24 kg
6.43 kg
8.16 kg
9.51 kg
10.89 kg
12.47 kg
Degree of protection IP65 (front), IP20 (back)
UL Type 43
3Only 12-, 15- and 17-in. displays without the front USB port.
Electrical data
Power supply, nominal 24 V DC
Power supply, range 19.2 … 28.8 V DC
Recommended power supply size 5 A
Connection Removable Combicon screw-type
Conductor size 0.2 … 2.5 mm² (24 … 12 AWG)
Torque 5 … 6 Nm
RTC battery type CR2032
RTC battery, typical life 5 years

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Computer data
Operating system (configurable option) Windows®8.1 Professional
Windows 7
Windows Embedded Standard 7
Processor Intel®Core™ i3-4010U
RAM (configurable option) 4 … 16 GB
Data memory (configurable option) 2.5 in. SATA hard drive
2.5 in. SATA solid-state drive
CFast®card
Number of CFast®slots 1
Number of PCI slots (configurable option) 2 maximum
PCI card size (maximum)
Slot 1
Slot 0
169.8 x 106.3 mm
180.9 x 107.9 mm
Maximum current draw per PCI slot 600 mA
Processor data
Processor Intel Core™ i3-4010U
Clock speed 1.70 GHz
Cache 3 MB
Instruction set 64 bit
Number of cores 2
Number of threads 4
Graphics processor Intel HD Graphics 4400
Nominal TDP 15 W
Maximum RAM 16 GB
RAM type DDR3L-1333
Number of memory channels 2
Interfaces
USB 3x Type A, USB 2.0
1x Type A, USB 3.0
Serial, RS-232/422/485 D-SUB 9, male
Video DVI-D
DP++
Maximum number of displays 3
Number of Ethernet connectors 2
Ethernet connection 10/100/1000 Mbps
Display – 24 in.
Display backlighting type LED
Screen size, diagonal 608 mm (24.0 in.)
Screen size, horizontal x vertical 531 x 299 mm
Resolution 1920 x 1080
Type Resistive touch screen
Brightness 300 Cd/m²
Number of colors 16.7 million
Contrast ratio 1000:1
View angle, horizontal/vertical (CR=10), typ. 170°/180°
Installation cutout dimensions (width x height) 620.4 x 352.8 mm
Outside bezel dimensions (width x height x depth) 670 x 404 x 10 mm
Backlight life, minimum 50000 hr.
Interface USB 1.1/2.0, Type A

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Display – 21.5 in.
Display backlighting type LED
Screen size, diagonal 546 mm (21.5 in.)
Screen size, horizontal x vertical 477 x 269 mm
Resolution 1920 x 1080
Type Resistive touch screen
Brightness 300 Cd/m²
Number of colors 16.7 million
Contrast ratio 5000:1
View angle, horizontal/vertical (CR=10), typ. 89°/89°
Installation cutout dimensions (width x height) 553 x 328 mm
Outside bezel dimensions (width x height x depth) 597 x 372 x 10 mm
Backlight life, minimum 50000 hr.
Display – 19 in.
Display backlighting type CCFL LED
Screen size, diagonal 483 mm (19.0 in.) 483 mm (19.0 in.)
Screen size, horizontal x vertical 376 x 301 mm 376 x 301 mm
Resolution 1280 x 1024 1280 x 1024
Type Resistive touch screen Resistive touch screen
Brightness 300 Cd/m² 350 Cd/m²
Number of colors 16.7 million 16.7 million
Contrast ratio 1300:1 1000:1
View angle, horizontal/vertical (CR=10), typ. 89°/89° 85°/80°
Installation cutout dimensions (width x height) 443 x 360 mm 443 x 360 mm
Outside bezel dimensions (width x height x depth) 489 x 406 x 10 mm 489 x 406 x 10 mm
Backlight life, minimum 50000 hr. 50000 hr.
Interface (configurable option) USB 1.1/2.0, Type A USB 1.1/2.0, Type A
Display – 18.5 in.
Display backlighting type LED
Screen size, diagonal 470 mm (18.5 in.)
Screen size, horizontal x vertical 410 x 230 mm
Resolution 1366 x 768
Type Resistive touch screen
Brightness 300 Cd/m²
Number of colors 16.7 million
Contrast ratio 1000:1
View angle, horizontal/vertical (CR=10), typ. 85°/80°
Installation cutout dimensions (width x height) 488 x 292 mm
Outside bezel dimensions (width x height x depth) 532 x 335 x 10 mm
Backlight life, minimum 50000 hr.

