Furuno FA-150 Installation Manual
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Furuno FA-150 Installation Manual

Uais transponder
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See also: Operator's Manual
Order Installation Manual
Yard/Customer
Hull no.
Customer reference
Order No.
Document name
Revision
Author
Date First Issue
Comments
: ULSTEIN DESIGN & SOLUTION AS
: CO001/CO002
: U10662 - PX105
: 202121
: BRI-201041-01SI
: A
: HAB
: 06.05.2015
: A
(5 of 7)

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Summary of Contents for Furuno FA-150

  • Page 1 Order Installation Manual (5 of 7) Yard/Customer : ULSTEIN DESIGN & SOLUTION AS Hull no. : CO001/CO002 Customer reference : U10662 - PX105 Order No. : 202121 Document name : BRI-201041-01SI Revision Author : HAB Date First Issue : 06.05.2015 Comments...
  • Page 2 This page left intentionally blank...
  • Page 3 30 : Navigation, AIS 31 : Navigation, VDR 32 : Navigation, Bridge watch alarm system 33 : Navigation, Sound reception system...
  • Page 4 This page left intentionally blank...
  • Page 5 Revision history manual : Rev. Description Date Sign. (A,B,C..) (dd.mm.yyyy) 06.05.2015...
  • Page 6 This page left intentionally blank...
  • Page 7 Enclosed documents : Section Document name BRI-D30002 (Automatic Identification System_Furuno FA-150)\BRI-D30002-01II (A).pdf BRI-D31003 (Voyage data recorder_Furuno VR-7000\BRI-D31003-01II (A) System Installation Manual.pdf BRI-D32004 (Bridge alarm system_UBAS 2)\BRI-D32004-01II (D) System Installation Manual.pdf BRI-D32004 (Bridge alarm system_UBAS 2)\BRI-D32004-01II (D) System Installation Manual.pdf BRI-D33002 (Sound reception_ VSS-V2)\BRI-D33002-01II (A) System Installation Manual.pdf...
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  • Page 9 Index divider: Section 1 N...
  • Page 11 Document Type: Document name: SYSTEM INSTALLATION MANUAL BRI – D30002 – 01II Project Title: Date First Issue: Author: Revision: Furuno FA-150 AIS 14.05.2013 Enclosed documents from sub-supplier & revision history: Revision: Description / Enclosed documents: Date: Sign.: (A,B,C,……..) (dd.mm.yyyy) AIS_FA-150_Installation manual_rev C1 14.05.2013...
  • Page 12 UAIS TRANSPONDER FA-150 PRINTED IN JAPAN...
  • Page 13 *00015008302* *00015008302* *00015008302* *00015008302* ( ( TATA TATA ) ) FA-150 FA-150 * 0 0 0 1 5 0 0 8 3 0 2 * * 0 0 0 1 5 0 0 8 3 0 2 * *IME44310C10* *IME44310C10*...
  • Page 14 SAFETY INSTRUCTIONS WARNING CAUTION ELECTRICAL SHOCK HAZARD Observe the following compass safe Do not open the equipment distances to prevent interference to a unless totally familiar with magnetic compass: electrical circuits and service manual. Standard Steering compass compass Only qualified personnel F A-1501 should work inside the 1.2 m...

  • Page 15: Table Of Contents

    TABLE OF CONTENTS SYSTEM CONFIGURATION................iii EQUIPMENT LISTS ..................... iv 1. MOUNTING ....................... 1 1.1 Antenna Units ........................1 1.1.1 GPS antenna unit ....................1 1.1.2 VHF antenna ......................3 1.1.3 GPS/VHF combined antenna ................5 1.2 Monitor Unit ........................8 1.3 UAIS Transponder ......................10 1.4 Power Supply (option) ....................11 1.5 Pilot Plug (option) ......................11 2.

  • Page 16: System Configuration

    SYSTEM CONFIGURATION Either GPS antenna VHF antenna GPS/VHF GSC-001 combined antenna GPA-017 S GVA-100 Distributor unit MONITOR UNIT DB-1 F A-1502 UNIVERSAL AIS MENU DISP STATUS F A-150 12-24 VDC UAIS TRANSPONDER F A-1501 External displ ay, NAVNET2, Pil ot pl ug unit Sensor Al arm system PC, BEACON RECEIVER...

  • Page 17: Equipment Lists

    EQUIPMENT LISTS Standard supply Name Type Code no. Remarks UAIS Transponder FA-1501 Monitor Unit FA-1502 GSC-001 GPS Antenna Select one. GPA-017S GPS/VHF Combined Antenna GVA-100 MJ-A10SPF0012-050 000-150-216 Cable for FA-1501 CP24-00501 005-955-550 For FA-1501 For FA-1502 CP24-00400 000-041-980 CP14-06001 & Cable MJ-A3SPF0013-035 Installation Materials CP24-00101...

  • Page 18: Mounting

    1. MOUNTING 1.1 Antenna Units 1.1.1 GPS antenna unit Install the GPS antenna unit referring to the drawing on page D-1 at the back of this manual. When selecting a mounting location for the antenna, keep in mind the following points. •...
  • Page 19 How to attach the connector N-P-8DFB for cable 8D-FB-CV Dimensions in millimeters. Outer Sheath Armor Inner Sheath Shield Remove outer sheath and armor by the dimensions shown left. Expose inner sheath and shield by the dimensions shown left. Cover with heat-shrink tubing and heat. Cut off insulator and core by 10mm.

  • Page 20: Vhf Antenna

    • Install the VHF whip antenna referring to the outline drawing at the back of this manual. Separate this antenna from other VHF radiotelephone antennas as shown on the next page to prevent interference to the FA-150.
  • Page 21 Horizontal separation distance Other VHF whip antenna Whip antenna for AIS (GPS/VHF combined antenna) More than 10 m Vertical separation distance More than 2.8 m More than 0.5 m • When coaxial cable RG-10U/Y (shipyard supply) is used, attach the coaxial plug M-P-7 (dockyard supply) as shown on the next page.

  • Page 22: Gps/Vhf Combined Antenna

    How to attach the plug M-P-7 Lay the coaxial cable and attach an M-type plug (if necessary) to the cable as follows. 1. Remove the sheath by 30 mm. 30 mm Sheath 2. Bare 23 mm of the center conductor. Trim 5 mm 2 mm braided shield by 5 mm and tin.
  • Page 23 Mounting procedure 1. Dismount the bottom cover, cut the cable-tie inside the unit and take out the coaxial connector attached to the combined box. 2. Loosen four screws to loosen whip antenna fixture and pull out the coaxial connector coming from the combined box through the hole in the whip antenna fixture.
  • Page 24 The top of the stanchion comes into contact with the flange. Stanchion Installing distributor unit DB-1 The length of the cable between the distributor unit and transponder unit is 1 m so locate the distributor unit within 1 m from the transponder unit. Fix the distributor unit on the bulkhead, facing the cable entrance downward.

  • Page 25: Monitor Unit

    1.2 Monitor Unit The monitor unit can be installed on a desktop or flush mounted in a panel. Install it on the chart table or near the steering place, referring to the outline drawing. When selecting a mounting location for the monitor unit, keep the following in mind: •...
  • Page 26 F type Use the optional flush mount kit OP20-29. Name Type Code No. Cosmetic panel 20-016-1051 100-251-370 Self-tapping screw 5X20 000-802-840 Hexagon-head bolt M6X12 000-862-127 Spring washer 000-864-260 1. Prepare a cutout in the mounting location whose dimensions are 183 (W) X 92 (H) mm.

  • Page 27: Uais Transponder

    1.3 UAIS Transponder Mount the transponder, where it is protected from rain and water splash. This unit can be installed on a bulkhead. Install it, referring to the outline drawing. When selecting a mounting location for the transponder, keep the following in mind: •...

  • Page 28: Power Supply (Option)

    1.4 Power Supply (option) When selecting a mounting location for the unit, keep the following in mind: • Keep the unit out away from areas subject to water splash. • Locate the unit away from exhaust pipes and vents. • The mounting location should be well ventilated. •...

