Simrad Maris ECDIS900 User manual

ENGLISH
Maris™ ECDIS900 System
Installation Manual
www.navico-commercial.com

MARIS ECDIS900 Installation Manual
Page 2
PREFACE
DISCLAIMER
As Navico is continuously improving this product, we retain the right to make changes to the
product at any time which may not be reflected in this version of the manual. Please contact
your nearest distributor if you require any further assistance.
It is the owner’s sole responsibility to install and use the equipment in a manner that will not
cause accidents, personal injury or property damage. The user of this product is solely
responsible for observing maritime safety practices.
NAVICO HOLDING AS AND ITS SUBSIDIARIES, BRANCHES AND AFFILIATES DISCLAIM ALL
LIABILITY FOR ANY USE OF THIS PRODUCT IN A WAY THAT MAY CAUSE ACCIDENTS, DAMAGE
OR THAT MAY VIOLATE THE LAW.
This manual represents the product as at the time of printing. Navico Holding AS and its
subsidiaries, branches and affiliates reserve the right to make changes to specifications
without notice.
GOVERNING LANGUAGE
This statement, any instruction manuals, user guides and other information relating to the
product (Documentation) may be translated to, or has been translated from, another language
(Translation). In the event of any conflict between any Translation of the Documentation, the
English language version of the Documentation will be the official version of the
Documentation.
COPYRIGHT
Copyright © 2021 Navico Holding AS.
WARRANTY
The warranty card is supplied as a separate document. In case of any queries, refer to the brand
website of your unit or system: www.navico-commercial.com.
COMPLIANCE STATEMENT
Navico declare under our sole responsibility that the product conforms with the requirements
of:
•European Council Directive 2014/90/EU on Marine Equipment modified by Commission
Implementing Regulation (EU) 2020/1170 (16 July 2020) – Wheelmark.
•The relevant declaration of conformity is available in the product's section at the
following website: www.navico-commercial.com.

MARIS ECDIS900 Installation Manual
Page 3
TRADEMARKS
®Reg. U.S. Pat. & Tm. Off, and ™ common law marks. Visit www.navico.com/intellectual-
property to review the global trademark rights and accreditations for Navico Holding AS and
other entities.
•Navico® is a trademark of Navico Holding AS.
•SIMRAD® is a trademark of Kongsberg Maritime AS, Licensed to Navico Holding AS.
•C-MAP® is a trademark of Navico Holding AS.
•NMEA® is a trademark of National Marine Electronics Association.
•NMEA 0183® is a trademark of National Marine Electronics Association.
•NMEA 2000® is a trademark of National Marine Electronics Association.
•Maris™ is a trademark of Navico Holding AS.
•Microsoft Windows 7 is a trademark of the Microsoft group of companies.
•PLECDIS® is a trademark of Simrad Egersund AS.
ABOUT THIS MANUAL
MANUAL VERSION
This manual is written for the software version in effect at the date of release for this manual.
The manual is continually updated to match new software releases.
The latest available manual version can be downloaded from www.navico-commercial.com.
INTENDED AUDIENCE
This manual is written for professional installation and service engineers.
The manual assumes that the reader has basic knowledge about this type of equipment with
regards to:
•installation work to be carried out
•nautical terminology and practices.

