Furuno FEA-2107-BB Installation Manual

Electronic chart display and information system (ecdis)

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Summary of Contents for Furuno FEA-2107-BB

Page 1: Table Of Contents
3.2 Parameters ........................3-3 3.3 Adjustments for the Second LAN Adapter EC-1010..........3-64 3.4 DIP Switches and Jumper Wires ................3-71 3.5 Installation of Optional Furuno PP-510 Printer ............3-76 3.6 Activation of CM-93/3 ....................3-82 3.7 Reinstall of ECDIS Software..................3-87 4.
Page 2 The paper used in this manual is elemental chlorine free. ・FURUNO Authorized Distributor/Dealer 9-52 Ashihara-cho, Nishinomiya, 662-8580, JAPAN Telephone : +81-(0)798-65-2111 : +81-(0)798-65-4200 A : SEP 2004 Printed in Japan All rights reserved. J : MAR . 10, 2011 Pub. No. IME-41220-J...
Page 3: Safety Instructions
SAFETY INSTRUCTIONS WARNING WARNING Do not open the equipment The PCI-951/PCG820 board is equipped unless totally familiar with with a litium battery. The lithium battery electrical circuits and shouldbe replaced only in the factory. service manual. There is a danger of explosion if the wrong Only qualified personnel type of battery is used for replacement.
Page 4: Equipment List
EQUIPMENT LISTS Standard Supply Name Type Code No. Remarks For FEA-2107, w/DVI cable (5 m), MU-201CE-DVI5 SP03-14700, CP03-29020, FP03-09810 For For-2807, w/DVI cable (5 m), Monitor Unit MU-231CE-DV15 SP03-14700, CP03-29020, FP03-09810 MU-190 For FEA-2107-D MU-231 For FEA-2807-D Standard type: Processor unit (EC-1000C EC-1000C w/S-DONGLE) Radar Overlay type: Processor unit...
Page 5 Optional Supply Name Type Code No. Remarks LAN Adapter EC-1010 B Adapter EC-1020 Remote type, Remote Control RCU-016 w/CP03-25604, Unit FP03-09860 Monitor Unit MU-201CE 000-013-484 For 100 VAC Rectifier PR-62 000-013-487 For 230 VAC FP03-09820 008-535-560 For MU-201CE, hanger Accessory FP03-09830 008-536-020 For MU-231CE, hanger...
Page 6: System Configurations
SYSTEM CONFIGURATIONS The ECDIS EC1000 Workstation displays electronic seachart and operates as user interface for the system. The ECDIS processor is connected to various sensors, and performs navigation calculations and route monitoring. Connections to interfaces are typically made with a LAN (Local Area Network) Adapter. The ECDIS processor can be used for both route planning and route monitoring.
Page 7 Multi-workstation configuration In the multiple workstation configuration, there can be two workstations connected together by a Local Area Network (LAN). In this configuration, one workstation is used as the “sensor source” for navigation sensors and the other workstation(s) are using the sensor source workstation to communicate with sensors, receiving and transmitting data from/to workstation via the LAN.
Page 8 This page is intentionally left blank.
Page 9: Mounting
1. MOUNTING Monitor Unit The monitor unit can be flush mounted in a console panel, or mounted on a desktop using the optional accessories. For MU-190/231, see the applicable Operator’s Manual(s). Mounting considerations When selecting a mounting location, keep in mind the following points: •...
Page 10 1. MOUNTING ± 1 4-FIXING HOLES 506 ± 1 4-φ8 FIXING HOLES Monitor unit MU-201CE 4-φ9 FIXING HOLES 4-FIXING HOLES Monitor unit MU-231CE Flush mounting of monitor unit Panel hook Panel cover Fixing screw Attaching panel hook and panel cover Note: If you need to remove the monitor unit from the panel, remove the four panel covers with your fingernail and use two panel hooks supplied as accessories to lift the monitor unit.
Page 11 1. MOUNTING Desktop mounting Use the optional accessories to mount the monitor unit on a desktop. • Necessary parts For MU-201CE: FP03-09820 (Code No.: 008-535-560) For MU-231CE: FP03-09830 (Code No.: 008-536-020) Contents of FP03-09820/09830 Name Type Code No. Remarks Hanger L 03-163-1111-0 100-305-140 Hanger R...
Page 12 1. MOUNTING Hanger M12 bolts for fixing (Dockyard supply) Hanger stay Hanger Panel cover Hex bolt Plastic rivet (M6x25) Hex bolt M10x30 Hole plug Monitor Unit The hand grip is optionally available for the desktop mounting. Wave washer Rosette washer Screw Handle Monitor unit, attaching hand grip...
Page 13: Control Unit
1. MOUNTING Control Unit The control unit may be mounted on a desktop, with or without the KB fixing metal (supplied), which mounts the control unit at an angle. Mounting considerations When selecting a mounting location, keep in mind the following points: •...
Page 14 1. MOUNTING Fixing without KB fixing metal 1. Drill four mounting holes of 5 mm diameter referring to the outline drawing at the back of this manual. 2. Fix the control unit with four screws (M4) from under side of the desktop. (The M4 screws with a sufficient length for the thickness of the desktop should be provided locally.) 4-M4 (Fixing holes)
Page 15 1. MOUNTING Flush mounting Use the optional flush mount kit FP03-09870 to mount the control unit RCU-018/015FEA and/or RCU-016 to a console panel. Name: Flush mount kit Type: FP03-09870 Code No.: 008-535-630 Name Type Code No. Mount plate 03-163-7531 100-306-260 Hex.
Page 16 1. MOUNTING To connect RCU-016 in series with RCU-018 Small hole at mid is used for ECDIS SYSTEM FAIL. 1. Pass the cable from the RCU-016. 2. Connect the connector of the cable to J502. 3. Clamp the copper part of the cable with the cable clamp. Inside of RCU-018...