  • Page 29: Wiring

    2. WIRING 2.1 Connection Connect the equipment, referring to the interconnection diagram at the back this manual. GPS Antenna GPS/VHF Conbined GSC-001 or Antenna GVA-100 GPS-017 S 150M-W2VN or FAB-151D Either one 0.6 m Distributor unit 0.8 m DB-1 RG-10U/Y Attached to Distributor RG-10U/Y (approx.
  • Page 30 EXT ALM: Connect ship's alarm system. DISP: Connect the monitor unit. COM1 COM2 DC (-) COM3 COM4 DC (+) COM5 COM6 Internal ports of the Transponder COM1: Long range communication device (Inmarsat C, etc.) or External display (Radar, ECDIS, Pilot plug) COM2 &...
  • Page 31 *: Waterproofing connectors Wrap connector with vulcanizing tape and then vinyl tape. Bind the tape end with a cable-tie. Waterproofing connector **: DPYC-2.5, TTYCS-1Q and TTYCS-4 are Japan Industry Standard cables. Use them or the equivalents. DPYC-2.5 TTYCS-1Q (Four core twisted) Armor Armor Sheath...
  • Page 32 Cable connection at transponder Fabrication of cables TTYCS-4 and TTYCS-1Q Shield Remove paint by 50 mm. Cut vinyl sheath. L: Depends on equipment connected. Measure at the transponder. Expose core and fold back shield onto cable. Vinyl tape Lay in clamp where paint was removed.
  • Page 33 Fabrication of power cable DPYC-2.5 50 mm Vinyl sheath Armor 6 to7 mm 40 mm: Peel paint. Taping Clamp here by cable clamp.

  • Page 34: Changing Ship's Mains Specifications

    Changing Ship’s Mains Specifications The power supply PR-240-CE is shipped ready for connection to a 200-230 VAC ship’s mains. If the ship’s mains is 100 VAC – 115 VAC, change the tap connection and terminal board connection as below. Attach label supplied as accessories to the punch mark on the front panel according to the ship’s mains.

  • Page 35: Setting And Adjustment

    The following password entry window appears. [ENTER PASSWORD] Password entry window 3. Enter the password. The INITIAL SETTINGS window appears. Note that the password is known by only the FURUNO dealer. [INITIAL SETTINGS] SET MMSI SET MMSI SET INT ANT POS.
  • Page 36 4. SET MMSI is selected; press the [ENT] key to display the SET MMSI window. [SET MMSI] MMSI: 000000000 IMO NO: 000000000 NAME: C. SIN: QUIT [MENU] SET MMSI window 5. MMSI is selected; press the [ENT] key. By using the cursor pad, enter ship’s MMSI (Maritime Mobile Service Identity) in nine digits.

  • Page 37: Setting Gps Antenna Position

    (Data entry) 3. Press the [ENT] key again. 4. Enter distance for location “A” of FA-150 GPS antenna by using the cursor pad and press the [ENT] key. A: Distance from bow to GPS antenna position, setting range: 0-511 m 5.

  • Page 38: Setting Ship Type

    3.3 Setting Ship Type 1. In the INITIAL SETTINGS window, press the key to choose the SET SHIP TYPE and press the [ENT] key. [SET SHIP TYPE] TYPE NO : * * * * TYPE DETAIL * * * * NOT AVAILABLE 2.
  • Page 39 If you choose COM1 for example, do as follows. 4. Press the [ENT] key to display the COM1 setting window. [SET COM1] MODE : LONG RANGE SPEED: IEC 61162-2 QUIT [MENU] 5. Press the [ENT] key again to display the MODE setting window. [SET COM1] MODE : LONG RANGE...
  • Page 40 The table below shows the ports and corresponding items to be set. Port and data format/data transmission rate Port External device Format/Rate (MODE) (SPEED) LONG RANGE IEC61162-1 IEC61162-2 COM1 EXT DISPLAY IEC61162-1 IEC61162-2 DISABLE EXT DISPLAY IEC61162-1 IEC61162-2 MONITOR IEC61162-1 (No use) COM2 IEC61162-2 HI LEVEL IF...
  • Page 41 The table below shows the ports and corresponding items to be set. Port and data format/data transmission rate Port External device Format/Rate (MODE) (SPEED) LONG RANGE IEC61162-1 IEC61162-2 COM1 EXT DISPLAY IEC61162-1 IEC61162-2 DISABLE EXT DISPLAY IEC61162-1 IEC61162-2 MONITOR IEC61162-1 (No use) COM2 IEC61162-2 HI LEVEL IF...

  • Page 42: Attaching Lan Kit (Option)

