R6 SUPREME AIS Installation Short Instruction 7000 121-312 A2
This quick user guide serves as a complement to the standard “R6
SUPREME System Manual” with P/N 7000 121-304. These
instructions gives the user immediate access to essential
information to operate the system on a daily basis.
R6 SUPREME Transponder
R6 CDU
Physical
Physical
Height: 50 mm
Dimensions
Width: 250 mm
Depth: 180 mm
Weight
Please visit our website for the latest news regarding this and other
Saab products. AIS equipment is currently found at:
www.saab.com/maritime
Our product pages also contain contact information to our dealers
and service stations world-wide and much more.
2.0 kg
Electrical
Input Voltage:
Power Consumption:
15 W (60 W peak)
Environmental
Temperature:
SYSTEM MODE
Dimensions
(incl. gimbal mount)
-15˚C to +55˚C (Operational)
-30˚C to +80˚C (Storage)
Vibrations:
IEC 60945 ed. 4
Height: 160 mm
Width: 243 mm
Depth: 86 mm
Weight
(incl. gimbal mount)
0.85 kg
Electrical
IEC 61993-2 ed. 3
Input Voltage:
12-24 VDC
35 cm (for standard magnetic
Power Consumption:
5W
compass)
Environmental
30 cm (for steering magnetic
-15˚C to +55˚C (Operational)
Temperature:
compass)
-30˚C to +80˚C (Storage)
VHF Transceiver
Vibrations and EMC:
IEC 60945 ed. 4
65 cm (for standard magnetic
156.025 – 162.025 MHz (TDMA)
compass)
Compass Safe Distance:
40 cm (for steering magnetic
156.525 MHz fixed (DSC, Channel 70)
compass)
IEC 60945 ed. 4
Radio Type Approval:
Please consult the “R6 SUPREME System Manual” P/N: 7000 121304 for physical location and mounting aspects of the system units
and the VHF and GNSS antennas.
Weight:
Height: 129 mm
Width: 224 mm
Depth: 50 mm
0.65kg
12/24 VDC
EMC:
RECOMMENDED PHYSICAL LOCATION
Dimensions
(excluding gimbal mount):
Compass Safe Distance:
Receivers:
Transmitter:
156.025 – 162.025 MHz
Channel bandwidth:
25 kHz
High: 12.5 W
Output Power:
Low: 1W
Important: The R6 SUPREME CDU can be set up to operate in
different system modes, AIS, Navigation or a Combined AIS and
Navigation Mode.
VHF antenna connector:
This short instruction covers AIS functions only.
Type:
GNSS – Separate or
concurrent(default) GPS L1 and
GALILEO E1
Update rate:
Up to 10 Hz
Accuracy:
< 2.0 m (GPS, CEP, 50%, 24 hours
static)
Antenna feeding:
5 VDC
GPS Antenna connector:
TNC-Female
Antenna Input Impedance:
50 ohm
“Tanker 1W Mode”: 1W
BNC-Female
Antenna Input Impedance:
50 ohm
Internal GNSS Receiver
R6 Junction Box
Physical
Height: 53 mm
Dimensions:
Width: 261 mm
Depth: 176 mm
Weight:
0.9 kg
R6 Junction Box Alarm Relay
Max switching current:
2A
Max switching voltage:
30 VDC
Max switching power:
60W
For the latest manual, firmware and certificates please visit:
https://www.saab.com/transpondertechsupport
R6 SUPREME AIS Installation Short Instruction 7000 121-312 A2
INSTALLATION
INITIAL SETUP
1.
2.
3.
SYSTEM POWER UP
Mount the R6 CDU at conning station
Mount the R6 SUPREME transponder
If required, mount the R6 Junction box
a) Connect the R6 SUPREME transponder signal cables to R6
Junction box
b) Connect all external systems and sensors to the R6 AIS Junction
Box
4. Install the VHF and GNSS antennas and connect cables to the R6
Transponder
5. Connect the R6 SUPREME transponder and R6 CDU Ethernet ports, direct
connection or to common IEC 61162-450 network(s)
6. Connect the R6 SUPREME/R6 CDU power cables to R6 Junction box or
external power sources with separate fuses
7. Power up units
8. Run CDU Setup Wizard to set CDU and transponder network settings
9. Configure the rest of the system
10. Perform system functional checks
The R6 SUPREME AIS Transponder and CDU units will start to operate when
power is supplied. The system is fully operational within a minute.
SETUP WIZARD
The first time the R6 CDU is powered up, a setup wizard will be launched to
guide the user through the system setup. The R6 CDU uses UDP Multicast to
communicate with the R6 SUPREME Transponder and other R6 CDU units. It is
therefore necessary to configure an IP number and a System Function ID (SFI)
for the R6 CDU. The IP address and SFI configuration is password protected.
The default CDU password is “cdupwd” and the password is case sensitive.
Configure the R6 CDU to be used in an AIS system and select the transponder
on the network. Make sure the R6 Transponder has power and is connected to
the same network as the R6 CDU. When a transponder has been selected by
the R6 CDU it is required to configure the transponder IP address and SFI. The
default password is “user”.
SYSTEM CONFIGURATION
Set up the following parameters by entering “Static Data” by the AIS
Configuration Menu, which can be found by opening the Main Menu and click
the Gear-Button:
• Call Sign
• MMSI
•
IMO
•
Ship Type (IMO)
•
Ship Name
•
Height over Keel [m]
R6 SUPREME AIS Installation Short Instruction 7000 121-312 A2
SET SHIP DIMENSIONS
Accessible by the AIS Configuration Menu.
There are two methods for setting ship dimensions: Standard and Simplified
(default). The configuration parameter ”Ship Size Mode” can be found under
“Misc. Interfaces” also found in the AIS Configuration Menu.