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Display – 17 in.
Display backlighting type CCFL LED
Screen size, diagonal 430 mm (16.93 in.) 430 mm (16.93 in.)
Screen size, horizontal x vertical 338 x 270 mm 338 x 270 mm
Resolution 1280 x 1024 1280 x 1024
Type Resistive touch screen Resistive touch screen
Brightness 350 Cd/m² 350 Cd/m²
Number of colors 16.7 million 16.7 million
Contrast ratio 1000:1 1000:1
View angle, horizontal/vertical (CR=10), typ. 85°/80° 85°/80°
Installation cutout dimensions (width x height) 424.0 x 329.5 mm 424.0 x 329.5 mm
Outside bezel dimensions (width x height x depth) 452.0 x 356.5 x 10 mm 452.0 x 356.5 x 10 mm
Backlight life, minimum 50000 hr. 50000 hr.
Interface (configurable option) USB 1.1/2.0, Type A USB 1.1/2.0, Type A
Display – 15 in.
Display backlighting type CCFL LED
Screen size, diagonal 378 mm (14.88 in.) 378 mm (14.88 in.)
Screen size, horizontal x vertical 304 x 228 mm 304 x 228 mm
Resolution 1024 x 768 1024 x 768
Type Resistive touch screen Resistive touch screen
Brightness 350 Cd/m² 400 Cd/m²
Number of colors 16.2 million 16.2 million
Contrast ratio 700:1 700:1
View angle, horizontal/vertical (CR=10), typ. 70°/65° 80°/70°
Installation cutout dimensions (width x height) 386.6 x 285.0 mm 386.6 x 285.0 mm
Outside bezel dimensions (width x height x depth) 410 x 309 x 10 mm 410 x 309 x 10 mm
Backlight life, minimum 50000 hr. 50000 hr.
Interface (configurable option) USB 1.1/2.0, Type A USB 1.1/2.0, Type A
Display – 12 in.
Display backlighting type CCFL LED
Screen size, diagonal 307 mm (12.1 in.) 307 mm (12.1 in.)
Screen size, horizontal x vertical 246 x 185 mm 246 x 185 mm
Resolution 800 x 600 800 x 600
Type Resistive touch screen Resistive touch screen
Brightness 400 Cd/m² 450 Cd/m²
Number of colors 16.2 million 16.2 million
Contrast ratio 600:1 700:1
View angle, horizontal/vertical (CR=10), typ. 70°/60° 80°/65°
Installation cutout dimensions (width x height) 334.0 x 253.0 mm 334.0 x 253.0 mm
Outside bezel dimensions (width x height x depth) 365 x 282 x 10 mm 365 x 282 x 10 mm
Backlight life, minimum 50000 hr. 50000 hr.
Interface (configurable option) USB 1.1/2.0, Type A USB 1.1/2.0, Type A
Mechanical tests
Shock test according to IEC 60068-2-27 15g, 11 ms impulse
Vibration resistance according to IEC 61131-2 Hard drive: 0.5g
SSD, CFast: 1.0g

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5 Installation
Depending on the configuration ordered, there are several
ways to mount the VL PPC 3000. Use the appropriate
section below to mount the VL PPC 3000.
When installing the VL PPC 3000 in a cabinet, follow these
general rules:
– Verify clearances within the cabinet. Typically, leave at
least 5 cm (2 in.) on each side with 12.7 cm (5 in.) on the
connector side if the VL PPC 3000 has the optional
optical storage drive.
– Drill all holes and make all cuts before beginning
installation. Be sure to protect already installed
components from shavings.
– Supporting panels must be at least 14 gauge to provide
proper support.
– Make sure that there is adequate space around the heat
sink (on the back of the VL PPC 3000) and air inlets and
outlets to provide sufficient cooling.
5.1 Panel mount
Panel mounts are the only valid mounting system for VL
IPCs with a display. This mounting system permits
installation of the VL PPC 3000 in a cabinet so the display
panel is visible on the outside (see Figure 1).
Conformance with EMC directives
Developed according to IEC 61000-6-2
IEC 61000-4-2 (ESD) Criterion B
IEC 61000-4-3 (radiated-noise immunity) Criterion A
IEC 61000-4-4 (burst) Criterion B
IEC 61000-4-5 (surge) Criterion B
IEC 61000-4-6 (conducted noise immunity) Criterion A
IEC 61000-4-8 (noise immunity against magnetic fields) Criterion A
EN 55022 (noise emission) Class A
Conformity
Conformity c
Electromagnetic Compatibility Directive (EMC) 2004/108/EC
Approvals
Ordinary locations UL 508
Hazardous locations Class I, Div. 2, Groups A, B, C, D
NOTE:
Install the VL PPC 3000 with adequate clearance
around the heat sink to provide sufficient air flow
such that ambient temperatures do not exceed
the operating limits. Install cooling fan(s) in the
enclosure, if necessary.
NOTE:
Exceeding the system temperature limits can
result in performance degradation of any or all
components. It is therefore important that the
ambient temperature of the installation
environment is kept within the system
temperature limits of your VL PPC 3000.
Please be aware that adding PCI cards can add
heat to the system.
NOTE:
Connectors and switches must be accessible
from the rear. A wall panel thickness of at least
1.9 mm (14 ga.) is required for correct mounting
with IP65 protection.