    4. ATTACHING LAN KIT (OPTION) The LAN kit configures network via TCP/IP protocol Name: LAN kit Type: OP24-8 Code no.: 005-956-020 Name Code no. Remark 1 NET100 board 008-535-840 03P9332 2 Hex. spacer 000-801-678 Attaching 1. Dismount the bottom cover. 2.
  • Page 43 Setting LAN port 1. Press the [MENU] key, choose INITIAL SETTING, enter password, choose SET I/O PORT and press the [ENT] key to show the SET I/O PORT sub menu. 2. Press to choose SET LAN PORT and press the [ENT] key. [SET LAN PORT] MODE : STANDARD...
  • Page 44 5. IEC 61162-1/2 DATA SENTENCES IEC 61162-1/2 format data is input or output from the data port COM1-COM6. The table below shows the input/output data specifications. Transponder Port Menu setting Input/Output Data format IEC61162-2 (38.4kbps) / LONG RANGE Input/Output* IEC61162-1 (4800bps) COM1 IEC61162-2 (38.4kbps) / EXT DISPLAY...
  • Page 45 Input data/Sentences Sentence (Priority) Contents Addressed binary and safety related message AIS regional channel assignment message Acknowledge alarm AIS interrogation request UAIS broadcast binary message UAIS voyage static data Long Range interrogation Long Range function Datum reference GNS>GLL>GGA>RMC Position VBW>RMC>VTG>OSD Speed over ground RMC>VTG>OSD Course over ground...
  • Page 46 005-955-550 24AC-X-9402 CODE NO. TYPE CP24-00501 工事材料表 For FA-1501 INSTALLATION MATERIALS 番 号 名　　称 型名／規格 数量 略　　図 用途／備考 Q'TY OUTLINE NAME DESCRIPTIONS REMARKS 5X20 SUS304 +ﾄﾗｽﾀｯﾋﾟﾝﾈｼﾞ　1種 SELF-TAPPING SCREW CODE NO. 000-802-081 24AC-X-9402 ＦＵＲＵＮＯ　ＥＬＥＣＴＲＩＣ　ＣＯ　．，ＬＴＤ. （略図の寸法は、参考値です。　DIMENSIONS IN DRAWING FOR REFERENCE ONLY.）...
  • Page 47 005-955-940 24AC-X-9405 CODE NO. TYPE CP14-06001 工事材料表 For FA-1502 INSTALLATION MATERIALS 番 号 名　　称 型名／規格 数量 略　　図 用途／備考 Q'TY OUTLINE NAME DESCRIPTIONS REMARKS 5X20 SUS304 1種 ｸﾛ +ﾄﾗｽﾀｯﾋﾟﾝﾈｼﾞ SELF-TAPPING SCREW CODE NO. 000-802-840 24AC-X-9405 ＦＵＲＵＮＯ　ＥＬＥＣＴＲＩＣ　ＣＯ　．，ＬＴＤ. （略図の寸法は、参考値です。　DIMENSIONS IN DRAWING FOR REFERENCE ONLY.）...
  • Page 48 ＰＡＣＫＩＮＧ　ＬＩＳＴ 24AA-X-9853 -4 GVA-100,GVA-100-T N A M E DESCRIPTION/CODE № O U T L I N E Q'TY ユニット UNIT GVA-100 複合空中線部 GPS/VHF COMBINED ANTENNA 000-053-810 工事材料 INSTALLATION MATERIALS CP24-00141 N-P-8DFB 座金付き ｺﾈｸﾀ(N) CONNECTOR 000-140-463 ｺﾝﾍﾞｯｸｽ CV-200HT PLASTIC BAND 000-809-226 ｱﾝﾃﾅ取付金具...
  • Page 49 005-955-560 24AC-X-9403 CODE NO. TYPE CP24-00502 工事材料表 For GPA-017S/GSC-001 INSTALLATION MATERIALS 番 号 名　　称 型名／規格 数量 略　　図 用途／備考 Q'TY OUTLINE NAME DESCRIPTIONS REMARKS NJ-TP-3DXV-1 変換ｹｰﾌﾞﾙ組品 CONVERT CABLE ASSY. CODE NO. 000-123-809 ﾋﾞﾆｰﾙﾃｰﾌﾟ NO360 0.2X19X10000 ｸﾛ　ｴｽﾛﾝ VINYL TAPE CODE NO. 000-835-215 N-P-8DFB ｺﾈｸﾀ(N) 座金付き...
  • Page 50 005-950-730 24AA-X-9404 CODE NO. TYPE CP24-00101 工事材料表 For DB-1 INSTALLATION MATERIALS 番 号 名　　称 型名／規格 数量 略　　図 用途／備考 Q'TY OUTLINE NAME DESCRIPTIONS REMARKS 4X30 SUS304 1ｼｭ +ﾅﾍﾞﾀｯﾋﾟﾝﾈｼﾞ SELF-TAPPING SCREW CODE NO. 000-809-321 24AA-X-9404 ＦＵＲＵＮＯ　ＥＬＥＣＴＲＩＣ　ＣＯ　．，ＬＴＤ. （略図の寸法は、参考値です。　DIMENSIONS IN DRAWING FOR REFERENCE ONLY.）...
  • Page 51 004-366-960 24AC-X-9501 CODE NO. TYPE FP14-02801 付属品表 For FA-1502 ACCESSORIES 番 号 名　　称 型名／規格 数量 略　　図 用途／備考 Q'TY OUTLINE NAME DESCRIPTIONS REMARKS 20-016-1091-2 保護ｶﾊﾞｰ COVER CODE NO. 100-297-032 24AC-X-9501 ＦＵＲＵＮＯ　ＥＬＥＣＴＲＩＣ　ＣＯ　．，ＬＴＤ. （略図の寸法は、参考値です。　DIMENSIONS IN DRAWING FOR REFERENCE ONLY.）...
  • Page 52 SPARE PARTS LIST FOR U S E VESSEL For FA-1502 QUANTITY REMARKS/CODE NO. DWG. NO. WORKING ITEM NAME OF OUTLINE PART TYPE NO. SPARE ﾋｭｰｽﾞ FGBO-A 3A AC125V FUSE 000-549-063 MFR'S NAME FURUNO ELECTRIC CO.,LTD. DWG NO. 24AC-X-9301 （略図の寸法は、参考値です。　DIMENSIONS IN DRAWING　FOR REFERENCE ONLY.）...
  • Page 53 Antenna Cable Set CP20-02700 (004-381-160) CP20-02710 (004-381-170)
  • Page 54 Antenna cable Set CP24-00300(000-041-938) CP24-00310(000-041-939)
  • Page 58 Y. Hatai...
  • Page 59 Feb. 19, '03...
  • Page 60 May 20 '03...
  • Page 61 D - 7 Feb.22'05...
  • Page 62 D - 8...
  • Page 64 D-10 Feb.02'05...
  • Page 65 D-11 Nov.28'03...
  • Page 66 D-12...
  • Page 67 D-13...
  • Page 68 ∼...
  • Page 69 Index divider: Section 2 N...
  • Page 71 Document Type: Document name: SYSTEM INSTALLATION MANUAL BRI – D31003 – 01II Project Title: Date First Issue: Author: Revision: Furuno VR-7000 Voyage Data Recorder 27.08.2013 Enclosed documents from sub-supplier & revision history: Revision: Description / Enclosed documents: Date: Sign.: (A,B,C,……..) (dd.mm.yyyy)
  • Page 72 This page left intentionally blank...
  • Page 73 Document Type: Document name: SYSTEM INSTALLATION MANUAL BRI – D32004 – 01II Project Title: Date First Issue: Author: Revision: Bridge Alarm System UBAS MkIV 28.02.2013 Revision history: Revision: Description / Enclosed documents: Date: Sign.: (A,B,C,……..) (dd.mm.yyyy) 30.07.2013 Changed to reduce component detail 23.04.2014 Component picture: Enclosed documents:...
  • Page 74 Contents CABIN BUZZER ................................. 4 BUZZER BEDHEAD – 10 TONE ........................4 HATTELAND DISPLAY ............................6 HATTELAND HD08T21MMC ........................6 2.1..............................6 ENERAL 1.1.1. Maritime Multi Computer (MMC) – Introduction ................. 6 1.1.2. Labels and Locations ..........................7 1.1.3. Serial Number Label Layout ........................
  • Page 75 5.1.1. Hardware Design ..........................39 5.2......................... 41 REPARATORY EASURES 5.2.1. Installing WAGO-I/O-PRO ........................41 1.1.1. Starting Up the Ehernet Network ......................42 1.1.2. WAGO-I/O-PRO (CodeSys) ......................... 46 2.2.4. Configure Hardware ..........................46 2.2.5. Commissioning ............................ 50 WESTER MO ................................55 SDW-500 SERIES ............................

  • Page 76: Cabin Buzzer

    CABIN BUZZER 1. Buzzer Bedhead – 10 tone Conslemount cutout 50X50mm Flushmount in standard electrical junction box Ø71mm This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information.
  • Page 77 This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 5 of 56 BRI-D32004-01II (D) of this document or its content is permitted without prior written consent from ULSTEIN.

  • Page 78: Hatteland Display

    HATTELAND DISPLAY 2. Hatteland HD08T21MMC 2.1. General This manual contains electrical, mechanical and input/output signal specifications. 1.1.1. Maritime Multi Computer (MMC) – Introduction Series X Panel Computers offer the ultimate in performance, convenience, state of the art design and enduring quality for system integrators and boat builders. Series X products offer a range of feature sets optimized for varying requirements and applications.

  • Page 79: Labels And Locations

    1.1.2. Labels and Locations Quality Control (QC) Label This label indicates that the unit is produced, tested and packed according to manufacturer’s QA specifications. It will include a Personal ID and signature by the personnel responsible for approving the unit in production, test and warehouse departments. 1.1.3.

  • Page 80: Installation And Mounting

    2.2.1. Installation and mounting This product is intended for console mounting. For details, please see the relevant mechanical drawings. Adequate ventilation is a necessary prerequisite for the life of the product. The air inlet and outlet openings must definitely be kept clear; coverings which restrict ventilation are not permissible.

  • Page 81: Ergonomics

    2.2.3. Ergonomics Adjust the unit height so that the top of the screen is at or below eye level. Your eyes should look slightly downwards when viewing the middle of the screen. The brightness of displays is limited. Sunlight passing directly through the bridge windows - or its reflection –...
  • Page 82 2.2.4.1. Physical Connections Terminal Label Markings of 13 inch unit (Intel® Atom™ CPU) 2.2.4.2. DIGITAL OUPUT (X1 DIG OUT) (Optional) A mechanical and digitally driven “Safety Signal Relay” (NO/NC/COM) which allows the user via software to control external equipment that require or are compatible with the specifications.
  • Page 83 2.2.4.3. DIGITAL OUTPUT / INPUT: (X1 DIG OUT / X1 DIG IN A mechanical and digitally driven “Solid State Relay” (NO/NC/COM/24VDC) (over current protection) which allows the user via software to control external equipment that require or are compatible with the specifications. Connect and fasten your cables from your compatible external equipment to the SCD 90F connector block.

  • Page 84: User Controls Overview

    2.3. USER CONTROLS OVERVIEW The units are designed by using HATTELAND® Glass Display Control™ (GDC) touch technology to allow interactivity adjusting brilliance (brightness) and control power on / off with the use of illuminated symbols. Note that these symbols are only visible (backlight illuminated) when suitable power is connected. There is no physical moving knobs, potmeters, wheels or push buttons available as everything is touch surface controlled by Projected Capacitive technology, that allows a human finger (including several types of gloves) to control the unit.

  • Page 85: Specifications - Hd 08T21 Mmc-Xxx-Xxxx

    Specifications - HD 08T21 MMC-xxx-xxxx 2.4. This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 13 of BRI-D32004-01II (D) of this document or its content is permitted without prior written...

  • Page 86: Nomatronics - Magicplex

    NOMATRONICS – MAGICPLEX 3. MAGICPLEX8 GIC Pro 3.1. Introduction This instruction manual explains how to use different functions of the system. I gives information concerning preventive measures and illustrates how to proceed for the basic installation and troubleshooting. Please read these instructions carefully before use and make sure to use the system correctly and effeciently.

