System Manual ECDIS NX Compact - raytheon-anschuetz.com...ECDIS NX Compact 1 Description Edition:001...

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ECDIS NX Compact

Edition:001

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ECDIS NX CompactTable of Contents

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Table of ContentsList of Figures...................................................................................................................................................... III

List of Tables........................................................................................................................................................ V

60 Description..................................................................................................................................................... 160.1 Purpose...................................................................................................................................................160.2 Standalone and Dual Mode................................................................................................................... 160.3 Equipment Overview.............................................................................................................................. 160.4 Trackball..................................................................................................................................................360.5 Installation and Update...........................................................................................................................460.6 Dependence on Peripheral Systems / Devices......................................................................................460.7 Technical Data........................................................................................................................................560.8 List of Optional Equipment.....................................................................................................................6

61 Installation......................................................................................................................................................761.1 Hardware Installation..............................................................................................................................7

61.1.1 General Installation Recommendations.........................................................................................761.1.1.1 Installation and Mounting......................................................................................................761.1.1.2 Installation Limitations...........................................................................................................861.1.1.3 Ergonomics............................................................................................................................961.1.1.4 Cables................................................................................................................................. 1061.1.1.5 Housing / Terminal Block Connector Overview..................................................................1161.1.1.6 Configuring Housing / Terminal Block Connectors.............................................................12

61.1.2 Installation Procedures................................................................................................................ 1461.1.2.1 Install the Unit into a Console............................................................................................ 1461.1.2.2 Connect the Cables............................................................................................................ 16

61.1.2.2.1 Cable Shielding and Strain Relief..............................................................................1661.1.2.2.2 Overview of Connections........................................................................................... 1861.1.2.2.3 Connect IEC 61162-1 (NMEA 0183) PIN Allocation..................................................1961.1.2.2.4 Connect IEC 61162-1 (NMEA 0183) Devices........................................................... 21

61.2 Software Installation............................................................................................................................2361.3 Software Configuration........................................................................................................................27

62 Annex............................................................................................................................................................33

ECDIS NX CompactTable of Contents

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ECDIS NX CompactList of Figures

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List of FiguresFig. 1: Equipment Overview................................................................................................................................... 2Fig. 2: Trackball...................................................................................................................................................... 4Fig. 3: Handling Instructions................................................................................................................................... 7Fig. 4: Panel PC, Cable Entries & Connectors Back...........................................................................................10Fig. 5: Panel PC, Cable Entries & Connectors Bottom........................................................................................11Fig. 6: Connector, Open Connector..................................................................................................................... 13Fig. 7: Connector, Insert Cables...........................................................................................................................13Fig. 8: Connector, Plug into Housing................................................................................................................... 14Fig. 9: Connector, Tighten Connector.................................................................................................................. 14Fig. 10: Installation, Slide Unit into Cutout...........................................................................................................15Fig. 11: Installation, Use Correct Brackets...........................................................................................................15Fig. 12: Installation, Mount Brackets.................................................................................................................... 16Fig. 13: Installation, Closeup of Screws and Washers........................................................................................ 16Fig. 14: Position of Strain Relief Clamps............................................................................................................. 17Fig. 15: Strain Relief Clamp with Cable............................................................................................................... 17Fig. 16: Connection Area......................................................................................................................................18Fig. 17: Connection Overview, Allocation of Pins................................................................................................ 20Fig. 18: Connection Overview, Allocation of Devices.......................................................................................... 21Fig. 19: Select Future Boot Type......................................................................................................................... 23Fig. 20: Remove USB Flash Drive....................................................................................................................... 24Fig. 21: Installation Window..................................................................................................................................25Fig. 22: Installation Complete............................................................................................................................... 26Fig. 23: User Account Control Message.............................................................................................................. 26Fig. 24: No Valid License for Kernel found..........................................................................................................27Fig. 25: Service Tool, Ship Parameters............................................................................................................... 28Fig. 26: Service Tool, Charts Configuration......................................................................................................... 29Fig. 27: Dialog: Kernel not Registered................................................................................................................. 29Fig. 28: Dialog: Login as User Service................................................................................................................ 30Fig. 29: Dialog: Logged in as User Service......................................................................................................... 30Fig. 30: Dialog: Hardware IDs.............................................................................................................................. 30Fig. 31: Dialog: Select Export Path...................................................................................................................... 31Fig. 32: Dialog: Enter ARCS PIN and User Permit..............................................................................................32

ECDIS NX CompactList of Figures

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ECDIS NX CompactList of Tables

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List of TablesTab. 1: Optional Equipment / Spare Parts............................................................................................................. 6Tab. 2: Allocation of Pins..................................................................................................................................... 20Tab. 3: Allocation of Devices: Standalone / Main Unit.........................................................................................22Tab. 4: Allocation of Devices: Backup Unit..........................................................................................................22

ECDIS NX CompactList of Tables

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ECDIS NX Compact60 Description

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60 Description

60.1 PurposeThe ECDIS NX Compact is a stand-alone ECDIS solution. It can be installed as a singleECDIS system or as a dual ECDIS system which includes a backup ECDIS NX Compact.The devices consist of a 24 inch panel PC which can be controlled by touch or trackball.They run an integrated software-controlled navigation system with advanced electronicchart capabilities including:

• Route planning• Route monitoring

The ECDIS enables a navigator to conveniently do all navigational routines which arecurrently done on paper charts.

The ECDIS takes information from various shipboard sensors:

• radar• transponder• Positioning devices• Echo sounders• Heading sensors• Speed sensors

The information is integrated into easily interpretable visual displays.

Note

Chart Datum is 1984.

For further information about features and functionality of the ECDIS software, see ECDISNX Operator Manual.

60.2 Standalone and Dual ModeECDIS NX Compact can be set up with a single unit in standalone mode or with 2 units indual mode. In dual mode, one unit is set up as master unit and one as backup unit. Thestandalone unit and the master unit in dual mode are configured the same way.

