Simrad E5024 ECDIS Installation manual
Contents
1. gt Note While the HDMI standard does not state maximum cable length signal may be com promised on long runs Only use Navico or other high quality HDMI certified cables 3rd party cables should be tested before installation On runs over 10 m it may be required to add an HDMI amplifier or use HDMI CAT6 adaptors Wiring E5024 ECDIS Installation Manual 11 12 Connecting control devices The ECDIS CPU must be connected to a M570 or LTSX50 trackball for control Plug the trackball into either USB port it will be automatically detected and enabled for use M570 and LTSX50 trackball control M570 trackball E5000 processor M570 receiver Note Keep spare sets of batteries on hand at all times The CAN bus Device connection The E5000 processors are equipped with a NMEA 2000 compatible data port which allows the receiving and sharing of data from various sources Essential network information The standardized physical cables connectors for the NMEA 2000 are Micro C and Mini C directly derived from the automation industries DeviceNET Micro C being the more commonly used size While most Simrad products now use Micro C cabling and connectors some products still use proprietary SimNet connectors which are easily made compatible via adaptor cables A network consists of a linear backbone from which drop cables conne2. 1 Serial 1 1B brown NMEA 0183 RX_A ECDIS TTYS1 brown white NMEA 0183 RX_B green NMEA 0183 TX_A green white NMEA 0183 TX_B 2 Serial 1 1A blue RS422_RX ECDIS TTYSO blue white RS422_RX orange white RS422_TX orange RS422_TX 3 Serial 2 2B brown NMEA 0183 RX_A ECDIS Serial TCP brown white NMEA 0183 RX_B green NMEA 0183 TX_A green white NMEA 0183 TX_B 4 Serial2 2A blue RS422 RX NSO blue white RS422_RX orange white RS422_TX orange RS422_TX gt Note NMEA 0183 devices communicate at 4800 baud while NMEA 0183 HS devices com municate at 38 400 baud Set the serial port baud rate to the same rate as used by the con nected equipment gt Note AlS is not internally bridged so it must be connected to one NMEA 0183 port on each CPU if required on both screens 14 Wiring E5024 ECDIS Installation Manual Additional NMEA 0183 inputs If more than 3 NMEA 0183 ports or approved high speed NMEA 0183 outputs are required an 5180 can be connected to the NMEA 2000 network to provide additional ports O S 1 E5000 processor 2 0 3 Backbone Connection between the E5000 and 5180 should observe all network connection rules as detailed in The CAN bus on page 12 Refer to the 5180 installation guide for details on how NMEA 0183 connections are made gt Note The SI80 converts NMEA 0183 to NMEA 2000 so source setup should be done as if the data originates from an NMEA 2000 source
3. Supported data E5024 ECDIS Installation Manual 37 38 E5000 Processor specifications Mechanical Environmental Casing ABS plastic Operating temp 1999 Water ingress IPx2 Weight processor unit only 1060 grams Dimensions overall Electrical Operating voltage 281 mm W x 232 mm H x 65 5 mm D 9 3127 DC Power consumption 45W max 1 W off power connected to ve supply Low power standby mode yes Protection reverse polarity and temporary over voltage to 36V 005 Alarm output current 1A CPUs IMX61 quad core x2 RAM DDR3 1GB Storage 16 GB ECDIS 8 GB NSO evo2 Conformity CE C Tick HDMI 60Hz nominal Ethernet 3 ports total 1 amp 2 are PoE RJ45 socket NMEA 2000 compliant 1 port on rear Micro C male LEN 1 Video input 2 ports on rear BNC female NTCS or PAL format Video output for NSO evo2 800x600 SVGA 4 3 1024x768 XGA 4 3 1280x720 HD 16 9 1366x768 WXGA 1920x1080 Full HD 16 9 1920x1200 WUXGA 16 10 1280x800 16 10 1280x1024 SXGA 5 4 Video output for ECDIS 1920x1080 Full HD 16 9 60Hz nominal USB mass storage Type A socket SD 32GB Full size SD card socket NMEA 0183 port baud rate 4800 9600 19200 amp 38400 via proprietary cable RS422 port baud rate 1200 2400 4800 9600 19200 38400 57600 115200 Charting support E5024 ECDIS system S57 or S63
4. Radar Vessel speed kn System Wind speed kn lt l tt a Alarms Localization Used for selecting the language available Users The master user is the only preconfigured user and has full access to all settings If other users are to be added the first step is to assign a password for the master user Ensure this password is recorded and securely stored by the vessel s master user Additional users can be added and are automatically given restricted access Restrictions include inability to edit settings under Performance characteristics Parameters and Sensors which do not require changes in day to day operation SA certificates The S 63 data protection scheme requires a Scheme Administrator certificate or public key to be installed on the system Usually it is pre installed but in case the System Administrator issues a new certificate you must be able to install it on the system Installing SA certificates To install an SA certificate 1 Goto Settings System and then select SA certificates A list of the currently installed SA certificates found in the E5024 ECDIS system will open 3 Note When you open the SA certificates panel for the first time after the E5000 ECDIS system launch the SA certificates launch will start automatically You can refresh the list using the Refresh button found in the top left corner of the screen 2 Install an SA certificate by selecting the Install button A wind
5. gt Note Only data from selected sources will be available for use on ECDIS For more informa tion refer to Websocket interface connection on page 23 Talkers and Listeners Do not connect multiple Talkers to any serial input Rx of the unit The NMEA 0183 standard is not intended for this type of connection and data will be corrupted if multiple devices transmit simultaneously The output however may drive multiple Listeners The number of receivers is finite and depends largely on the receiving hardware Typically driving three devices is possible Ethernet device connection Ethernet is used to interconnect high bandwidth devices such as radar sonar and other CPUs The E5000 processor has three ethernet ports which are interconnected via an internal ethernet switch To achieve a PLECDIS system PaperLess ECDIS two E5000 processors must be connected together via ethernet to allow synchronization The connection can be made using a standard ethernet patch cable with RJ45 plugs at each end Wiring E5024 ECDIS Installation Manual 15 Getting ready to use the system Installing the charts from the NavStick The E5024 system is delivered with a pre installed overview chart Detailed world wide charts are available on the NavStick USB drive included with the system The charts are installed and maintained by using the following services e NavTracker a customized web interface from NAVTOR