  • Page 87: Mountinf Of Magicplex8 Gic Pro

    3.1.3. Mountinf of magicplex8 GIC Pro 3.1.3.1. Dimension of the magicplex8 GIC Pro Figure 2: Mounting of the migcplex8 GIC Pro 3.1.3.2. Installation positions The magicplex8 GIC Pro fits for all installation positions (Upright, Hanging and Overhead). It is advisable to install the box in such a way to have a direct cable supply (at least no small bending radii).

  • Page 88: Terminal Pin Assignment

    3.2. Terminal pin assignment 3.2.1. Overview of terminal pin assignment (Outside box) Figure 2: Mounting of the migcplex8 GIC Pro Table 2: Overview of terminal pin assignment PC output RS232(for configuration and readout of data) RJ45 network connector USB connector for firmwire update NOTE: For authorised technical staff only Status LED (See point 3.2.1.1) Reset button (See point 3.2.1.2)

  • Page 89: Overview Terminal Pin Assignment At The Terminal Strip (Inside Box)

    3.2.2. Overview terminal pin assignment at the terminal strip (Inside box) Figure 3: Overview terminal pin assignment at the terminal strip Table 3: Overview of terminal pin assignment Power requirement 12 – 24 V DC(Direct current) plus und mass 8X RS422 TX+ RX+ TX- RX- 2X RS232...

  • Page 90: Terminal Pin Assignment Of The Magicplex 8 Gic Pro

    3.2.4. Terminal pin assignment of the magicplex 8 GIC Pro 3.2.4.1. Earthing in the box NOTE: The channels CH0/ CH1 / CH6 and CH7 can be assigned both as input and output. Not just 8 signals can be transmitted but 12 (4 of them virtual). This document and its content is the property of ULSTEIN.

  • Page 91: Talker / Listener Connections Schema

    3.3. Talker / Listener Connections Schema Figure 4: Talker / Listener connections Schema This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information.

  • Page 92: Software Configuration

    3.4. Software configuration 3.4.1. Authentication When you starting software configuration, you first have to log in. Figure 5: Login Window The user name is Admin and the password configure 3.4.2. Device listing Figure 6: Device list The next window allows you to request the whole network about your current devices. By clicking (1) “List devices on network”, you can get within a few seconds (indicated by the progress bar (4)), a listing of all the magicplex8 devices available.
  • Page 93 Example: Figure 7: Populated device listing On this example you can see a list being populated of two present multiplexers on the network, represented by their hostname, IP address, Netmask and default gateway (which is an optional settings and can be emplty). By double clicking on a line of this list you can then enter the configuration of this specific multiplexer.

  • Page 94: Settings In The Base Menu "General

    3.4.3. Settings in the base menu ”General” Figure 8: Populated device listing Table 3: Overview of terminal pin assignment General: The general tab is the base menu. Here, the necessary basic settings such as the rate of recording (Interval) or the filters to be set for the different NMEA protocols can be selected and saved. The IP address of the Magicplex8 you want to configure (default is 192.168.2.175).
  • Page 95 unlimited NOTE: Scrollbars appear automatically when the list is to small Interval: By using the arrow keys or by overwriting the value in the field, you can set the interval (in seconds) for the logging. Valid values are between 15 and 5000seconds. Debug port: This field is used to enter the IP port on which debug information from the box can be read.

  • Page 96: Network Configuration Of Magicplex8

    3.4.4. Network configuration of magicplex8 Figure 9: Network configuration If you did not choose the “Manual configuration”, these field are enable and pre-filled with the current information about the selected multiplexer. You can change here the IP address, the default gateway and the hostname of the current multiplexer. By clicking “Change network configuration”...

  • Page 97: After Configuration

    3.4.6. After configuration If this controls succeed, clicking "Change network configuration" will send a message to the multiplexer to make it update its configuration. The multiplexer should normally send a reply and reboot. Figure 10: Network configuration NOTE: As the system uses here multicast, it can happen that the multiplexer does not reply. After a few seconds, you should see this window instead.
  • Page 98 You can then go on with the rest of the configuration. If no connection to the multiplexer is possible after approximately 2 minutes, then you get an error message. Figure 13: Network configuration You should then check your network configuration and restart the configuration software. Special case: new subnet.

  • Page 99: Example Setting Port 0

    3.4.7. Example setting Port 0 Figure 15: Example setting Port 0 Table 2: Example setting Port 0 "Type" Here you can define what type of port the current port (in that case, Port 0) is. By clicking on the 'scroll down' button you can chose between: - Off= port is deactivated.
  • Page 100 Stop bits" Here, by clicking on the 'scroll down' button you can switch between 1 (standard setting) or 2. Databits" Here, by clicking on the 'scroll down' button you can switch between 5, 6, 7 and 8 (standard setting). "FiowControl" Here you can chose between "off"(standard setting) and "on".

  • Page 101: Port 0 And 1 As R5232 Interface

    3.4.8. Port 0 and 1 as R5232 interface The ports 0 and 1 can be configured as RS232 interface. You must pay attention to the following: Make sure that the RS232 interface is correctly connected to the appropriate port (0 or 1), if necessary, connect it (see point 4.4).

  • Page 102: Configuration Of The Magicplex8 Gic Pro, Magicplex8+ Gic Pro Redundancy

    To enable filters, check the Filter On / Off checkbox (1). Type the filters you want to use in the text field (2) and click "Add" (3). To remove a filter that has been set, select it in the list (4) and click "Delete selected" (5). Figure 17: Filtersconfiguration 3.4.10.
  • Page 103 If ports of higher priority get data again (here PortO), the settings get automatically back to the port of highest priority receiving valid data. To enable Redundancy, check the On/Off checkbox {1). Set the backup port number in the field (2). If you want to define filters, check the checkbox "Sentences on/off' (3), then type the filters you want to use in the text field (4) and click "Add"...

  • Page 104: Network Port Configuration

    3.4.11. Network port configuration Figure 19: Network port configuration "On/Off" As for the other ports, you can choose to enable or disable the network port. By leaving this checkbox unchecked, no network port will be activated and all other parameters on this screen will be ignored.

  • Page 105: General Information For Configuration

    "Cut Ethernet-Header to serial output" If checked, removes the Ethernet header of the incoming data, if any, before forwarding it. "Destination IP and port" Here, you have to must enter the destination IP address and port, if you chose a Writer type. (In case of a Multicast Writer, this must be a multicast group).

  • Page 106: Motion Sensor

    Motion sensor 4. Motion sensor 4.1.1. Motion sensor adjustment: Figure 1: Motion sensor This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information.

  • Page 107: Installation Instructions

    4.1.2. Installation instructions Motion sensor (805): Mount the Motion sensor/sensors. Use the standard mounting bracket when mounting the motion sensor. In addition, a few important rules must be observed while selecting a mounting location: A. Microwave radiation passes through glass and non-metallic walls. Be sure to adjust the MW range so that it does not exceed the room limits, or else motion in the next room or moving traffic along the outer side of the wall will cause the MW detector to trip.

  • Page 108: Motion Sensor (805)

    4.1.4. Motion sensor (805) Input Voltage: 9 to 16 VDC Current Drain: App. 28 mA@ 12 VDC Size (H X W X D): 117 X 65 X 217 mm. Weight: 0,15 kg Compass safe distance: 10 em. PIR SECTION Detector: Low noise dual-element pyroelectric sensor Tripping Indication: LED flashes green for up to 5 seconds Motion Event Verification Counter: Selectable, 1 or 2 events Max.
  • Page 109 Figure 2: Mounting with swivel bracket Visual Indications The dual color LED is used to signal various alarm and trouble messages as shown: Table 1: Visual indaction Visual Indication: Significance: None No detection Steady green (5 s) MW walk-test detection Flashing green PIR walk-test detection Steady red (5 s)
  • Page 110 Installation hints: Figure 3: Installation hints This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 38 of BRI-D32004-01II (D) of this document or its content is permitted without prior written...

