FURUNO FR-8062_8122_8252 日本古野雷达产品介绍
FURUNO DEEPSEA WORLD 产品说明书
GMDSS GUIDECatalogue No. GC-019gFURUNO ELECTRIC CO., LTD.The future today with FURUNO's electronics technologyTRADE MARK REGISTERED MARCA REGISTRADA9-52 Ashihara-cho, Nishinomiya City, Japan Phone: +81 (0)798 65-2111Fax: +81 (0)798 65-4200, 66-4622 URL:www.furuno.co.jpGENERAL CONCEPTSEA AREASSea Area A1:An area within the coverageof at least one VHF coaststation in which continuous DSC (Digital Selective Calling) alerting is available, as defined by a Contracting Government.Normally 20 to 30 nm. (Not all ContractingGovernments have set SeaArea A1 for the GMDSSimplementation date.)Sea Area A2:An area, excluding Sea Area A1, within the coverage of at least one MF coast station in whichcontinuous DSC alerting is available, as defined by a Contracting Government.Normally within 150 nm.Sea Area A3:An area, excluding SeaAreas A1 and A2, within the coverage of an Inmarsat Satellite in whichcontinuous alerting isavailable, as defined by a Contracting Government.Sea Area A4:An area outside sea areas A1, A2 and A3.European GMDSS SEA AREASCourtesy MSA(Marine and Coastguard Agency), U.K.NoteFor other countries, only Sea Area A3 is defined until coast stations are implemented.The GMDSS defines four sea areas based on the location and capability of shore-based communications facilities.The Global Maritime Distress and Safety System (GMDSS) has been developed by the maritime nations in the International Maritime Organization (IMO) and is the result of their adoption ofamendments made in 1988 to the 1974 International Convention on the Safety of Life at Sea (SOLAS). Based on recent developments in the marine communications such as satellites and digital technologies, GMDSS is designed to ensuremaximum availability of safety communications for all passenger vessels and also on cargo vessels of 300 GT and upwards engaged in international voyages.A principal aim of GMDSS is to virtually guarantee that complying vessels will be able to communicate with a shore station at any time, from any location,in case of distress or to exchange safety information.Comparison of old distress system and GMDSSBecause of the inherently limited range of transmissions on the previous commonly used distress and calling frequencies of 500 and 2182 kHz, there was no guarantee that a call for assistance would be received if the vessel was more than a few hundred miles from a coast station. Assistance would only be available if another vessel was within range.The GMDSS vessels carry the communications equipment appropriate to the Sea Area in which they are operating. Having the capability to choose a long range method when necessary, a call for assistance can reach a coast station and will have a greater chance of being heard by other ships.Radio officers send a distress call in Morse Code on 500 kHz through complicated operations such as the switching and adjustment of transmitters. A successful distress attempt relies heavily on his skill. On the contrary, the GMDSS equipment provides easy operation in an emergency situation just by pressing the distress button on Inmarsat Maritime MES or DSC. In addition, a float-free EPIRB automatically transmits a distress alert and location.With the previous system, it was only possible for a vessel in distress to ask for assistance of other vessels in the vicinity as the communication equipment has limited ranges. Another problem was incompatibility of communicating between a telephony vessel and a telegraphy vessel. All GMDSS vessels carry standard equipment for the Sea Area they are in, operating on the same frequencies and modes; thus, the compatibility between them is completely assured.FURUNOrecommendations for compliance withGMDSSVHF Radiotelephone with built-in DSCFM-8500*VHF Radiotelephone with built-in DSCFM-8500*MF/HFSea Areas A1-A2VHF Radiotelephone with built-in DSCFM-8500*Sea Area A1Sea Areas A1-A2-A3MF/HFVHF Radiotelephone with built-in DSCFM-8500*INMARSAT-C MES FELCOM 11/12VHF Radiotelephone with built-in DSCFM-8500*MF/HFSea Areas A1-A2-A3Sea Areas A1-A2-A3-A4* FM-8700 for full-duplex150 W SSB Radiotelephone FS-1562-15250 W SSB Radiotelephone FS-1562-25The FS-1562-15/1562-25 are semi-duplex, SSB