SYSTEM Electronics COPILOT 21.5 User manual

system-electronics.it
USER MANUAL
COPILOT 21.5’’
INDUSTRIAL PC
Order Code: 2E00xxxx*
Date: 11/2020 - Rev: 1.8
* The order code of the PC is specific to each specific configuration defined by the Customer.
SUMMARY
1. General Features........................................3
2. Technical Specifications.................................................3
3. Description and operation...........................3
4. Installation..................................................................3
4.1 Configuration of internal connectors..............3
4.2 Hanging version installation (VESA100)....4
4.3 Panel mounting.............................................5
4.4 Mounting option with foot..............................6
5. Touch screen: operation and calibration...............7
5.1 Touch screen calibration.................................7
5.2 Default settings of touch parameters....7
5.3 Adjusting display brightness.............7
5.4 Touch screen-cleaning......................8
6. External connectors available.......................................9
6.1
Optionally available types ...............................9
7. Optional kits...........................................10
7.1
UPS-SuperCap Kit ...............................10
7.2
Vesa100 Rubber Kit Shock Absorbed arm ...........11
8. Available connectors...........................................13
8.1 Signal Input Analog RGB, TMSD (DVI).....13
8.2 Ethernet RJ45...............................................13
8.3 USB....................................................................13
8.4 24V power supply..........................................13
9. Waste Electrical and Electronic Equipment Direc-
tive and use of hazardous substances................14

pag. 2
Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
Revision History Pages
Rev. 1.0 Writing 8
Rev. 1.1 Changes par. 5.1 and 5.2 8
Rev. 1.2 Added chap. 7 9
Rev. 1.3 Updating 9
Rev. 1.4 Updating 9
Rev. 1.5 Updating 9
Rev. 1.6 Changed chap. 6-7-8 10
Rev. 1.7 Kit added. UPS and Arm Kit. 10
Rev. 1.8 Added touch-screen cleaning 8
SYSTEM CERAMICS s.p.a. Div. Electronics
via Ghiarola Vecchia, 73
41042 Fiorano (MO) - Italy
tel. [phone] - fax [phone]
www.system-electronics.it
e-mail: [email protected]
This product meets the EMC protection re-
quirements of Directive 2014/30 / EC (ex
89/336 / EEC) and subsequent amend-
ments..
SYSTEM Ceramics S.p.A - Div. Electronics reserves
the right to make changes of any kind to the technical
specications at any time and without notice. The in-
formation contained in this documentation is believed
to be correct and reliable. The reproduction, even if
partial, of the content of this catalog, is allowed only
with the authorization of SYSTEM Ceramics S.p.A. -
Div. Electronics.