Page 17 1. MOUNTING To change the cable entry To change the cable entry from the side (default) to the bottom, modify the unit as shown below. Bottom of the unit Screw M3X8 (Torque 0.78Nm) 2. Pull out the cable. Cable clamp 3.
Page 18: Processor Unit
1. MOUNTING Processor Unit Mounting considerations When selecting a mounting location, keep in mind the following points: • Locate the processor unit away from heat sources because of heat that can build up inside the cabinet. • The vibration at the mounting location should be minimum. •...
Page 19: Lan Adapter/B Adapter
1. MOUNTING LAN Adapter/B Adapter Mounting considerations When selecting a mounting location, keep in mind the following points: • Locate the adapter away from heat sources because of heat that can build up inside the cabinet. • The vibration should be minimal. •...
Page 20 1. MOUNTING B adapter 1. Unfasten a pan head screw to remove the cover from the B adapter. 2. Remove six pan head screws to remove the ADAPTER B Board (220615) 3. Fasten three self-tapping screws (M3) to fix the LAN adapter to the mounting location. 4.
Page 21: Wiring
2. WIRING Wiring (Two units for CONNING Type) Monitor Unit MU-201CE (FEA-2107) MU-190 100-230 VAC (FEA-2107-D) MU-231CE (FEA-2807) MU-231 DVI-D/DSINGLELINK cable or RGB (HD15) (FEA-2807-D) 5 m/10 m DSUB9P-DSUB9P cable 5 m/10 m LAN Adapter MOD-Z072-020 cable TTYCS-4 EC-1010 (2 m) ARPA RADARS (Max.
Page 22 2. WIRING DVI-D or RGP (HD15) Typical wiring of ECDIS...
Page 23 2. WIRING LAN RADAR 1 LAN RADAR 2 HUB-100 LAN RADAR 3 No.2 ECDIS Wiring of 1st ECDIS (One LAN adapter)
Page 24 2. WIRING RGB (HD15) or DVI-D Wiring of 2 ECDIS (backup ECDIS)
Page 25: Processor Unit
2. WIRING Processor Unit VGA or DVI lAN 1 HUB-100 LAN RADAR 1 LAN RADAR LAN RADAR 3 Processor unit...
Page 26 2. WIRING 1: CONTROL HEAD 5: USB 1 9: DV1 13: LAN 1 2: RADAR UNIT 6: USB 2 or nothing 10: MOUSE/KEYB. 14: RADAR VIDEO IN (option) (for chart radar only) 7: DVI 2 (option) 11: VGA 1 15: RADAR TRIGGER IN (option) 3: COM 1 8: VGA 2 (option) 12: LAN 2...
Page 27: Lan Adapter
2. WIRING LAN Adapter 2.3.1 Cables fabrication for the cables connected to the LAN adapter Use the following JIS (Japanese Industrial Standards) cables or equivalent. When using the TTYCS-4 cable, connect the appropriate cable to it to pass the cable entrance of the adapter.
Page 28 2. WIRING LAN I/F LAN Adapter (1...
Page 29 2. WIRING LAN I/F LAN Adapter (2...
Page 30 2. WIRING LAN I/F LAN-Adapter as Planning / Backup Station (only one position receiver connected) 2-10...
Page 31 2. WIRING Connectors on LAN-Adapter 2-11...
Page 32 2. WIRING 2.3.2 Serial data channels in general An example of serial channel (here channel 1) RX1+ Input terminals for electrical standards IEC 61162-1, RS-232 and RS-422. “RX+” and “RX-“ may be defined as “RX-A” and “RX-B” in IEC 61162-1. RX1- TX1+ Output terminals for electrical standards IEC 61162-1 and RS-422.
Page 33 2. WIRING B Adapter (EC-1000C/EC-1000C-R only) 2.4.1 Cables fabrication for the cables connected to the B adapter Use the following JIS (Japanese Industrial Standards) cables or equivalent. When using the TTYCS-4 cable, connect the appropriate cable to it to pass the cable entrance of the adapter.
Page 34: B Adapter (Ec-1000C-C-S/Ec-1000C-Cr Only)
2. WIRING B Adapter (1) No.1 LAN adapter CH5 No.1 LAN adapter CH4 or No.2 LAN adapter CH11, CH12 or CH13 or No.2 LAN adapter CH13 2-14...
Page 35 2. WIRING Need isolator if connect any analog voltage or current. 2-15...
Page 36 2. WIRING Connectors on B-Adapter 2-16...
Page 37 2. WIRING 2.4.2 Interface Status output channels in general Channel State 1 (STO1) ACK OUT 2 (STO2) ROUTE MONITOR: OUTSIDE CHANNEL LIMIT 3 (STO3) ROUTE MONITOR: WAYPOINT APPROACH 4 (STO4) ECHO: DEPTH BELOW LIMIT 5 (STO5) BACKUP NAVIGATOR ALARM 6 (STO6) NAVIGATION SENSOR ALARM 7 (STO7) OPERATOR FITNESS...
Page 38 2. WIRING Analog interface Analog channels in general An example for analog channel (here, channel 1) REF1+ A1IN 2 kohm SGND REF1- STI1 A1IN input terminals for analog signal SGND REF1+ reference output terminals REF1- STI1 input terminals for status (open = operating, in use, etc.) Analog channel assignment channel usage alternative usage...
Page 39: Radar Overlay (Ec-1000C-R/Ec-1000C-Cr Only)
2. WIRING 2.5 Radar Overlay (EC-1000C-R/EC-1000C-CR only) Radar Overlay has input for one set of radar signals. Radar Overlay can be used to read the picture from three different radar transceivers, because it has two status inputs which change the following characteristics of the Radar Overlay: •...
Page 40: Connection Of Digitizer And Lcd Displays To Processor Unit
2. WIRING Connection of Digitizer and LCD Displays to Processor Unit The brilliance of ECDIS and Conning Displays (MU-201CE/MU-231CE/MU-190/MU-231) can be adjusted at EC-1000C by connecting to COM1 port as below. Also, COM1 port is used for connection of Digitizer (CALCOMP Drawing Board III). MU-201CE/231CE MU-201CE/231CE MU-190/231...
Page 41: Ethernet Cable Connection
2. WIRING Ethernet Cable Connection One ECDIS can be connected to another ECDIS with optional cable MOD-Z072-020+, which is 2 m long. If you need a longer cable, connect LAN (Local Area Network), using RJ45 connectors. Cable used between two ECDIS devices should be UTP (Unshielded Twisted Pair).
Page 42: Emi Core For Processor Unit
2. WIRING EMI Core for Processor Unit When connecting the LAN cable MOD-Z072-020+ (supplied) to the processor unit EC-1000C, attach the EMI core (type: RFC-10, supplied as installation materials) to that cable as shown below. Fasten core with two cable ties to fix the core.