6. Installation approval Mechanical Installation Power connection External equipment Spare parts and accessories E5024 ECDIS system NSO evo2 accessories Ethernet cables Supported data ECDIS NMEA 0183 amp NMEA 2000 supported sentences E5000 Processor specifications Dimensional drawings E5000 Dimensional drawings LTISX50N8 trackball dimensional drawings Contents E5024 ECDIS Installation Manual E5024 System overview The E5000 Processor features two fast quad core CPUs and dual monitor outputs to drive two displays with independent information Each quad core CPU operates independently one running ECDIS software the other running Navico s NSO evo2 multifunction display software Connectivity options for data are broad with an internal ethernet switch with three ports NMEA 0183 transmit and receive ports and a connection point for a NMEA 2000 compliant data bus Synchronizing the ECDIS CPU with a backup ECDIS device constitutes a PLECDIS system PaperLess ECDIS Integration is possible with Navico ARGUS radar The Simrad M5024 monitor offers a low profile high brightness solution for displaying video from a variety of sources M5024 monitors are color calibrated according to ECDIS requirements For installation and setup refer to the M5000 Series User Manual Separate documents are delivered for the NSO evo2 Refer to this documentation for installation configuration and operation of the NSO evo2 system The manua
7. O SIMRAD O O ALARM RESET 1 E5000 processor 2 Powerplug E5000 3 Main power E5000 4 E0102 Alarm panel 5 Blue alarm pin E5000 6 E0102 separate power For wiring details for the E0102 refer to the included manual gt Note The E5000 processor and E0102 alarm panel must have separate power supplies to be compliant 10 Wiring E5024 ECDIS Installation Manual Connecting monitors Two displays may be connected to the E5000 via the HDMI ports The ECDIS CPU HDMI 1 OUT must be connected to a Simrad M5024 to conform to IMO requirements The NSO evo2 CPU HDMI 2 OUT can connect to a wide range of supported monitors the Simrad DI 15 MO L 15 17 19 MO16 19 24 T amp P legacy MO 19 B amp G ZM series and KEPMGB 151 It is possible to use third party monitors on the NSO evo2 CPU however these should conform to the supported resolution and refresh rates defined in E5000 Processor specifications on page 38 Note LCD monitors intended for home office use are not designed to operate in areas exposed to direct sunlight and will appear dark and difficult to read Also unless carefully ventilated and protected from moisture their service life will be greatly compromised in the marine environment Monitors with a HDMI input may be directly connected to the HDMI 2 output M5024 ECDIS NSO evo2 monitor monitor DMI IN
8. Vessel AIS Radar targets Radar System lt q Lo A Alarms Vessel MMSI IMO Call sign Ship name Parameters Settings gt Note The MMSI number is required to prevent own vessel s AIS target appearing overlaid on the vessel icon and causing false alarms as a dangerous target ECDIS Software setup E5024 ECDIS Installation Manual Sensors The sensors are the external data sources such as GPS Log heading sensor and AIS They interface to the E5000 via NMEA 0183 NMEA 2000 and ethernet Sensors that are connected via NMEA 2000 are bridged internally to ethernet so selection is made as if the sensors were an ethernet source Adding a sensor On an unconfigured system the sensors page will be blank Select New to add an instance of the sensor type you wish to setup Settings Vessel Sensors Chart Vessel AIS dpth1 Radar targets Radar System PHROOA Alarms Communication settings Select the newly created sensor icon to edit the communication settings Settings Sensors Line monitor Chart Priority 1 Vv Line type Serial Sensor location Vessel Timeout 10 00s Portname COM3 X 0 00 AIS Talker ID Baudrate 4800 Y 0 00 Radar targets Description Data Parity Stop 8 V Radar Relay sentences System PHOOA Alarms Mnemonic vy GLL W VIG RMC w GGA 4 IDA Y DIM Y GNS TXT Checksum Vv v v v Vv
9. e TCP Client use to access the Host and Port settings It it used to collect sensor data from the websocket application or other sources Only one specific host and port will receive data from the websocket Other configurations may be used to obtain sensor data from an Ehternet sensor system for instance another ECDIS or a radar For more information refer to Websocket interface connection on page 23 e UDP Receiver use to set the Host and Port settings which need to match the transmitting device Use UDP Receiver to access ethernet sensors using the UDP protocol e UDP Sender use to set the Host and Port settings Use UDP Sender to transmit data using the UDP protocol The Host should be set to 0 0 0 0 and Port number can be any number between 10002 and 65535 e Serial TCP use to access the Host and Baudrate settings This is used to access the 3rd serial port located in the second serial connector Refer to the Serial 2 2B table section in NMEA 0183 device connection on page 14 Host IP address of the ethernet device Port Number of the UDP TCP port to listen to or transmit through Sensor location Position of the sensor on board the own vessel relative to the common reference point Mnemonic NMEA 0183 sentences to listen to Checksum Indicates that checksum of sentences should be checked if the checksum of a sentence is wrong the sentence is ignored if the option is off all sentences are proces
10. 9 9 I A A A 0 31 AGTHS 0 A 38 AGGLL 5822 28668 N 00600 E A A 41 AGTHS 0 A 38 AGTHS 0 A 38 PRINT S S 4D AGRSA 2 3 A 05 AGTHS 0 A 38 PRTNT S S 4D AGTHS 0 A 38 PRINT S S 4D AGRSA 2 3 A 05 Close Pause Clear Websocket interface connection The Simrad web interface is an easy to use web style portal that lets you configure NMEA 2000 sensors You can access the Sources the Device list and configure most of the hardware available in the system gt Note An up to date web browser that supports websockets must be used to access the Simrad web interface ECDIS Software setup E5024 ECDIS Installation Manual 23 Connecting to the web interface Connect your PC directly to the E5000 via an ethernet cable 1 Connect the PC to the E5000 via the ethernet port 2 Open web browser on the connected computer or device 3 Find the IP address for the ECDIS system by accessing the Menu then Settings followed by System and System information menu 4 Type the IP address into the web browser address bar gt Note Ensure that your computer s network settings are set so you can access this IP address 5 Once connected correctly the Simrad web interface home screen will appear SIMRAD at Professional Series Connected Help A Simrad product series by Navico Auto Source Selection Network Reset Data Type Selected Source Measured Boat Speed Sources Compass No Availab
11. approved ENC charts NSO evo2 Refer to NSO evo2 Operator Manual E5000 Processor specifications E5024 ECDIS Installation Manual Dimensional drawings E5000 Dimensional drawings 265 mm 10 42 f i 1 A 130 mm 5 13 232 mm 9 14 gt Note The dimensional drawings for the monitor and alarm panel are found in a separate document LTSX50N8 trackball dimensional drawings 59 70 mm 116 00 mm 16 70 mm 104 00 mm 41 00mm 2 00 mm T S A 130 00 mm 118 00 mm CN AE LC Dd heere ai fnere eeh fl l 39 Dimensional drawings E5024 ECDIS Installation Manual x 1 O O 107 8 8 9 8 8 k PRO SIMRAD YAC CE