radiotelephones. They offer easy and instant selection of 2182 kHz, 2187.5 kHz, ITU channels,and 400 programmed transmit and receive frequency pairs.Transmit and receive frequencies can be recalled by channel numbers or separately by direct frequency entry. The large backlit LCD displays operation status and has a bar graph for signal strength and antenna current, in addition to the frequency readouts.The basic system consists of Transceiver Unit,Automatic Antenna Coupler and Control Unit.If a higher power SSB is required, FS-5000 (400 W)or FS-8000 (800 W) is recommended.The DSC-60 is a Class A MF/HF Digital Selective Calling (DSC) system with built-in DSC-Watch Receiver. The primary purpose is transmitting distress alerts on DSC frequency from ships in distress for improved operation. The DSC-60incorporates a DSC Watch Receiver which provides continuous scanning of six distress frequencies: 2187.5, 4207.5, 6312, 8414.5,12577, 16804.5; and 1.6 to 27.5 kHz.VHF Radiotelephone with built-in DSCFM-8500The FURUNO FM-8500 is a cost-effective all-in-one marine VHF radio system consisting of a simplex/semi-duplex 25 W VHF radiotelephone, a DSC modem and a CH 70 Watch Receiver. It complies with GMDSS carriage requirements for safety and general communications.If a full-duplex communication is required, FM-8700is recommended.FURUNOGMDSS EQUIPMENT offersQUALITYCOMMUNICATIONSMF/HF DSC/Watch Receiver DSC-60NBDP Telex Terminal DP-6The DP-6 is an NBDP (Narrow-Band Direct-Printing) terminal and provides general telex message transfer and distress message handling via MF/HF radiotelephone FS-1562-15, FS-1562-25 or other FURUNO MF/HF equipment.The DP-6 system consists of the 9.5" LCDmonitor with built-in 3.5-inch floppy disk drive and ITU-T standard keyboard, and com unit. File management, text editor and utility programs are included.Navtex Receiver NX-500The NX-500 is a compact Navtex receiver.It stores 64 message identifications for 66 hours,verifying the ID of every newly received message and printing only the new ones.In the European area and the East/West coast of the USA, the NX-500 automatically selects an optimum Navtex station with regard to ship'sposition when connected with a radionav receiver.A 2.6 m whip antenna and an Active Antenna (pre-amp) are optionally available.The FELCOM 12 is an Inmarsat-C Maritime Mobile Earth Stations which provides quality two-way telex and data link between ships and other parties at sea or land.The FELCOM 12 offers all functions and services that Inmarsat provides:EGC, E-mail, distress messagehandling, polling, data reporting, etc.The system works in store and forward mode.An optional GPS receiver can be fittedin the communication unit.Inmarsat-C Maritime Mobile Earth Station FELCOM 12GMDSS Radio Console for Sea Areas A1-A2-A3FURUNO's systematic design concept provides flexible installation on bulkhead or radio table, in a rack or console. Shown below is a typical equipment package fitted in the radio console RC-1800T.VHF Radiotelephone with built-in DSC FM-850001095N Printed in JapanFURUNO U.S.A., INC.Camas, Washington, U.S.A.Phone: +1 360-834-9300 Telefax: +1 360-834-9400FURUNO (UK) LIMITEDDenmead, Hampshire, U.K.Phone: +44 2392-230303 Telefax: +44 2392-230101FURUNO FRANCE S.A.Bordeaux-Mérignac, FrancePhone: +33 5 56 13 48 00 Telefax: +33 5 56 13 48 01FURUNO ESPANA S.A.Madrid, SpainPhone: +34 91-725-90-88 Telefax: +34 91-725-98-97FURUNO DANMARK ASHvidovre, DenmarkPhone: +45 36 77 45 00 Telefax: +45 36 77 45 01FURUNO NORGE A/SÅlesund, NorwayPhone: +47 70 102950 Telefax: +47 70 127021FURUNO SVERIGE AB Västra Frölunda, SwedenPhone: +46 31-7098940 Telefax: +46 31-497093FURUNO SUOMI OYHelsinki, FinlandPhone: +358 9 341 7570 Telefax: +358 9 3417 5716。
Furuno Finland 冰雪雷达 FICE-100 和油漫雷达 FOIL-200 产品说明书