MARIS ECDIS900 Installation Manual
Page 4
Table of contents
PREFACE .............................................................................................................................................................. 2
SYSTEM OVERVIEW .............................................................................................................................................. 6
HARDWARE................................................................................................................................................................. 6
SINGLE ECDIS .............................................................................................................................................................. 7
DUAL ECDIS ................................................................................................................................................................. 9
TRIPLE ECDIS ............................................................................................................................................................. 10
FULL MARIS SYSTEM ................................................................................................................................................. 11
FACTORY DEFAULTS FOR MARIS ECDIS900MK15/16 ............................................................................................... 12
IEC 61162-450 COMPLIANCE .................................................................................................................................... 13
BRIDGE ALERT MANAGEMENT INTERFACES............................................................................................................. 15
ALERT ID AND TEXT................................................................................................................................................... 16
SERIAL INTERFACE,SIS4000-MK2 ........................................................................................................................ 17
HARDWARE NOTES ................................................................................................................................................... 17
ELECTRICAL ........................................................................................................................................................ 21
INSTALLATION KIT..................................................................................................................................................... 21
AC POWER................................................................................................................................................................. 21
UPS............................................................................................................................................................................ 22
DC POWER................................................................................................................................................................. 22
BUFFERS AND EPFS ................................................................................................................................................... 22
CABLE RUN................................................................................................................................................................ 23
CONNECTING SENSORS............................................................................................................................................. 24
PREPARING THE COMPUTER FOR THE FIRST RUN ................................................................................................ 24
FACTORY DEFAULT.................................................................................................................................................... 24
TIME AND DATE ........................................................................................................................................................ 25
NETWORK BASICS, ECDISNETWORK......................................................................................................................... 25
NETWORK BASICS, SENSORS NETWORK ................................................................................................................... 26
NETWORK BASICS, PCRADARNETWORK .................................................................................................................. 26
NETWORK BINDINGS ................................................................................................................................................ 27
SHARE FOLDERS/SECURITY OPTIONS........................................................................................................................ 28
TEST THE NETWORK.................................................................................................................................................. 28
THE FINAL TOUCH..................................................................................................................................................... 28
INSTALLING MARISAPPLICATIONS ...................................................................................................................... 29
ECDIS900................................................................................................................................................................... 29
SENSOR MONITOR .................................................................................................................................................... 29
SHIP SPECIFIC SETTINGS............................................................................................................................................ 31
NAVTEX..................................................................................................................................................................... 32
APPLICATION MANAGER........................................................................................................................................... 34
DEAD MAN ALARM ................................................................................................................................................... 37
BACKUP AND RESTORE ............................................................................................................................................. 37
CHARTS INSTALLATION ....................................................................................................................................... 38
ENC and AVCS ........................................................................................................................................................... 38
ARCS.......................................................................................................................................................................... 38
C-Map ....................................................................................................................................................................... 38
HTC01 ....................................................................................................................................................................... 39
BIOS SETTINGS ................................................................................................................................................... 39
MARIS ECDIS900MK5 ............................................................................................................................................... 39
ECDIS MK15............................................................................................................................................................... 40
MECHANICAL DRAWINGS ................................................................................................................................... 40
DIMENSIONAL DRAWINGS FOR 19’’ ......................................................................................................................... 41
TERMINAL LAYOUT FOR 19’’..................................................................................................................................... 41
DIMENSIONAL DRAWINGS FOR 24’’ ......................................................................................................................... 42

MARIS ECDIS900 Installation Manual
Page 5
TERMINAL LAYOUT FOR 24’’..................................................................................................................................... 42
WIRING DETAILS FOR MK15...................................................................................................................................... 43
HATTELAND FLAT PANEL COMPUTER MK15............................................................................................................. 43
HATTELAND MONITOR HD26T21.............................................................................................................................. 44
ECDIS900 PCMK5...................................................................................................................................................... 44
INSTALLATION KITS ................................................................................................................................................... 45
SIS4000-MK2 INSTALLATION ANDCONFIGURATION ................................................................................................ 47
C-MAP CHART INSTALLATION ................................................................................................................................... 53
MORE ABOUT UPS .................................................................................................................................................... 56
ECDIS CHECKLIST................................................................................................................................................ 59