12. characteristics i cd AIS Parameters Radar targets Sensors Radar System Alarms J it 4 Display settings Refer to the E5024 ECDIS Operator Manual ECDIS Software setup E5024 ECDIS Installation Manual 19 20 Performance characteristics Select Performance characteristics from the Vessel settings to enter vessel specific details Chart Vessel AIS Radar targets Radar System J a Alarms Settings Vessel Performance characteristics Turn radius 0 100 NM Deviation port 0 100 NM Vessel dimensions Economic speed Maximum speed 15 0 kn 30 0 kn Deviation starboard 0 100 NM MAXIMUM HEIGHT Maximum height 5 0 m Maximum draft 2 0 m Current draft 15 m The vessels dimensions are used to draw the ship s outline on the chart approximately to scale The height draft and other performance characteristics constrain the user routes created and are related to grounding and safety checks gt Note The Common Reference Point is a common point selected on the ship usually the con ning station to which all sensors are referenced to The Common Reference Point must be set in relation to the measurements of your own ship Offset data must be entered correctly to compensate for the offset between the location of your sensors Parameters Select Parameters from the Vessel settings to enter vessel s unique identification details Chart
13. eventually request changes according to the guidelines in the NavTracker User guide When completed the NavTracker system will update you subscription information and chart updates and Chart permit codes for the purchased charts are prepared These chart updates and Chart permit codes are downloaded to the NavStick by using the NavSync program Updating the content of the NavStick When the chart subscription is agreed available chart updates and Chart permit codes for the purchased charts are prepared These files are downloaded to the NavStick by using the NAVTOR NavSync program Download and install the NavSync program from http navsync navtor com on your PC e The NavSync icon is added to your desktop when the installation is completed Insert the NavStick in the PC Double click on the NavSync icon to start the program Follow the instructions on the screen to update the content of the NavStick with the latest available charts Copying the contents from the NavStick to the E5024 system Insert the NavStick with the charts and the license code into the E5000 processor Open the Chart managment menu and select Install charts Select Find and install charts e The system will now automatically recognize the NavStick and list the content Select the charts you want to install Enter a new name or select an existing name for the SENC geodatabase destination Selected charts and license codes are now copied to the E5024 system Route
14. in the chart view NO3B0412 1 145 800 Menu Sound is turned off Better scale chart is available e NO4D0612 1 22000 98 04 9656 N DR Fri Lost Radar target alarm is turned 006 00 6063 E Mode off 4 Radar targets layer is turned off e To turn the alarm on tick on the Lost radar target alarm check box The indication is removed from the chart view ECDIS Software setup E5024 ECDIS Installation Manual Installation approval Mechanical Installation Refer Description All units mounted as described METANO Comment E5000 Monitor Trackball mouse External alarm panel Ethernet port used CAN bus Powered and terminated to instructions 5180 Connected Power connection Description Refer Power connected to E5000 Yes No Voltage Power connected to Extenal alarm panel External equipment External equipment Type of equipment to Input Refer Yes No Baudrate YP san sentence Output Li Colaa Mi 010 0 0 system Serial 1 1A input Output Serial 1 1B input Output Serial 2 2B input Output 5180 CH1 input Output SI80 CH2 input Output 5180 CH3 input Output 5180 CH4 input Output External Ethernet connections Refer Yes No Type of equipment Ethernet 1 Ethernet 2 Ethernet 3 Installation approval E5024 ECDI
15. location in the backbone for smaller systems For larger systems introduce power at central point in the backbone to balance the voltage drop of the network If an 5180 unit is included in the system this unit should be used for powering the CAN bus backbone gt Note Do not connect the CAN bus power cable to the same terminals as the engine start batteries autopilot computer radar bow thruster or other high current devices When you have a larger system with network power in the center of the backbone you should make the installation such that the load current draw from the devices in each side branch is equal dine DID 0006 a oli DID Of 1 N2K sensor 2 E5000 processor 3 0 4 Power source 5 Drop cable should not exceed 6 m 20 ft each 6 SI80 module configured with terminator This 5180 is used to power the CAN bus 7 T connectors 8 Backbone 9 Terminator Wiring E5024 ECDIS Installation Manual 13 NMEA 0183 device connection The E5000 processor has four NMEA 0183 ports three for the ECDIS CPU and one for the NSO evo2 CPU Each port supports bi directional NMEA 0183 traffic The NMEA 0183 port for the NSO evo2 CPU may be configured for either NMEA 0183 or touch screen control Both the baud rate and sentences output by both CPUs are configurable connector name colour signal serial ECDIS
16. Cancel Delete The image above shows a typical sensor page The upper section of the page is similar for all sensors The Mnemonic NMEA sentences eg GLL VTG shown are dependent on the Sensor type selected The following describes the settings Priority Priority of the sensor if several sensors of the same type are registered if the sensor with the highest priority is lost sensor with the next highest priority is used instead Timeout Time period between the loss of connection with the sensor and triggering the source lost alarm Talker ID ID of the sensor used to distinguish between sensors of the same type or sensors sending the same NMEA sentences This allows the system to listen only to a specific talker A wildcard can be used to listen to messages from all sources of the type selected ECDIS Software setup E5024 ECDIS Installation Manual 21 22 Description Description of the sensor for identification purposes only Relay sentences Enables vessel sensor parameters information to be relayed through the ethernet connection made in a PLECDIS system Line type The following types of connection are available e Serial use to access the Port name Baudrate and Data Parity Stop settings Port name on the device is always dev ttysx x can be 0 1 or 2 Baudrate and Data Parity Stop needs to match the settings of the transmitting device e TCP Server use to access the Port settings