If external system will be used for full AIS configuration including ship
size/antenna configuration, Standard Mode is recommended unless the
external system integration has been verified with R6 specifically.
The external antenna (EPFS antenna) is the prime source for position and
time and the internal is used as a backup. To attain accurate ship dimensions
and position, it is important that “Ship Dimensions” parameters are input
correctly. Observe that all dimensions are input with one decimal precision.
Standard Mode
In this mode data is entered exactly as it will be reported on the VHF link.
SYSTEM FUNCTIONAL TEST
LED Colour
Solid GREEN
Flashing RED
Solid RED
OFF
Flashing Yellow
Flashing RED
Transponder -Status LED
Normal operation – No active alerts
Active alert - Unacknowledged
Active alert - Acknowledged
Power failure
Transponder - Rx LED
Transponder recieves a message on VHF link
Transponder - Tx LED
Transponder transmit a message on VHF link
LED Colour
Solid GREEN
Solid YELLOW
Solid ORANGE
Flashing ORANGE
Input:
• A, B, C, D – for internal and
external antenna position relative
to ship’s bow, stern, and sides [m]
ALERTS
Simplified Mode
TIME AND DATE
In this mode the transponder will automatically calculate and correctly round
the A, B, C and D values reported on the VHF link.
Input:
• Length – A+B [m]
• Beam – C+D [m]
• Int B/Ext B – for internal and
external antenna relative to ship
stern [m]
• Int C/Ext C – for internal and external antenna relative to ship left side
[m]
CDU - Power/Dimmer button
Normal operation – No active alerts
Active alert - Caution
Active alert - Acknowledged Warning
Active alert - Unacknowledged Warning
TRANSPONDER
STATUS LED’S
Note: Normal
transponder
operation can be
verified using the
LED’s in the front
CDU STATUS
LED’S
Note: LED’s will behave
differently during boot.
Allow two minutes
from power on before
examining the LED
status.
Disable any active alerts not applicable for the installation in the “Alert settings”
view accessible by the AIS Configuration Menu. Make sure no unexpected alerts are
active: click the alert indication symbol in lower right corner.
Verify system time and date in the upper left corner. If incorrect, the transponder
internal GNSS does not have a position fix. This will also be indicated by an alert “UTC
Sync Invalid”.
GNSS STATUS
Verify GNSS antenna installation quality in the internal GNSS status view
“Internal GNSS”, found at the AIS Status Menu.
VHF COMMUNICATION TEST
Verify two way VHF communications with other vessels using the “Communication
Test” found at the AIS Configuration.
R6 SUPREME AIS Installation Short Instruction 7000 121-312 A2
JUNCTION BOX INTERFACES
Item
J11
J12
Terminal
Marking
PWR IN
12/24V
AIS PWR
Pin Marking
+
-
Ext Power In (+)
+
Power Out
Transponder (+)
Power Out
Transponder (-)
+
J13
J1
J2
CDU PWR
ALARM
RELAY
SENSOR 1
J3
SENSOR 2
J4
SENSOR 3
J8
ECDIS
Signal
NC
COM
NO
GND
RX-A
RX-B
GND
RX-A
RX-B
GND
RX-A
RX-B
TX-A
TX-B
GND
RX-A
RX-B
Ext Power In (-)
Power Out CDU (+)
Power Out CDU (-)
Alarm Relay NC
Alarm Relay COM
Alarm Relay NO
RS422 GND
RS422 RX-A (-)
RS422 RX-B (+)
RS422 GND
RS422 RX-A (-)
RS422 RX-B (+)
RS422 GND
RS422 RX-A (-)
RS422 RX-B (+)
RS422 TX-A (-)
RS422 TX-B (+)
RS422 GND
RS422 RX-A (-)
RS422 RX-B (+)
Connects to
External power
External power
Transponder
Power Cable (+)
Transponder
Power Cable (-)
CDU
Power Cable (+)
CDU
Power Cable (-)
Internal Relay
Internal Relay
Internal Relay
J1 Pin 13
J1 Pin 4
J1 Pin 3
J1 Pin 14
J1 Pin 6
J1 Pin 5
J1 Pin 23
J1 Pin 16
J1 Pin 15
J1 Pin 2
J1 Pin 1
J1 Pin 10
J1 Pin 12
J1 Pin 11
J9
LONG
RANGE
J10
PILOT
J5
TX PULSE
OUT
J6
1PPS IN
J7
TX SWITCH
TX-A
TX-B
GND
RX-A
RX-B
RS422 TX-A (-)
RS422 TX-B (+)
Ground
RS422 RX-A (-)
RS422 RX-B (+)
J1 Pin 18
J1 Pin 17
J1 Pin 9
J1 Pin 8
J1 Pin 7
TX-A
TX-B
GND
RX-A
RX-B
RS422 TX-A (-)
RS422 TX-B (+)
RS422 GND
RS422 RX-A (-)
RS422 RX-B (+)
5V TLL
Ground
3.3V/5 TTL
Ground
Ext Switch F
Ext Switch R
J2 Pin 3
J2 Pin 4
J2 Pin 5
J2 Pin 1
J2 Pin 2
J2 Pin 9
DIG OUT
GND
DIG IN
GND
F
R
ADDITIONAL JUNCTION BOX COMPONENTS
Item
SW1
SW2
SW3
SW4
SW5
SW6
F1
F2
F3
Description
Termination Switches for Sensor 1
Termination Switches for Sensor 2
Termination Switches for Sensor 3
Termination Switches for ECDIS
Termination Switches for Long Range
Termination Switches for Pilot
2A fuse for PWR IN
2A fuse for CDU PWR
10A fuse for AIS PWR
J2 Pin 8
J2 Pin 7
J2 Pin 6
J1 Pin 26
J1 Pin 25