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Figure 1 Panel installation
1. Cut a hole in the enclosure according to the dimensions
for the selected display.
Figure 2 Panel cut-out dimensions for displays
2. From the front, push the VL PPC 3000 through the
opening. Ensure that the gasket is properly positioned
in the groove.
3. From the rear, place the display clamps (1) in the slots
(2) on the display and slide the clamp to the right (see
Figure 3). Clamps must be used in every slot.
Figure 3 Panel mounting clamps
4. Tighten the screws with a screwdriver on all clamps,
alternating from one side to the other until the front
bezel is secure against the panel. Torque the bolts to
1.2 Nm.
Display size X (mm) Y (mm)
12 in. 334.0 253.0
15 in. 386.6 285.6
17 in. 424.0 329.5
18.5 in. 488.0 292.0
19 in. 443.0 360.0
21.5 in. 553.0 328.0
24 in. 620.4 352.8
INSPIRING INNOVATIONS
Panel wall
VL PPC 3000
X
Y
①
②

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6Interfaces
After mounting the VL PPC 3000, make any necessary
cable connections (see Figure 4).
The available connectors are:
– Ethernet (ETH): Two RJ45 connectors allow the
computer to communicate on a 10/100/1000Base-T
Ethernet network.
– Serial (COM): One serial port (D-SUB 9) allows
connection of serial devices. The port can be
configured to communicate on the RS-232, RS-422, or
RS-485 physical layer (see “Serial communication” on
page 10).
– PCI: Up to two optional slots are available for PCI cards
(see “Installing PCI cards” on page 12).
– USB (USB): USB devices connect using Type A
connectors. The VL PPC 3000 has four USB ports:
three ports operate on version 1.1/2.0 and one port on
version 3.0.
– DVI-D (DVI-D): This port connects the VL PPC 3000 to
an external display.
– DP++ (DP++): This port connects the VL PPC 3000 to
an external display. Adapters are available to convert to
other video signal types (see “Accessories” on page 2).
Figure 4 Interface ports and LEDs
Inclusion of the PCI slots must be made when the
product is ordered. Adding a PCI slot is not a field-
installable option.
X10:COM
ERROR RUN HDD PWR
X7:USB
X6:USB
X5:USB
X4:USB
X9:DP++
X8:DVI-D
X3:ETH X2:ETH
X1: PWR 24VDC
+–
①
1Power connector
2RJ45 Ethernet ports
3Mass storage tray
4USB 2.0
5USB 3.0
6DVI-D port
7DP++ port
8CFast card slot
9Configurable RS-232/422/485 serial port
10 RTC battery
11 Power switch
12 LEDs
13 Optional PCI slot 1
14 Optional PCI slot 2
②③⑤④⑥⑦⑨
⑪
⑬⑫ ⑭
⑧⑩