INSTALLATION MANUALFURUNO FINLANDICE RADAR FICE-100FURUNO FINLANDOIL RADAR FOIL-200 Furuno Finland OyContents1. SPECIFICATIONS (4)2. CABLING AND CONNECTORS (5)2.1 Connectors on EC-3000 processor (5)2.2 Sensor Data Input (6)2.2.1. Introduction (6)2.2.2 Serial Interface sensor information (6)2.2.3 LAN Interface for sensor information (7)2.3 Connectors on ScanStreamer (8)2.3.1 Introduction (8)2.3.2 ScanStreamer DNP2012001 (8)2.3.2 ScanStreamer DNP2016009 (10)2.4 Connector on RPU-013 of FAR-2xx7 (11)2.4 Connector on RPU-024 of FAR-15x8 (11)2.5 Connectors on up-mast unit of FAR-2xx8/FAR-3000 (12)3. CONFIGURATION OF DISPLAY RESOLUTION (13)4. CONFIGURATION OF PARAMETERS (15)4.1 Vessel dimensions and antenna offsets (15)5 ADJUSTMENT OF VIDEO LEVEL (16)5.1 Video level and ADC Gain (16)5.2 How to activate radar video adjustment mode (17)5.3 How to adjust video level offset (18)5.4 How to adjust ADC gain (19)5.5How to adjust Trigger delay (20)5.6 How to quit radar video adjustment mode (20)6. PERFORMANCE TEST FOR NAVIGATION RADAR (21)6.1 FAR-2xx7 (21)6.2 FAR-3000 (21)7. TROUBLESHOOTING (22)7.1. No data from serial data sensors (22)8. INTERCONNECTION DIAGRAM (23)Version E, 07 JUN 20191. SPECIFICATIONS Interconnection diagram:2. CABLING AND CONNECTORS2.1 Connectors on EC-3000 processorBelow you can find connectors on EC-3000 processor back panel.2.2 Sensor Data Input2.2.1. IntroductionSensor data can be input either using:∙Serial connector inside EC-3000 (IEC61162-1/2)∙LAN interface from HUB-100 of ECDIS network (IEC61162-450)Note that target information TT and AIS targets have to be received both either serial interface or LAN interface. Only one interface can be used.2.2.2 Serial Interface sensor informationFollowing sentences can be received by FICE-100/FOIL-200:HDT, THS, GLL, GGA, VTG, ZDA, VBW, VHW, TTM, VDM, MTWBelow you can find connectors for serial line sensor data inside EC-3000 processor. Connector J3 can be used for Gyro signal input (38400 bps). Connectors J5-J6 and J8-J10 can be used for Gyro, EPFS, log and weather data signals (4800 bps). System automatically detects input signals, i.e. there is no need to configure these ports.Note, that connectors:∙J4 is for VDM, AIS target data (38400 bps)∙J7 is for TTM, Navigation radar tracket targets (4800 bps)Gyro 4800 bpsGyro 38400 bpsLog 4800 bpsAIS 38400 bpsWeather 4800 bpsEPFS 4800 bpsTT 4800 bps Connectors J3 and J4 are for IEC61162-2Connectors J5-J10 are for IEC61162-12.2.3 LAN Interface for sensor informationConfiguration of sensor receiving from MC-3000/HUB-100 can be done in “sensor.conf” file. You need to configure LAN1 into the same network as MC-3000/HUB-100.- Open console Press ALT + X keys.- Type nano sensors.conf [enter]- Check that source is as “source=lwe”- Check that own IP address is in the same network space as MC-3000 (for example if MC-3000 IP address is192.168.1.1) then own IP can be (192.168.1.119).- Save and close editor.2.3 Connectors on ScanStreamer2.3.1 IntroductionThere are two versions of Scanstreamer available:∙ScanStreamer DNP2012001∙ScanStreamer DNP2016009∙Check which one you have in your system.A ScanStreamer receives raw radar video from Furuno navigation radar, FAR-2xx7, FAR-2xx8, FAR-15x8 or FAR-3000. Following information is received from Furuno navigation radar. It digitizes analogue video and send it to EC-3000 through LAN:∙Raw radar video∙Trigger∙Bearing pulse∙Head line2.3.2 ScanStreamer DNP2012001Below is shown connectors on DNP2012001:Oil radar/Ice radar (EC-3000) processor receives digitized radar video through LAN connection.Connector J42.3.2 ScanStreamer DNP2016009Below is shown connectors on DNP2016009:Oil radar/Ice radar (EC-3000) processor receives digitized radar video through LAN connection.Connector J32.4 Connector on RPU-013 of FAR-2xx7 Connect cable to SLAVE 1 connector (J617)2.4 Connector on RPU-024 of FAR-15x8 Connect cable to SLAVE 1 connector (J611) Connect FICE-110 cable to SLAVE 1 connector Connect FICE-110 cable to SLAVE 1 connector2.5 Connectors on up-mast unit of FAR-2xx8/FAR-3000Connect FICE-110 cable to TB 803 (trigger, bearing pulse and head line) and to TB804 (radar video) as shown below.Radar video cableconnected to TB804 connector (TOSLAVE DISPLAY)WAGO connectorconnected to TB803 connector3. CONFIGURATION OF DISPLAY RESOLUTIONWhen booting up the system it is automatically detecting display connected to system. For some cases system fails to detect correctly connected display and you need to manually enter display resolution and dimensions of monitor.To configure manually display resolution, precede as follows:1. During boot up the system you following display will be shown.Select Display configuration.2. Select