pag. 3
Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
1. General Features
Copilot 21.5'' is the System Electronics operator panel
that oers performance and performance for all su-
pervisory and on-board machine applications, with an
innovative and robust design and mechanically reliable.
Made of stainless steel, resistant to dust and liquids,
Copilot 21.5'' is a PC solution adaptable to all the needs
of the latest generation industrial machines.
The 1920x1080 FullHD graphic display allows the display
of high resolution images and movies; it is equipped
with user and remote adjustable LED backlighting. The
multi-touch touch screen with up to 10 simultaneous
touches, and scratch-resistant, allows operator inte-
raction with simple gestures.
The Copilot 21.5" PC terminal, thanks to the new in-
tegrated Wireless solutions, can operate as a supervisor
of the equipment connected to the machine and with
users' portable devices.
Dierent congurations, such as solid state disks for
data storage and I/O management make the Copilot
21.5'' adaptable to all the needs of the industrial market.
2. Technical
specication
•CPU: Intel i7-7700T 7th-GEN 2.9GHz
Intel i5 Core 7500T 7th-GEN 2.7GHz
Intel J5005 Quad Core 1.5GHz GeminiLake
Intel J1900 Quad Core 2GHz Bay Trail
• RAM Memory: up to 32GB
• Operating System: Windows 10 Iot, Windows 8.1
64bit, Microsoft Widows Embedded 7, altro a richiesta
• Expansion slot: 1 x miniPCIe / 1x M.2
• LCD:
Size/model: 21,5’’ TFT Color LCD
Maximum resolution: 1920 x 1080 FullHD
Touch Screen: PCAP - 10 tocchi
Brightness: 300 cd/m2
Field of view angle:±89° H, ±89° V
Contrast: 1:5000
• Capacity:
HDD: SATA no a 1TB 2,5’’
SSD: Fino a 256GB
• Input/Output ports:
LAN: 2 Eth 10/100/1000
Serial port: 2 x RS232
Parallela port: internal
PS2 port: Keyboard + Mouse
USB port: Up to 8 x USB - (6 x USB 2.03 + 2 x
USB 3.0)
I/O: Available on request
Wireless connection optional: WiFi 802.11
a/b/g/n + Bluetooth 4.0
Audio: Line in / Line out
Video Output: DVI/VGA/DP
• Battery
Type and duration: UPS available on request
• Caratteristichesiche:
Weight: Max 10 Kg
Size: 545(W) x 335(H) x 85(D) mm
Protection: IP67 - Stainless Steel
Mounting: Arm / Panel
Power supply: 24 Vdc
Temperature: 0°C +50°C
(Max +60°C cooled version)
3. Description and
operation
Copilot 21.5'' can be powered at 24VDC from an exter-
nal power supply or directly from the 24Vdc power supply
of the machine to which it is connected. The PC turns on
automatically when the input power supply is present.
Copilt 21.5'' has two gigabit-ethernet networks, two
RS232 serial ports, PS2 mouse and keyboard port, 4
USB 2.0 ports, display port connection, DVI or external
VGA for a remote monitor, audio connection.
Other communication ports (such as USB3.0, parallel,
etc.) are available as an option.
The main recent operating systems can be pre-installed
on the terminal: Windows 10, Linux Debian9, Windows7
and Windows 8.1.
After the operating system shutdown you can turn on
Copilot 21.5'' again by disconnecting for 10 seconds and
reconnecting the external 24VDC power supply or by
pressing the optional power button. It is also possible
to turn on Copilot 21.5'' from Wake-On-Lan commands
from an external PC connected to the terminal's Ether-
net network.
4. Installation
4.1 Configuration of internal
connectors
- Remove the 6 M5 xing screws M5 of the Copilot
21.5'' that cover the upper and lower doors, taking care
to keep the gaskets placed in the screws themselves and
inside the mechanics, in order to reassemble them later
in the same position.
- Typically all the connection cables are connected
from the bottom side of the Copilot 21.5'': the removal of
the upper door can facilitate the insertion of the cables
allowing to control their insertion.
- Nella versione a 8 USB le 4 porte USB aggiuntive
sono poste sotto lo sportello superiore.
- The power connector is placed vertically, acces-
sible by inserting your hand inside the bottom opening.

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Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
- Close the covers taking care to reposition the
insulating gaskets and the o-rings of the screws (for
models with IP67 protection).
Copilot 21.5'' can be installed in the recessed or
wall mounted version, prepared to be connected
to a VESA100 arm.
4.2 Installation in the hanging
version (VESA100)
To correctly mount the Copilot 21.5'' on the VESA100
arm pendant version follow the instructions below:
- Remove the Copilot 21.5'' from the packaging
and place it on a at surface free from objects, placing
a soft cloth on the table itself to avoid scratching the
glass during installation. Place the Copilot 21.5'' with
the glass facing the table. Avoid even momentarily
placing the terminal in a vertical position or slightly
leaning against the mechanics to avoid damage due to
the unstable position.
- Place the cables that will be connected to the
Copilot 21.5'' on the xing arm, making them protrude
for about 30cm beyond the xing point of the arm itself:
cables that will be connected inside the PC itself
- Remove the 6 M5 xing screws M5 of the Copilot
21.5'' that cover the upper and lower doors, taking care
to keep the gaskets placed in the screws themselves and
inside the mechanics, in order to reassemble them later
in the same position.
- Typically all the connection cables are connected
from the bottom side of the Copilot 21.5'': the removal
of the upper door can facilitate the insertion of the cables
allowing to control their insertion.
- Place the Copilot 21.5'' on the VESA arm by
inserting all cables inside from the rear center hole-
It is possible to x the Copilot 21.5'' to the arm using
the M6 screws supplied as in the picture. In case the
screws need to be replaced to t the arm used, be careful
not to exceed the length of the internal thread by more
than 8mm from the outer edge, to avoid damaging the
internal components.
Figure 4.2.1: Steps for xing the Vesa100 arm to the Copilot
21.5".
Figure 4.1.2 Top door connectors view (only in 8 USB version)
Figure 4.1.1 Bottom door connector view (standard version)
***