MARIS ECDIS900 Installation Manual
Page 6
SYSTEM OVERVIEW
HARDWARE
MARIS ECDIS systems come in several variants:
Stand-alone unit MARIS ECDIS900 MK15 19” 4S
MARIS ECDIS900 MK15 24” 4S
Split unit MARIS ECDIS900 MK5 and MK5A can be delivered with four different monitors:
•Hatteland 24" monitor
•Hatteland 26" monitor
•Simrad M5024
•Simrad M5027
Both variants have VGA output for a slave monitor that can be used for Conning Display or
installed in the captain’s quarter. The maximum cable length is 15meters.
The split units are flexible as the monitor size can be selected from 24 to 26 inches. Wide
screen monitors are supported.
More information about the installation possibilities can be found in the chapters, Electrical
and Mechanical Drawings.
The split solution requires a standard RS232 serial cable between the units. This cable carries
control signals for the color table, dimmer and audiblealarm.
For configurations using the M5024 monitor, refer to the E0102 Alarm Panel User Guide and
the M5000 Series Monitors User Guide.
The VGA connection is intended for a slave monitor or VDR.

MARIS ECDIS900 Installation Manual
Page 7
SINGLE ECDIS
MINIMUM CONFIGURATION
Important:
An RJ45 loop-through network plug must be fitted to avoid networkproblems.
The MK15 minimal configuration is as follows:
STANDARD DELIVERY FOR MK15
The standard delivery of a single ECDIS includes:
•USB DVD DRIVE SAMSUNG SE208
•USB PANEL MNT EXTENSION CABLE, 1M
•KEYBOARD CHERRY US/ENGLISH, USB
•MOUSE, LOGITECH MARBLE USB
•ECDIS900 Documentation and installation kit
Minimal configuration of an ECDIS MK5 is as follows:
STANDARD DELIVERY FOR MK5
•MARIS ECDIS900 MK5 PC
•BRACKETS FOR MK5 PC

MARIS ECDIS900 Installation Manual
Page 8
•MARIS ECDIS900 24" Monitor
•KIT, D-SUB FOR HATTELAND MONITORS
•KEYBOARD CHERRY US/ENGLISH, USB
•MOUSE, LOGITECH MARBLE USB
•SIS4000 MK2 - 8CH SERIAL TO LAN
•ECDIS900 Documentation and installation kit

MARIS ECDIS900 Installation Manual
Page 9
DUAL ECDIS
MINIMUM CONFIGURATION
This is the typical configuration on board most ships.
The system meets IMO minimum requirements for sailing paperless. Note that the mandatory
signals are hardwired to each computer. One fail does not affect the rest of the equipment
that stays fully functional. The ECDIS computers are networked, so charts, routes etc. can
be shared among the computers. Additional sensors, for example AIS and ARPA, can be
connected to the free ports and shared over the network.
ECDIS MK15 CONFIGURATION (DUAL)
STANDARD DELIVERY OF ECDISMK15
•Two split units (PC and monitor)
•Network switch
ECDIS MK5 CONFIGURATION (DUAL)

MARIS ECDIS900 Installation Manual
Page 10
STANDARD DELIVERY OF ECDISMK5
The standard delivery of dual ECDIS includes:
•Two split units (PC and monitor), including 8 channels NMEA interface
(SIS4000-MK2)
•Network switch
TRIPLE ECDIS
An extra ECDIS workstation is added.
Should one fail, the system falls back to a fully functional dual ECDIS, which still meets the
IMO requirements. The ship is not forced to repair the failing ECDIS before leaving the harbor.
It can continue to the next convenient port of call.

MARIS ECDIS900 Installation Manual
Page 11
FULL MARIS SYSTEM
The Conning station displays in a graphical manner data that is available from the network.
For example, engine, rudder, thruster, etc. This is typically engine data from the VDR and
navigational data from the ECDIS.
The system is modular in nature, and can be extended in many ways, for example with MARIS
LOG4000 and/or VDR as shown below.
With the Internet connection, remote maintenance is an option when broadband is available
on board, which greatly reduces running servicecosts.
MARIS keeps a sharp eye on the modular functionality. A failing or malfunctioning
workstation will not bring the whole system down and will not compromise safety of
navigation.
The router is mandatory to separate the ECDIS network from the ship’s network and is
normally part of the ship’s IT equipment. If it is missing, MARIS can supply arouter.
Simply connecting to the ship’s network without a router is not allowed.