correct resolution for display3. Enter width in millimeters4. Enter height in millimeters5. Check that you have correct values and confirm by selecting Yes.4. CONFIGURATION OF PARAMETERS4.1 Vessel dimensions and antenna offsetsSensor and conning positions on ship are in “vessel.config” file, which must be edited at installation time.5 ADJUSTMENT OF VIDEO LEVEL5.1 Video level and ADC GainWhen installation of FICE-100/FOIL-200 is done, you have to check that video level is correctly set. FICE-100/FOIL-200 radar uses raw radar video from navigation radar to make ICE/Oil radar image on FICE-100/FOIL-200 screen. Each navigation radar has a bit different video level in output for FICE-100/FOIL-200. To adopt for different video level you can adjust video level offset and ADC gain (signal amplifier).Below is typical video signal received from FAR-2xx7 or FAR-3000.Below is example of incorrect video level offset:Photos above: Video level is much too high. Near area is not readable at all. You can see it alsoin scope display.Sweep 0-11 000 m:This graph is to indicate how video is shown up to 11 000 meters.Photos above: Video level offset is adjusted. You can see in scope display that video is readable during antenna sweep in whole range.5.2 How to activate radar video adjustment modeYou can activate FICE-100/FOIL-200 video adjustment mode:5.3 How to adjust video level offsetAdjustment range of Video Offset:ScanStreamer DNP2012003: -1.00 - 1.00ScanStreamer DNP2016001: 0 - 255To adjust video level offset: Before video level adjustment:After adjustment:5.4 How to adjust ADC gainAdjustment range of ADC Gain:ScanStreamer DNP2012003: 0 - 6ScanStreamer DNP2016001: 0 - 255Before gain adjustment:To adjust video level: After adjustment:5.5How to adjust Trigger delayYou may need to adjust trigger delay on FICE-100/FOIL-200. This is very much depending on cable length between navigation radar and ScanStreamer. Measure distance of echo on Navigation radar. Measure the same echo on FICE-100/FOIL-200, if there is difference in distance you can use Trigger delay to adjust echoes on FICE-100/FOIL-200 display.5.6 How to quit radar video adjustment modeTo quit radar video adjustmentmode:6. PERFORMANCE TEST FOR NAVIGATION RADAR6.1 FAR-2xx7FAR-2xx7 is used as normal navigation radar. To verify performance of radar, see installation manual of FAR-2xx7. Following should be proceeded:• “Tune initialize”• Check TX time of magnetron• Use “Performance monitor” to check gain. Performance monitor is an option. If not available, check TX time of magnetron. Replace magnetron if TX time is more than 5000 hours.6.2 FAR-3000Automatic tuning is initialized during the installation. However, if you feel that automatic tuning is not working properly try re-initializing the tuning. Right-click the [TUNE] button then select [Tune Initialize] to start the initialization. The indication [Tune INI] appears during initialization.7. TROUBLESHOOTING7.1. No data from serial data sensorsIf heading or position is missing, you can do following things:1. Check that data is sent by the sensor(s).2. Check that cabling is correctly done and connectors properly fixed.To check configuration of COM –ports:A) Sensor traffic- Click Alt+x together to open console- Type: cat /dev/ttyXR2 (ttyXR2 = J3, ttyXR3 = J4, ttyXR4 = J5, …, ttyX R9 = J10) You should now see sensor traffic on screen. Press Ctrl-C to stop it.8. INTERCONNECTION DIAGRAM。
FURUNO-2825型雷达开启操作规程
CSGZ 版本号：QSMS-2 文件编号：QSMR-NA4-D-10 页次：1/1 FURUNO-2825型雷达开启操作规程
1.开机：
1.1检查雷达天线是否有障碍物；
1.2按下“POWER”键，红灯亮，发出报警声，3秒后自动消失；1.3等待几秒钟后，转动亮度电位器（Brilliance），使荧光屏亮度适中；
1.4雷达预热计数器倒数计时至0，ST-BY（预备）字符出现在荧光屏
上；按ST-BY/TX（预备/发射）键，雷达就处于发射状态；
1.5打开显示器右顶端面板，置TUNE（调谐）开关至手动位置，转
动“TUNE”键，调节屏上“TUNE”右边的调谐线条至80%时，为最佳调谐位置；或者置TUNE（调谐）开关至自动位置，雷达进行自动调谐；
1.6量程选择，按“RANGE”下面的“◄”或“►”至所需量程；1.7转动“GAIN”键使图象最清晰，当需要时，旋转抑制海浪干扰旋
钮“ANTI-CUTTER SEA”和抑制雨雪干扰旋钮“ANTI-CUTTER RAIN”；
1.8根据操作需要可调节其它控制按键。
2.关机：
2.1将“GAIN”键逆时针旋到底；
2.2将亮度电位器（Brilliance）逆时针旋到底；
2.3按“ST-BY”，亮绿灯；
2.4按“POWER”键，亮绿灯，关机。
FURUNO FR-1505 1510 1525 MARK-3R 15英寸多色高分辨率雷达系统说明书