17. E5024 ECDIS System Installation Manual ENGLISH PRO S MRAL Preface 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 Contact your nearest distributor if you require any further assistance It is the owner s sole responsibility to install and use the instrument and transducers in a manner that will not cause accidents personal injury or property damage The user of this product is solely responsible for observing safe boating 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 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 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 Copyright Copyright 2015 Navico Holding AS Warranty The warranty card is supplied as a separate document I
18. S Installation Manual 33 34 Spare parts and accessories E5024 ECDIS system Part Number 000 1124 001 Description Serial cable NMEA 0183 8 way 2m 000 11534 001 Serial cable NMEA 0183 8 way 10m 000 11248 001 HDMI cable 3m 000 11249 001 HDMI cable 10m 000 10425 001 5180 NMEA Signal Interface 000 123 5 001 LTSX50N8 trackball black panel mount ECDIS 000 12263 001 NavStick PRIMAR SENC 000 123 76 001 NavStick UKHO SENC 000 12262 001 Logitech wireless M570 trackball 151 10380 001 M5024 Monitor Only Monitor O000 11781 001 M5024 Monitor 000 1 1780 001 E5000 ECDIS processor 151 10379 001 E5000 ECDIS processor Only Processor 000 001 28 001 Power cable for E5000 processor 000 12264 001 E0102 Alarm Panel NSO evo2 accessories Note The latest information about NSO evo2 accessories can be found on the web NMEA 2000 compliant data cables Part Number Description 000 01 24 69 Micro C starter kit 120 ohm female terminator cap 120 ohm male terminator cap Micro C T piece connector Micro C 2 0 61M extension cable Micro C 15 4 55M extension cable Mirco C power cable 000 10996 001 Micro C 4 way T piece connector 000 0127 52 Micro C Terminator kit male and female caps 000 0119 79 Micro C T piece connector 000 0119 75 Mirco C power cable 000 0119 88 M
19. anual 5 E5000 CPU USB 1 NMEA2000 SERIAL 1 SERIAL 2 POWER NETWORK 14 NETWORK 3 VIDEO 1 IN HDMI 1 OUT 45W MAX NETWORK 2 USB 2 VIDEO 2 IN HDMI 2 OUT SD CARD Description Peps CHU HOOO CO 1 Ethernet Network ports with PoE 2 ports shared 2 Ethernet Network port 1 port shared 3 Video Input BNC sockets n a 2 ports 4 NMEA 2000 port 1 port shared 5 NMEA 0183 serial 3 1 6 Power connector shared 7 USB ports 2 n a 8 HDMI sockets 1 1 SDcardslot 1 port shared gt Note For NSO evo2 Installation refer to the separate NSO evo2 Installation Manual gt Note On the E5000 hardware there are some differences compared to a normal NSO evo2 e The USB ports are dedicated to ECDIS and cannot be used in the NSO software e The alarm output pin is dedicated to the ECDIS software and will not be triggered by NSO software e There will only be one free serial input to the NSO software This can be used for Touch screen OR NMEA 0183 input E5024 System overview E5024 ECDIS Installation Manual Hardware installation Mounting location Choose the mounting locations carefully before you drill or cut Be sure to leave a direct path for all of the cables Ensure that any holes cut are in a safe position and will not weaken the boat s structure If in d
20. card in the SD card slot or a memory stick in the USB port on the E5000 and save the User permit code from the System Settings dialog This code is sent to Navico by email at chartservice navico com gt Note You can NOT save the User permit code to the NavStick Settings System Chart Display Day Night mode Vessel Sound AIS On screen keyboard Radar targets Units Date amp time Radar Localization System Users Alarms SA certificates Save user permit em System information J it a Synchronization Backup Restore configuration Copy error logs 16 Getting ready to use the system E5024 ECDIS Installation Manual Pe oe Verifying or changing your chart subscription When Navico receives the User permit from the vessel and the chart subscription is agreed Navico creates a custom account and a customized web site in NAVTOR NavTracker From this web site you can view and manage your subscription You log on to this system via a web browser http navtracker navtor com or as an iPhone iTouch or iPad app Apps can be downloaded from iTunes Store for iOS or Google Play Store for Android Log on to the NavTracker Enter your email and password received from Navico when the subscription was agreed Sign in to enter your customized NavTracker web site Download the NavTracker User guide for detailed information about how to use the NavTracker Verify that you subscription is correct
21. cation NMEA Sentence Receive Transmit Receive Translated from PGN ACK Acknowledge Alarm X X ALR Set Alarm State APB Heading Track Controller Autopilot Sentence 8 DBT Depth Below Transducer 128267 DPT Depth x 128267 DIM Datum Reference x All NMEA2000 Data is in WGS 84 Datum GGA Global Positioning System Fix Data x lt 129025 129029 GLL Geographic Position Latitude Longitude 1 1029 GNS GNSS Fix Data 129025 129029 HDT Heading True MWD Wind Direction amp Speed 127250 MWV Wind Speed amp Angle RMC Recommended Minimum Specific GNSS Data 127256 129025 129026 129033 ROT Rate Of Turn THS True Heading and Status 127251 127250 TLB Target Label TLL Target Latitude and Longitude Supported data E5024 ECDIS Installation Manual TNT Proprietary X Track steering sentence TTD Tracked Target Data Xx TIM Tracked x Target Message TXT Xx Supplementary to ALR with more info VBW Dual X K 128259 Ground Water Speed VDM AIS X VHF Data link Message VDO AISVHF x Data Link Own Vessel Report VHW Water Xx xX 127250 128259 Speed and Heading VTG Course X X 129026 Over Ground amp Ground Speed ZDA Time amp X X 129033 Date
22. ct to the CAN bus compliant devices A single drop cable has a maximum length of 6 m 19 7 ft The total length of all drop cables combined should not exceed 78m 256 ft A NMEA 2000 network using Micro C cabling has a maximum cable length of 100 m 328 ft between any two points A NMEA 2000 network needs to have a terminator at each end of the backbone A terminator can be a terminator blank plug Planning and installing a network backbone The Micro C backbone needs to run between the locations of all products to be installed typically in a bow to stern layout and be no further than 6 m from a device to be connected Choose from the following components to make up the backbone Micro C cables 0 4 m 1 3 ft 2 m 6 6 ft 5 m 16 6 ft and 9 m 29 5 ft cables T connector Used to connect a drop cable to the backbone Micro C power cable Connected to backbone via a T connector Note Most NMEA 2000 devices can be connected directly to a Simrad SimNet backbone and SimNet devices can be connected to a NMEA 2000 network by using adapter cables Wiring E5024 ECDIS Installation Manual gt Note Simrad devices with Micro C NMEA 2000 connectors are fully compatible with a SimNet network by using a Micro C to SimNet adapter cable Power the CAN bus The network requires its own 12 V DC power supply protected by a 5 amp fuse or breaker For vessels fitted with 24 V systems use a DC DC converter to supply 12 V Connect power at any