To use ECDIS NX Compact for Track Control, dual mode configuration is required anda second GPS receiver (GPS 2) is mandatory. If Track Control is not used, one GPSreceiver (GPS 1) is sufficient.

For details about the configuration in standalone and dual mode find the block diagrams inchapter 62.


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60.3 Equipment Overview

Fig. 1: Equipment Overview

Element Description

Power On/Off This symbol and all text will illuminate in red when suitable power is con-nected and the unit is turned off. When the unit is on and operating, thissymbol will change into green color and illuminate constantly.

• Power On: To turn the unit on, verify that the symbol is illuminated inred (indicates suitable power is connected) and touch the power sym-bol and hold until the the symbol changes to green light or a imageappears on the screen.

• Power Off: To turn the unit off, touch the power symbol and hold un-til it either illuminate/change from green to red or the image on screendisappears.

BrightnessAdjust

Brilliance / Brightness adjustment of the displayed image is adjusted bytouching the (-) or (+) illuminated symbols. The entire area of text andsymbols are visible as long as the unit is powered. Note that only the (-)and (+) are touch sensitive while the symbols are not.

ECDIS StatusIndicator

For units that has been factory ECDIS calibrated the text “ECDIS” will il-luminate in green constantly as long as the unit is powered. The “+” and“-” symbols will illuminate in red when the Brightness/Brillance is adjust-ed either above or below ECDIS factory calibration point.

To be able to stay within ECDIS calibrated range, please assure thatboth the “+” and “-” are not illuminated and that “ECDIS” text remains il-luminated during operation. Note that by touching these symbols no ac-tion will be performed or has been assigned.


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Element Description

Action Indica-tors

HDD

Whenever there is a storage device activity (HDD/SSD read or write op-erations) this area will illuminate and blink accordingly in sync. with theread/write operations while the unit is powered. Note that by touchingthis symbol no action will be performed or has been assigned.

SERVICE

Built in functionality to determine when the unit requires service in orderto perform within preset factory standards. This area will illuminate con-stantly until the unit is powered off. Note that by touching this symbol noaction will be performed or has been assigned.

Buzzer Only functional for units ordered with Buzzer functionality. The locationof the buzzer hole (physical hole in glass) is barely visible for the eye.Touching this area will naturally mute buzzer sound or in some casesmake it lower or change audible frequency. In no circumstances shouldthis area be blocked by either stickers or objects!

Light Sensor Used to sense level of ambient light in the surrounding environment.The sensor data can be read by suitable software through the HattelandDisplay SCOM functionality of the unit and thus can be used to controlbrightness remotely. Note: This sensor is barly visible for the eye andlies under the glass. It has no illumination behind to indicate its position.Touching or covering this area will naturally make the sensor data inac-curate and should be avoided!

60.4 TrackballECDIS NX Compact delivery includes a trackball.


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Fig. 2: Trackball

60.5 Installation and UpdateThe installation and update process includes 3 parts:

ECDIS NX Compact Hardware

The 24 inch panel pc is designed for flush mount installation. A flush mount set is includedin the package. See chapter chapter 61.1 for the installation process.

ECDIS NX Compact Software

The software is the regular ECDIS NX software, which is configured for the ECDISNX Compact. The software must be installed on the system before use. See Chapterchapter 61.2 for the installation process.

Note

A USB extension cord is included with the delivery of ECDIS NX Compact. Connectthe extension cord to the USB 3.0 port and lead the connector somewhere, where it isreachable after the installation for later updates via USB.

Charts

The chart installation and update is organized via the 7Cs ChartHandler, see ECDIS NXOperator Manual.

60.6 Dependence on Peripheral Systems / DevicesThe normal ECDIS NX Compact operation depends on following systems and devices:


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• Position sensor (e.g. GPS)• Heading sensor (e.g. Gyro Compass)• Speed sensor• Bridge Alert Management• BNWAS• Voyage Data Recorder

The following systems and devices can be connected optionally to ECDIS NX Compact instandalone mode:

• Depth sensor• AIS

The following systems and devices can be connected optionally to ECDIS NX Compact indual mode:

• Autopilot• Radar

Note

The sensor control and alarm management takes place via the integrated BIP, seeSynapsis System manual.

60.7 Technical DataHeight 384.00 mm

Width 593.00 mm

Dimensions

Depth 76.40 mm

Weight 11.2 kg

VESA Mounting 280 x 150 mm

4 x M6

Max 12 mm deep

Voltage Supply 115 & 230 V AC - 50/60Hz + 24 V DC

Power Consumption 125 W (max)

50 W (typ)

Operation Temperature -15°C to +55°C, Humidity up to 95%

Note

Even though the test conditions for bridge units providefor a maximum operating temperature of 55°C, conti-nous operation of all electronic components should, ifpossible, take place at ambient temperatures of only25°C. This is a necessary prerequisite for long life andlow service costs.

Storage Temperature -20°C to +60°C, Humidity up to 95%

IP-Rating IP66 front

IP22 rear (EN60529)


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Compass Safe Distance Standard: 115 cm

Steering: 70 cm

Display Specifications Size: 24.0 inch

Widescreen, Aspect Ratio 16:9

Resolution: 1920x1080 px

60.8 List of Optional EquipmentTab. 1: Optional Equipment / Spare Parts

Optional Equipment Equipment Number

Desktop Mounting Bracket Hatteland HDTMB SX1-C1

2012405

ECDIS NX Compact61 Installation

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61 Installation

61.1 Hardware Installation

61.1.1 General Installation Recommendations

61.1.1.1 Installation and Mounting

Fig. 3: Handling Instructions

1. This product is intended for various methods of installation or mounting (panelmounting, bracket mounting, ceiling/wall, console mounting etc.); for details, please seethe relevant mechanical drawings.

2. Adequate ventilation is a necessary prerequisite for the life of the product. The air inletand outlet openings must definitely be kept clear; coverings which restrict ventilation arenot permissible.