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6.1 Power connection
A three-position, screw-type Combicon connector (MSTB
2,5/ 3-STF) is provided for connecting power to the VL PPC
3000.
Figure 5 Power connector
Connect a power source to the included power connector.
This connector supports wire sizes from 0.2 to 2.5 mm² (24
to 12 AWG). Torque the wire retaining screws in the
connector to 0.5 Nm (4.4 lbf-in.). Secure the connector to
the VL PPC 3000 chassis.
6.2 Serial communication
Settings in the BIOS configure the serial port (X10:COM)to
function on the RS-232, RS-422, or RS-485 physical layer
(see “Configurable serial port” on page 16).
7Operation
7.1 LED operation
Four LEDs are located on the bottom of the VL PPC 3000.
These LEDs provide operating information.
Figure 6 LED layout
Pin No. Description
6(FE) Chassis ground
–0VDC
+ +19.2…28.8 V DC
NOTE:
The 6 of the VL PPC 3000 must be connected to
a functional ground.
NOTE:
The COM port cable must be less than 30 m when
the port is configured for RS-422/RS-485. Longer
cable lengths can be achieved by using an
external surge suppression device.
PWR
X7:USB
X6:USB
X5:USB
X4:USBX3:ETH X2:ETH
X1: PWR 24VDC
+–
LED Indication Description
ERROR Orange
Red
Indicates reduced performance
due to processor temperature.
Indicates an over-temperature
condition has caused the
processor to shut down.
RUN Reserved for future use
HDD Flashes
green
Indicates data storage (CF, HDD
or SSD) activity
PWR Green When 24 V DC is applied and the
power switch is turned on
ERROR RUN HDD PWR
X7:U
X6:U
+
X8:DVI-D
LEDs

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8 Maintenance
8.1 Service panel
The service panel on the top of the VL PPC 3000 can be
removed to access the data storage and other components.
Several components within the IPC can be removed or
replaced.
8.2 CFast®card
The CFast card is secured into the slot with a retaining
bracket (see Figure 7).
Card installation
1. Open the service door (1).
2. Align the connections on the card with the CFast slot (2)
inside the VL PPC 3000. Push the card into the slot until
secured by the internal catch mechanism.
3. Close the service door before applying power to the
unit.
Card removal
1. Open the service door (1).
2. Push the card into the slot and then release it, allowing
the internal catch mechanism to release the card.
3. Close the service door before applying power to the
unit.
8.3 HDD/SSD
Data storage can be via a rotating hard-disk drive (HDD) or
solid-state drive (SSD) (see Figure 7).
Tray removal
1. Open the service door (1).
2. Use a screwdriver to rotate the release knob (3)
counterclockwise until loose.
3. Grasp the knob (3) and pull to swing the lever (4) out.
4. Use the lever to pull the tray (5) out of the chassis.
Figure 7 Service panel and component access
NOTE: Electrostatic discharge!
The device contains components that can be
damaged or destroyed by electrostatic discharge.
When handling the device, observe the neces-
sary safety precautions against electrostatic dis-
charge (ESD), in accordance with EN 61340-5-1
and EN 61340-5-2.
X10:COM
ERROR RUN HDD PWR
X7:USB
X6:USB
X5:USB
X4:USB
X9:DP++
X3:ETH X2:ETH
X1: PWR 24VDC
③
④
②
①
⑤

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Tray installation
1. Orient the tray (5) so the lever pivot is on the power
connector side.
2. With the lever (4) open, push the tray in until the drive
connector mates with the circuit board connector. This
cannot be seen but will be felt with increased resistance
as the connectors join.
3. Pivot the lever in to secure the tray. Two notches on the
lever will seat into the chassis. Use a screwdriver to
rotate the knob (3) clockwise until tight to secure the
drive and tray assembly.
4. Close the service door (1) before applying power to the
unit.
8.4 Real-time clock battery
The battery supplies power to the real-time clock (RTC) and
maintains the BIOS settings in the VL PPC 3000 when the
system is not connected to a 24 V DC power source. If
power is removed while the battery is discharged or
removed, any user-defined BIOS settings will be lost, and a
“CMOS checksum error” message appears once power is
restored.
To account for user-defined BIOS settings, it is
recommended that they be recorded through photos or a
separate document before the battery is depleted or
removed. Store the photos or documents on a different
device so they are accessible in the event of a boot failure.
The battery is type CR2032. The battery has a typical life of
five years and may require replacement.
Figure 8 Inset RTC battery as shown
To replace the battery:
1. Turn off the IPC and remove the power connector.
2. Open the service door.
3. Pull the tab attached to the battery to remove it from the
slot.
4. Insert the new battery in the slot, making sure it is
oriented in the same way as the one removed (see
Figure 8).
5. Close the service door.
6. Reconnect the power connector and apply power.
7. During the boot-up process, press the <F1> to access
the BIOS settings.
8. Update the BIOS configuration with any appropriate
user-defined requirements.
9. Click the “Save and exit” option. The IPC will restart with
the appropriate changes.
8.5 Installing PCI cards
Installing a PCI card in the optional PCI slots is done as
follows:
1. Ensure the card does not exceed the maximum
dimensions for the intended slot.
2. Remove power from the unit.
Figure 9 Cover removal
3. Place the unit on a soft cloth on a flat, horizontal surface
with the ribbed surface (cover) up.
4. Remove the four Phillips-head screws (1) from the
cover (2) and remove the cover.
X10:COM
ERROR RUNHDDPWR
X7:USB
X6:USB
X5:USB
X4:USB
X9:DP++
X3:ETHX2:ETH
Positive (+)
CR2032 3 V
lithium battery
NOTE:
Use standard ESD precautions when removing or
installing PCI cards to avoid damage to the cards
and the VL PPC 3000.
Do not remove the tamper-proof screws (3).
X10:COM
ERROR RUN HDDPWR
X7:USB
X6:USB
X5:USB
X4:USB
X9:DP++
X3:ETH X2:ETH
X1: PWR 24VDC
+–
PCI Slot 0
PCI Slot 1
②
①
③