23. giving the navigator and ship management full overview of chart usage chart update history and chart management The customized NavTracker web interface is created and log on details submitted to the user when the charts are purchased e NavSync a PC program from NAVTOR used for receiving and updating the content on the NavStick The system allows for installing and using charts in 557 and 563 format from other chart suppliers Refer to Installing charts from other suppliers on page 18 Before the charts can be copied from the NavStick to the E5024 system the following steps must be performed Submit the User permit code to Navico Verify your chart subscription from the NavTracker web site Update the content of the NavStick to include chart updates and Chart permit codes Copy content of the NavStick to the E5024 system o 2 PE gt Note Step 1 is usually done in the office The other steps are done when the system is in stalled and ready for configuration The next sections describe the required steps in detail Submitting the User permit code to Navico A license code has to be obtained from Navico before the charts can be installed from the NavStick To obtain this code the system s User permit code must be submitted to Navico The system s User permit code is automatically generated in the E5000 computer If the E5000 is replaced a new User permit code has to be submitted to Navico to be able to use the charts Insert a
24. icense e The terms HDMI and HDMI High Definition Multimedia Interface and the HDMI Logo are trademarks or registered trademarks of HDMI Licensing LLC in the United States and other countries About this manual This manual is a reference guide for installing the Simrad E5024 ECDIS system Important text that requires special attention from the reader is emphasized as follows Note Used to draw the reader s attention to a comment or some important information warning Used when it is necessary to warn personnel that they should proceed carefully to prevent risk of injury and or damage to equipment personnel E5024 ECDIS Installation Manual O OO OO 09 OM Sd Sd N 33 D 33 33 34 34 34 35 36 36 38 39 39 39 Contents E5024 System overview E5000 CPU Hardware installation Mounting location E5000 processor installation M570 trackball M5024 series monitor installation E0102 Alarm panel and SI80 LTSX50 trackball Option Wiring Guidelines Power connection External alarm Connecting control devices The CAN bus NMEA 0183 device connection Ethernet device connection Getting ready to use the system Installing the charts from the NavStick Installing charts from other suppliers Selecting charts to display ECDIS Software setup Chart settings Vessel settings Websocket interface connection AIS settings Radar targets settings Radar settings System settings Alarms settings
25. icro C 2 0 61M extension cable 000 0127 53 Micro C 6 1 82M extension cable 000 0119 86 Micro C 15 4 55M extension cable 000 0119 83 Micro C 25 7 58M extension cable 000 0127 45 SimNet Micro C adaptor kit Simnet cable joiner SimNet to Micro C male plug 0 5m cable for connection of a SimNet device to a Micro C backbone Micro C T piece connector 24005729 SimNet to Micro C male plug 0 5m cable for connection of a SimNet device to a Micro C backbone 24006199 SimNet to Micro C female plug 1m cable for connection of a NMEA 2000 data device to SimNet backbone 24006413 SimNet to Micro C female 4m 13 ft cable for connection of a NMEA 2000 data device to SimNet backbone Spare parts and accessories E5024 ECDIS Installation Manual Ethernet cables Part Number Description 000 0127 51 Ethernet cable yellow 5 Pin 2 m 6 5 ft 000 0127 29 Ethernet cable yellow 5 Pin 4 5 m 15 ft 000 0127 30 Ethernet cable yellow 5 Pin 7 7 m 25 ft 000 01 27 37 Ethernet cable yellow 5 Pin 15 2 m 50 ft 000 11246 001 Ethernet adaptor cable yellow 5 Pin RJ45 Spare parts and accessories 55024 ECDIS Installation Manual 35 36 Supported data ECDIS NMEA 0183 amp NMEA 2000 supported sentences The following data types are Supported on E5000 NMEA 0183 either as RS422 or Ethernet N2k RX only All N2k data is translated to NMEA 0183 before used in ECDIS appli
26. ing the sensor location for radar is important as it will influence accuracy of radar PPI placement over chart This effect will be most noticeable when viewing chart at small scales gt Note order to overlay radar on chart display a high accuracy heading source must be pres ent 26 ECDIS Software setup E5024 ECDIS Installation Manual System settings Settings System Chart Display Day Night mode Vessel Sound AIS On screen keyboard Radar targets Units Date amp time Radar Localization System Users J it a NEE SA certificates Save user permit System information Synchronization Backup Restore configuration Copy error logs Display Used to change the color palette For more information refer to the E5024 Operator Manual Sound Used to turn the alarm sound On or Off On screen keyboard Used to turn On Off the virtual keyboard Virtual keyboard X EI a EI I E IRE CCI Ei Ei EI ERI I EI ETA EI FI EATER 5354 LI ESCI ane hai ce ee es ee oe ee ECDIS Software setup E5024 ECDIS Installation Manual 27 Units date and time Set preferred units and time and date settings Settings System Units Date amp time Chart Distance NM Time zone UTC 13 00 Kamchatka Vessel Horizontal Measurements m Daylight saving time AIS 1 Use correction from GPS Vertical Measurements m Choose date format Radar targets Depth 7
27. le Sources Number of Measured Boat Speed Sources Apparent Wind No Available Sources Measured Boat Speed No Available Sources Y True Wind Depth Position Navigation Boat Speed Sea Temperature No Available Sources No Available Sources No Available Sources No Available Sources No Available Sources No Available Sources Distance Log No Available Sources Rudder Barometric Pressure Outside Temperature Heel Trim Sailing Sailing Navigation No Available Sources No Available Sources No Available Sources No Available Sources No Available Sources No Available Sources No Available Sources Aft Depth No Available Sources Apply Values Measured Wind Sources Measured Wind No Available Sources Apply Values gt Note t will say Connected in the top right hand corner of the screen next to the help tab If it says Not Connected then check the E5000 power and connections and network activity light on both devices Vv Note A notification pop up appears if your browser does not provide websocket support gt Note Connection via a network is possible but to reduce potential issues a direct connec tion is preferred 24 ECDIS Software setup E5024 ECDIS Installation Manual Web interface menus The Web interface menu tabs can be found at the top of the web page Select the desired main menu and the available sub menu tabs will be shown directly below as indica