3. Generally, do not install the unit in a horizontal position (laying down), as this willcause heat to build up inside the unit which will damage the LCD Panel. To preventthis problem we recommend installing the unit in a vertical position (±30 degrees) toimprove the airflow through the unit.

4. To further improve the thermal situation we recommend to use forced air passing by theproduct. In some cases, convection based cooling can create “heat zones” around theproduct. This may be required in high temperature applications and also when there isreason to expect temperature problems due to non-optimal way of mounting.

5. Exposure to extreme direct sunlight can cause a considerable increase inthe temperature of the unit, and might under certain circumstances lead to


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overtemperature. This point should already be taken into consideration when the bridgeequipment is being planned (sun shades, distance from the windows, ventilation, etc.)

6. Space necessary for ventilation, for cable inlets, for the operating procedures and formaintenance, must beprovided.

7. If the push buttons of the product are not illuminated, an external, dimmable illumination(IEC 60945 Ed. 4, 4.2.2.3, e.g. Goose neck light) is required for navigational use. Theillumination shall be dazzle-free and adjustable to extinction.

8. Information about necessary pull-relievers for cables is indicated in the PhysicalConnection section of this manual. Attention must be paid to this information so thatcable breaks will not occur, e.g. during service work.

9. Do not paint the product. The surface treatment influences on the excess heat transfer.Painting, labels or other surface treatments that differ from the factory default, mightcause overheating.

10.Expose to heavy vibration and acoustic noise might under certain circumstances affectfunctionality and expected lifetime. This must be considered during system assemblyand installation. Mounting position must carefully be selected to avoid any exposure ofamplified vibration.

61.1.1.2 Installation LimitationsDue to environmental factors, please review the points noted below.

A: Overheat prevention

For Maritime Multi Computer (MMC, Panel Computers) it is advised that you do not mountthe unit in a vertical angle lower than ±30 degrees, as noted in point 3 (previous section),i.e. flat mounting of the unit. This is to prevent both overheating the unit as well as ensureproper cooling airflow to sustain long-life and stable operation. Panel Computer unitsgenerate more heat than regular Display units naturally because of CPU and mainboardchips.It should be noted that 24” MMC units have internal fans providing additional coolingairflow of their own. In such cases, the ±30 vertical angle may in certain situations allow forlower angle mounting provided that the console casing has adequate cooling (see point D),however this is suggested as a trouble-shooting tip during installation or during shorttermobserver use if found suitable. It should not be considered as a defintive trusted solution.

B: Glass Display Control™ (GDC) front glass touch buttons

As this uses Projected Capacitive technology (instead of conventional hard physicalbuttons and knobs), the touch controller can react and are sensitive to raindrops (foroutdoor installations). To ensure that raindrops do not stay on the unit’s flat glass surface,please do not mount the unit in a vertical angle lower than ±30 degrees, i.e. flat mountingof the unit. This is to prevent accidental touches that are similar to a human finger (coverarea for a x period of seconds) as well as make sure the raindrops are “moving” and slidesdown off the glass surface.For Maritime Multi Display (MMD) and Industrial StandardDisplay (STD) units (not available for Panel Computers (MMC) units), the angle couldpotentionally be lower as the On Screen Display (OSD) menu offers a "OSD Key utdoor"function with 5 seconds delay before activation on front glass functions. Please reviewthe "OSD Menu Functions" to learn more. In certain situations this might help, but is onlysuggested as a trouble-shooting tip during installation or during short-term observer use iffound suitable. It should not be considered as a defintive trusted solution.

C: Projected Capacitive Technology (PCTouch) MULTITOUCH and in general TouchScreen glass

For all units with a factory mounted touch screen and for outdoor use especially, pleasereview point B above regarding staying raindrops. Only solution to this situation is not tomount the unit in a vertical angle lower than ±30 degrees, i.e. flat mounting of the unit to


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ensure touch screen is not activated and accidentally automatically chooses functions inyour running chart, radar or other software installed.

D: General rule for console mounted units

To ensure proper cooling airflow, long-life and stable operation for all units, please makesure that the console casing have either fans or decent ventilation holes to preventoverheating inside the console due to the combined temperature of both Display or PanelComputer units together with other electronic instruments. A general rule is to makesure the console casing is capable of expelling “worst case scenario” in respect of the“Max Power Consumption” of all devices installed. Please review also point 2, 5, 6 and 9(previous section) for additional information and installation tips.

61.1.1.3 Ergonomics1. The front surface of the display glass has an anti-reflective (AR) coating which can be

scratched and damaged withimproper cleaning. It is recommended to use only 90+%pure Isopropyl alcohol (Isopropanol) and a soft fabriccloth for this first cleaning. Fold acloth into a small pad, dampen the cloth with alcohol, and wipe the glass fromone edgeto the other in one direction with one continuous motion. The product glass will requirecleaning asneeded. The soft cloth & alcohol wipe is recommended to clean fingerprintsand oils off the glass. Water stains(including coffee, tea & coke) should be first cleanedoff the glass with a soft fabric cloth wet with water,immediately followed with wipingusing an alcohol wetted cloth.

2. Adjust the unit height so that the top of the screen is at or below eye level. Your eyesshould look slightly downwards when viewing the middle of the screen.

3. Adjust screen inclination to remain gaze angle to the centre of the screen approximatelyperpendicular to the line of gaze.

4. When products are to be operated both from a sitting position and from a standingposition, a screen inclination of about 30° to 40° (from a vertical plane) has turned outto be favourable.

5. The brightness of displays is limited. Sunlight passing directly through the bridgewindows - or its reflection - which falls upon the screen workplaces must be reducedby suitable means (negatively inclined window surfaces, venetian blinds, distancefrom the windows, dark colouring of the deckhead). However, units can be offered withoptical enhanced technology and/or High Bright panels to reduce reflections and areviewable in direct sun light, but as a general rule the units at the bridge wing area isrecommended to be installed or mounted by suitable alignment or bulkhead / deckheadmounting in such a way that reflections of light from the front pane of the display are notdirected into the observer’s viewing direction.