Page 43: Adjustments
ADJUSTMENTS How to Set IP Address for ECDIS ECDIS has two local area network interfaces, and Interface IP address for the No.2 ECDIS has to be changed. To set the IP addresses, run WindowsXP as follows. 1. Open the cover on the front panel of the processor and connect the service keyboard there.
Page 44 3. ADJUSTMENTS 3.1.2 Local Area Connection for LAN2 (ECDIS LAN Network) LAN2 interface is used to connect a LAN Adapter or HUB-100 to ECDIS EC1000C. To configure IP Address for this, proceed as follows: 1. Open Control Panel. 2. Double click Network icon. 3.
Page 45: Parameters
3. ADJUSTMENTS Parameters NOTE: Special attention to following topics is required to maintain "Consistent Common Reference System." • The values of center and conning positions depend on size and geometry of the ship. • Offsets from Antenna Position to Conning Position of Position Sensors depend on the location of position sensor antennas.
Page 46 3. ADJUSTMENTS Activate changes now: The changed settings are activated immediately. When canceling the activation, click the “X” at the top of the screen. Restart needed to activate: The changed settings are activated when the power is turned off and on again. Sensor Channel Usage This shows how the serial channels of A adapters are configured and which analog...
Page 47 3. ADJUSTMENTS Definition of Workstation Below is a generic description of how to operate the Workstation parameter page. Installation parameters Workstation names Sensor Parameters Edit Workstation names PORT ECDIS EC1000C-0001 Save Sensor source default Location of Access Server Set parameter defaults Sensor Channel usage Remove Planning station...
Page 48 3. ADJUSTMENTS Examples: Settings when workstation Workstation names EC1000C-0001 is used as a Edit Workstation names stand-alone system. EC1000C-0001 PORT ECDIS Save Sensor source default Location of Access Server Remove Planning station Logical name Network name Remove all EC1000C-0001 PORT ECDIS EC1000C-0002 Single Workstation...
Page 49 3. ADJUSTMENTS Settings when workstation Workstation names EC1000C-0001 is used as Edit Workstation names navigation station in a two PORT EC1000C-0001 Save ECDIS system consisting of two Sensor source default Location of Access Server Remove Planning station navigation workstations. Network name Logical name Remove all EC1000C-0001...
Page 50 3. ADJUSTMENTS Opening each parameter dialog box 1. Locate the cursor on the ► mark on the drop-down list. 2. Choose an item you want to set, by scrolling the list.
Page 51 3. ADJUSTMENTS General Enter your ship’s name and characteristics referring to next page. If there is no optional B adapter connected, set parameters as such. If there is an optional B adapter, set the equipment as such. Notes: • Center position is geometrical center of the ship. •...
Page 52 3. ADJUSTMENTS Radar Antenna Position Conning Position Breadth = 30 m GPS Antenna Position Dual Axis Log Position From Center Position to Bow Position =100 m From Center Position to Dual Axis Log Position = 70 m Center Position From Center Position to Conning position = -60 m From Center Position to Stern Position = -100 m...
Page 53 3. ADJUSTMENTS Gyro 1 Settings when Gyro is outputting data in IEC-61162-1 format. Settings when Gyro is Stepper or Synchro with 1:360 gearbox and optional B adapter is used. Settings when Gyro is Synchro with 1:180 gearbox and B adapter is used. Notes: •...
Page 54 3. ADJUSTMENTS Gyro 2 Settings when Gyro 2 is receiving from Trackpilot. If connected TCS. (BSH type approved) Settings when Gyro 2 is receiving through Trackpilot. If connected EMRI TCS. (DNV NAUT-AW). Settings when Gyro 2 is not connected. 3-12...
Page 55 3. ADJUSTMENTS Gyro interface for Track Control System approved by BSH Gyro 2 Gyro 1 Gyro ARPA Repeater ARPA Gyro selector Common Distribution Unit Gyro 1 or Gyro 1 Gyro 2 IEC-61162-1 ($XxHDT) or Stepper/Synchro Gyro 2 Gyro 1 Trackpilot Track Pilot RADAR ECDIS...
Page 56 3. ADJUSTMENTS Gyro interface only for DNV NAUT-AW rule Gyro 2 Gyro 1 Gyro First priority ARPA Gyro selector Repeater ARPA Common Distribution ARPA Unit for Gyro RADAR ARPA Selected gyro (Gyro 1 or Gyro 2) Gyro 1 Gyro 2 IEC-61162-1 ($XxHDT) Stepper/Synchro Gyro 2...
Page 57 3. ADJUSTMENTS Settings when log is using Analog Pulses 200 p/nm. Note that log is used for water speed component if the dual-axis log is available. Analog Pulse (uses B-Adaptor) Settings when log is single axis pilot log transmitting IEC-61162-1. Message used is VBW.
Page 58 3. ADJUSTMENTS Dual-axis log Settings when using IEC-61162-1. Connected: Adapter Channel: for Ahead Settings when no dual-axis log is available. Connected: Adapter Channel for Ahead Notes: • Talker identifier can be defined for IEC 61162-1 (typical talker for dual axis log is VD). If talker identifier is defined as XX, then it is ignored.
Page 59 3. ADJUSTMENTS Radar Echo Overlay Radar Echo Overlay can be received by ECDIS in two ways: • through Radar Overlay card fitted in ECDIS • through LAN from FAR-2x07 Radar Echo Overlay (analog) through Radar Overlay card fitted in ECDIS This menu does not appear if Analog Echo Overlay is set for "No use"...
Page 60 3. ADJUSTMENTS Here is an example of a bow mounted radar with large distance from the conning position. Bearing and Range offsets are used to align radar and chart displays. Here is an example of a mast-mounted X-band radar, when mast is in about same position as the conning position.