28. ls can be downloaded from the product site on http pro simrad yachting com 0 O 2 oh j 11 fe Item Description 1 M5024 ECDIS CPU via HDMI 1 OUT 2 MO16 19 24 M5016 24 or other NSO CPU via HDMI 2 OUT 3 HDMI cables 4 ECDIS Processor containing ECDIS and NSO CPUs 5 NMEA 0183 3 ports for ECDIS CPU 1 port for NSO CPU 6 Ethernet ports 2x PoE 1x standard 7 External alarm Blue wire on E5000 power cable 8 E0102 alarm panel ECDIS CPU only 9 M570 wireless trackball and USB receiver 10 NMEA 2000 network 11 5180 NMEA 0183 expansion module 12 NMEA 0183 HS ports for sources such as position heading etc 13 NavStick E5024 System overview E5024 ECDIS Installation Manual Included items in the E5000 box 1 E5000 ECDIS processor 1 2 Power cable 4 core 2m 1 3 Serial cable NMEA 0183 2 m 2 4 Documentation pack E5024 Operator manual 1 E5024 Installation manual 1 Warranty card 1 5 Installation kit Cable retainer 2 Cable ties 102 mm x 2 5 mm black 20 Pan head screws 19 mm x 3 5 mm phillips 2 4 Pan head screws 25 mm x 4 mm phillips 2 4 E5024 System overview E5024 ECDIS Installation M
29. n case of any queries refer to the brand web site of your display or system http pro simrad yachting com Declarations and conformance This equipment is intended for use in international waters as well as coastal sea areas administered by countries of the E U and E E A Compliance Statements The Simrad E5024 ECDIS system complies with CE under EMC directive 2004 108 EC complies with the requirements of level 2 devices of the Radio communications Electromagnetic Compatibility standard 2008 For more information refer to our website http pro simrad yachting com The Wheelmark The Simrad E5024 ECDIS system is produced and tested in accordance with the European Council Directive 96 98 EC of December 1996 on marine equipment as last amended by directive 2013 52 EU This means that the system complies with the highest level of tests for nonmilitary marine electronic navigation equipment existing today The Marine Equipment Directive 96 98 EC MED as amended by 2013 52 EU for ships flying EU or EFTA flags applies to all new ships to existing ships not previously carrying such equipment and to ships having their equipment replaced This means that all system components covered by annex Al must be type approved accordingly and must carry the Wheelmark which is a symbol of conformity with the Marine Equipment Directive Navico has no responsibility for the incorrect installation or use of the ECDIS system so it is essential fo
30. n you have more than one ECDIS in the system Each ECDIS in the system must have a unique name PLECDIS To setup a PLECDIS system two or more E5000 devices need to be connected using a standard RJ45 ethernet cable After the connection is made you can share sensors routes mariner objects permits and maps from the system setup Note Setup of a PLECDIS system is described in the Synchronization section of this manual Synchronization When operating the system with more than one ECDIS unit it is possible to Synchronize data between the systems When clicking on Node Name an ECDIS name will be generated This name sholud be changed to match the name given to the other ECDIS that you have in your network It is also required that you input the correct IP address to the other ECDIS units that you want to synchronize to If you check the Automatic backup the SENC geodatabases Mariner objects Routes Permits and Configuration files are synchronized automatically gt Note Manual synchronization can be done by accessing the Menu Tools and Backup ar rangement settings Settings System Synchronization Chart Node name Node address Automatic backup ECDIS 2 123 456 789 10 Vessel AIS Radar targets Radar System J 6 it a Alarms Cancel ECDIS Software setup E5024 ECDIS Installation Manual 29 Backup Restore configuration From the Backup Restore configuration y
31. ou are able to backup restore all the configurations done to the system To be able to create a backup you need a USB memory stick or an SD Card Copy error logs For information refer to the E5024 Operator Manual Alarms settings Settings Alarms Chart Grounding check Vessel Lost AIS target alarm inrange 20 00 AIS Lost radar target alarm inrange 20 00 Radar targets Radar System PHOOA Alarms Grounding check settings The Grounding check function is used to set a guard zone ahead of the own vessel to warn you in case dangerous or caution objects are found inside the guard zone Settings Alarms Grounding check Chart Under keel clearance 0 00m Show on chart Vessel Height clearance 1 00m Guardzoneshape Sector Vv AIS Safety distance 0 00 NM Zone angle 40 Radar targets Radar System O lt l 50 A Alarms gt Note A Navigational caution will appear on the screen if dangerous or caution objects are found within the guard zone Configuring the settings e Seta value in the Under keel clearance field specifying the minimum acceptable margin of depth between the keel and an underwater obstruction e Seta value in the Height clearance field specifying the height your vessel needs to pass under an overhead object crossing its path gt Note All depth and height values are related to the sounding and vertical datums of
32. oubt consult a qualified boat builder Before cutting a hole in a panel make sure that there are no hidden electrical wires or other parts behind the panel Do not mount any part where it can be used as a hand hold where it might be submerged or where it will interfere with the operation launching or retrieving of the boat Choose an area where the unit will not be subjected to excessive vibration or heat Choose a location that will not expose the unit to conditions that exceed the IP rating Leave sufficient clearance to connect all relevant cables For compass safe distance check the back of the units For overall width and height requirements see E5000 Dimensional drawings on page 39 Warning When installing ensure appropriate safety equipment is used e g ear muffs protective glasses gloves and a dust mask Power tools may exceed safe noise levels and can cast off dangerous projectiles The dust from many materials commonly used in boat construction may cause irritation or damage to eyes skin and lungs E5000 processor installation Hold the processor up to the desired location on the mounting surface and with a pencil or marker trace the keyhole at each of the four mounting tabs Remove the processor and mark the center of the narrow end top of each keyhole The supplied fasteners can be used when installing the processor to a wooden or fiberglass bulkhead For steel or aluminium it may be
