R5 Navigation System
GNSS and DGNSS Navigators
SAM Electronics
R5 Navigation System
R5 GNSS/DGNSS Navigation Sensor
Versatile, Accurate and Reliable
For any application, from work boat manoeuvring
to worldwide navigation, from hydrographic
surveying to marking of fishing grounds - the two
models of our series of professional GNSS and
DGNSS navigators has been designed to exactly
suit your needs. Depending on your precision
requirements you can choose between the GNSS
and DGNSS sensors with antennas for combining it
with the main display and control unit. Each combination offers IMO compliant accuracy and meets
the latest requirements stated in IMO MSC.112(73),
MSC.113(73), MSC.114(73) and MSC.115(73).
So easy to operate, so versatile in its applications,
so reliable due to its rugged and splashproof
concept - it is amazing how much functionality
fits into this compact marine navigator. Four
RS422 interface channels with an unmatched
variety of optional settings establish the R5
SUPREME NAV to be used as the center of navigation in small boats or as a viable data supplier
for other navigation aids like the PLATINUM
Integrated Navigation System or standalone electronic chart systems like the ECDISPILOT. Due to
its flexible output, including legacy data formats,
R5 Navigators can easily be retrofitted into existing systems. Furthermore the R5 can easily be
upgraded with additional features when new
software becomes available.
R5 Control and Display Unit
For the R5 SUPREME NAV use, just connect the
included pre-manufactured cables from the
Control and Display Unit and the Sensor to the R5
NAV Junction Box. Supply power to the display
and the Junction Box on separate fuses and interface with the serial ports for standard IEC 61162
NMEA bi-directional communication inside the
Junction Box. Finally connect the antenna to the
sensor via coax. The antenna is designed to
reduce interferences to reliably operate in the
typical multitransmitter environment on board of
a ship. SAM Electronics and its sales and engineering organization will be glad to assist you in
defining the installation locations of system components and configuration for your requirements.
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Features
n 7” ultra-bright high contrast colour touch LCD
n Touch, keypad or USB keyboard control
n Two trip log counters with indication of average
speed and accumulated time during motion
n DGNSS by SBAS or externally input
RTCM corrections
n BSH type approval, EC type approval (MED /
Wheel mark) USCG type approval
n Straight forward, easy to operate control panel
n Advanced navigation features for
commercial vessels
n Support for multiple displays and
redundant systems
n Small receiver and antenna, easy to install
n Packaged in a ruggedized and weatherproof
enclosure
n Full RAIM function
n Prediction of tide
Beacon
Navigation authorities around the world have
installed DGNSS radiobeacon networks that
broadcast free RTCM correction information.
With the use of its built-in beacon demodulator,
the DGNSS sensor uses these real-time corrections
to deliver accurate, reliable positioning when
in range of a beacon transmitter and can be
controlled by the operator to accept RTCM data
from external sources using the R5 Control and
Display Unit (CDU).
RAIM
Receiver Autonomous Integrity Monitoring
(RAIM) is a safety feature in the sensor unit which
continuously verifies the integrity of the GNSS
system to ascertain its accuracy and reliability.
When position errors exceeds a preset limit, the
CDU alerts the operator to take precautionary
measures. This RAIM feature can be accessed by
the operator using the CDU.
R4 GNSS Navigation Sensor
The R4 GNSS Navigation Sensor is a highprecision GNSS receiver, capable of receiving
WAAS, EGNOS and MSAS differential corrections.
The unit performs continuous RAIM calculations
to monitor the integrity of the position data.
R4 DGNSS Navigation Sensor
The R4 DGNSS Navigation Sensor is the ultimate
sensor for any commercial marine application.
This product has all the features of the GNSS
sensor and a dual channel beacon receiver for
reception of IALA beacon differential corrections.