  • Page 111: Wago Plc

    WAGO PLC 5. WAGO-I/O-SYSTEM 750-880 5.1. Quick start Description 5.1.1. Hardware Design The fieldbus node is to be installed as follows (viewed from left to right): Table 1: Hardware Design Position I/O Module PLC ETHERNET 750-880 Digital Input Module 750-400 Digital Output Module 750-501 End Module...
  • Page 112 Table 2: Legend to the View ETHERNET TCP/IP Fieldbus Controller Designation Meaning Details see Chapter: LINK ACT 1, 2, "Device Description" > Status LEDs Fieldbus MS, NS, "Display Elements" I/O, USR Group marking carrier (retractable) with additional marking possibility on two miniature WSB markers A, B or C Status LED’s System/Field Supply...

  • Page 113: Preparatory Measures

    5.1.1.3. Operating Mode Switch Set the operating mode switch to the top position. At this setting, the firmware and application program are executed (Activate program execution / "RUN"). The mode selector switch is located behind the cover flap (see No. 13 in the Figure 1 above). Figure 2: Mode selector switch (closed and open damper of the service port) 5.2.

  • Page 114: Starting Up The Ehernet Network

    II. Start Setup.exe click the next button and finish until the istallation is complety. Then click on Finish Figure 4: Completing the setup 1.1.1. Starting Up the Ehernet Network This section provides you with a step-by-step sample procedure for starting up the ETHERNET network.
  • Page 115 Figure 5: Properties of your LAN network link Check whether the current IP address is set within the address range 192.168.1.1 to 192.168.1.254. If not, change it accordingly. Figure 6: Properties of the TCP/IP Internet protocol Assigning an IP address to the SPS 2.2.2.2 Set the bits in order using the 8 DIP switches.
  • Page 116 Restart the SPS after adjusting the address selection switch to apply the IP configuration changes. To do this, open the cover for the service interface and press the mode switch down Figure 8: Restarting the SPS via hardware reset Testing the ETHERNET Link 2.2.2.3 To test the ETHERNET link open the command line interpreter by entering "cmd"...
  • Page 117 Figure 11: Command line interpreter with ping statistics Installing the USB Driver 2.2.2.4 The "WAGO USB Service Cable" (Item No.: 750-923) provides easy communication with the WAGO software tools (WAGO-ETHERNET-Settings, WAGO-I/O-CHECK 3, etc.) and with the IEC-61131 programming topology (WAGO-I/O-PRO). Proceed as follows to install the USB driver: Start the network browser and open the web page www.wago.com.

  • Page 118: Wago-I/O-Pro (Codesys)

    1.1.2. WAGO-I/O-PRO (CodeSys) ks tart 750-088x: Bes chr eibung - Teil 1 @ 9\mod_1287494243131_21.doc @ 65739 @ 34443 @ 1 Launch the WAGO-I/O-PRO development environment Select the PLC from the drop-down list for the target system settings. Figure 13: PLC drop-down list III.
  • Page 119 For the hardware configuration, double-click PLC Configuration on the Resources tab. Figure 16: Configure the hardware under: Resources tab, PLC Configuration The "PLC Configuration" dialog appears. In the "PLC Configuration" dialog, select K-Bus [FIX] in the tree structure. III. Then right-click to open the context menu and select the Add sub-module menu item.
  • Page 120 Click on the [+] button in the "I/O Configurator" dialog. The "Selected Modules" dialog appears. Figure 18: "Configuration" dialog Inputs/Outputs, button [+] In the left window, select the I/O modules based on your hardware setup and click on the [Insert >>] button to add them. Figure 19: "Selected Modules"...
  • Page 121 Click [OK] to close the "Selected Modules" dialog. VII. Then assign variables to the digital input/output modules in the right window of the I/O Configurator. Figure 20: "Configuration" dialog, Inputs/Outputs tab, assign global variables This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power &...

  • Page 122: Commissioning

    2.2.5. Commissioning This chapter describes step-by-step how to load your previously created WAGO I/O-PRO project into your PLC, how to start program execution, and how to create a boot project. 2.2.5.1. Configuring a Communication Driver for an ETHERNET Link To set up the communication driver for the ETHERNET connection, click on the Communication Parameters...
  • Page 123 In the "Communication Parameters" dialog, click the [NEW…] button to create a new communication channel. The "Communication Parameters: New Channel" dialog appears. Figure 22: Communication Parameters, Create communication channel III. For an ETHERNET connection, assign a name to the communication channel you just created in the Name input box (here "ETHERNETConnection"...
  • Page 124 VIII. Click [OK] to confirm your entries. Figure 24: Communication Parameters, IP address 2.2.5.2. Configuring a Communication Driver for a USB Link Connect the USB cable (750-923) to a USB port of your PC. Under Windows, you can check which COM port of your PC has been assigned to the USB cable at: Start >...
  • Page 125 To set up the communication driver for the USB connection, click on the Communication Parameters... menu item in the WAGO-I/O-PRO dialog under the Online menu. The "Communication Parameters" dialog appears. In the "Communication Parameters" dialog, click the [NEW…] button to create a new communication channel.
  • Page 126 Press the [ ] or [ ] arrow to increase or decrease the COM port number by one. Adjust the COM port previously identified in the Device Manager (in this example "COM27") in the Communication Parameters accordingly. You can leave all other parameters (Baudrate, Parity, Stop bits, Motorola byteorder, Flow Control) and the gateway settings as they are.

  • Page 127: Wester Mo

    WESTER MO 3. SDW-500 SERIES 3.1. Ratings and safety control drawing This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 55 of BRI-D32004-01II (D) of this document or its content is permitted without prior written...
  • Page 128 This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 56 of BRI-D32004-01II (D) of this document or its content is permitted without prior written consent from ULSTEIN.
  • Page 129 Index divider: Section 3 N...
  • Page 131 Document Type: Document name: SYSTEM INSTALLATION MANUAL BRI – D32004 – 01II Project Title: Date First Issue: Author: Revision: Bridge Alarm System UBAS MkIV 28.02.2013 Revision history: Revision: Description / Enclosed documents: Date: Sign.: (A,B,C,……..) (dd.mm.yyyy) 30.07.2013 Changed to reduce component detail 23.04.2014 Component picture: Enclosed documents:...
  • Page 132 Contents CABIN BUZZER ................................. 4 BUZZER BEDHEAD – 10 TONE ........................4 HATTELAND DISPLAY ............................6 HATTELAND HD08T21MMC ........................6 2.1..............................6 ENERAL 1.1.1. Maritime Multi Computer (MMC) – Introduction ................. 6 1.1.2. Labels and Locations ..........................7 1.1.3. Serial Number Label Layout ........................
  • Page 133 5.1.1. Hardware Design ..........................39 5.2......................... 41 REPARATORY EASURES 5.2.1. Installing WAGO-I/O-PRO ........................41 1.1.1. Starting Up the Ehernet Network ......................42 1.1.2. WAGO-I/O-PRO (CodeSys) ......................... 46 2.2.4. Configure Hardware ..........................46 2.2.5. Commissioning ............................ 50 WESTER MO ................................55 SDW-500 SERIES ............................

  • Page 134: Cabin Buzzer

    CABIN BUZZER 1. Buzzer Bedhead – 10 tone Conslemount cutout 50X50mm Flushmount in standard electrical junction box Ø71mm This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information.
  • Page 135 This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 5 of 56 BRI-D32004-01II (D) of this document or its content is permitted without prior written consent from ULSTEIN.

  • Page 136: Hatteland Display

    HATTELAND DISPLAY 2. Hatteland HD08T21MMC 2.1. General This manual contains electrical, mechanical and input/output signal specifications. 1.1.1. Maritime Multi Computer (MMC) – Introduction Series X Panel Computers offer the ultimate in performance, convenience, state of the art design and enduring quality for system integrators and boat builders. Series X products offer a range of feature sets optimized for varying requirements and applications.

  • Page 137: Labels And Locations

    1.1.2. Labels and Locations Quality Control (QC) Label This label indicates that the unit is produced, tested and packed according to manufacturer’s QA specifications. It will include a Personal ID and signature by the personnel responsible for approving the unit in production, test and warehouse departments. 1.1.3.

  • Page 138: Installation And Mounting

    2.2.1. Installation and mounting This product is intended for console mounting. For details, please see the relevant mechanical drawings. Adequate ventilation is a necessary prerequisite for the life of the product. The air inlet and outlet openings must definitely be kept clear; coverings which restrict ventilation are not permissible.