Models FR-1505/1510/1525 MARK-3The future today with FURUNO's electronics technology.FURUNO ELECTRIC CO., LTD.9-52 Ashihara-cho, Nishinomiya City, Japan Telephone: +81 (0)798 65-2111Telefax: +81 (0)798 65-4200, 66-4622, 66-462315-INCH MULTI-COLORHIGH-PERFORMANCE RADARTRADE MARK REGISTERED MARCA REGISTRADACatalogue No. R-171bs Daylight-bright 15-inch multi-color,high-resolution displays Logarithmic amplifier receivers 16-level yellow or green display with day and night color pallettes Dual EBLs and VRMs, with floating origins Head-Up, Course-Up, North-Up or Head-up True Bearing and True Motion modes s True or relative echo trails sTwo target alarm zoness 10-target Electronic Plotting Aid (EPA)with true or relative vectorss Two user-programmable function keys for one-touch optimized radar setting s Optional 20-target Auto Plotter ARP-17(ATA)s Optional Video Plotter RP-17s Optional interface board to provide video output for external monitorsOptional 42 rpm gearbox availableAdvanced video processing techniques to enhance detection capability on both shortand long rangesshown on a 15-inchhigh-resolutiondisplayThe FURUNO FR-1505/1510/1525 MARK-3 X-band radars will reinforce Furuno's long established tradition of high performance and reliability. They meet the exacting international and national performance standards for use on ships requiring a radar with the display diameter of 180 mm.The Video Plotter RP-17 is available when Radar Mapping function is also required.The 1505/1510/1525 MARK-3 employ advanced video processing techniques for improved noise rejection and automatic clutter suppression.They also feature clearly distinguished target trails from real targets by different color tones and accurate plotting, manually or automatically.Five presentation modes are available: Head-up, Course-up, North-up, Head-up true bearing and True Motion with appropriate heading and speed data in IEC 61162 format.A wide choice of antenna types is offered to meet the varying needs of individual installations. A high-speed scanner (42 rpm) is optionally available instead of standard 24 rpm.Standard features include dual VRMs/EBLs where No.1 EBL may be off-centered and has a range marker on it, true/relative target trails, echo stretch, two target alarm zones, trackball for directrange/bearing readout, EPA, quick restart of transmission in case of accidental power-off, etc. Two target alarm zones can be set in any sector at a desired range. Visual and audible warnings are produced to warn of a target entering the target alarm zone or preset CPA/TCPA zone.The standard EPA (Electronic Plotting Aid) permits you to plot up to 10 targets. For SOLAS Convention ships, the Auto Plotter ARP-17 (ATA) and Video Plotter RP-17 are optionally available.6.5 ft antenna(4 or 8 ft available)FR-1505 MARK-3: 6 kWFR-1510 MARK-3:12 kWFR-1525 MARK-3:25 kWComplies with the followingregulations and standardss IMO Resolutions MSC. 64 (67)Annex 4s IEC 60936-1 Shipborne radarstandards IEC 60945 Generalrequirementss IEC 60872-2 ATA (Optional ARP-17 required)ANTENNA RADIATOR1.TypeSlotted waveguide array 2.BeamwidthRadiator type XN12AF XN20AF XN24AF Length4 ft 6.5 ft 8 ft Beamwidth (H) 1.8° 1.23°0.95°Beamwidth (V)25°20°20°3.Rotation Speed 24 or 42 rpm4.Wind load 100 knots relative windRF TRANSCEIVER1.Frequency 9410 ±30 MHz (X-band)2.Output Power FR-1505 MARK-3: 6 kW FR-1510 MARK-3:12 kW FR-1525 MARK-3:25 kW3.Pulselengths and Pulse Repetition Rates (PRR)Range scales (nm)P/L (µs)PRR (Hz)0.125, 0.250.0730000.50.07/0.1530000.75, 1.5 2 from 0.07/0.15/0.33000/15003 2 from 0.15/0.3/0.5/0.7 3000/15006 2 from 0.3/0.5/0.7/1.2 1500/1000EQUIPMENT LISTStandard1.Display Unit RDP-119 with sun visor (DC or AC) 1 unit2.Antenna Unit 1 unit Scanner:RSB-0074 (24 rpm) or RSB-0075 (42 rpm)Transceiver:RTR-067 (6 kW), RTR-062 (12 kW) or RTR-063 (25 kW)3.Antenna Cable 15, 20, 30 m (specify) 1 pc.4.Standard spare parts and installation materials 1 set (Specify model number, power supply, antenna type and rpm, and length of antenna cable when ordering.)Optional1.Power Cable CVV-S8x2C 15 m (for DC set)2.Stepdown transformer RU-1803 (for 440 VAC, 50/60 Hz, 1ø mains)3.External Alarm Buzzer OP03-214.Gyro Interface GC-8 (built-in type)5.Gyro Converter AD-1006.Video Plotter RP-17 (built-in type)7.Auto Plotter ARP-17 (ATA) For 24 rpm scanner only.8.Performance Monitor PM-309.Handgrips10.Interface Kit for connection of XGA monitor OP03-153。