Page 61 3. ADJUSTMENTS Radar Echo Overlay (LAN) from FAR-2xx7 and FCR 2xx7 series radar through LAN The following settings are for Radar Echo Overlay (LAN) received from FAR-2xx7 and FCR-2xx7 series radar through LAN. Set the radar connected through the network. The radar echo set “Connected: Yes”...
Page 62 Edit parameters - Radar Display Display settings in the field at Radar Displays right "LAN Radar". See figure Radar Display Display 1 below. Connected Adapter Channel Device Interface FURUNO FAR-2x07 (LAN) Rx Talker Identifier LAN Radar IP address 172.31.3.6 Cancel 3-20...
Page 63 Radar Display Display 2 "LAN Radar". See figure at Connected right. Adapter Channel Device Interface FURUNO FAR-2x07 (LAN) Rx Talker Identifier LAN Radar IP address 172.31.3.7 Cancel Radar Echo Overlay received both through Radar overlay card and through LAN It is possible that Radar Overlay video from one transceiver is received either through Radar Overlay card (analog) or through LAN.
Page 64 3. ADJUSTMENTS Settings for Chat Radar Settings for CCRS Note: These settings is available for the chart radar with version 06.01 and after. The following data are sent from ECDIS to Chart Radar when starting the route monitor. -Route data -User chart -Notes -Sensor data other than Gyro...
Page 65 Radar Displays There are 6 basic device interface alternatives: 1) Device interface FURUNO: IEC 61162-1 (TX Talker ID = II) includes all standard messages for an ARPA radar target data receive interface. Further it also contains a lot proprietary messages supporting integrated navigation features such as user charts, routes, curved EBL, etc.
Page 66 Radar Echo Overlay (Analog) parameters page for Transceiver 1. • If ARPA radar display 1 sends radar id 2, it is connected to Radar Transceiver 2 defined in Radar Echo Overlay (Analog) parameters page. Example1: FURUNO IEC 61162-1 device interface with various TX Talker IDs. 3-24...
Page 67 3. ADJUSTMENTS Example 2: Generic ARPA radar using only IMO standard message. Example 3 FAR-28x7 ARPA radar connected with serial line. 3-25...
Page 68 3. ADJUSTMENTS Example 4 Parameters for one FAR-2xx7 radar and one FCR-28x7 Chart Radar connected with LAN Cable. First Radar display (FAR-2xx7): You can define to which LAN radar it is connected, at the "LAN Radar" field. Note that the settings above together with the settings below must be done for LAN Radar settings: Note 1: "Radar display number"...
Page 69 Edit parameters - Radar Display Radar Displays Radar Display Display 2 Connected Adapter Channel Device Interface FURUNO FAR-2x07 (LAN) Rx Talker Identifier LAN Radar IP address 172.31.3.7 Cancel You can define to which LAN radar it is connected at the "LAN Radar" field.
Page 70 3. ADJUSTMENTS Radar Antenna Position Conning Position GPS Antenna Position Dual Axis Log Position From Antenna Position to Conning position = -150 m From Antenna Position to Conning position = -5 m From Antenna Position to Conning position = 10 m From Antenna Position to Conning position = 12 m 3-28...
Page 71 3. ADJUSTMENTS Position equipment An example of DGPS receiver with talker identifier GP defined for both GGA and VTG messages. Enter values for Weight GGA+VTG Factor and Cmg Delay as follows. -Weight Factor: 0.1 -Cmg Delay: 0 An example of DGPS receiver which is able to send IEC 61162-1 Ed.
Page 72 3. ADJUSTMENTS An example of setting for DGPS receiver which is able to send IEC 61162-1 Ed. 2 messages. Enter values for Weight Factor and Cmg Delay as GLL+VTG follows. -Weight Factor: 0.1 -Cmg Delay: 0 An example of setting for Syledis receiver.
Page 73 3. ADJUSTMENTS Notes: • Talker identifier can be separately defined for speed and course (VTG message) and for position (GLL, GGA or PAT message). If talker identifier is defined as XX, then it is ignored. • IEC 61162-1 ed1 or ed2: GGA uses messages VTG and GGA. Recommended for DGPS. Correct operation of a DGPS sensor requires that the system also receives VTG (COG/SOG) message.
Page 74 3. ADJUSTMENTS Radar Antenna Position Conning Position GPS Antenna Position Dual Axis Log Position From Antenna Position to Conning position = 5 m From Antenna Position to Conning position = 10 m From Antenna Position to Conning position = -5 m From Antenna Position to Conning position = 10 m Note for service engineer:...
Page 75 3. ADJUSTMENTS Echo Sounder and Weather Cancel IEC61162-1 ($xxDBT) IEC61162-1 ($xxDBT) IEC61162-1 ($xxCDR) IEC61162-1 ($xxMTW) Analog(uses B-Adapte Analog(uses B-Adapte Analog(uses B-Adapte Notes: (air temperature) • Not used by this system, should have Connected = NO. Notes: (air pressure) • Not used by this system, should have Connected = NO. 3-33...
Page 76 3. ADJUSTMENTS Wind sensor Here is an example of a wind sensor which is connected to LAN Adapter channel 15. Wind modes are defined as: The wind as measured by a wind meter is known as apparent wind. If indicated wind includes speed compensation it is known as relative wind. If indicated wind includes both speed and heading compensation it is known as true wind.
Page 77 Settings when no Trackpilot is connected: Settings for FURUNO FAP-2000/EMRI SEM200 Trackpilot Notes: In general all settings above are mandatory for FURUNO FAP-2000/EMRI SEM200 Trackpilot. The following parameters can be used to tailor the system to the vessel: • Minimum turn radius •...