33. ow with certificate data will open 3 Compare the data displayed with the SA certificate published on the web site of the Scheme Administrator and select OK if the data are identical or Cancel if you find any discrepancies 4 After selecting OK the certificate is installed in the system and a message notifying you about this appears gt Note you install a newly issued SA certificate it overwrites the old certificate If you install an SA certificate from a different Scheme Administrator it is installed alongside the previously installed certificates 28 ECDIS Software setup E5024 ECDIS Installation Manual Deleting SA certificates To delete an installed SA certificate Go to Settings System and then select SA certificates A list of the currently installed SA certificates found in the E50024 ECDIS system will open Select the Delete button to delete an installed certificate and confirm the operation Restoring deleted SA certificate The last deleted SA certificate can be restored To restore a deleted SA certificate Go to Settings System and then select SA certificates Select the Restore CRT button and confirm the operation to have the last deleted SA certificate restored System information See information about the ECDIS name ECDIS version SDK version and Presentation library version You can change the ECDIS name by selecting the Change button Select the new pre defined ECDIS name from the dropdown list whe
34. preferable to use machine screws with lock nuts For supplied fasteners pre drill the holes at the marked points with no larger than a 2 7 mm drill bit When drilling into fibreglass covered in gelcoat it is recommended to carefully remove the gelcoat layer with a small countersink bit after the hole has been drilled This will prevent the gelcoat from cracking as the fastener is tightened PHILLIPS 2 PH2 Hardware installation E5024 ECDIS Installation Manual 7 8 M570 trackball The M570 is a desktop trackball and can be fixed in place using self adhesive velcro Double sided mounting tape is not recommended as it would impede battery replacement The M570 receiver must be plugged into one of the two USB ports on the E5000 processor Note To fulfill the ECDIS regulations the trackball must be mounted in an illuminated loca tion M5024 series monitor installation M50xx series monitors include installation instructions and mounting templates that should be carefully read before commencing with installation The recommended means to connect the power supply and remote power signal to the E5024 is as follows The remote power signal is required to be used for a compliant ECDIS system It is recommended that the remote power signal wire be connected to the main bridge or conning station power circuit This allows the ECDIS to be powered up or down using the main power signal circuit on the boat It is fu
35. r is left on or turned on during the installation fire electrical shock or other serious injury may Occur Warning Ensure that the voltage of the power supply is compatible with the E5000 Processor Warning The positive supply wire red should always be connected to DC with the supplied fuse or a circuit breaker closest available to fuse rating Power connection The E5000 processor can be powered by either 12 V or 24V DC They are protected against reverse polarity under voltage and over voltage for a limited duration ide The supplied power cable has four cores e Red and Black power into the system e Yellow wire external command e Blue wire connecting to an external alarm Connect Red to DC using a 3 amp fuse Connect Black to DC The processor can be powered on and off using the power button on the front of the case gt Note ECDIS requirements demand the system to automatically restart after a power loss For ECDIS compliance yellow wire must be connected to a switch circuit breaker in such a way that it is running at 12 24V during normal operation Wiring E5024 ECDIS Installation Manual 9 External alarm The ECDIS CPU in the E5000 output alarms in the following way e The ECDIS CPU pulls the blue wire to GND O V
36. r the person in charge of the installation to be familiar with the relevant requirements as well as with the contents of the manuals which covers correct installation and use E5024 ECDIS Installation Manual 1 2 Warning The user is cautioned that any changes or modifications not expressly approved by the party responsible for compliance could void the user s authority to operate the equipment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that the interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that of the receiver Consult the dealer or an experienced technician for help Trademarks e NMEA 2000 is a registered trademark of the National Marine Electronics Association e Navionics is a registered trademark of Navionics SpA e Simrad is a trademark of Kongsberg Maritime AS Company registered in the US and other countries and is being used under l
37. rms panel by accessing the Menu then Settings and Alarms Settings Alarms Chart Grounding check Vessel Lost AIS target alarm inrange 20 00 AIS Lost radar target alarm wv inrange 20 00 Radar targets Radar System Alarms ORO 4 e Toturnthe alarm off tick off the Lost AIS target alarm check box When the alarm is off an indication is displayed in the chart view A NO3B0412 2015 February 03 1 145 800 07 46 02 UTC Menu Sound is turned off Better scale chart is available 58 03 6392 N quei NO4D0612 1 22000 0 DR ea Lost AIS target alarm is turned off 006 00 6046 E este Radar targets layer is turned off 4 To turn the alarm on tick on the Lost AIS target alarm check box The indication is removed from the chart view ECDIS Software setup E5024 ECDIS Installation Manual 31 32 Lost Radar Target Alarm ECDIS triggers a visible and audible warning in case a dangerous radar target is lost When the Lost Radar target alarm is ticked on the system alerts you if any radar targets are lost within the range specified Any targets lost outside the specified range will not trigger an alarm You can turn off this alarm filter To turn On Off the lost radar target alarm Open the alarms panel by accessing the Menu then Settings and Alarms e Toturn the alarm off tick off the Lost radar target alarm check box When the alarm is off an indication is displayed
38. rther advised that the ECDIS system be powered from a power supply independent from the remote power signal sharing a common ground Note Nominal viewing distance is 1m Do not install monitors in a location where this dis tance from the operator is exceeded E0102 Alarm panel and 0 Refer to the separate documentation delivered with the units LTSX50 trackball Option The optional LTSX50 is a panel mounted waterproof IP 68 trackball with scroll wheel The LTSX50 must be plugged into one of the two USB ports on the E5000 processor For dimensions see LTSX50N8 trackball dimensional drawings on page 39 Hardware installation E5024 ECDIS Installation Manual Wiring For easier access to connectors undo the two phillips screws visible on the bottom front of the E5000 case and remove the lower shroud Guidelines O W DO tnis Do not make sharp bends in the cables Do make drip and service loops Do not run cables in a way that allows water Do cable tie all cables to keep them secure to flow down into the connectors Do not route the data cables in areas Do solder crimp and insulate all wiring adjacent to radar transmitter or large current connections if extending or shortening carrying cables power or NMEA 0183 cables Do leave room adjacent to connectors to ease plugging and unplugging of cables Warning Before starting the installation be sure to turn electrical power off If powe