  • Page 139: Ergonomics

    2.2.3. Ergonomics Adjust the unit height so that the top of the screen is at or below eye level. Your eyes should look slightly downwards when viewing the middle of the screen. The brightness of displays is limited. Sunlight passing directly through the bridge windows - or its reflection –...
  • Page 140 2.2.4.1. Physical Connections Terminal Label Markings of 13 inch unit (Intel® Atom™ CPU) 2.2.4.2. DIGITAL OUPUT (X1 DIG OUT) (Optional) A mechanical and digitally driven “Safety Signal Relay” (NO/NC/COM) which allows the user via software to control external equipment that require or are compatible with the specifications.
  • Page 141 2.2.4.3. DIGITAL OUTPUT / INPUT: (X1 DIG OUT / X1 DIG IN A mechanical and digitally driven “Solid State Relay” (NO/NC/COM/24VDC) (over current protection) which allows the user via software to control external equipment that require or are compatible with the specifications. Connect and fasten your cables from your compatible external equipment to the SCD 90F connector block.

  • Page 142: User Controls Overview

    2.3. USER CONTROLS OVERVIEW The units are designed by using HATTELAND® Glass Display Control™ (GDC) touch technology to allow interactivity adjusting brilliance (brightness) and control power on / off with the use of illuminated symbols. Note that these symbols are only visible (backlight illuminated) when suitable power is connected. There is no physical moving knobs, potmeters, wheels or push buttons available as everything is touch surface controlled by Projected Capacitive technology, that allows a human finger (including several types of gloves) to control the unit.

  • Page 143: Specifications - Hd 08T21 Mmc-Xxx-Xxxx

    Specifications - HD 08T21 MMC-xxx-xxxx 2.4. This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 13 of BRI-D32004-01II (D) of this document or its content is permitted without prior written...

  • Page 144: Nomatronics - Magicplex

    NOMATRONICS – MAGICPLEX 3. MAGICPLEX8 GIC Pro 3.1. Introduction This instruction manual explains how to use different functions of the system. I gives information concerning preventive measures and illustrates how to proceed for the basic installation and troubleshooting. Please read these instructions carefully before use and make sure to use the system correctly and effeciently.

  • Page 145: Mountinf Of Magicplex8 Gic Pro

    3.1.3. Mountinf of magicplex8 GIC Pro 3.1.3.1. Dimension of the magicplex8 GIC Pro Figure 2: Mounting of the migcplex8 GIC Pro 3.1.3.2. Installation positions The magicplex8 GIC Pro fits for all installation positions (Upright, Hanging and Overhead). It is advisable to install the box in such a way to have a direct cable supply (at least no small bending radii).

  • Page 146: Terminal Pin Assignment

    3.2. Terminal pin assignment 3.2.1. Overview of terminal pin assignment (Outside box) Figure 2: Mounting of the migcplex8 GIC Pro Table 2: Overview of terminal pin assignment PC output RS232(for configuration and readout of data) RJ45 network connector USB connector for firmwire update NOTE: For authorised technical staff only Status LED (See point 3.2.1.1) Reset button (See point 3.2.1.2)

  • Page 147: Overview Terminal Pin Assignment At The Terminal Strip (Inside Box)

    3.2.2. Overview terminal pin assignment at the terminal strip (Inside box) Figure 3: Overview terminal pin assignment at the terminal strip Table 3: Overview of terminal pin assignment Power requirement 12 – 24 V DC(Direct current) plus und mass 8X RS422 TX+ RX+ TX- RX- 2X RS232...

  • Page 148: Terminal Pin Assignment Of The Magicplex 8 Gic Pro

    3.2.4. Terminal pin assignment of the magicplex 8 GIC Pro 3.2.4.1. Earthing in the box NOTE: The channels CH0/ CH1 / CH6 and CH7 can be assigned both as input and output. Not just 8 signals can be transmitted but 12 (4 of them virtual). This document and its content is the property of ULSTEIN.

  • Page 149: Talker / Listener Connections Schema

    3.3. Talker / Listener Connections Schema Figure 4: Talker / Listener connections Schema This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information.

  • Page 150: Software Configuration

    3.4. Software configuration 3.4.1. Authentication When you starting software configuration, you first have to log in. Figure 5: Login Window The user name is Admin and the password configure 3.4.2. Device listing Figure 6: Device list The next window allows you to request the whole network about your current devices. By clicking (1) “List devices on network”, you can get within a few seconds (indicated by the progress bar (4)), a listing of all the magicplex8 devices available.
  • Page 151 Example: Figure 7: Populated device listing On this example you can see a list being populated of two present multiplexers on the network, represented by their hostname, IP address, Netmask and default gateway (which is an optional settings and can be emplty). By double clicking on a line of this list you can then enter the configuration of this specific multiplexer.

  • Page 152: Settings In The Base Menu "General

    3.4.3. Settings in the base menu ”General” Figure 8: Populated device listing Table 3: Overview of terminal pin assignment General: The general tab is the base menu. Here, the necessary basic settings such as the rate of recording (Interval) or the filters to be set for the different NMEA protocols can be selected and saved. The IP address of the Magicplex8 you want to configure (default is 192.168.2.175).
  • Page 153 unlimited NOTE: Scrollbars appear automatically when the list is to small Interval: By using the arrow keys or by overwriting the value in the field, you can set the interval (in seconds) for the logging. Valid values are between 15 and 5000seconds. Debug port: This field is used to enter the IP port on which debug information from the box can be read.

  • Page 154: Network Configuration Of Magicplex8

    3.4.4. Network configuration of magicplex8 Figure 9: Network configuration If you did not choose the “Manual configuration”, these field are enable and pre-filled with the current information about the selected multiplexer. You can change here the IP address, the default gateway and the hostname of the current multiplexer. By clicking “Change network configuration”...

  • Page 155: After Configuration

    3.4.6. After configuration If this controls succeed, clicking "Change network configuration" will send a message to the multiplexer to make it update its configuration. The multiplexer should normally send a reply and reboot. Figure 10: Network configuration NOTE: As the system uses here multicast, it can happen that the multiplexer does not reply. After a few seconds, you should see this window instead.
  • Page 156 You can then go on with the rest of the configuration. If no connection to the multiplexer is possible after approximately 2 minutes, then you get an error message. Figure 13: Network configuration You should then check your network configuration and restart the configuration software. Special case: new subnet.

  • Page 157: Example Setting Port 0

    3.4.7. Example setting Port 0 Figure 15: Example setting Port 0 Table 2: Example setting Port 0 "Type" Here you can define what type of port the current port (in that case, Port 0) is. By clicking on the 'scroll down' button you can chose between: - Off= port is deactivated.
  • Page 158 Stop bits" Here, by clicking on the 'scroll down' button you can switch between 1 (standard setting) or 2. Databits" Here, by clicking on the 'scroll down' button you can switch between 5, 6, 7 and 8 (standard setting). "FiowControl" Here you can chose between "off"(standard setting) and "on".

  • Page 159: Port 0 And 1 As R5232 Interface

    3.4.8. Port 0 and 1 as R5232 interface The ports 0 and 1 can be configured as RS232 interface. You must pay attention to the following: Make sure that the RS232 interface is correctly connected to the appropriate port (0 or 1), if necessary, connect it (see point 4.4).

  • Page 160: Configuration Of The Magicplex8 Gic Pro, Magicplex8+ Gic Pro Redundancy

    To enable filters, check the Filter On / Off checkbox (1). Type the filters you want to use in the text field (2) and click "Add" (3). To remove a filter that has been set, select it in the list (4) and click "Delete selected" (5). Figure 17: Filtersconfiguration 3.4.10.
  • Page 161 If ports of higher priority get data again (here PortO), the settings get automatically back to the port of highest priority receiving valid data. To enable Redundancy, check the On/Off checkbox {1). Set the backup port number in the field (2). If you want to define filters, check the checkbox "Sentences on/off' (3), then type the filters you want to use in the text field (4) and click "Add"...

  • Page 162: Network Port Configuration

    3.4.11. Network port configuration Figure 19: Network port configuration "On/Off" As for the other ports, you can choose to enable or disable the network port. By leaving this checkbox unchecked, no network port will be activated and all other parameters on this screen will be ignored.

  • Page 163: General Information For Configuration

    "Cut Ethernet-Header to serial output" If checked, removes the Ethernet header of the incoming data, if any, before forwarding it. "Destination IP and port" Here, you have to must enter the destination IP address and port, if you chose a Writer type. (In case of a Multicast Writer, this must be a multicast group).