Page 78 3. ADJUSTMENTS FURUNO FAP-2000/EMRI SEM200 Trackpilot FURUNO FAP-2000 Trackpilot is a separate unit. It consists of electronic unit AEU511 and control panel(s) MIP. If it is used with ECDIS some parameters must be as below. For further details, see separate manual for FAP-2000/EMRI SEM 200.
Page 79 3. ADJUSTMENTS • GyroNmeaCh (Serial channel for gyro) • PminRadius (Minimum available radius. Must be equal to ECDIS parameter.) For proper track control, software of AEU511 must be "SEM200 Version Aeu2_3 Compiled 6-5-2003 15:37" and MPI31 must be "MIP2 Version Mip2 Compiled 7-5-2003 14:55". Notes (Emergency instructions for cases when software of AEU511 or MIP31 is older version.) •...
Page 80 3. ADJUSTMENTS Yokogawa PT-500A Autopilot Below are settings for the Yokogawa PT-500A Autopilot. Route Check IEC-62065 (Not required) GENERAL NOTES: • In general all settings above are mandatory for Yokogawa PT-500A Autopilot. The following parameters can be used to tailor the system to the vessel: •...
Page 81 3. ADJUSTMENTS TOKYO KEIKI PR-6000 Autopilot Settings for TOKYO KEIKI PR 6000 Autopilot in ECDIS: Route Check IEC-62065 (Not required) NOTES: In general all setting above are mandatory for TOKYO KEIKI PR-6000 Autopilot. Following parameter can be used to tailor the system to the vessel •...
Page 82 3. ADJUSTMENTS 2. Auto Steering Control Adjusting( Ref AP manual) Adjustment Auto Mode RC-NAV Remarks Mode ADPT Rate of turn (RATE) (1-9) ---- ---- Rudder Ratio (Rudder) (1-9) ---- ----- Weather adjustment (0-10) ---- ----- (Weather) ADPT(OPN/CNF) ---- OPN/CNF OPN or Note 1 Pilot watch setting (Pilot (5-15°)
Page 83 3. ADJUSTMENTS ROT gyro No ROT Gyro connected: The system calculates from movement of Gyro heading . Max scale ROT gyro value is received from Dolog 23 dual-axis log. DAX Dolog23: ($PKDRU) Max scale ROT gyro value is received from gyro connected as Gyro1.
Page 84 3. ADJUSTMENTS ROT gyro value is received from Trackpilot. Trackpilot Max scale ROT gyro value is received using analog interface directly from a ROT gyro sensor. Analog (uses B-Adapter) Max scale 3-42...
Page 85 3. ADJUSTMENTS Conning display POSN CALC DGPS 0.0Kt 17.2Kt 17.2Kt 0.0Kt LEFT BOTTOM RIGHT BOTTOM Double Speed display Figure above shows how the windows are located in Conning Display. 1) Select Conning Mode (Harbour1, Harbour2, Navigate1 or Navigate2). Note, Stand-alone Conning Mode is used only with Conning Processor CP-01 and sidebar Conning Display.
Page 86 3. ADJUSTMENTS Rudders Select Connected NO if no rudder is connected to the ECDIS. One rudder is connected and value is received using analog interface. Two rudders are connected and one value is received using analog interface and second value is received from Trackpilot.
Page 87 3. ADJUSTMENTS Two rudders are connected and values are received using analog interfaces. Two rudders are connected and values are received from Trackpilot. Note: You can give "name" for rudder in the Label field. This "name" is displayed in the Rudder window of the Conning Display.
Page 88 3. ADJUSTMENTS Two rudders are connected and values are received from Engine Control. Rudder-type Azimuth Propulsion Display method = Azimuth 0º up and Display method = Azimuth 0º down are used to select between alternative scale for Azimuth propulsion window. Rudder-type-Azimuth Propulsion and values, are received as...
Page 89 3. ADJUSTMENTS Two rudders are connected and values are received as IEC 61162-1 ($xxRSA) formatl. 3-47...
Page 90 3. ADJUSTMENTS Propellers Select Connected NO if Edit parameters - Propellers 1 (stern) General propeller is not connected to Connected: Analog (uses B-Adapter) Device Type: the ECDIS. Cancel Label: Torque M/E Rpm Power Pitch In use B-Adapter channel Output at 0 0.01 0.00 Output per Volt...
Page 91 3. ADJUSTMENTS Ship has one pitch propeller connected as Propeller 1 (stern) using Engine Control Device Type “IEC 61162-1 (MAN B+W, $xxXDR, $xxRPM)”. Ship has one pitch propeller connected as Propeller1 (stern) using Engine Control “NCDAT”, “PNAV” or proprietary message used by Sindel simulators.
Page 92 3. ADJUSTMENTS Ship has two pitch propellers and the first propeller is connected as Propeller 1 (stern) using Engine Control “NCDAT”, “PNAV” or proprietary message used by Sindel simulators. Ship has two pitch propellers and the second propeller is connected as Propeller 2 (stern) using Engine Control “NCDAT”, “PNAV”...
Page 93 3. ADJUSTMENTS Ship has two pitch propellers Edit parameters - Propellers 2 (stern) General and the second propeller is Connected: Engine Control Device Type: Cancel connected as Propeller2 Label: STBD (stern) using Engine Control. M/E Rpm Tprque Pitch Power In use B-Adapter channel Output at 0 0.01...
Page 94 3. ADJUSTMENTS Thrusters Select Connected NO if thruster is not connected to the ECDIS. Thruster 1 (stern) is connected to the ECDIS. Thruster 3 (bow) is connected to the ECDIS. 3-52...
Page 95 3. ADJUSTMENTS Thruster 1 (stern) is connected to the ECDIS using Engine Control. Thruster 3 (bow) is connected to the ECDIS using Engine Control. 3-53...
Page 96 3. ADJUSTMENTS Main engine start air pressure Select Connected NO if Main Engine Start Air Pressure is not connected to the ECDIS. Main Engine Start Air Pressure connected to the ECDIS. Main Engine Start Air Pressure connected to the ECDIS using Engine Control.