6. The use of ordinary commercial filter plates or filter films is not permitted for items ofequipment that require approval (by optical effects, “aids” of that kind can suppresssmall radar targets, for example).

7. For ECDIS applications, the minimum recommended viewing distance is as follows:(IEC62288, Part 7.5 Screen resolution) 951 mm


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61.1.1.4 Cables

WARNING!Danger due to voltage-regulated devices

Risk of death or serious injury that is caused by electrical shock

• Switch off voltage supply if the wires have damaged insulation.• Only skilled electricians must perform work on the electric system.• Keep moisture away from live parts.• Keep the system closed.• Do not attempt to bypass or disable fuses.

Use only high quality shielded signal cables.

Note

A USB extension cord is included with the delivery of ECDIS NX Compact. Connectthe extension cord to the USB 3.0 port and lead the connector somewhere, where it isreachable after the installation for later updates via USB.

Cable Entries & Connectors (Marked area)

Illustration below for similar panel pc.

Fig. 4: Panel PC, Cable Entries & Connectors Back


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Fig. 5: Panel PC, Cable Entries & Connectors Bottom

Maximum Cable Length

Any cable should generally be kept as short as possible to provide a high quality input/output. The maximum signal cable length will depend on the signal resolution andfrequency, but also on the quality of the signal output from the computer/radar.

61.1.1.5 Housing / Terminal Block Connector Overview




Housing / Terminal Block connectors are available in different sizes (example 2-pin, 4-pin, 5-pin) which plugs into the connector area of the unit. They are mounted by factorydefault and delivered with the unit. The housing / terminal block connectors have steeringrails, which ensures that it can not be mounted wrong. The color of these connectorsmay vary between black, green and orange depending on manufacturer. You may useapproved equivalents of these connectors, but note that warranty will be void if anydamage would occur to either the unit’s original PCB terminal socket connector or insidethe unit (electronic components, boards etc.).


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Illustration Pins Manufacturer Details Connector usedfor module

2-pin Phoenix 1961986

MSTB 2,5/ 2-STF-5,08 BK

Screwdriver: SZS 0,6x3,5, slot-headed.

Tightening torque min. 0.5 Nm.

Tightening torque max 0.6 Nm.

DC Power IN(24VDC) - SingleInput

Identified on Hatte-land Display prod-uct data sheet as:“Terminal Block5.08”

5-pin Phoenix 1827732

MC 1,5/ 5-STF-3,81

Screwdriver: SZS 0,4X2,5 mmVDE, slot-headed.

Tightening torque min. 0.22 Nm.

Tightening torque max 0.25 Nm.

• RS-422 /RS-485 / SCOM(Serial RemoteControl) / Buzzer

• RS-422 /RS-485 NMEA(PCA100293-1)

• Digital In-put/Output(PCA100297-1)

Identified on Hatte-land Display prod-uct data sheet as:“Terminal Block3.81”

61.1.1.6 Configuring Housing / Terminal Block ConnectorsBelow is a brief illustration that might be useful during configuration and installation ofsuch connectors. You will need suitable pre-configured cable(s) and tools to configurethe connector(s) and cable(s) that are present in your installation environment. Belowis a sample procedure for a 2-pin DC power connector. The procedure is the same forother connectors of this type as listed in table above. Unit used as illustration below is forreference only.

1. Unscrew (from top) or make sure that the screw terminal (square area) are fully open,so you can secure the inserted cables correctly to the loose housing connector (it mayalready be plugged into the unit as per factory installation).


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Fig. 6: Connector, Open Connector2. Insert cables (from front) and screw / secure the cables by turning the screw on top of

the housing to securethe cables properly. Check that the cables is firmly in place anddo not appear loose or falls out when pulling gently.

Note

Note: Required polarization verification (for instance -/+ for DC power input) shouldconform with the markings on the connector area of the unit. Ignoring the markingson the unit or its add-on modules might damage the unit and/or external equipment inwhich end, warranty will be void.

Fig. 7: Connector, Insert Cables3. Plug the housing into the appropriate connector area of the unit (glass should be facing

down) and check again that the cables secured conforms with the markings on theconnector area of the unit.


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Fig. 8: Connector, Plug into Housing4. Finalize the installation by fasten the screws located in front on each side of the housing

connector.

Fig. 9: Connector, Tighten Connector

61.1.2 Installation Procedures

61.1.2.1 Install the Unit into a Console




You need: Torx T25 tool, 1 pcs of HD CMB SX1-B1 kit (included in delivery).


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Note

This manual covers the installation of the ECDIS NX Compact into a console withthe mounting brackets included in the delivery. For other mounting methods see thecorresponding manual of the used mounting brackets.

1. Slide the unit into the cutout carefully. User Controls and Connector Area should befacing downwards.

Fig. 10: Installation, Slide Unit into Cutout2. Make sure you are aware that brackets should be mounted on Top, Left, Right and

Bottom sides. Note that the [B] bracket is different than the [A] brackets and mountednear the connectors. See closeup of details.

Fig. 11: Installation, Use Correct Brackets3. Secure each bracket with the provided M5x16 screws and C-Washers as illustrated

below. Make sure you do it equally and even for all 4 sides. Use Torque Force 3.0 Nm,2 screws and 2 washers pr. bracket. Note the orientation of brackets before you begin.


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Fig. 12: Installation, Mount Brackets4. Review closeup of the mounting of brackets with screws and C-Washers in place. Seen

from bottom side.

Fig. 13: Installation, Closeup of Screws and Washers

61.1.2.2 Connect the Cables

61.1.2.2.1 Cable Shielding and Strain Relief




ECDIS NX compact is equipped with strain relief clamps for the cables which also serve asas earth connection for the shield.


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Fig. 14: Position of Strain Relief Clamps

Turn the cable shield over the coating and fix it with the strain relief clamp.