富勒野 FCV-291 鱼雷探测仪说明书
9-52 Ashihara-cho, Nishinomiya, JapaniiivTable of Contents A Word To Furuno FCV-291 Owners: (i)Features (i)1. HANDLING PRECAUTION (1)2. SYSTEM CONFIGURATION (2)3. PRINCIPLE OF OPERATION (3)4. OPERATING CONTROLS (4)5. BASIC OPERATION (6)Power ON/OFF and Brilliance Control (6)Demonstration Picture (6)Presentation Mode (6)Zoom Picture (8)Automatic Operation (12)Manual Operation (12)Picture Advance Speed Selection (14)Eliminating Low Intensity Echoes (15)Turning on A-Scope Presentation (15)Measuring Depth to Fish School (15)6. FISH AND BOTTOM ALARMS (16)7. ADJUSTING PICTURE BY MENU (18)Eliminating Interference (NOISE LIMITER) (18)Eliminating Low Level Noise (CLUTTER LEVEL) (19)Adjusting Preset Gain (19)Selecting Background Color and Echo Color (HUE SELECTION) (20)8. DISPLAYS (21)Video Sounder Picture (21)Navigation Data (24)9. INTERPRETING THE DISPLAY (25)Frequency (25)Detecting Area (25)Zero Line (26)Fish School Echoes (27)Bottom Echo (27)Surface Noise/Aeration (28)vii10. MAINTENANCE (29)Fuse Replacement (29)Cleaning (29)Maintenance of Transducer (30)11. TROUBLESHOOTING (31)Basic Troubleshooting (31)Diagnostic Self-Check (33)Transducer Check (34)Speed/Temperature Sensor (Option) Check (34)12. INSTALLATION (35)Display Unit Installation (35)Transducer Installation (37)Transducer Preparation and Painting (37)Speed/Temperature Sensor (38)Cable Connections (39)13. SYSTEM MENU SETTING (41)Operation Procedure (41)Description of System Menu Item (42)Restoring Factory Settings (44)14. SPECIFICATIONS (45)Complete Set (47)Installation Materials (48)Accessories (48)Spare parts (48)Option (48)Transducer & Hull Bottom Installation Materials (49)APPENDIX1. Changing Transducer Output Power Setting...............................................................................A-12. Changing Transducer Frequency Specifications..........................................................................A-23. Adjustment After Replacement of MAIN or AMP Board (entering amplifiergain offset)................................................................................................................................A-44. Transducer 50BL-12/50BL-24H.................................................................................................A-65. New BLT Transducers................................................................................................................A-7 OUTLINE DRAWING.........................................................................................D-1 INTERCONNECTION DIAGRAM......................................................................S-1viii10. MAINTENANCE29。
海洋雷达、ARPA和AIS显示器：FURUNO FAR-2117 2127 2137S20说明书
MARINE RADAR WITH ARPA AND AIS DISPLAYModels FAR-2117/2127/2137S20” High resolution Multi-color LCDCatalogue No. R-184cTRADE MARK REGISTEREDMARCA REGISTRADAThe future today with FURUNO's electronics technology.FURUNO ELECTRIC CO., LTD.9-52 Ashihara-cho, Nishinomiya City, Japan Phone: +81 (0)798 65-2111Fax: +81 (0)798 65-4200, 66-4622 URL: www.furuno.co.jpFURUNO DEEPSEA WORLD■Advanced signal processing forimproved detection in rough sea ■LCD display providing crisp radar images■Designed to comply with SOLAS carriage requirements for ships below 10,000 GT■Up to four radars can beinterswitched in the network without an extra device■Automatic plotting/tracking of 100targets manually or automatically acquired■Easy operation by customizable function keys, trackball/wheel palm module and rotary controls■Low spurious magnetrons meeting ITU-R unwanted emission standards ■Displays 1000 AIS-equipped targetsImproved target detection capabilit give the best and reliable performanty and user interfaceAn AIS-equipped ship may be displayed by both AIS and ARPA symbols. This is because the AIS position is measured by a GPS in L/L while the ARPA target blip and data are measured by range and bearing from own ship and located on the radar PPI.When the symbols are within an operator-set criteria, the ARPA symbol is merged in the AIS symbol. The criteria are determined by the differences in range, bearing, course, speed, etc. ■Static DataMMSI (Maritime Mobile Service Identity)IMO number (Where available)Call sign & nameLength and beamType