Page 97 3. ADJUSTMENTS Fuel consumption Select Connected NO if Fuel Consumption is not connected to the ECDIS. Fuel consumption connected to the ECDIS. Fuel consumption connected to the ECDIS using Engine Control. 3-55...
Page 98 3. ADJUSTMENTS Alarm inputs+Outputs/AMWSS Settings for closed contact external alarm inputs required in the past to fulfil OMBO class notation of RINA. If this feature is activated it generates alarms 4201…4208 "Ext. navigation eq. Error". Settings when the ECDIS is connected to Alarm Monitoring Watch Safety...
Page 99 3. ADJUSTMENTS Sensor Source of ECDIS is transmitted Settings when the ECDIS is connected to a Central Alarm System which uses only closed contacts. Input channels 9 and 10 of B-Adapter are used for Alarm Ack. and Buzzer Stop. (Relays energized when no alarm) Relay outputs: close (no Alarm), open (Alarm active) (Relays energized when alarm)
Page 100 3. ADJUSTMENTS Settings when the ECDIS is connected to Engine Control System. 3-58...
Page 101 3. ADJUSTMENTS Alarm system and Alarm ACK System Failure alarm out Control Unit Buzzer stop input (closed=input) Processor Unit EC-1000C LAN Adapter Alarm outputs EC-1010 Alarrm outputs B-Adapter STO2: Off Track EC-1020 STO3: WPT Approach STO4: Shallow Depth STO1 STI9/GND STI10/GND STO5: Backup Navigator STO6: Navigation Sensor Alarm STO7: Operator Fitness...
Page 102 3. ADJUSTMENTS SatCom/External Computer/Sindel repeaters - Settings for Route backup to Furuno GP-80 GPS navigator. - Setting for Ropute Restore from Furuno GP-80 GPS navigator. -Wiring of ECDIS and EC-1010 GP-80/90 GP-80/90 (CH1, 3, 4, 9, 11 to 13) (DATA4)
Page 103 3. ADJUSTMENTS Engine control Settings for receiving Fuel Consumption, Propeller and Main Engine Air Pressure data from engine control system manufactured by NORCONTROL (used message is $NCDAT). Note that full use of this feature requires that you also activate Fuel Consumption, Propeller and Main Engine Air Pressure parameters, set as Engine Control.
Page 104 3. ADJUSTMENTS Speed pilot Settings when speedpilot is not connected. Settings when speedpilot is connected. Alarm Inputs External Edit parameters - Alarm Inputs/External This function is not available for version Ch Conn Bi-dir Retry ack Alarm source name Ch Conn Bi-dir Retry ack Alarm source name 05.xx.
Page 105 3. ADJUSTMENTS Sensors which are not connected In installation parameters there are several sensors in a list which are not used with ECDIS and their status should be Connected = NO. The list of sensors which are not connected: (Electronic Chart, VDR, Position Equipment, Heel and Trim, Steering Info) 3-63...
Page 106 3. ADJUSTMENTS Storing default parameters After installing the equipment, store the default parameters of the ECDIS as follows: 1. Connect service (for PC) keyboard. 2. Press Windows key. 3. Click Start, Programs, Accessories and Windows Explore in order. 4. Choose My Computer, Local Disk [C:], ANTS_SYSTEM and params in order to open the params folder.
Page 107: Adjustments For The Second Lan Adapter Ec-1010
3. ADJUSTMENTS 3.3 Adjustments for the LAN Adapter EC-1010 3.3.1 Setup for the LAN adapter EC-1010 program The following tools are needed for programming LAN adapter: • Ordinary serial RS-232C line cable to make connection from COM1 port to Connector J13 of LAN Adapter.
Page 108 3. ADJUSTMENTS 3.3.3 How to load programs for LAN adapter EC-1010 The following is an example of how to program the first LAN adapter for the first ECDIS. Note: The program version for LAN adapter should be same with ECDIS’s. 1.
Page 109 3. ADJUSTMENTS 4. Type IP, and then press the ENTER key to confirm the IP address. For the first LAN adapter of MAIN ECDIS, Type SETIP 10.0.0.190, and press the ENTER key. 5. Type SETMASK 255.255.0.0 and then press the ENTER key. To confirm the netmask, type MASK, and press the ENTER key.
Page 110 3. ADJUSTMENTS 7. Load autoexec.bat and sercotr.exe as shown below. a) Type “Load”. b) Press the Alt key and E key at the same time. c) Type the file name to load. 3-68...
Page 111 3. ADJUSTMENTS 8. Set parameters for LAN adapter as follows: a) Type command. Status Command First LAN adapter (MAIN) sercotr /d=2 /p=15001 /r=15000 /f=1 /n=8 /m=0 /e0=10.0.0.180 Second LAN adapter (MAIN) sercotr /d=3 /p=15001 /r=15000 /f=9 /n=8 /m=0 /e0=10.0.0.180 First LAN adapter (BACKUP) sercotr /d=4 /p=15001 /r=15000 /f=1 /n=8 /m=0 /e0=10.0.0.181 Second LAN adapter (BACKUP) sercotr /d=5 /p=15001 /r=15000 /f=9 /n=8 /m=0 /e0=10.0.0.181...
Page 112 3. ADJUSTMENTS 3.3.6 Installation of Network Connections You can install network connections between the Navigation ECDIS and second (for planning/back-up) ECDIS. To install, proceed as follows: 1. Turn the power on. 2. If you already have ECDIS installed, then you have to shut down the ECDIS program before you install network connections.
Page 113 3. ADJUSTMENTS 6. Select drive I: for the hard disk of the other ECDIS computer. Browse the other ECDIS computer from ECDIS work group. 7. Select Ec1000C-0001¥ANTS_SYSTEM and press OK. 7. Select Tools and Map Network Drive again. 8. Select drive J: for the CD-ROM drive of the other ECDIS computer. Browse the other ECDIS computer from ECDIS work group.
Page 114: Dip Switches And Jumper Wires
3. ADJUSTMENTS DIP Switches and Jumper Wires 3.4.1 LAN adapter EC-1010 CONNECTOR PROGRAMMING FURUNO LAN Adapter TX LEDs CH 3 CH 4 CH 5 CH 1 JUMPERS RX LEDs CH 1 CH 2 CH 3 CH 4 CH 5 CH 6...