Fig. 15: Strain Relief Clamp with Cable


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61.1.2.2.2 Overview of Connections




Note

To reduce tension of the cables you connect, secure them with the strain relief clamps asdescribed in chapter chapter 61.1.2.2.1.

Fig. 16: Connection Area

Connector Description

USB 3.0 Input /Output

Supports USB 3.0 Super Speed compliant peripherals.


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Note

A USB extension cord is included with the delivery of ECDIS NXCompact. Connect the extension cord to the USB 3.0 port and leadthe connector somewhere, where it is reachable after the installationfor later updates via USB.

USB 2.0 Input /Output

Supports USB 2.0 compliant peripherals.

10+10 pinRS-422 /RS-485 NMEAModule 1, 2, 3,4, 5, 6, 7, 8

Connects peripheral devices, see chapter chapter 61.1.2.2.4.

LAN 1, 2, 3, 4, 5Input / Output

Supports 10/100/1000Mbps Ethernet (LAN). Suitable for twisted paircables CAT.5E. Make sure the network cable connector ”clicks” intothe RJ-45 connector.

Power InputDC

Connect your DC power cable to the 2-pin Terminal Block 5.08 con-nector. The internal DC power module supports 24 V DC.

Power InputAC

The internal AC power module supports both 115VAC / 60Hz and230VAC / 50Hz power input.

Note

The unit has a dual input power supply which will accept both AC and DC input. Ifboth inputs are connected, the unit will be powered by AC. If AC is disconnected it willautomatically switch over to DC without affecting the operation of the unit. This makesit possible to use AC power as primary power and a 24V battery as secondary power,eliminating the need for expensive UPS systems.

61.1.2.2.3 Connect IEC 61162-1 (NMEA 0183) PIN Allocation8 RS422 / RS485 connection blocks are available to connect external devices. Eachconnector is used for one external device. The connector pins are allocated as follows.


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Fig. 17: Connection Overview, Allocation of Pins

Tab. 2: Allocation of Pins


Pin01

TxD- Transmit Data Negative

Pin02

TxD+ Transmit Data Positive

Pin03

GND Ground

Pin04

RxD- Receive Data Negative

Pin05

RxD+ Receive Data Positive

Pin06

TxD- Transmit Data Negative

Pin07

TxD+ Transmit Data Positive

Pin08

GND Ground


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Pin09

RxD- Receive Data Negative

Pin10

RxD+ Receive Data Positive

61.1.2.2.4 Connect IEC 61162-1 (NMEA 0183) Devices




The allocation of the connectors depends on the configuration. Standalone ECDIS NXCompact and the main ECDIS NX Compact in a dual configuration are allocated differentlythen the backup unit.

Fig. 18: Connection Overview, Allocation of Devices


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Allocation of Devices: Standalone / Main Unit

Tab. 3: Allocation of Devices: Standalone / Main Unit

Con-nec-tor

Device

NMEA1

GPS 1

NMEA2

GPS 2

NMEA3

Gyro Compass

NMEA4

Speed Log

NMEA5

Echosounder

NMEA6

BAM

NMEA7

BNWAS (only required for use of Track Control System)

NMEA8

AIS

Allocation of Devices: Backup Unit

Tab. 4: Allocation of Devices: Backup Unit

Con-nec-tor

Device

NMEA1

GPS 1

NMEA2

GPS 2

NMEA3

Gyro Compass

NMEA4

Speed Log

NMEA5

Autopilot CH0 (Track Ctrl)

NMEA6

Autopilot CH1


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Con-nec-tor

Device

NMEA7

BNWAS

NMEA8

ARPA

61.2 Software Installation• A USB keyboard is connected to the panel PC.

Bootable USB flash drive with the ECDIS software provided by Raytheon Anschütz.

1. Insert the USB flash drive into the blue USB 3.0 ports of the panel PC.2. Start the panel PC.

► On first start, ECDIS NX Compact will ask for the future boot type.

Fig. 19: Select Future Boot Type3. Select future boot type 2.


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Fig. 20: Remove USB Flash Drive4. Remove the USB flash drive.

Note

The USB flash drive must be removed or the subsequent installation will fail.

5. Press any key to proceed.► The system will reboot several times during the installation. Do not interrupt the

process or switch of power.

Note

This step may take up to 20 minutes.


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Fig. 21: Installation Window6. Select the install options.

► Select the configuration:

– ECDIS NX Compact Standalone– ECDIS NX Compact Dual (MFC1 or MFC2)

► Select Install VDR Image Service► Select if the installation is an ECDIS 24 refit.

7. Select the softkey Install.8. Wait for the installation process to finish.


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Fig. 22: Installation Complete9. Select the softkey Start ECDIS NX.10.Wait until the Software Deployment Tool is shown in the background before proceeding.

Fig. 23: User Account Control Message11.Select the softkey Yes to proceed.


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► ECDIS NX starts up with a message that states that no valid license for theSevenCs kernel has been found.

Fig. 24: No Valid License for Kernel found► Please proceed with the configuration in chapter chapter 61.3.

61.3 Software ConfigurationECDIS NX Compact must be configured with the Synapsis Service Tool.

ECDIS NX requires at least the RAn order number in the service tool as this is used tocalculate the S63 User Permit, which is required to order and use S63 ENC charts. Toset the RAN order number open the Service Tool, load the configuration and navigate to“Synapsis Configuration” -> ShipParameters.


28 Edition:001

Fig. 25: Service Tool, Ship Parameters

As RAN order number use the VKA number or any equivalent unique number which musthave at least five digits. If the number is longer than five digits, the last five digits are used.

The ECDIS NX software needs a 7Cs kernel license in order to operate. This licenseneeds to be obtained from 7Cs. For obtaining a license a so-called “license request” fileneeds to be sent to 7Cs and the received license file needs to be installed in the system.

The steps described in this chapter only work for the initial setup.

The licensing mechanism for ECDIS NX requires to set the used chart formats in theService Tool.