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Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
- Only then connect the communication cables to
the VESA arm: USB, Ethernet, RS232 are all located on
the bottom side.
- The power connector is placed vertically, acces-
sible by inserting your hand inside the bottom opening.
Below is reported for simplicity 'the pinout of the power
connectors:
1: +24V
2: GND
3: PE
- Close the covers taking care to reposition the
insulating gaskets and screw O-rings (for models with
IP67 protection).
4.2.3 Size of the opening for cable routing in the Copilot 21"
positioned on the VESA arm.
It is possible to adjust and tighten the VESA100 joint
of the Copilot 21.5'' (available as an option) using a
normal grinder wrench
Figure 4.2.2: How the Copilot 21.5" appears after being atta-
ched to the Vesa100.
4.3 Panel mounting
- Drilling the panel according to the dimensions
indicated: 320 x 528
4.3.1 Panel drilling template
- Remove the Copilot 21.5'' from the packaging
and place it on a at surface free from objects, placing
a soft cloth on the table itself to avoid scratching the
glass during installation. Place the Copilot 21.5'' with
the glass facing the table. Avoid even momentarily
resting the terminal in a vertical position or slightly
leaning against the mechanics to avoid damage due to
the unstable position.
- Remove the 6 M5 screws that secure the upper
and lower sides.
Figure 4.3.2: Mounting Copilot 21.5" in the recessed version.

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Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
Figure 4.3.4: Copilot 21.5" panel mounted.
- Place the body of the Copilot 21.5'' in the hole
in the panel, engaging it from the bottom side. If the
thickness of the panel is more than 1mm, remove the
lower corner and reassemble it after positioning the
Copilot 21.5'' inside its seat.
- Secure the Copilot using the adjustable side
blocks.
- Wiring the connection cables
- Ret the upper and lower sides with the 6 M5
screws and x the Copilot 21.5'' to the panel using the
screws provided.
Figure 4.3.3: Copilot 21.5" in the panel version
4.4 Mounting option with foot
The ground mounting accessory is available. The foot
can be xed to the oor and allows the passage of cables
inside the joint.
The oor-standing foot allows 90' rotation of the Copilot
21.5'' to view operator interfaces or images/movies that
require a portrait-oriented view.

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Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
operation and calibration
Copilot 21.5'' has an innovative capacitive touch screen
(PCAP) with 10 possible touches at the same time.
System Electronics can provide dierent settings to co-
ver the dierent needs of the operator interface: from
operation with gloves or in dirty environments to the
optimization in the precision of touch, up to the natu-
ralness of gestures with Windows (rotation, movement
and zoom with the hand).
Copilot 21.5'' is supplied already calibrated and
equipped with a setting that typically covers all needs
without penalizing any of them: however there are some
commands to customize the behavior according to the
specic application.
5.1 Touch screen calibration:
The Copilot 21.5" PC does not normally require ca-
libration procedures, as it is already optimized during
production.
If you need to optimize the calibration of the touch
screen, follow the procedure below
5.2 Default settings of touch
parameters:
5.3. Adjusting the display
brightness
Copilot 21.5'' allows the brightness of the backlight to
be adjusted using the operating system's own commu-
nication with the integrated power supply.
In the Power Option conguration page you can con-
gure the desired brightness according to the desired
power plan.
It is possible, for example, to reduce the brightness
after a preset time.
In the Tablet PC Settings section, press the "CALIBRATE"
button:
To test the calibration of the touch screen, touch the
crosshairs each time they appear on the screen with
one nger.
Click in a random spot on the screen to return to the
last calibration.
Press ESC to exit.
Do not change the orientation of the monitor before
To reset the factory settings again, select the "RESET"
button from the TABLET PC SETTING window
completing the calibration process.
NOTE
The Copilot 21.5" PC does not require specic drivers;
the native Windows drivers are used for touch-screen
operation
5. Touch-screen:

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Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
5.3.1 "Power Options"
System Electronics rende disponibili dei tools e degli
esempi per poter regolare la luminosità del display da
remoto, tipicamente da un pc supervisore tramite la
comunicazione ethernet è possibile regolare contem-
poraneamente la luminosità di tutti i terminali della
macchina, per adattarli al contesto ambientale (luce
diurna / luce notturna).
5.4 Cleaning and Maintenance
of the Touch Screen System
For proper cleaning and maintenance of the touch screen
a solution of distilled water or isopropyl alcohol should
be applied over a clean cloth, after making sure that the
cloth is well saturated with dirt or residues.
Make a "Z" movement, evenly across the entire surfa-
ce, after possibly positioning the Copilot horizontally to
prevent droplets from falling down and remaining inside
the frame.
CAUTION: DO NOT USE ACIDS,
SOLVENTS, VINEGAR, OR SOLUTIONS
ALKALINE FOR CLEANING OR BLEACH
After cleaning the surface of the touch screen, wipe it dry
carefully with a dry cloth, removing the more
possible the sanitizing solution.
NB: DO NOT SPRAY THE SOLUTION
DIRECTLY ONTO THE SURFACE OF
THE TOUCH SCREEN.
Solutions containing alcohol are corrosive for the
touch coatings, so do not leave in contact
with the surface for over 2 minutes.
After cleaning, make sure you have removed all
the residues present and carried out this operation only if
necessary, as, for excessive pressure from
part of the user may remove or damage the
anti-glare treatment.

pag. 9
Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
Several options that can be ordered:
Copilot 21.5'' is customizable with dierent modules to
adapt to the needs of the industrial world: by replacing
the bottom lock you can add buttons and keyboard, or
both.
*** 6. External
connectors
available
6.1 Optional types
Figure 6.1.1 Option with External Upper Antennas
Figure 6.1.2 Option with 2 USB and Power On/O button.
Figure 6.1.3 Option with Power Button,2 Ethernet and 4 USB
External RJ45.
Figure 6.1.4 Option for 220V Power Supply, Power Button, 2
Ethernet RJ45 and 4 USB.
Figure 6.1.5 Option for 220V Power Supply, Ohm Output, 2
RJ45, 4 USB
5.5.1 Types of modules that can be ordered

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Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
Figure 6.1.6 Button Only Connectors.
Figure 6.1.7 USB Connectors Only.
Figure 6.1.8 USB Only Connectors with Cap.
Figure 6.1.10 Option Lower 4 USB Connectors + Button
Figure 6.1.9 220V PULS USB and ETH connectors
7 OPTIONAL KITS
7.1 UPS- SUPERCAP Kit
UNINTERRUPTIBLE POWER
SUPPLY
the UPS-SUPERCAP uninterruptible power supply, throu-
gh the use of 4 2.7V 2-layer 2.7V capacitors, allows the
Copilot 21.5" to be kept on in case the power supply in
the industry should be missing leading to the safe shut-
down of the PC avoiding voltage surges or sudden stops.
No. 4 2.7V 2-layer
capacitors
Figure 7.1.1 View UPS-SUPERCAP Kit (Picture for illustrative
purposes only)

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Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
7.2 Vesa100 Rubber Kit Shock
Absorbed Arm
7.2.1 KIT COMPOSITION
(Cod.2E001142)
• 1 x RUBBER GASKET 135X135 SP=10
• 4 x T.C.E.I. screw M6X25 UNI 5931 A2
• 4 x DISTANCE OF=6.5 DE=10 L=8 INOX
• 1 x AMORTIZED MONITOR DOOR ARM

pag. 12
Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
CONNECT THE CABLES BEFORE ATTACHING THE ARM,
REMOVING THE BOTTOM PLATE.
FIX THE ARM WITH THE 4 SCREWS CONTAINED IN
THE KIT.
NB: PASS THE PC POWER CABLE BETWEEN THE BACK OF
THE COPILOT AND THE RUBBER SEAL, AS SHOWN IN THE
DRAWING ON THE LEFT.
INSERT THE 4 SPACERS IN THE VESA100 HOLES OF
THE RUBBER GASKET
7.2.2 ASSEMBLY OF KIT (Cod.2E001142)