  • Page 164: Motion Sensor

    Motion sensor 4. Motion sensor 4.1.1. Motion sensor adjustment: Figure 1: Motion sensor This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information.

  • Page 165: Motion Sensor

    4.1.2. Installation instructions Motion sensor (805): Mount the Motion sensor/sensors. Use the standard mounting bracket when mounting the motion sensor. In addition, a few important rules must be observed while selecting a mounting location: A. Microwave radiation passes through glass and non-metallic walls. Be sure to adjust the MW range so that it does not exceed the room limits, or else motion in the next room or moving traffic along the outer side of the wall will cause the MW detector to trip.

  • Page 166: Motion Sensor (805)

    4.1.4. Motion sensor (805) Input Voltage: 9 to 16 VDC Current Drain: App. 28 mA@ 12 VDC Size (H X W X D): 117 X 65 X 217 mm. Weight: 0,15 kg Compass safe distance: 10 em. PIR SECTION Detector: Low noise dual-element pyroelectric sensor Tripping Indication: LED flashes green for up to 5 seconds Motion Event Verification Counter: Selectable, 1 or 2 events Max.
  • Page 167 Figure 2: Mounting with swivel bracket Visual Indications The dual color LED is used to signal various alarm and trouble messages as shown: Table 1: Visual indaction Visual Indication: Significance: None No detection Steady green (5 s) MW walk-test detection Flashing green PIR walk-test detection Steady red (5 s)
  • Page 168 Installation hints: Figure 3: Installation hints This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 38 of BRI-D32004-01II (D) of this document or its content is permitted without prior written...

  • Page 169: Wago Plc

    WAGO PLC 5. WAGO-I/O-SYSTEM 750-880 5.1. Quick start Description 5.1.1. Hardware Design The fieldbus node is to be installed as follows (viewed from left to right): Table 1: Hardware Design Position I/O Module PLC ETHERNET 750-880 Digital Input Module 750-400 Digital Output Module 750-501 End Module...
  • Page 170 Table 2: Legend to the View ETHERNET TCP/IP Fieldbus Controller Designation Meaning Details see Chapter: LINK ACT 1, 2, "Device Description" > Status LEDs Fieldbus MS, NS, "Display Elements" I/O, USR Group marking carrier (retractable) with additional marking possibility on two miniature WSB markers A, B or C Status LED’s System/Field Supply...

  • Page 171: Preparatory Measures

    5.1.1.3. Operating Mode Switch Set the operating mode switch to the top position. At this setting, the firmware and application program are executed (Activate program execution / "RUN"). The mode selector switch is located behind the cover flap (see No. 13 in the Figure 1 above). Figure 2: Mode selector switch (closed and open damper of the service port) 5.2.

  • Page 172: Starting Up The Ehernet Network

    II. Start Setup.exe click the next button and finish until the istallation is complety. Then click on Finish Figure 4: Completing the setup 1.1.1. Starting Up the Ehernet Network This section provides you with a step-by-step sample procedure for starting up the ETHERNET network.
  • Page 173 Figure 5: Properties of your LAN network link Check whether the current IP address is set within the address range 192.168.1.1 to 192.168.1.254. If not, change it accordingly. Figure 6: Properties of the TCP/IP Internet protocol Assigning an IP address to the SPS 2.2.2.2 Set the bits in order using the 8 DIP switches.
  • Page 174 Restart the SPS after adjusting the address selection switch to apply the IP configuration changes. To do this, open the cover for the service interface and press the mode switch down Figure 8: Restarting the SPS via hardware reset Testing the ETHERNET Link 2.2.2.3 To test the ETHERNET link open the command line interpreter by entering "cmd"...
  • Page 175 Figure 11: Command line interpreter with ping statistics Installing the USB Driver 2.2.2.4 The "WAGO USB Service Cable" (Item No.: 750-923) provides easy communication with the WAGO software tools (WAGO-ETHERNET-Settings, WAGO-I/O-CHECK 3, etc.) and with the IEC-61131 programming topology (WAGO-I/O-PRO). Proceed as follows to install the USB driver: Start the network browser and open the web page www.wago.com.

  • Page 176: Wago-I/O-Pro (Codesys)

    1.1.2. WAGO-I/O-PRO (CodeSys) ks tart 750-088x: Bes chr eibung - Teil 1 @ 9\mod_1287494243131_21.doc @ 65739 @ 34443 @ 1 Launch the WAGO-I/O-PRO development environment Select the PLC from the drop-down list for the target system settings. Figure 13: PLC drop-down list III.
  • Page 177 For the hardware configuration, double-click PLC Configuration on the Resources tab. Figure 16: Configure the hardware under: Resources tab, PLC Configuration The "PLC Configuration" dialog appears. In the "PLC Configuration" dialog, select K-Bus [FIX] in the tree structure. III. Then right-click to open the context menu and select the Add sub-module menu item.
  • Page 178 Click on the [+] button in the "I/O Configurator" dialog. The "Selected Modules" dialog appears. Figure 18: "Configuration" dialog Inputs/Outputs, button [+] In the left window, select the I/O modules based on your hardware setup and click on the [Insert >>] button to add them. Figure 19: "Selected Modules"...
  • Page 179 Click [OK] to close the "Selected Modules" dialog. VII. Then assign variables to the digital input/output modules in the right window of the I/O Configurator. Figure 20: "Configuration" dialog, Inputs/Outputs tab, assign global variables This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power &...

  • Page 180: Commissioning

    2.2.5. Commissioning This chapter describes step-by-step how to load your previously created WAGO I/O-PRO project into your PLC, how to start program execution, and how to create a boot project. 2.2.5.1. Configuring a Communication Driver for an ETHERNET Link To set up the communication driver for the ETHERNET connection, click on the Communication Parameters...
  • Page 181 In the "Communication Parameters" dialog, click the [NEW…] button to create a new communication channel. The "Communication Parameters: New Channel" dialog appears. Figure 22: Communication Parameters, Create communication channel III. For an ETHERNET connection, assign a name to the communication channel you just created in the Name input box (here "ETHERNETConnection"...
  • Page 182 VIII. Click [OK] to confirm your entries. Figure 24: Communication Parameters, IP address 2.2.5.2. Configuring a Communication Driver for a USB Link Connect the USB cable (750-923) to a USB port of your PC. Under Windows, you can check which COM port of your PC has been assigned to the USB cable at: Start >...
  • Page 183 To set up the communication driver for the USB connection, click on the Communication Parameters... menu item in the WAGO-I/O-PRO dialog under the Online menu. The "Communication Parameters" dialog appears. In the "Communication Parameters" dialog, click the [NEW…] button to create a new communication channel.
  • Page 184 Press the [ ] or [ ] arrow to increase or decrease the COM port number by one. Adjust the COM port previously identified in the Device Manager (in this example "COM27") in the Communication Parameters accordingly. You can leave all other parameters (Baudrate, Parity, Stop bits, Motorola byteorder, Flow Control) and the gateway settings as they are.

  • Page 185: Wester Mo

    WESTER MO 3. SDW-500 SERIES 3.1. Ratings and safety control drawing This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 55 of BRI-D32004-01II (D) of this document or its content is permitted without prior written...
  • Page 186 This document and its content is the property of ULSTEIN. Non- File Name: Page: lstein Power & Control AS public information contained herein shall be treated as Confidential Information. No use, copying, citation or publication Page 56 of BRI-D32004-01II (D) of this document or its content is permitted without prior written consent from ULSTEIN.
  • Page 187 Index divider: Section 4 N...
  • Page 189 Document Type: Document name: SYSTEM INSTALLATION MANUAL BRI – D33002 – 01II Project Title: Date First Issue: Author: Revision: Vingtor VSS-V2, Sound Reception System 12.02.2014 Enclosed documents from sub-supplier & revision history: Revision: Description / Enclosed documents: Date: Sign.: (A,B,C,……..) (dd.mm.yyyy) 18.02.2014 Component picture:...
  • Page 190 Sound Reception System VSS-V2 Installation & User Manual TECHNICAL MANUAL A100K11209 v.1.3...
  • Page 191 About this Document Document Scope This document describes system features, models, interfaces and functions for the VSS-V2 Sound Reception System. It also includes instructions for installation, commissioning and adjustment, and provides the end-user with the necessary information to operate the VSS-V2 system.
  • Page 192 Contents 1 Functional Overview ................5 System Function ..............5 System Characteristics .............5 Reading Distance ..............5 System Drawing ................6 Models ..................7 1.5.1 VSS-V2 Master Panel ............7 1.5.2 VSS-V2 Slave Panel ............7 1.5.3 VSS-V2 Microphone Unit ...........8 Target Groups ................8 2 Interfaces ..................9 Master Panel ................9 2.1.1 VDR ...................9 2.1.2 Typhoon/foghorn mute ............9...
  • Page 193 7 Operating Instructions ..............20 Panel Operation ..............20 7.1.1 Speaker ................20 7.1.2 Indicators ................20 7.1.3 Dimmer ................20 7.1.4 Volume Control ...............20 7.1.5 Squelch ................21 7.1.6 Override function (audio) ..........21 7.1.7 Power ................21 Web Interface ................21 7.2.1 Open site .................21 7.2.2 Administrator site .............22 7.2.3 IP Configuration ...............22 8 Troubleshooting ................23 All 8 microphone fault indication LEDs are flashing.