Edition:001 29

Fig. 26: Service Tool, Charts Configuration

Select which chart formats are needed. Note that the license is checked against thesesettings and if the license does not support a chart format which is selected in the ServiceTool a message is displayed on the ECDIS NX on startup. Activating additional chartproducts requires changing the registration permit during the registration process (seebelow). Note that activating any additional chart products besides ENC (S-57 / S-63)requires the purchase of the corresponding additional BST. The use of these licenses ismonitored.

To obtain and install a license perform the following steps:

1. Start ECDIS NX.2. When starting the ECDIS NX without a valid license the chart will not be shown but a

login dialog will appear.

Fig. 27: Dialog: Kernel not Registered3. Select the softkey LOGIN and use the user Service and the service password.


30 Edition:001

Fig. 28: Dialog: Login as User Service

Fig. 29: Dialog: Logged in as User Service4. To create the license request file, select the softkey GENERATE LICENSE REQUEST.

► A window appears showing the SevenCs hardware IDs.

Fig. 30: Dialog: Hardware IDs5. Verify that the correct “Registration permit” is displayed. It is possible to change this

registration permit, which will then be set in the request file.► The current default permit is “RAYTHEON,PK1118.RAYTHEON.01”. This permit

only allows the use of ENCs (S-57 / S-63).► In case additional chart types should be supported, the registration permit needs to

be changed before export.


Edition:001 31

► The registration permit for S-57 / S-63 and ARCS is“RAYTHEON,PK1118.RAYTHEON.02”

► The registration permit for S-57 / S-63 and DNC / BSB is“RAYTHEON,PK1118.RAYTHEON.03”

Note

Registration of the optional permits for either ARCS or DNC / BSB is only permittedin combination with a purchase of the individual BST 8113 & BST 8114 and issupervised.

6. Select the softkey EXPORT to export the registration request file to an USB flash drive.

Fig. 31: Dialog: Select Export Path7. Select the drive to export the file to and type in a name like license-request.txt. The file

suffix must be .txt. Select the softkey Checkmark when finished.8. Send the contents of this license request file as a plain text email to

[email protected]. You will receive the license information as a file (license.upd)shortly after from their registration server. If the licensing robot does not answeras expected, the licenses can be requested directly from the 7Cs support([email protected]).

9. Store the received license file on a USB flash drive and plug it into the ECDIS NXCompact while showing the “No valid license found” dialog. Select the softkey OpenLicense File which opens an import dialog. Select your USB flash drive and select thelicense file. Confirm the dialog.

10.The license file is processed and if the license file matches, it is installed. If the licenseinformation does not match, e.g. if the hardware ID is not correct or if that license isalready installed, a message is shown with an error description. If the license wassuccessfully installed, a message is displayed as well.


32 Edition:001

11.If ARCS charts shall be used the email from SevenCs will contain the ARCS PINand ARCS User Permit. Select the softkey Enter ARCS PIN/PERMIT and enter theinformation.

Fig. 32: Dialog: Enter ARCS PIN and User Permit► Note

This information can also be entered in the Service Tool.

► Send the ARCS PIN and ARCS User Permit to UKHO customer service (CS- UKHOCustomer Services [email protected]) and request the ARCS permits.

12.Restart the ECDIS NX Compact.13.If ARCS is used, install the received ARCS permits using the ChartHandler in the

ECDIS NX.14.Configure the CCRP and sensor positions in the Synapsis Service Tool.

Installation and setting to work is complete.

ECDIS NX Compact62 Annex

Edition:001 33

62 Annex

ECDIS NX Compact62 Annex

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RUL

ES O

F COR

RECT

CLAS

SIFI

CATI

ON A

UTHO

RITY

.

EMV-

SCHU

TZAN

FORD

ERUN

G:SA

EMTL

ICHE

GER

AETE

UND

KAB

EL S

OLLE

N DE

N GR

OESS

TMOE

GLIC

HEN

ABST

AND

ZUEM

V-ST

OERQ

UELL

EN W

IE D

AUER

-, KUR

ZZEI

T- UN

D KN

ACKS

TOER

ERN

HABE

N.EL

ECTR

OMAG

NETIC

COM

PATIB

ILITY

:IN

STAL

L UNI

TS A

ND C

ABLE

S AT

GRE

ATES

T POS

SIBL

E DI

STAN

CE TO

SOU

RCES

OF IN

TERF

EREN

CE S

UCH

AS TR

ANSI

ENTS

, CLIC

KS.

NICH

T RAY

THEO

N-LIE

FERU

NG.

NOT S

UPPL

IED

BY R

AYTH

EON.