Page 12
MARIS ECDIS900 Installation Manual
FACTORY DEFAULTS FOR MARIS ECDIS900MK15/16
All computers leave the factory with these settings.
Windows 7 logon:
Computer name: Monitoring
Workgroup: Maris
User name: Maris
Password: Empty
Network:
Unused networks are disabled.
Serial interface:
Note:
The sensor names must not contain spaces – use the underscore character.The
maximum length is 6 characters in accordance with SIS4000-MK2specifications.
Name Type IP-Address Subnet mask Gateway/DNS
ECDIS network
Optional 2nd IP Cx to
MARIS Router
Work 192.168.3.150
192.168.123.150
255.255.255.0
255.255.255.0
192.168.123.1/
192.168.123.1
Sensor network Public 192.168.4.200 255.255.255.0Not used
PcRadar network Public 192.168.5.200 255.255.255.0Not used
Monitoring SIS4000-Mk2
GPS Ch1, port 8010
GyroCh2, port 8011
Log Ch3, port 8012
ARPA_X Ch4, port 8013
Wind Ch5, port 8014
ES Ch6, port 8015
Navtex Ch7, port 8016
AIS Ch8, port 8017

Page 13
MARIS ECDIS900 Installation Manual
Programs pre-installed:
•Sensor Monitor with Hatteland Display Controller configured
•ECDIS900
•Application Manager
•TeamViewer
•CaptureScreenClient
Additional software ready for installation can be found in the folder “Maris Apps” on the
desktop.
IEC 61162-450 COMPLIANCE
SYSTEM FUNCTION BLOCK
ECDIS900 uses UDP communication and datagrams.
NETWORK REQUIREMENTS
All equipment connected to the ECDIS900 network must be tested against the relevant
requirements contained in IEC 60945. See relevant certificates.
ERROR LOGGING FUNCTION
Errors occurring during transmission or reception of route as well as binary files are stored in
two log files titled 61162-450Route.log, and Error61162-450.log. The log files are in the folder
Programdata/MARIS/Log/ECDIS900.
Error logs and error type counters are stored in: C:/Programdata/MARIS/Capture/Capture.ini
Error types:
•ERROR2: Transmission stopped!
•ERROR4: ACK ERROR
•ERROR5: QUERY RECEIVED
•ERROR6: Corrupted Header error
•ERROR7: Transmission stopped! Error in header
•ERROR8: WRONG Destination
•ERROR9: Non retransmittable route error.
The error log files and error counters are reinitialized every week.
UNIQUE SYSTEM FUNCTION ID (SFI)
The ECDIS900 SFI is coded and stored in the Capture.ini file. It can be edited using the
CaptureScreenClientApp.
MULTICAST GROUP
Open the Capture.ini file using the CaptureScreenClientApp and in the Network and
[RouteProtocol] sections enter the IP addresses/port numbers and DestID for the recipients of the
binary file and for route sending.