  • Page 194: Functional Overview

    Functional Overview 1.1 System Function The VINGTOR VSS-V2 Sound Reception System is a navigational aid system required on ships with enclosed bridges. The system enables the officer in charge of the navigational watch to hear sound signals and determine their direction. The system conforms to SOLAS regulation HSC Code, ISO 14859 and DNV 845.50 (6/2012) type approval programme.

  • Page 195: System Drawing

    1.4 System Drawing Typhon Mute Mute All systems will consist of at least a master panel and a microphone unit. The master panel will indicate the horn signal by turning on the corresponding LED for direction, and outputting the DSP filtered horn signal into the speaker.

  • Page 196: Models

    1.5 Models 1.5.1 VSS-V2 Master Panel Dimensions (W x H x D): 280 x 140 x 120 mm 1.5.2 VSS-V2 Slave Panel Dimensions (W x H x D): 280 x 140 x 53 mm A100K11209 v.1.3 VSS-V2 Technical Manual...

  • Page 197: Vss-V2 Microphone Unit

    1.5.3 VSS-V2 Microphone Unit Dimensions (H x W): 660 x 250 mm Wind Shield Microphone Unit Amplifier and Connection box Support/Fastening plate 1.6 Target Groups According to requirements, this product is mandatory on all ships with enclosed bridges. A100K11209 v.1.3 VSS-V2 Technical Manual...

  • Page 198: Interfaces

    Interfaces 2.1 Master Panel 2.1.1 VDR ● Analog audio output to Voyage Data Recorder. ● Signal is outputting 0dB by default. ● Signal can be adjusted by potentiometer P1 from 0dB to mute. 2.1.2 Typhoon/foghorn mute Potential-free input makes the system’s horn detection inactive while the vessel’s own horn is active.

  • Page 199: Functions

    Functions 3.1 Electrical 3.1.1 Power requirements The unit shall be powered from 24 VDC +30% / -10%. The master panel will provide power to the microphone unit and slave panels. Type Minimum Nominal Maximum Unit Voltage Supply 21.6 31.2 Current Load - Master &...

  • Page 200: Installation & Configuration Procedures

    Installation & Configuration Procedures 4.1 General For proper installation and operation of the VSS-V2 system, we recommend reading this section thoroughly together with technical and connection drawings. L Zenitel has experienced that certain types of ships have a too high ambient noise level in the area where the microphone unit is installed. This means that installing the microphone in such an area will degrade the performance of the system.

  • Page 201: Microphone Cable Precautions

    OBJECTS: Distance min. 10m or 2 times width of objects whatever the longest. OBJECTS: Do not place Microphone close to big and reflective objects. TYPHOON: Do not place Microphone in front of ships typhoon. Side distance min. 6m WHEELHOUSE Typhoon MAST/round objects: Mast diameter Mast or round objects 0.2m, Distance 0.5m...

  • Page 202: Terminals, Jumper And Potentiometer Configurations

    4.3 Terminals, Jumper and Potentiometer Configurations Pluggable screw terminals for cables of max. 2.5 mm are utilized. Refer to connection diagram for more detailed information. 4.3.1 VSS-V2 Master Panel PCB ETC 600-868 • Terminal Block K1 VSS-V2 Microphone Unit • Terminal Block K2 LED Indicators •...

  • Page 203: Vss-V2 Microphone Amplifier Pcb Etc 600-870

    4.3.3 VSS-V2 Microphone Amplifier PCB ETC 600-870 • Terminal Block K1 Connection to VSS-V2 Master panel 4.4 Cable Requirements All signal cables have to be approved ship cable of type twisted-pair with outer braided copper shield. See section 4.7 Cable Connection Diagram for further details. Terminal block marked “GROUND”...

  • Page 204: Cable Connection Diagram

    4.7 Cable Connection Diagram A100K11209 v.1.3 VSS-V2 Technical Manual...

  • Page 205: Dimensions & Mounting Details

    Dimensions & Mounting Details 5.1 VSS-V2 Microphone Unit ● Dimensions in mm A100K11209 v.1.3 VSS-V2 Technical Manual...

  • Page 206: Vss-V2 Master Panel

    5.2 VSS-V2 Master Panel ● Dimensions in mm A100K11209 v.1.3 VSS-V2 Technical Manual...

  • Page 207: Vss-V2 Slave Panel

    5.3 VSS-V2 Slave Panel ● Dimensions in mm A100K11209 v.1.3 VSS-V2 Technical Manual...

  • Page 208: Startup And Commissioning Of System

    Startup and Commissioning of System 6.1 General The VSS-V2 units have been fully tested in our test laboratory before delivery. To ensure that the system operates properly after installation and configuration, carry out the following procedures before using the system. 6.2 Mechanical Inspection - Panels ●...

  • Page 209: Operating Instructions

    Operating Instructions 7.1 Panel Operation 7.1.1 Speaker The internal speaker only outputs detected horn signals. The speaker is muted on standby. 7.1.2 Indicators The panel has LED indicators for direction of the received sound signal. Together it makes a circle of 8 red LEDs. The LED will be ON for the period of the sound signal + 2 seconds.

  • Page 210: Squelch

    Default level is 8 LEDs lit. At this level the output in the internal speaker will be the same as the sound levels at the outdoor listening post, which is the sound levels at the microphones. It is marked with the symbol as shown on the left.

  • Page 211: Administrator Site

    7.2.2 Administrator site ● For authorized personnel only, password needed. - Normally set up at installation. ● Settings for signal processing algorithm. Automatic Gain Control (AGC) Enabling AGC, the algorithm will adjust the level of the output to be constant. Ambient noise level (Squelch) The squelch button can be used to adjust the threshold level for the detection algorithm.

  • Page 212: Troubleshooting

    Troubleshooting 8.1 All 8 microphone fault indication LEDs are flashing. ● This can be due to the microphone preamplifier not being powered correctly. ● Make sure that the cables are properly connected. 8.2 Wrong direction estimation ● Verify that the microphone unit is connected in the correct direction, with the part marked F in front.

  • Page 213: Maintenance

    Maintenance 9.1 General It is recommended to periodically check the system. The system has a self-test function but it will not check whether the microphone itself is working properly. To check this, use a horn or similar device that sends out harmonic signals with higher SPL than the background noise to activate each microphone to see whether it is detected on the diodes and monitored in the internal loudspeaker of the master unit.

  • Page 214: Technical Data

    10 Technical Data 10.1 VSS-V2 Master Panel Dimensions (WxHxD 280 x 140 x 90 mm Mounting Flush Housing Brushed aluminum with foil IP rating IP-22 Operation voltage 24V DC Audio 70 Hz to 2’100 Hz Active noise cancellation Adjustable volume Squelch to adjust the automatic threshold LEDs Buttons...
  • Page 215 www.vingtor.com Zenitel Norway AS DOC NO. A100K11209 v.1.3 support@vingtor.com Zenitel and its subsidiaries assume no responsibility for any errors that may appear in this publication, or for damages arising from the information therein. STENTOFON and VINGTOR products are developed and marketed by Zenitel. The company’s Quality Assurance System is certified to meet the requirements in NS-EN ISO 9001.
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