of shipLocation of position-fixing antenna onthe ship■Voyage related dataShip’s draughtHazardous cargo (type)Destination and ETA (at masters discretion)■Dynamic dataShip’s position with accuracyindication and integrity statusUTCCourse over ground (COG)Speed over ground (SOG)HeadingNavigation status (manual input)Rate of turn (where available)Update rates Dependent on speed andcourse alternation (2 s – 3 min)■Short safety-related messagesFree messagesA variety of navigational information, own ship status, radar plotting data, wind, water temperature and information from other shipborne sensors are displayed on the cells. These selected targets are marked with a square symbol on the radar display. Magnify isa special feature of the FURUNO radars FAR-21x7 series. This looks like a delayed-sweep zoom that the IMO strictly prohibits, but where the Administration accepts, the Magnify feature enlarges part of radar display for some special maritime activity.AIS informationDATA DISPLAYTARGET ASSOCIATION (Fusion)MARKS AND SYMBOLSFOR ARPA AND AISAutomatic Acquisition ZoneTwo automatic acquisition zones may be set in a sector or any form. They also act as suppression zones, avoiding unnecessary overloading to the processor and clutter by disabling automatic acquisition and tracking outside them. Targets in a automatic acquisition zone appear as inverse triangle. The operator can manually acquire important targets without restriction.CPA Alarm ZoneTarget tracking symbol changes to a triangle when its predicted course (vector)violates the operator set CPA/TCPA. The operator can readily change the vector lengths to evaluate target movement trend.Guard Zones and Anchor Watch ZoneGuard Zones generate visual and audible alarms when targets enter the operator set zones. One of Guard Zones may be used as an anchor watch to alert the operator when own ship or targets drift away from the set zone.FAR-2117X-band, 12 kW, TR up FAR-2127X-band, 25 kW, TR up FAR-2137S S-band, 30 kW, TR up8 ft antenna(4 or 6.5 ft also available)X-band antenna for FAR-2117, 2127Performance Monitor built inS-band antenna for FAR-2137SPerformance Monitor built inGUARD ZONESTARGET TRAILSAntenna Radiators1. Type Slotted waveguide array2. Beamwidth and sidelobe attenuation3. RotationRF Transceiver1. FrequencyX-band:9410 MHz ±30 MHzS-band:3050 MHz ±30 MHz2. Output power3. Pulselength/PRRRange scale (nm)Pulselength (µs)PRR (Hz)0.125, 0.250.0730000.50.07, 0.1530000.75, 1.50.07, 0.15, 0.33000, 150030.15, 0.3, 0.5, 0.73000, 1500, 100060.3, 0.5, 0.7, 1.21500, 1000, 60012, 240.5, 0.7, 1.21000, 60048, 96 1.26004. I.F.60 MHz, Logarithmic5. Bandwidth Short pulse:40 MHzMiddle pulse:10 MHzLong pulse: 3 MHzRadar Display1. Display20.1" color LCD (SXGA 1280 x 1024 pixels),400 (H) x 320 (V) mm,Effective display diameter: 308 mmEcho Color: Yellow, green or white in 32 levels2. Range scales and ring intervals (nm)Range: .125, .25, .5, .75, 1.5, 3, 6, 12, 24, 48, 96Ring: .025, .05, .1, .25, .25, .5, 1, 2, 4, 8, 163. Minimum range30* m on 0.75 nm range scale*Using a 10 m2test target at 3.5 m high above sea andantenna at 15 m high (IEC 60936-1). Different conditions givea different result, maybe close to 20 m in actual installations.4. Range discrimination30 m on 0.75* nm range scale5. Range ring accuracy+0.2 %6. Presentation modesHead-Up, Course-Up, North-Up, North-Up TM7. Heading informationFuruno GPS compass is a recommendable heading sensor asa backup of a gyrocompass.Confirm with your Administrations.8. Parallel index lines1, 2, 3 or 6 lines (menu selectable)9. Radar map20,000 points to create coastlines, own ship safety contour, isolated underwater dangers, buoys, traffic routing systems, prohibited areas, fairways as required by IMO.Automatic Plotting1. Acquisition100 targets (e.g. manually 50, automatically 50)2. TrackingAutomatic tracking of all acquired targets in 0.1 to 32 nm3.Guard zoneTwo zones, one of them 0.5 nm depth4.VectorTrue or relative 30 s, 1, 3, 6, 12, 15, 30 min for prediction of target motion5.Past positions5 or 10 past positions at intervals of 30 s,1, 2, 3,6 min.6.Collision warningCPA limit: 0.2 - 10 nm, TCPA limit: 0 - 99 min.7.Trial maneuverDynamic or static, with selected delay time.AIS Display (Data input