Topcon OPUS B3 ECO Basic Instruction Manual

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
17.10.2019
Errors and technical changes excepted
Technical Data Sheet
OPUS B3 ECO Basic / OPUS B3 ECO Basic Touch

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
1 Notes and Warnings
2 General Information
Attention!
This description is not a substitution for the con-
cerned product’s documentation. Please do read
the documentation including the manuals care-
fully before dealing with this product. If the safety
instructions in the documentation are not followed
dangerous situation can occur that can result in
damages, injuries and/or death by high voltage
or wrong handling. In case you do not have the
correct documentation you can order it by con-
tacting dl-[email protected]om. Only properly
trained personnel with the correct qualification are
allowed to handle the device.
Attention!
Do not open the housing to avoid danger to high
voltages. Before touching the electric assemblies
make sure that the electricity is switched off com-
pletely. If the front pane is broken the device needs
to be taken out of service due to risk of injury. If per-
ceivable damages on the device exist that can com-
promise the functionality, it must be taken out of
service due to the danger of malfunctions. These
particularly include damages to the LCD display,
damages to the keyboard, damages that compro-
mise the protection level and damages to the en-
coder knobs.
Please note:
All content is subject to change without notice.
Errors and omissions excepted.
Mounting and Handling
1. Do not use the cable as a handle to carry the
device.
2. Mounting in clean working environment only.
Dust and oil can harm the electric contacts and
compromise the functionality.
3. Do not mount the device under the use of vio-
lence because it can cause damage.
4. The device must be mounted by trained per-
sonnel only into especially designed and tested
systems.
5. The device must not be opened or disassembled.
6. The device is to be cleaned with a moist fuzz
free cotton cloth. If necessary a mild cleaning
agent can be used. Do not use acid or abrasive
cleaning agents.
7. The device is to be stored in a cool and dry
environment and to be protected against sun
shine.
8. If the environmental temperature is beneath
10°C the reaction time of the display increases.
Order Numbers
This documentation is valid for OPUS B3 order
numbers as follows:
The neutral versions (N) will substitute the portrait (P) and landscape (L) versions.
OPUS Projektor
CoDeSys
ISO-Horizon
OPUSB3EN1CANB000 OPUSB3EN1CANT000 OPUSB3EN1CDSB000 OPUSB3EN1CDST000 OPUSB3EN1UTST000

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
Dimensions
Housing
Aluminium die cast, powder coated front-glass
Mounting
• Landscapeorportrait
• Standalone
• In-dash

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
3 Display
4 Input Devices
5 Electronics
Type: TFT Color Graphic LCD with LED
backlight
Size: 5”, 108 mm (W) x 64.8 mm (H)
Resolution: 800 x 480 px (WVGA), 15:9
Colors: 16.7 Mio.
Brightness: typ. 800 cd/m²
Contrast Ratio: typ. 700:1
Processor platform
CPU: Freescale I.MX6®, 800 MHz
Mass storage: 2 GByte (approx. 700 MB
for customer use)
RAM: 512 MByte
RTC: Buffered by gold cap
Buffered for 2 weeks at Tambient
Deviation: max. 1s/day
Power supply
System supplied through terminal 30 (battery +,
see pinout) and 31 (battery -, see pinout).
Terminal 15 (ignition) to be used to switch on/off.
Operating voltage range: 8 … 36 V DC
Short circuit protection.
Over-voltage protection up to 48V for max. 5 minutes.
Inverse polarity protection up to -48 V DC for max.
5 minutes.
Indicators and Sensors • Lightsensor
    • Multi-ColorLED
Touch Capacitive Touch (only OPUS B3 Eco Basic Touch)
Current consumption (without external load), max.
Power Mode
On
Low-power
Sleep
Off
Current
at 13,5 V DC
TBD
TBD
TBD
TBD
Current
at 27 V
TBD
TBD
TBD
TBD
Speaker
Up to 90dB @10cm distance
(max. @ ~8kHz)

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
Connectors
Main: Tyco-AMP 1437288-6
Mating connector (customer)
Tyco-AMP 3-1437290-7
Mating crimp contact (customer)
Tyco-AMP 3-1447221-4
Dummy Plug (customer)
Tyco AMP 4-1437284-3
OPUS displays in the industrial sector are only intended to use with cable length less than 30 meters.
7 Connectors
6 Interfaces
CAN Bus
2 x CAN-Interfaces according to ISO 11898, CAN-
specification 2.0 B active, up to 1 Mbit/s (default 250
Kbit/s)
Possible: 10kbit/s, 20kbit/s, 50kbit/s, 83.3kbit/s,
111.11kbit/s, 250kbit/s, 500kbit/s, 800kbit/s and
1Mbit/s
RS232
1 x RS232-Interface
Type: EIA232 (only RxD, TxD, GND)
Speed: max. 115.200baud
Operating System Linux Kernel 4.14.0 or higher
Application Programming • OPUSProjektor
       • Codesys-Tools(3.X)
       • ISO-Horizon
       • C/C++
8 Software
USB
Host 2.0
Side connector: 1 x Typ A High speed
Guaranteed 900mA @ 5V