R5 Display
R4 GNSS Navigation Sensor or
R4 DGNSS Navigation Sensor
(D)GNSS Antenna
R5 NAV Sensor Cable
R5 Single Cable
R5 Power Cable
External Power 24 VDC
R5 NAV
Junction Box
User
Port 4
User
Port 3
User
Port 2
Stand-alone GNSS or DGNSS system
User
Port 1
4
GP I/O
R5 Junction Box
Speed
Log
Alarm
Relay
Alarm
ACK
General specifications
Waypoints 4000 waypoint memory
Routes 128 routes (max. 512 waypoints in each route)
Functions Navigation, Position, Route, Waypoint, Event Mark, Plot, Sail To, MOB, GNSS/DGNSS, Alarms,
Speed Graph and Configuration
Integrity The product performs RAIM calculations in accordance with IEC 61108-1 ED.2
Power supply 24 V DC (-10% to +30%), CDU 13 W
LC display 7” ultra-bright high contrast colour touch LCD
LEDs Three 3-colour LEDs indicating RAIM and alarm status
Mounting
- Control and Display Unit: bracket or flush mounting
- Navigation Sensor: wallmounting
GNSS receiver 270 channel combined L1 GPS and L1 GLONASS
Update rate 1 Hz default, 5 Hz max.
Position accuracy GNSS* 5 m, DGNSS** 1 m (2D RMS)
Cold start 1 min typical
DGNSS beacon receiver (Dual channel receiver. Manual or automatic tuning)
Frequency 283.5 to 325.0 kHz
MSK bit rates 50, 100, and 200 bps
Cold start time < 1 minute typical
Reacquisition < 2 seconds typical
Sensitivity 2,5 μV/m for 6 dB SNR @ 200 bps MSK Rate
Interfaces
- RS422 (1 unidirectional output and 3 bi-directional user ports; 4,800 - 38,400 bps configurable)
- General purpose 3 digital in, 3 digital out
Dimensions (W x H x D) / Weight
R5 Control and display unit 255 x 140 x 85 mm / 1.8 kg
R4 Navigation sensor 128 x 39 x 137 mm / 0.5 kg
R5 Junction box
270 x 72 x 200 mm / 0.75 kg
Cables
Power/data cable to navigation sensor R5 Navigation Sensor Cable 2m
Data cable to control and display unit R5 Signal Cable DSUB-DSUB 2m
Power cable to control and display unit R5 power cable 2 m
GNSS antenna cable (recommended) RG214: Max length 45 m, TNC connector
Input NMEA
ACK, DBT, DPT, HDG, HDT, VHW, RTE, Rnn, THS, WPL
Output NMEA
GGA, GGA + offset, GLL, GLL + offset, GNS, GNS + offset, RMC, RMC + offset, VTG, ZDA, DTM, GBS, GRS, GSA, GST, GSV, ALR, AAM, APB, BOD, BWR, BWC/
BWR Auto, HSC, RMB, XTE, WPL/RTE Working, WPL, RNN Working, WPL/RTE upload
Environmental conditions (IEC 60945 Ed4, protected)
- Control and display unit -15°C to +55°C (operational)
-55°C to +85°C (storage)
- Navigation sensor -30°C to +70°C (operational)
-40°C to +80°C (storage)
- Junction Box
-15˚C to +55˚C (Operational)
-55˚C to +85˚C (Storage)
Compliance with the following standards
IMO resolutions
MSC.112 (73), MSC.113 (73), MSC.114 (73), MSC.115 (73), A.694 (17), MSC.191 (79)
IEC
61108-1 Ed. 2.0 (2003), 61108-4 Ed. 4.0 (2004), 60945 Ed. 4.0 (2002),
61162-1 Ed. 4 (2010), 61108-2 Ed. 1.0 (1998), 62288 Ed. 1.0 (2008)
*Dependent upon ionospheric activity and multipath
**SVs > 5, HDOP < 2, RTCM SC -104 correction data from a dual frequency reference station, short baseline, and low multipath environment.
3
R5 Navigation System
247,0
231,8
13
52
255
66
295
134
200
235,0
84
59
ø4,0
140
126,0
170
100
45°
65
R5 Control and display unit
162
199
195
34
29
11
72
272
178
32
32
32
48
23
145
149
32
ø6
49
R5 Junction box
SAM Electronics GmbH
Automation, Navigation, Communication
Behringstrasse 120
22763 Hamburg . Germany
R4 Sensor
Phone: +49 (0)40 - 88 25 - 28 41
Fax
+49 (0)40 - 88 25 - 41 16
[email protected]
www.sam-electronics.de
Printed in Germany • Technical alterations reserved • © SAM Electronics GmbH • DS 3.064.09/2014
Technical Data
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