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5. PCI card installation can be in slot 1 (see below), slot 0
or both.
For PCI slot 1:
a) Remove the four Phillips-head screws (1) securing
the left side panel (2), and remove the panel.
Figure 10 Side panel and bracket removal
b) Remove the retaining screw and washer (3)
securing the bracket (4). Remove the bracket from
the bracket frame (5).
c) Line up the card’s connectors with the PCI slot
connector (6). Carefully push the card into the
connector. After it is fully inserted in the connector,
the card bracket should be aligned with the bracket
frame.
d) Insert the retaining screw and washer (3)
previously removed and tighten to secure the card.
e) Reinstall the left side panel (2) using the four
Phillips-head screws previously removed in
step a).
For PCI slot 0:
a) Remove the two Phillips-head screws (1) holding
the bracket frame (2). Remove the bracket frame
and bracket (3) as an assembly.
b) Remove the retaining screw and washer (4) and
remove the bracket from the bracket frame.
Figure 11 PCI slot 0 removal
Figure 12 PCI slot 0 card installation
When installing two cards of the same type,
drivers often assign higher priority to the card in
the lower slot number.
X10:COM
ERROR RUN HDD PWR
X7:USB
X6:USB
X5:USB
X4:USB
X9:DP++
X3:ETH X2:ETH
X1:PWR 24VDC
+–
②
①
①
③
④
⑤
⑥
PCI Slot 1
X10:COM
ERROR RUN HDDPWR
X7:USB
X6:USB
X5:USB
X4:USB
X9:DP++
X3:ETH X2:ETH
X1: PWR 24VDC
+–
①
②
③
④
⑤
PCI Slot 0
X10:COM
ERROR RUN HDDPWR
X7:USB
X6:USB
X5:USB
X4:USB
X9:DP++
X3:ETH X2:ETH
X1: PWR 24VDC
+–
②
①
③

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c) Attach the PCI card (1) to the bracket frame (2) and
secure it with the retaining screw and washer
previously removed.
d) Position the PCI card and frame assembly so the
frame assembly rests on top of the vibration
reduction strip. Carefully push the card into the
connector (3), ensuring the frame assembly aligns
with the mounting holes in the chassis and the card
is properly seated in the connector.
e) Secure the bracket frame to the chassis using the
two Phillips-head screws previously removed in
step a).
6. Reinstall the top cover, and replace and tighten the four
screws previously removed.
7. Reconnect power to the VL PPC 3000.
8. Start the VL PPC 3000.
9 BIOS configuration
Among other things, the BIOS prepares the hardware for the
operating system and loads (boots) the operating system.
To access the BIOS setup utility, power up or restart the
IPC. During the boot-up process, press the <Delete> key to
enter the BIOS setup utility.
Use the arrow keys to navigate and highlight desired
selections. On-screen instructions are provided in the upper
right corner and the available commands are in the lower
right corner.
Figure 13 BIOS “Save & reset” submenu
The commands will affect the screen that is currently
accessed:
NOTE:
Tighten all screws on the VL PPC 3000 frame to
no more than 7 Nm torque.
NOTE:
Changing settings within the BIOS could disable
the unit. Be careful to only modify items intended
for configuration when modifying BIOS settings.
There must be an actual (physical) keyboard
attached to one of the USB ports.
A device must be connected before power-up to
be displayed as a selectable device. This applies
to bootable CompactFlash cards as well as any
external USB drives connected to a USB port.
Key Function
F2: Previous Values Resets any changed values to
the values to the last saved
settings.
F3: Optimized Defaults Resets all values in the BIOS to
the factory default values for the
hardware installed.
F10: Save & Exit A “Save & reset” confirmation
message appears. Click the
“Yes” button to save and exit the
BIOS. The IPC will reboot with
the new BIOS settings. Click the
“No” button to save the changes
without exiting.