RAYT

HEON

-LIEF

ERUN

G, LA

ENGE

RAYT

HEON

-SUP

PLY,

LENG

TH

AC IN

115V

AC

/ 60H

z23

0V AC

/ 50H

z24

V DC

LAN

1LA

N 2

LAN

3LA

N 4

USB

2.0US

B2.0

USB

3.0US

B3.0

RS-23

2 /RS

-422 /

RS-48

5 /DP

++1

23

45

LAN

5

TXD-

TXD+

GND

RXD-

RXD+

12

34

5

TXD-

TXD+

GND

RXD-

RXD+

12

34

5

TXD-

TXD+

GND

RXD-

RXD+

12

34

5

TXD-

TXD+

GND

RXD-

RXD+

12

34

5

TXD-

TXD+

GND

RXD-

RXD+

12

34

5

TXD-

TXD+

GND

RXD-

RXD+

12

34

5

TXD-

TXD+

GND

RXD-

RXD+

12

34

5

TXD-

TXD+

GND

RXD-

RXD+

MARI

NE TR

ACKB

ALL

95/22

TSX5

0N8-0

BT1-M

C1

10A

195

/X1

6

10A

32

45

810

79

95.01

1RS

-422/R

S-48

52

RS-42

2/RS-

485

3RS

-422/R

S-48

54

RS-42

2/RS-

485

5RS

-422/R

S-48

56

RS-42

2/RS-

485

7RS

-422/R

S-48

5

24" P

ANEL

-PC

i7 TO

UCH

95/02

HD 24

T23R

EC-M

64-4F

8RS

-422/R

S-48

5

MAIN

AND

EMER

GENC

Y SO

URCE

OF P

OWER

230V

ACFE

EDIN

G FR

OM

TERM

INAL

STR

IP

MAIN

AND

EMER

GENC

Y SO

URCE

OF P

OWER

24V

DCFE

EDIN

G FR

OM

VDRALF, ALC

PHYS

ICAL

DES

CRIPT

ION

INTE

RFAC

ESIG

NAL I

NFOR

MATIO

NSIG

NAL F

ROM/

TOSY

NAPS

IS DE

VICE

NMEA

1 IN

NMEA

1 OU

T

NMEA

2 IN

NMEA

2 OU

T

NMEA

3 IN

NMEA

3 OU

T

NMEA

4 IN

NMEA

4 OU

T

NMEA

5 IN

NMEA

5 OU

T

NMEA

6 IN

NMEA

6 OU

T

NMEA

7 IN

NMEA

7 OU

T

NMEA

8 IN

NMEA

8 OU

T

RS 42

2, 48

00, 8

-N-1

DTM,

GLL

, GGA

, GNS

, VTG

, RMC

, ZDA

GPS

1GP

S 1

RS 42

2, 48

00, 8

-N-1

DTM,

GLL

, GGA

, GNS

, VTG

, RMC

, ZDA

GPS

2GP

S 2

RS 42

2, 96

00, 8

-N-1

HDT,

HDG,

THS,

ROT

GYRO

GYRO

-SYS

RS 42

2, 48

00, 8

-N-1

VBW

, VHW

SPEE

D LO

GLO

G

RS 42

2, 38

400,

8-N-1

RS 42

2, 48

00, 8

-N-1

ZDV,

VBW

, VHW

, VTG

, GGA

, GLL

APNA

VAP

NAV

RS 42

2, 48

00, 8

-N-1

EVE,

ALR

BNW

ASBN

WAS

RS 42

2, 38

400,

8-N-1

OSD,

RSD

, TLB

, TTD

, TTM

TLL

ARPA

ARPA

ARPA

ARPA

95/02

GPS

1GP

S 2

GYRO

LOG

TRKC

TRL

APNA

VBN

WAS

ARPA

TRKC

TRL

TRKC

TRL

TRKC

TRL

CABL

E TY

PE

95/02.POWER AC.L

950163X1.5

950183X1.5

95/02.POWER AC.N

95/02.POWER AC.PE

95/02.POWER DC.2

95/02.POWER DC.1

USB

CABL

E

950173X1.5

950192X1.5

95028CAT 6A

95015CAT 6A

950302X2X

0.75

950312X2X

0.75

950322X2X

0.75

950332X2X

0.75

950342X2X

0.75

950352X2X

0.75

950362X2X

0.75

950372X2X

0.75

24V DC

0 V

230V AC L

230V AC N

230V AC PE

RX-

RX+

RX-

RX+

RX-

RX+

TX-

TX+

TX+

TX-

TX+

TX-

TX+

TX-

RX-

RX+

TX-

TX+

CABL

E NO

.

SHEE

TSSH

EET

PROJ

ECT:

NORM

CHEC

KDR

AWN

DATE

NAME

MODI

FICAT

ION

INDE

X

KABE

L- UN

D AN

SCHL

USSP

LAN

CABL

E AND

CON

NECT

ION

DIAG

RAM

NAME

1211

109

87

65

43

21

EDCBA HGF

43

21

87

65

1211

109

HGFEDCBA

DATE



195

-CO-

D-X0

0004

-CA

95/01

TEXT

CHA

NGED

DVI

->DP

++HA

F1

REFIT

ECD

IS 24

REFIT

ECD

IS 24

ECDI

S KO

MPAK

TEC

DIS

COMP

ACT

HHJ

29.06

.2020

STZ

23.04

.2021

23.04

.2021

USB

USB

POW

ER11

5/230

V AC

PS/2

KEYB

OARD

DP++

PS/2

MOUS

E

USB2

.0

POW

ER24

V DC

USB2

.0US

B2.0

USB1

.1LA

N 1

LAN

2CO

MRS

-232

11

11

11

11

11

11

LAN

CH7

12V-24V DC

GND0

GND1

CANH

CANL

RS232 USB

TXRX

CH6 CH5 CH4 CH3 CH2 CH1 CH0

TX-

TX+

RX+

RX-

TX+

TX-

RX+

RX-

TX+

TX-

RX-

RX+

TX+

TX-

RX-

RX+

TX+

TX-

RX-

RX+

TX+

TX-

RX-

RX+

TX+

TX-

RX-

RX+

TX+

TX-

RX-

RX+

GND

V36

CAN

TXRX

+-

BABABABABABABABABABABABABABABABA

NICH

T RAY

THEO

N-LIE

FERU

NG.

NOT S

UPPL

IED

BY R

AYTH

EON.

RAYT

HEON

-LIEF

ERUN

G, LA

ENGE

RAYT

HEON

-SUP

PLY,

LENG

TH

ALLE

KAB

EL S

IND

ABGE

SCHI

RMT /

KUP

FERD

RAHT

-GEF

LECH

T.AL

L CAB

LES A

RE S

HIEL

DED

/ COP

PER

WIR

E ME

SH.

ALLE

KAB

ELAN

GABE

N OH

NE R

ESER

VEAD

ERN.

ALL C

ABLE

S IN

DICA

TED

WITH

OUT S

PARE

COR

ES.

VERB

INDL

ICHE

ERD

UNGS

MASS

NAHM

EN, S

IEHE

JEW

EILIG

ES IN

STAL

LATIO

NSHA

NDBU

CH.

THE

INST

ALLA

TION

MANU

ALS A

RE B

INDI

NG FO

R GR

OUND

ING

INST

RUCT

IONS

.