Page 14
MARIS ECDIS900 Installation Manual
OTHER NETWORK FUNCTION (ONF)
Sensor Monitor (SM) is used as ONF. It sends 61162-1 sentences to the network using
broadcast messages and internal format. SM doesn’t use multicast, IPs and ports from the
standard. It uses ports 8001 and 8005, and broadcast IPs 192.168.3.255 (255.255.255.0).
NETWORK PROTOCOL
The ECDIS900 uses network IP Version 4 protocol.
IP ADDRESS ASSIGNMENT
•MONITORING ECDIS: 192.168.1.150 (LAN PORT 1 for ECDIS interconnection), and
192.168.123.150 (LAN PORT 2 for Internet access).
•PLANNING ECDIS: 192.168.1.151 (LAN PORT 1 for ECDIS interconnection), and
192.168.123.151 (LAN PORT 2 for Internet access).
•SIS4000 Mk2 NMEA Serial to Ethernet converter 192.168.4.200.
Note: The ECDIS900 does not reserve any sub-nets.
In an ECDIS900 network, each datagram is transmitted and received within the multicast
address range 239.192.0.1 to 239.192.0.64.
NETWORK INTERFACE
The Ethernet switch, Moxa EDS-405A Series, is used in an ECDIS900 installation. It provides
IGMP Snooping, QoS, IEEE 802.1Q VLAN, port-based VLAN support, and supports standards
IEEE 802.3u for 100BaseT(X), 100BaseFX and IEEE 802.3x for flow control. For more information,
refer to the EDS-405A Managed switch installation guide.
The Ethernet cables used in an ECDIS900 system are CAT5 STP four shielded twisted pairs, or
ISO/IEC 11801 (Class D).
DATAGRAMS
The maximum datagram input rates are:
a) 1000 for the maximum number of datagrams per second received, intended for,
and processed by the equipment.
b) 500 for the maximum number of datagrams persecond received by, butnot
intended for theequipment.
c) 300 for the maximum number of datagrams persecond received by, butnot
intended for theequipment, at 50%of the maximum load for item a) in this list.
MAXIMUM OUTGOING RATE
The ECDIS900 uses 100MB LAN. Significant network traffic is split between sensor data traffic,
radar overlay when it exists, and communication with VDR.
Sensor traffic is limited to a maximum of 3000 datagrams, which is about 1 MB per second.
Traffic to send an image to the VDR is 100 KB once per 15 seconds.
Note: For the ECDIS900, it is recommended to not set the UDP packet send limit lower than
the default setting (150 000 datagrams per second).

Page 15
MARIS ECDIS900 Installation Manual
DATAGRAM TYPES
All UDP multicast datagrams used in the ECDIS900 contain one of the following strings,
followed by a null character (all bits set to zero) as the first six bytes of the datagram:
•"RaUdP" for transmission of binary file e.g., screen dump to VDR.
•"RrUdP" for transmission of retransmittable binary files e.g., route transfer to and from
the ECDIS900.
BRIDGE ALERT MANAGEMENT INTERFACES
The system supports Bridge Alert Management (BAM). The ECDIS900 uses a communication
protocol based on an interface using a series of sentences: ALF, ALC, ACN, ARC and HBT.
The interface for alerts complies with the IEC 61162-1 standard.
ALERT LIST
The alerts can be category A or category B.
Alert type abbreviations:
•A: Alarm
•C: Caution
•W: Warning
Category A alerts
Information Type
Crossing safety contour A
Crossing area with special conditions (selectable) C or W
Crossing navigational hazards C
Deviation from route A
Approach to critical point A or W
CPA/TCPA A
AIS target processing/display capacity is about to be exceeded C
AIS target processing/display capacity have been exceeded W
Outside anchor watch area (escalation) A or W
User-defined alarm A
Course change (TCS) A
Back-up Navigator (TCS) A
End of track alert (TCS) W

Page 16
MARIS ECDIS900 Installation Manual
Category B alerts
Information Type
Position system failure W
Gyro failure W
STW failure W
Different geodetic datum. (If the local datum on the GPS is
different from the WGS-84 datum, a warning is generated.)
W
Note: The ECDIS900 doesn’t handle Emergency alarms, or category C alerts.
ALERT ID AND TEXT
When BAM is connected by serial line to the Monitor station, the ECDIS900 sends alarms,
warnings and cautions to the BAMS.
The alert titles sent to BAM may be shorter and slightly different from the alert text displayed
on the ECDIS900.
ALERT TITLES AND ALERT IDs SENT TO BAM
Alert title
Alert ID
Back up navigator
99
Different geodetic datum
3005
Position system failure
3015
Failure of GYRO
3016
Master GPS changed
3017
Failure of STW
3018
Dev from pld route off-trk alm
3024
End of track
3025
Early COG change indication
3027
Crossing safety contour
3030
Anchor watch - (Alarm)
3033
Anchor watch - (Warning)
3032
Area with spec. conds
3035
Crossing navig. hazard
3037
Approach critical point
3038
User object alarm
3040
Target capacity exceeded
3042
CPA-TCPA
3044