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9.1 Boot mode
There are two boot modes in the VL PPC 3000.
Automatic boot mode
Automatic mode checks for bootable devices in the order
specified in the BIOS. To view or change a boot device:
1. After accessing the BIOS, use the right-arrow key to
highlight the “Boot” tab.
Figure 14 Boot screen
2. The system boot order is shown under the “Boot Option
Priorities” group. This is based on the boot-capable
devices and networks that are currently connected. To
change the priorities:
3. Use the arrow keys to highlight a Boot Option #X
(where Xis the priority level), and then press the
<Enter> key.
Figure 15 “Boot Option #1” submenu
a) A “Boot Option #X” submenu appears. Use the
arrow keys to highlight the desired device or
network for priority X, and then press the <Enter>
key.
b) Repeat as often as necessary until all the boot
priorities are established.
4. After all changes are made, press the <F10> key to
save the changes.
Upon exiting the BIOS, the VL PPC 3000 will reboot
using the new configuration.
Manual boot mode
Manual boot mode is a one-time override to the automatic
boot mode to allow users to boot from a connected Ethernet
port or any connected, bootable device.
To perform a boot override:
1. Connect the bootable drive or Ethernet network to the
VL PPC 3000 before applying power.
2. Power up the VL PPC 3000 and press the <F12> key
about once every second to initiate the “Boot” menu.
Figure 16 One-time “Boot” menu
3. Use the arrow keys to highlight the desired boot device.
4. Press the <Enter> key to boot from that device.
The VL PPC 3000 will reboot from the selected boot
device one time. The next time the VL PPC 3000 is
started, it will boot from the normally configured boot
device.
Select Disabled to remove the selected boot
option number from the priority list.

VL PPC 3000
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9.2 Establishing system behavior after power
failure
The VL PPC 3000 provides three options for power-up
behavior once power is applied after a power failure. To
change the setting:
1. After accessing the BIOS, use the arrow keys to
highlight the “Configuration” tab.
2. Use the arrow keys to highlight Power and Wake
Control,and then press the <Enter> key.
Figure 17 “DC Power Restore” submenu
3. Use the arrow keys to highlight DC Power Restore,
and then press the <Enter> key.
4. A “DC Power Restore” submenu appears. Use the
arrow keys to select the desired mode. the options are:
a) Power Off for the VL PPC 3000 to remain off when
power is restored.
b) Power On for the VL PPC 3000 to power up and
reboot when power is restored (the default mode).
c) Last State for the VL PPC 3000 to maintain the
same on or off status as before when power is
restored.
5. After the selection is made, press the <Esc> key to
accept the change.
6. After all changes are made, press the <F10> key to
save the changes.
Upon exiting the BIOS, the VL PPC 3000 will reboot
using the new configuration.
9.3 Configurable serial port
The X10 connector can be configured to function as either
an RS-232, RS-422, or RS-485 port. This configuration is
accomplished within the BIOS.
1. After accessing the BIOS, use the arrow keys to
highlight the “Configuration” tab and press the <Enter>
tab.
Figure 18 Configuration options
2. Highlight Integrated Devices and press the <Enter>
key.
3. The serial port parameters are shown under the “Serial
Port Configuration” group. Use the arrow keys to high-
light the different parameters, and then press the
<Enter> key to open the appropriate submenu.
Figure 19 “Transceiver Mode” submenu
After a parameter is selected, press the <Enter> key to
return to the “Integrated Devices” page. Repeat until all
parameters are set.
4. After all changes are made, press the <F10> key to
save the changes.
Upon exiting the BIOS, the VL PPC 3000 will reboot
using the new configuration.