39. s Layers Tools Log Chart management Chart management mal Chart library Install charts um lt Find and install charts em Install charts DX a Alarms Targets Mariner objects tt Settings Install permits Manual update List of installed permits Getting ready to use the system E5024 ECDIS Installation Manual 17 18 Menu Installing charts from other suppliers The chart suppliers have different procedure for submitting Chart permit codes and charts For chart suppliers other than NAVTOR it is required to install Chart permits before charts can be copied to the system Refer to the supplier documentation for details Chart permits are copied to the system by using the Install permits menu option When Chart permits are installed the charts have to be copied from an USB or SD drive to the E5024 system by using the Find and install charts menu option Selecting charts to display All chart databases installed in the E5024 system are listed in the Chart library Select the Display option for the chart databases you want to use If you have more than one database available you can select to show multiple charts The system will however only display one chart at the time and it will automatically select the best chart available based on your vessel s position Routes Layers Tools Log Chart management mn Chart library em Char
40. sed NMEA 2000 sensors The sensors connected via NMEA 2000 are internally bridged to ethernet and should use the following settings Line type TCP client Host 127 0 0 1 Port 2000 Deleting a sensor To remove a sensor that is no longer required open the sensor settings by choosing the sensor icon Select Delete at the bottom of the page ECDIS Software setup E5024 ECDIS Installation Manual Line monitor sensor data stream To check that a sensor is providing data open the sensor by selecting the sensor icon then select the Line monitor option in the top right corner The data is shown in raw format and Updated in real time PrOOA Chart Vessel AIS Radar targets Radar System Alarms Settings Sensors AGZDA 59 AGVTG 0 T M 5 8 N K A 21 AGGGA 5822 28485 N 00600 E 205 2 5 M 8421505 M 1 1000 0001 57 AGRSA 2 4 A 02 AGHTD V 0 R R 9 9 9 9 I A A A 0 31 AGTHS 0 A 38 AGGLL 5822 28485 N 00600 E A A 40 AGTHS 0 A 38 AGTHS 0 A 38 PRTNT S S 4D AGRSA 2 2 A 04 AGTHS 0 A 38 PRINT S S AGTHS 0 A 38 PRTNT S S AGRSA 2 4 A 02 AGTHS 0 A 38 AGTHS 0 A 38 AGRSA 2 4 A 02 PRTNT S S 4D AGTHS 0 A 38 AGTHS 0 A 38 PRTNT S S 4D AGRSA 2 2 A 04 AGTHS 0 A 38 AGVHW 0 T M 5 8 N K 40 AGZDA 59 AGVTG 0 T M 5 8 N K A 21 AGGGA 5822 28668 N 00600 E 205 2 5 M 8421505 M 1 1000 0001 56 AGRSA 2 2 A 04 AGHTD V 0 R R 9 9
41. t management Chart library Chart1 Compilation date 2013 11 14 12 08 00 Coverage Display DEMO Coverage Display ENCTDS ED31 C Disol Compilation date 2013 11 25 14 29 18 overage ISplay OVERVIEW C ul Disl Compilation date 2013 11 12 11 46 41 overage ISplay Getting ready to use the system E5024 ECDIS Installation Manual ECDIS Software setup This chapter covers setup of the ECDIS CPU only See the separate NSO evo2 Installation manual for NSO evo2 setup The ECDIS CPU requires setup of critical information such as data sources vessel dimensions and radar positioning before use The following sections focus on settings that typically will not require change once configured User preference settings and operation are covered in the operator manual The ECDIS settings options are accessed by selecting the Menu button Select Settings to view the available settings options Routes Settings Layers Chart Chart Portrayal settings Menu Tools Vessel Chart objects Log AIS Navigational settings Chart management Radar targets gt 5 x 5 gt Alarms Radar Targets Settings em System tt Alarms PeROOA gt Note Most screenshots shown have been cropped to optimize display of relevant content Chart settings Refer to the E5024 ECDIS Operator Manual Vessel settings Settings Vessel Chart Display settings Vessel Performance
42. ted vece RN vy E5000 ECDIS 010088 Device Type Display Manufacturer Simrad Software Version 0 0 1 0 0 Instance Address MR 000000 Ch2 GYRO 000000 Ch3 ECDIS 000000 Ch4 Central AP 000000 20 Pilot controller 000000 Web interface help files Selecting the help tab located in the top righthand corner of the screen will show the help files related to the current page or feature AIS settings Refer to the E5024 ECDIS Operator Manual Radar targets settings Refer to the E5024 ECDIS Operator Manual ECDIS Software setup E5024 ECDIS Installation Manual 25 Radar settings Radar overlay configuration With a compatible radar connected via ethernet the radar PPI can be superimposed on the chart screen Settings Radar overlay Chart Configuration Vessel Settings AIS Radar overlay Configuration Chart Enabled Sensor location Radar te Data port 5020 X 0 00 Vessel Radar AIS Data received timeout 5 0 Y 0 00 System kl Radar tar gets Adjust range 0 Adjustorientation 0 0 Alarms J tt a Radar System OORS Alarms e Check Enabled to turn on overlay e The Data port setting should not need adjustment as is set by default for Simrad IMO radar Set the Data received timeout to stop overlay if no fresh data is provided e Set an approximate location on vessel for the radar scanner gt Note Sett
43. the chart under the own vessel Tides ARE NOT taken in consideration 30 ECDIS Software setup E5024 ECDIS Installation Manual Select a method to calculate the length of the grounding check zone in the methods drop down list and enter a value to the value field The following methods are available e Prediction time the zone length is calculated based on the predicted position of the own vessel after a specified period of time e Safety distance the zone length is calculated based on the specified distance Select a shape for the grounding check zone in the Guard zone shape drop down list The shapes available are Cardioid and Sector If the Sector shape is selected specify the angle of the sector in the Zone angle field To display the zone on the chart tick on the Show on chart check box To hide the zone tick off the Show on chart check box Note f the guard zone display is on dangerous objects inside the zone are marked with red and caution objects are marked with yellow If the guard zone display is off objects are not marked Lost AIS target alarm ECDIS triggers a visible and audible warning in case an AIS target is lost When the Lost AIS target alarm is ticked on the system alerts you if any AIS targets are lost within the range specified Any targets lost outside the specified range will not trigger an alarm You can select to turn off this alarm filter To turn On Off the lost AIS target alarm Open the ala
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