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
9 Testing and Verification
CE-Compliance
EU Directive 2014/30/EU (EMC) according to
• EN 13309: Construction machinery – Electromagnetic compatibility of machines with internal electrical
power supply
• EN ISO 14982: Agricultural and forestry machinery - Electromagnetic compatibility -
Test methods and acceptance criteria
• EN 50498: Electromagnetic compatibility (EMC). Product family standard for aftermarket electronic
equipment in vehicles
• EN 61000-6-2: Electromagnetic compatibility (EMC) - Generic standards -
Immunity for industrial environments
• EN 61000-6-4: Electromagnetic compatibility (EMC). Generic standards.
Emission standard for industrial environments
EMC Emission radiated
• 30–75MHz: 62-521dB(μV/m) – QP – 120kHz
52-421dB(μV/m) – AV – 120kHz
• 75-400MHz: 52-632dB(μV/m) – QP – 120kHz
42-532dB(μV/m) – AV – 120kHz
• 400-1000MHz: 63dB(μV/m) – QP – 120kHz
53dB(μV/m) – AV – 120kHz
• 1000-2500MHz: 73dB(μV/m) – P – 120kHz
53dB(μV/m) – AV – 120kHz
• 2500-6000MHz: 80dB(μV/m) – P – 1000kHz
60dB(μV/m) – AV – 1000kHz
QP: Quasi-Peak
AV: Average
P: Peak
1: Value decreases linearly with the logarithm of the frequency.
2: Value increases linearly with the logarithm of the frequency.
EMC Immunity radiated
20MHz to 800MHz with amplitude modulation 800MHz to 6GHz with pulse modulation
30V/m for the radiated field (absorber lined chamber) testing method (ISO 11452-2) in verti-cal and horizon-
tal polarization
OR/AND
60mA for the Bulk Current Injection (BCI) testing method (ISO 11452-4)

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
9 Testing and Verification
EMC Emission conducted
12V-System (Maximum values):
Positive slow pulses: +37V
Negative slow pulses: -75V
Positive fast pulses: +75V
Negative fast pulses: -112V
24V-System (Maximum values):
Positive slow pulses: +37V
Negative slow pulses: -150V
Positive fast pulses: +150V
Negative fast pulses: -150V
Test Pulse 1
12V-System: 24V-System:
Us=-112V; FS: C Us=-450V; FS: C
Test Pulse 2a
12V-System: 24V-System:
Us=+55V; FS: B Us=+55V; FS: B
Test Pulse 2b
12V-System: 24V-System:
Us=+10V; FS: C Us=+20V; FS: C
Test Pulse 3a
12V-System: 24V-System:
Us=-165V; FS: A Us=-220V; FS: A
Test Pulse 3b
12V-System: 24V-System:
Us=+112V; FS: A Us=+220V; FS: A
Test Pulse 4 (Starting profile)
12V-System: 24V-System:
Us6=6V; Us=6.5 V FS: B Us6=6V; Us=10V FS: B
Load Dump
12V-System: 24V-System:
Us=+79V; FS: C Us=+151V; FS: C
Electrostatic Discharge
+/- 8kV contact discharge; FS: A
+/- 15kV air discharge; FS: A
EMV Susceptibility conducted
Frequency: 150kHz–80MHz; U=10V; AM: 1kHz, 80%; FS: A
Burst
tr=5ns; td=50ns; Burst duration: 15ms;
Period: 300ms; t=5min; FS: B
Power-lines: US=+/-2kV
Signal-lines: US=+/-1kV
Surge
tr=1.2us; td=50us; Amount: 5; Wait-time: 60s; FS: B
Power-lines: US=+/-0.5kV
FS: Function Status