Page 115 3. ADJUSTMENTS 3.4.2 Radar overlay (EC-1000-C-R-S/1000C-CR-S only) Hi/Lo Video Diff. Gain Shape Length Radar 1 Radar 3 Radar 2 Radar 2 Radar 1 Radar 3 1 2 3 4 Potentiometer Function Difference between HI and LO video Video gain Radar 1 Radar 2 Radar 3 Function...
Page 116 3. ADJUSTMENTS Jumper Position Furuno Function Factory default Positive Video Polarity Negative Video Polarity Factory default Positive Video Polarity Factory default Negative Video Polarity Positive HL Polarity Negative HL Polarity Factory default Trigger Polarity Positive Edge Factory default Trigger Polarity Negative Edge Video 75Ω...
Page 117 3. ADJUSTMENTS 3.4.3 B adapter EC-1020 All settings of B adapter are for gyro compass. TS13 IC 1 ST SY 1 2 3 GYRO PHASE 1 GYRO PHASE 2 GYRO PHASE 3 GYRO REFERENCE ASPO SYSTEMS OY ADAPTER B IC 1 IC 1 -COMMON +COMMON...
Page 118 3. ADJUSTMENTS CONNECTION-B R22 R21 SYNCHRO 90-135VAC STEPPER 20-48VDC 22 ohms (1W) 2K7 (1W) 2K7 (1W) 2K7 (1W) Factory default is SYNCHRO 90-135 VAC. If you have a STEPPER 20-48 VDC, you need to replace resistors R17, R18, R19 and R20 with values given in the figure above. Connector J38 pin Stepper Synchro...
Page 119: Installation Of Optional Furuno Pp-510 Printer
Furuno PP-510 printer can be connected to ECDIS using USB, not directly to LPT1: port. You have to use "USB to parallel adapter" to connect Furuno PP-510 printer to the USB port. If printer is shared then it is possible to print from all workstations in the network.
Page 120 3. ADJUSTMENTS 9. Press the Next button. 10. Select printer Manufacturer as IBM and Printer as "IBM Proprinter II" and press the Next button. 11. Enter name for printer and press the Next button. 12. To use a network printer, select "Share name:" and press the Next button. 3-78...
Page 121 3. ADJUSTMENTS 13. These fields can be left blank. Press the Next button. 14. To print test pages after installation, select "Yes" and press the Next button. 3-79...
Page 122 3. ADJUSTMENTS 15. When installation is ready completed, the following window appears. 16. Press the Finish button. Installation of shared printer If you want to print from a workstation other than the one to which the printer is directly connected, you have to install Printer software to the workstation in following way: 1.
Page 123 3. ADJUSTMENTS 5. Select "Connect to this printer (or to browse for a printer, select this option and click next)”. 6. Press the Next button. 7. Click printer name, and then press the Next button. 8. Press the Yes button. 3-81...
Page 124 3. ADJUSTMENTS 9. Select Yes. 10. Press Next button. 11. When installation is completed successfully, the following window appears. 12. Press the Finish button. 3-82...
Page 125: Activation Of Cm-93/3
3. ADJUSTMENTS Activation of CM-93/3 Before CM-93/3 charts can be used, you have to activate eToken (the dongle for system ID) of CM-93/3 as follows: 1. Start ECDIS. 2. Select "C-Map Ed3 installation" from Menu -> Initial settings. 3. C-Map Installation dialog box appears. Press the Install button. The shape of dialog box is different depending on the software version, 05.xx: portrait and 06.xx: landscape.
Page 126 3. ADJUSTMENTS 5. Insert eToken to USB port. 6. Press Cancel button. Then press the Yes button. 7. Remove eToken from USB-port and then press OK button. 8. Insert eToken into USB port and then press OK button. 9. Confirm re-initialization. 3-84...
Page 127 3. ADJUSTMENTS 10. Press the Yes button 11. You have to remove licenses stored on ECDIS. 12. Press the Yes button. Note: Press the No button to escape from the installation of C-MAP 93/3 to start. 13. Press the Next button to start the Product Catalogue Setup Wizard. 3-85...
Page 128 3. ADJUSTMENTS 14. Make selections as below. 15. Press the Next button to start installation. 3-86...
Page 129 3. ADJUSTMENTS 16. Press the Next button. Installation starts. This may take a while. 17. When installation is completed the following window appears. 3-87...
Page 130: Reinstall Of Ecdis Software
3. ADJUSTMENTS 18. Press the Close button. If the following window appears, you have not removed all licenses stored on ECDIS (see step 17). You have to remove eToken from USB-port and restart ECDIS computer and then start Installation of Product Catalogue in step 14. 19.
Page 131 3. ADJUSTMENTS 1. You already have ECDIS installed and you have to shut down ECDIS program before you can make a new installation. To shut down ECDIS program, press the Shutdown the ECDIS button. 2. Then you will get an empty screen which prevents normal user from entering the operating system.
Page 132 3. ADJUSTMENTS 5. A System Information window appears, press Yes button to continue the installation. 6. If the Windows Classic style is not in use a following window appears. Follow the instructions to enable the Classic style. 7. Press the Next button. 3-90...
Page 133 3. ADJUSTMENTS 8. Select desired Setup Type. Note: This example is full ECDIS installation without Conning Display. 9. Enter password “ecdis” for ecdis user and press the Next button. 10. Select destination location for ECDIS and press the Next button. 3-91...
Page 134 3. ADJUSTMENTS 11. Select Components to be installed and press the Next button. Note: Check “Analog Radar Overlay” when the processor unit contains the optional Analog Radar Overlay board. 12. Check selection box if C-Map ed. 3 is used. 13. Enter HASP PIN Number “2371”...
Page 135 3. ADJUSTMENTS 14. Sharing information can be entered here and then press Next button. 15. Select a COM Port for the Control Head, set other parameters as appropriate, and press the Next button. COM Port: “COM2” only Alarm Tone: “7” only 16.