Page 17
MARIS ECDIS900 Installation Manual
SERIAL INTERFACE,SIS4000-MK2
HARDWARE NOTES
SIS4000-Mk2 is a network-based module. All channels are configured forRS422.
Channel 1 to 6 is input only, Baud rates 4800 or 9600, 8n1.
Channel 7 and 8 is input/output, Baud rates 1200 to 115200,8n1.
The tables that follow are for general cargo ships. Seismic vessels and other special purpose
ships will most likely be different.
The same goes for sensors transmitting on an uncommon baud rate. Connect to Ch 7 and
move the Navtex sensor to another computer with free channels.
Keep the standard when installing. Stick to the tables as far as it willgo.
SINGLE ECDIS900
Monitoring SIS4000-Mk2
GPS1 Ch1, port 8010
GPS2
Gyro Ch2, port 8011
Log Ch3, port 8012
ARPA_X Ch4, port 8013
ARPA_S
Wind Ch5, port 8014
ES Ch6, port 8015
Navtex Ch7, port 8016
AIS Ch8, port 8017
Once the channels are configured, the Sensor Monitor reads the data and transmits it over
the ECDIS network, making it available for all other computers.
For that reason, it is imperative that every sensor in the system has its own unique port
number to avoid conflicts.

Page 18
MARIS ECDIS900 Installation Manual
DUAL ECDIS900
Monitoring SIS4000-Mk2
GPS1 Ch1, port 8010
GPS2
Gyro Ch2, port 8011
Log Ch3, port 8012
ARPA_X Ch4, port 8013
ARPA_S
Wind Ch5, port 8014
ES Ch6, port 8015
Navtex Ch7, port 8016
AIS Ch8, port 8017
Planning SIS4000-Mk2
GPS1
GPS2 Ch1, port 8020
Gyro Ch2, port 8021
Log Ch3, port 8022
ARPA_X
ARPA_S Ch4, port 8023
Free Ch5, port 8024
Free Ch6, port 8025
Free Ch7, port 8026
Free Ch8, port 8027
Please note the different port numbers!
If the defaults are not changed, the sensors will transmit on the same port, leading to
inaccurate data.
For example, GPS1 and GPS2 transmitting on the same port will give a jumping position on
the ECDIS900.

Page 19
MARIS ECDIS900 Installation Manual
TRIPLE ECDIS900
Monitoring SIS4000-Mk2
GPS1 Ch1, port 8010
GPS2
Gyro Ch2, port 8011
Log Ch3, port 8012
ARPA_X Ch4, port 8013
ARPA_S
Wind Ch5, port 8014
ES Ch6, port 8015
Navtex Ch7, port 8016
AIS Ch8, port 8017
Planning SIS4000-Mk2
GPS1
GPS2 Ch1, port 8020
Gyro Ch2, port 8021
Log Ch3, port 8022
ARPA_X
ARPA_S Ch4, port 8023
Free Ch5, port 8024
Free Ch6, port 8025
Free Ch7, port 8026
Free Ch8, port 8027

Page 20
MARIS ECDIS900 Installation Manual
Backup SIS4000-Mk2
GPS1 Ch1, port 8030
GPS2
Gyro Ch2, port 8031
Log Ch3, port 8032
Free Ch4, port 8033
Free Ch5, port 8034
Free Ch6, port 8035
Free Ch7, port 8036
Free Ch8, port 8037
Note the different port numbers!
If the defaults are not changed, the sensors will transmit on the same port, leading to
inaccurate data.
For example, GPS1 and GPS2 transmitting on the same port will give a jumping position on
the ECDIS900.
GENERAL
When installing, keep in mind that every ECDIS900 must be able to run as a standalone unit.
The SIS4000-Mk2 must be installed as a dedicated unit for the computer,
and NOT shared over the ECDIS900 network!