KABE

L SIN

D UN

TER

DECK

VER

LEGT

.EN

ERGI

E- U

ND B

ELEU

CHTU

NGSK

ABEL

SIN

D GE

TREN

NT V

ON S

IGNA

LKAB

ELN

VERL

EGT.

CABL

ES TO

BE

INST

ALLE

D IN

DOOR

. CAB

LES

FOR

POW

ER S

UPPL

Y AND

ILLU

MINA

TION

TO B

E SE

PARA

TED

FROM

CAB

LES

FOR

SIGN

ALLIN

G / M

ONITO

RING

.

ALLE

ANGA

BEN

ZU AD

ERQU

ERSC

HNITT

EN S

IND

RAYT

HEON

-MIN

DEST

ANFO

RDER

UNGE

N.DI

E ANG

ABEN

IN D

EN V

ORSC

HRIFT

EN D

ER JE

WEI

LIGEN

KLA

SSIFI

KATIO

NSGE

SELL

SCHA

FTSI

ND JE

DOCH

ZU B

ERUE

CKSI

CHTIG

EN.

ALL C

ORE

CROS

S SP

ECIFI

CATIO

NS AR

E MI

NIMU

M RA

YTHE

ON R

EQUE

STS.

BUT T

AKE

INTO

CON

SIDE

RATIO

N TH

E SP

ECIFI

CATIO

NS O

F THE

RUL

ES O

F COR

RECT

CLAS

SIFI

CATI

ON A

UTHO

RITY

.

EMV-

SCHU

TZAN

FORD

ERUN

G:SA

EMTL

ICHE

GER

AETE

UND

KAB

EL S

OLLE

N DE

N GR

OESS

TMOE

GLIC

HEN

ABST

AND

ZUEM

V-ST

OERQ

UELL

EN W

IE D

AUER

-, KUR

ZZEI

T- UN

D KN

ACKS

TOER

ERN

HABE

N.EL

ECTR

OMAG

NETIC

COM

PATIB

ILITY

:IN

STAL

L UNI

TS A

ND C

ABLE

S AT

GRE

ATES

T POS

SIBL

E DI

STAN

CE TO

SOU

RCES

OF IN

TERF

EREN

CE S

UCH

AS TR

ANSI

ENTS

, CLIC

KS.

MARI

NE TR

ACKB

ALL

95/21

TSX5

0N8-0

BT1-M

C1

USB

PANE

L MOU

NT JA

CKET

W. C

ABEL

95/71

7215

72

DVD/

CD D

RIVE

EXT

ERNA

L95

/2295

0-040

.01

10A

195

/X1

43

62

5

ININININININININOUT OUT OUT OUT OUTOUT OUT OUT

COM0COM1

RS422RS232

8X S

ERIA

L TO

ETHE

RNET

CON

VERT

ER95

/51MA

GICP

LEX8

GIC

TO 24

" PAN

EL-P

C i7

TOUC

H95

/0195

0-040

.NG0

01

MAIN

AND

EMER

GENC

Y SO

URCE

OF P

OWER

24V

DCFE

EDIN

G FR

OM

TERM

INAL

STR

IP

GPS

1

GPS

2

GYROLO

G

ECHO

SOUN

DER

GENE

RIC

ARPAAI

S

CONS

OLE

PHYS

ICAL

DES

CRIPT

ION

INTE

RFAC

ESIG

NAL I

NFOR

MATIO

NSIG

NAL F

ROM/

TOSY

NAPS

IS DE

VICE

NMEA

CH

0 IN

NMEA

CH

0 OUT

NMEA

CH

1 IN

NMEA

CH

1 OUT

NMEA

CH

2 IN

NMEA

CH

2 OUT

NMEA

CH

3 IN

NMEA

CH 3

OUT

NMEA

CH

4 IN

NMEA

CH

4 OUT

NMEA

CH

5 IN

NMEA

CH

5 OUT

NMEA

CH

6 IN

NMEA

CH

6 OUT

NMEA

CH

7 IN

NMEA

CH

7 OUT

RS 42

2, 48

00, 8

-N-1

DTM,

GLL

, GGA

, GNS

, VTG

, RMC

, ZDA

GPS

1GP

S 1

RS 42

2, 48

00, 8

-N-1

DTM,

GLL

, GGA

, GNS

, VTG

, RMC

, ZDA

GPS

2GP

S 2

RS 42

2, 96

00, 8

-N-1

HDT,

THS,

ROT

GYRO

GYRO

-SYS

RS 42

2, 48

00, 8

-N-1

VBW

, VHW

SPEE

D LO

GLO

G

RS 42

2, 48

00, 8

-N-1

DPT,

DBT,

DBK

ECHO

SOUN

DER

ECHO

RS 42

2, 48

00, 8

-N-1

VDM,

VDO

GENE

RIC

GENE

RIC

RS 42

2, 38

400,

8-N-1

TTM,

TLL,

TTD

ARPA

ARPA

RS 42

2, 38

400,

8-N-1

TTM,

TLL,

TTD

AIS

AIS

95/01

CABL

E TY

PE

95/51.V36_+

95/51.GND

950013X1.5

USB

CABL

EUS

B CA

BLE

950022X1.5

USB

CABL

E

95/X

1.2

95/X

1.5

9500

42X

2X0.7

5

9500

52X

2X0.7

5

9500

62X

2X0.7

5

9500

72X

2X0.7

5

9500

82X

2X0.7

5

9501

02X

2X0.7

5

9501

12X

2X0.7

5

9500

92X

2X0.7

5

CAT 6

A

950032X1.5

24V DC

0 V

24V DC

0 V

TX+

TX-

TX+

TX-

TX+

TX-

TX+

TX-

TX+

TX-

TX+

TX-

TX+

TX-

TX+

TX-

CABL

E NO

.

System Manual ECDIS NX Compact - raytheon-anschuetz.com...ECDIS NX Compact 1 Description Edition:001...

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Transcript of System Manual ECDIS NX Compact - raytheon-anschuetz.com...ECDIS NX Compact 1 Description Edition:001...