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
9 Testing and Verification
E1 - Type approval
EU Directive ECE R 10.4
Protection Level (IP Code)
IP 66 according to ISO 20653: Road Vehicles – Degrees of protection (IP-Code) – Protection of electrical equipment
against foreign objects, water and access
Electrical
12 and 24V-Systems according to:
Inverse Polarity resistance
5min @ -48V (no defect)
Over voltage resistance
5min @ +48V (no defect)
Start behavior
Start over Temperature
Start at TRoom; decrease in 5°steps to TMin; go to TRoom; increase in 5°steps to THigh; Start DUT at each T;
Successful start expected
Short circuit strength
Connect each Pin of Main-, Video- and Ethernet-Connector for 5 Min to GND and for 5 Min to 36V; FS: C
Superimposed alternating volt-age
Triangle signal, frequency sweep: 50Hz-25kHz-50Hz inside 60s; FS: A
Level 12V 24V
AC peak-to-peak UPP1 1VAC 4VAC
AC peak-to-peak UPP2 2VAC 4VAC
AC peak-to-peak UPP3 4VAC 10VAC
De-/Increase Supply Voltage
Sweep Voltage UMin-0V-UMin with 0.5V/min; FS: D
Drop in Supply Voltage
12V-System: 24V-System:
UStart=UMin; US=4.5V UStart=UMin; US=9V
td=100ms; FS: B td=100ms; FS: B
Battery less Operation
12V-System: 24V-System:
U1=10V; U2=18V; U1=20V; U2=38V;
t=5min; FS: A t=5min; FS: A
FS: Function Status

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
9 Testing and Verification
Mechanical
Vibration, noise
32h per axis; FS: A
Vibration, sinusoidal
Resonance sweep: Endurance Test:
1 Octave/minte, 30min per resonance 0.5 Octave/minte, 8h per resonance, FS: A
Mechanical shock
Part 1:
300m/s², 18ms, 10 times per axis/direction; FS: A
Part 2:
500m/s², 11ms, 3 times per axis/direction; FS: A
Part 3:
500m/s², 6ms, 10 times per axis/direction; FS: A
Part 4:
400m/s², 6ms, 4000 times per axis/direction; FS: A
Drop Test
Drop the DUT on each side and each edge from a high of 1m on a concrete floor.
No damage or visible damage
Package Drop Test
Drop the DUT inside the package on each side and each edge from a high of 1m on a concrete floor.
No damage of the DUT
No cracks to the package
Frequency
[HZ]
10
20
30
141
200
300
2000
PSD
[(m/s²)²/HZ]
20
36
36
1.64
1.93
1
1
Frequency
2Hz
10Hz
2000Hz
Displacement
+/- 1mm
(2mm PtP)
-
-
Acceleration
(0.016g)
2g
2g
Displacement
+/- 0.75mm
(1.5mm PtP)
-
-
Acceleration
(0.075g)
5g
5g
Frequency
5Hz
57.5Hz
2000Hz
FS: Function Status

Industriestraße 7  65366 Geisenheim  Germany
www.topcon-electronics.de  [email protected]
9 Testing and Verification
Climate
Salt spray resistance
Part 1: Part 2:
7 cycles at 24h (8h spraying; 16h rest) 4 cycles at 168H; 1 cycle:
salt concentration: 5%
Chemical resistance
Apply once a day, for three days, the following chemicals with a brush over the exposed sur-face.
Inspect without rinsing immediately after-wards and after 100h.
Alcohol, Antifreeze liquid (Ethyl-glycol), Diesel oil, Domestic Ammonia, Gasoline, Hydraulic oil 10W40,
Liquid lime, Motor oil, NPK Chemical fertilizers 20 10 20, Windscreen cleaning mix-ture, Ammonium
Nitrate and Ammonium Phos-phate fertilizers, Bovine Effluent - (up to 5% pro-pionic acid), Brake fluid -
both mineral and vege-table types, Diesel fuel, STOU (Super Tractor Universal Oil) lubricating oil
Damp heat steady
21days @+40°C and 93%r.H.; FS: C
Damp heat cyclic
6 cycles (each 24h); TLow=+25°C; THigh=+55°C
Humidity: >= 93%r.H.; FS: A
Temperature/Humidity cyclic
10 cycles (each 24h); TLow=-10°C; THigh=+65°C
Humidity: = 80-96%r.H or uncontrolled.; FS: A
Operating temperature Storage temperature
24h @ -30°C; FS: A 24h @ -40°C; FS: C
96h @ +75°C; FS: A 48h @ +85°C; FS: C
Temperature cycling
30 cycles (each 8h); TLow=-30°C; THigh=+75°C; FS: A
Temperature shock
100 cycles (each 2h); TLow=-30°C; THigh=+75°C; Tchange: <30s; FS: C
UV resistance
Over-all time: 1500h
Cycle: 8h UV at +60°C, 4h 95%r.H.
No material damage, No visible change
FS: Function Status