Page 136 3. ADJUSTMENTS 18. Set LAN Adapter parameters and press the Next button. Example of first ECDIS default settings with two LAN Adapters. Example of second ECDIS default settings with one LAN Adapter. 3-94...
Page 137 3. ADJUSTMENTS 19. Select files to be deleted from ECDIS, and press the Next button. Note: When upgrading from version 05.xx software, check all boxes to erase corresponding items. Chart Display Setting Files: Check here to return settings for the chart display and symbol display to the default.
Page 138 3. ADJUSTMENTS 20. Press the Next button. 21. Setup progress is shown with a progress book. 22. Press the Finish button to restart ECDIS. 3-96...
Page 139 3. ADJUSTMENTS Important things to do after reinstall After you have reinstall ECDIS program, you will need to initialize ECDIS to restore previous state. Automatic erase of the old situation memory and internal files has removed the following setups and files from the hard disk. •...
Page 140 3. ADJUSTMENTS 5. Click “Group” in the View filters, and then choose “ALL”. 6. Choose all available charts in the Outside window at the bottom of the window. 7. Press << button to set group “ALL” as active. 8. Open SENC Convert window from the Chart Menu and activate conversion for group “ALL”, press Convert button...
Page 141 3. ADJUSTMENTS How to set the EC-1000C as No.2 When using two EC-1000C with Multi-workstation mode, set one as No.2 as below. How to change IP address of OS The EC-1000C has two LAN ports, Local Area Connection (IP address: 172.31.3.29) and Local Area Connection2 (10.0.0.180).
Page 142 3. ADJUSTMENTS This page is intentionally left blank. 3-100...
Page 143: Input/Output Signals
4. INPUT/OUTPUT SIGNALS Introduction The main method for transferring data between a sensor and the ECDIS is IEC 61162-1 Ed.1 or IEC 61162-1 Ed.2 Standard serial communication link. In the standard configuration, the system has one serial communication channel interface, LAN adapter type EC-1010, to communicate with up to eight external devices in serial format.
Page 144 • Max. 200 simultaneous AIS targets out of 1500 stored can be displayed. Trackpilot • Serial data interface based on NMEA V1.5 messages for EMRI SEM-200 or FURUNO FAP-2000 Trackpilot (IEC 62065 category B and C for TCS) • Or serial data interface based on NMEA messages for YOKOGAWA autopilot (NOTE: IEC 62065 type approval of category B for TCS) •...
Page 145: External Interfaces
4. INPUT/OUTPUT SIGNALS External interfaces Echo Sounder • One serial input type echo sounder (IEC 61162-1 Ed.1 or Ed.2 message $XXDBT... , min 1 message per 5 seconds) Wind measuring device • One serial input type wind sensor (IEC 61162-1 Ed.1 or Ed.2 message $XXMWV..., min 1 message per 10 seconds) Water temperature measuring device •...
Page 146 4. INPUT/OUTPUT SIGNALS Thrusters • One bow and one stern thruster with analog interface. • 2-kohm potentiometers installed in all thrusters. • Reference voltage to potentiometers (+/-12v) supplied from the ECDIS. • Each analog input is associated with a status signal (closed contact) which indicates the availability of the analog signal.
Page 147 • Analog input is associated with a status signal (closed contact) which indicates the availability of the analog signal. Route backup and restore for FURUNO GP-80 • One serial input/output for Furuno DGPS receiver GP-80 (IEC 61162-1 Ed. 1 based proprietary message) Route backup to external equipment •...
Page 148 4. INPUT/OUTPUT SIGNALS Radar Overlay • Video: min 2 Vpp, max 5 Vpp, positive or negative polarity • Trigger: min 5 V, max 30 V, positive or negative polarity, zero distance • Headline: min 5 V, max 30 V, positive or negative polarity •...
Page 149: Packing Lists
5. RADAR SWITCH (OPTION) To connect two radars excepting FAR-21x7/28x7 series, use the optional radar switch. Type Code No. Remarks CP03-29501 008-544-940 For 12 VDC CP03-29502 008-544-950 For 24 VDC Contents See the packing lists attached at the back of this manual Mounting Radar switch Mount the switch at the mounting position with four tapping screws (M4, local supply).
Page 150 5. RADAR SWITCH (OPTION) Radar selector Make five holes (one for toggle switch) to mount the switch on the desktop or bulkhead as below. 4-M3 SW sheet Water proofing gasket 16.4 Switch cap D-spring Radar selector Connection Connect cables as below. To Processor unit for ECDIS XH5P-XH10P-L1.6M cable XH12P-DSUB15BNC2 cable...
Page 162 Mar.28'07 R.Esumi...
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Page 167: Interconnection Diagram
DIGITIZER 表示部 MU-201CE(FEA-2107) MU-190(FEA-2107-D) 操作部 CONTROL UNIT MONITOR UNIT MU-231CE(FEA-2807) MU-231(FEA-2807-D) 表示部 MU-201CE(FEA-2107) POWER 15-565,1.5m RCU-018 100-230VAC, (ECDIS DISPLAY) MONITOR UNIT MU-231CE(FEA-2807) 1φ,50/60Hz (CONNING DISPLAY) MU-190(FEA-2107-D) POWER 15-565,1.5m MU-231(FEA-2807-D) 100-230VAC 1φ,50/60Hz IV-8sq. IV-8sq. DSUB9P-DSUB9P-L5M DSUB9P3B DSUB9P-DSUB9P-L5M DVI-D/D SINGLELINK,5m 3COX-2P-6C,10m RGB MONITOR VIDEO CARD: G45FMDVP32DBF 演算部...

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Fea-2807 Fea-2107 Fea-2107-d Fea-2807-d

Furuno FEA-2107-BB Installation Manual

Safety Instructions

Equipment List

System Configurations

1 Mounting

2 Wiring

3 Adjustments

4 Input/Output Signals

5 Radar Switch (Options)

Packing Lists

Interconnection Diagram

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