pag. 13
Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
Pin N. Symbol Description
1 TMDS DATA2- TMDS DATA2 Dierential
Negative Signal
2 TMDS DATA2+ TMDS DATA2 Dierential
Positive Signal
3 TMDS DATA2 Shield Shield Shield for TMDS
Channel #2
4 NC Not connected
5 NC Not connected
6 DDC Clock The Data Line for the DDC
Interface
7 DDC Data The Clock Line for the DDC
Interface
8 NC Not connected
9 TMDS DATA1- TMDS DATA1 Dierential
Negative Signal
10 TMDS DATA1+ TMDS DATA1 Dierential
Positive Signal
11 TMDS DATA1 Shield Shield for TMDS Channel
#1
12 NC Not connected
13 NC Not connected
14 +5V Power +5 Volt signal for EDID
(Un-powered Monitor)
15 GND (for +5V) Ground for +5 Volt Power
pin, Sync return
16 HPD Identify the presence of a
monitor
17 TMDS DATA0- TMDS DATA0 Dierential
Negative Signal
18 TMDS DATA0+ TMDS DATA0 Dierential
Positive Signal
19 TMDS DATA0 Shield Shield for TMDS Channel
#0
20 NC Not connected
21 NC Not connected
22 TMDS CLOCK Shield Shield for TMDS Clock
dierential Pair
23 TMDS CLOCK+ TMDS DATA0 Dierential
Positive Signal
24 TMDS CLOCK- TMDS DATA0 Dierential
Negative Signal
C1 NC Not connected
C2 NC Not connected
C3 NC Not connected
C4 NC Not connected
C5 NC Not connected
Table 8.1.1
8. Available
connectors
8.1 Signal Input Analog RGB,
TMSD (DVI)
• 1 TX+
• 2 TX-
• 3 RX+
• 4 TP2+
• 5 TP2-
• 6 RX-
• 7 TP3+
• 8 TP3-
8.2 Ethernet RJ45
87654321
8.3 USB port
• 1 +5V_USB
• 2 D-
• 3 D+
• 4 GND_USB
NOTE:
Ethernet connector LEDs are not used
8.4 24V power supply
External 24V power supply
[M12 female 5-pole A]
Figure 8.4.1 External female connector views
Figure 8.4.2 Views of the internal female connector (in versions
where the 24V power supply is connected internally)
Internal 24V power supply
(variable depending on version)
•1 +24V
•2 GND
• 3 PE

pag. 14
Industrial PC- COPILOT 21.5"
Order code 2E00xxxxNovember 2020 - Rev. 1.8
9.Waste Electrical
and Electronic
Equipment (WEEE)
andUseofHazardous
Substances
(RoHS) Directive
Information to users pursuant to Legislative Decree 14
March 2014, n. 49 "Implementation of Directive 2012/19/
EU on waste electrical and electronic equipment (WEEE).
Decree 25 July 2014 of the Ministry of the Envi-
ronment, on "Implementation of the
delegated directives of the European
Commission 2014/69/EU, 2014/70/EU,
2014/71/EU, 2014/72/EU, 2014/73/
EU, 2014/74/EU, 2014/75/EU, 2014/76/
EU of 13 March 2014 amending Decree
no. 27 of 4 March 2014 on the restri-
ction of certain hazardous substances in
electrical and electronic equipment (RoHS)".
The crossed-out wheeled bin symbol on the equipment or
on its packaging indicates that the product at the end of its
useful life must be collected separately from other waste.
The separate collection of this end-of-life equipment
is organized and managed by the manufacturer.
The user who wishes to dispose of this equipment
should contact the manufacturer and follow the system
that the manufacturer has adopted to allow separa-
te collection of the equipment at the end of its life.
Adequate separate collection for the subsequent start-
up of the discarded equipment for recycling, treat-
ment and environmentally compatible disposal helps
to avoid possible negative eects on the environment
and health and promotes the reuse and/or recycling
of the materials of which the equipment is composed.
The abusive disposal of the product by the hol-
der involves the application of the administrati-
ve sanctions provided for by current legislation.