from AIS is required)1.SymbolsSleeping, Activated, Dangerous, Selected, Lost targets2.Number of targets1,000 targets max.3.Data indicationBasic and expanded dataPower Supply(specify when ordering)1. Processor Unit24 VDC or 115/230 VAC, 1ø, 50/60 Hz,7.6 A (FAR-2117: 24 rpm at 24 VDC),8.8 A (FAR-2127: 24 rpm at 24 VDC)440 VAC, 1ø, 50/60 Hz with optional transformer RU-18032. Display Unit24 VDC or 115/230 VAC, 1ø, 50/60 Hz, 2.3 A (24 VDC)440 VAC, 1ø, 50/60 Hz with optional transformer RU-18033. Antenna UnitFAR-2137S:230 VAC, 3ø, 60 Hz; 380 VAC, 3ø, 50 Hz; 440 VAC, 3ø, 60 Hz 115 VAC, 3ø, 60 Hz with optional transformer RU-5693230 VAC, 3ø, 50 Hz with optional transformer RU-6522440 VAC, 3ø, 50 Hz with optional transformer RU-5466-1X-Band S-BandRadiator Type LengthBeamwidth(H) Beamwidth(W) Sidelobe (within ± 10°) Sidelobe (outside ± 10°)XN-12AF4 ft1.9°20°-24 dB-30 dBXN-20AF6.5 ft1.23°20°-28 dB-32 dBXN-24AF8 ft0.95°20°-28 dB-32 dBSN-30AF10 ft2.3°25°-24 dB-30 dBS-band 10 ft radiator usable for an HSCSN-36AF12 ft1.8°25°-24 dB-30 dBX-Band S-BandRotation Gear Box 24 rpmRSB-09642 rpmRSB-09721/26 rpmRSB-098RSB-09945 rpmRSB-100RSB-101RSB-102Output Power T ransceiver FAR-211712 kWRTR-078FAR-212725 kWRTR-079FAR-2137S30 kWRTR-080EQUIPMENT LISTStandard1.Display Unit MU-201CR2.Processor Unit RPU-0133.Full-keyboard Control Unit RCU-014Trackball Control Unit (Palm Control Unit) RCU-015 (Specify when ordering)4.Antenna Unit with cable, 15/20/30/50/100 m (Specify when ordering)5.Power Supply unit PSU-007 for FAR-2137S6.Standard Spare Parts and Installation MaterialsOption1.Performance Monitor PM-31 for FAR-2117/27PM-51 for FAR-2137S (Specify when ordering)2.Remote Control Unit RCU-0163.Gyro Interface GC-10 (built in Processor Unit)4.DVI-Analog RGB Conversion Kit (Buffer board built in) OP-03-1805.RGB Connector DSUB-BNC-1 (for VDR)6.Card Interface Unit CU-1007.Transformer RU-1803/5466-1/5693/65228.Rectifier RU-3424/1746B9.Junction Box RJB-00110.Antenna Cable RW-960011.External Alert Buzzer OP03-2112.Hand Grip FP03-0984013.Bracket FP03-0982014.Hub HUB-100FURUNO U.S.A., INC.Camas, Washington, U.S.A.Phone: +1 360-834-9300 Telefax: +1 360-834-9400 FURUNO (UK) LIMITEDDenmead, Hampshire, U.K.Phone: +44 2392-230303 Telefax: +44 2392-230101 FURUNO FRANCE S.A.Bordeaux-Mérignac, FrancePhone: +33 5 56 13 48 00 Telefax: +33 5 56 13 48 01 FURUNO ESPANA S.A.Madrid, SpainPhone: +34 91-725-90-88 Telefax: +34 91-725-98-97FURUNO DANMARK ASHvidovre, DenmarkPhone: +45 36 77 45 00 Telefax: +45 36 77 45 01 FURUNO NORGE A/SÅlesund, NorwayPhone: +47 70 102950 Telefax: +47 70 127021 FURUNO SVERIGE ABVästra Frölunda, SwedenPhone: +46 31-7098940 Telefax: +46 31-497093 FURUNO FINLAND OYEspoo, FinlandPhone: +358 9 4355 670 Telefax: +358 9 4355 6710。
【干货】古野雷达常见问题和保养知识总结分享
【干货】古野雷达常见问题和保养知识总结分享我轮最近出现了一些关于雷达的问题，由于雷达是个相对精密和高科技的电子仪器，我们船员兄弟很难判断出问题的真正原因，这样会使我们船员很被动。
尤其在时间很急迫的情况下，会给船上带来很大麻烦，给船东带来高额开支。
笔者通过与雷达专家的交流和学习，为大家总结几个常见问题的核查和保养方法。
下文以：FURUNO 雷达（型号为FAR-2837和FAR-2827）为例，供大家参考，如有不当请大家指正。
常见问题（一）通常雷达发生最常见的不正常故障就是没有回波：没有回波的最常见问题，通常是“headline，trigger，video，azimuth”这些报警一起来。
这种情况二副的第一反应应该是看看天线转不转。
如果不转赶紧关机检查。
没有回波少有的情况是只有“video”报警。
这种情况二副第一反应应是看看GAIN 是不是被调成“0”了，不要盲目调别的地方。
如果GAIN 调到最大还是没有回波，那就是磁控管寿终正寝了。
没有回波故障二副需要配合岸基支持的最重要步骤是确认天线正常旋转状态对雷达做自检。
图片如下。
需要将图片发回岸基，请岸基帮忙分析。
通常X-RADARHV 在480多，S-RADAR HV 在500多，如果HV 太低或为零，船上基本没什么可做的，肯定有电路板坏了，需要备件。
如果是其他参数不正常，有可能不需要备件，船上能自行解决。
（二）船上能解决的问题如下:a) 常见小问题1：一般情况下雷达会出现扫描图像不清晰，回波较弱，小的物标扫描不到物标的情况。
这种情况可能是雷达的磁控管使用寿命到期了，需要更新磁控管。
磁控管寿命厂家建议2,000 –3,000 小时。
但我的经验值是X-RADAR 5,000-8,000小时；S-radar 8,000-13,000小时。
此经验只能针对FURUNO雷达，因为FURUNO 雷达比较经久耐用。
即使磁控管坏，一般不会烧坏别的电路板，其他品牌的雷达不做讨论。
FR-21XX系列雷达
介绍FR-21XX系列雷达的特点:●高亮度21寸多色高分辨率显示器.●新的高速高密度门阵列微处理技术和专业软件.●扫描器壳体是由新型铝材铸造的并且采用了新系列的辐射器.●简易的组合键和分立键操作,旋转控制钮和菜单操作.●标准配备EPA(电子测绘装置) 雷达自动测绘装置(ARPA),优于IMO和IEC标准.●任何测绘模式下可靠的CPA（接近目标的最近点）和TCPA（到达目标的预计时间）告警,精确的目标数据.●独立和综合的配置.●符合IMO MSC.64和IEC A.823: 1996船用雷达,高速船舶雷达A.820(19)和ARPA A.823(19)标准.型号:FR-2115,FR-2115-B X波段, 输出功率12KW.第一章操作1.1 打开电源电源开关位于控制盘的上左角。
按下它打开雷达系统的电源。
要关掉电源,再次按下。
大约15秒钟后屏幕显示方位标尺和数字记时器。
数字记时器是三分钟预热倒记时。
在此期间磁控管是不会发射的。
当记时器显示到0：00，指示STBY 状态时，雷达进入备机状态。
在预热和备机状态下，你将看到BRG SIG MISSING。
通常这是因为天线不转动时不会产生方位信号所致。
1．2 打开发射机当屏幕显示STANDBY时，按下控制盘上STBY/TX按钮，发射机开始工作，最初雷达是工作在以前设置过的量程和脉宽上。
其他如亮度，VRM，EBL和菜单也是以前设置的选项。
快速开始：如果雷达是刚使用过的，磁控管是热的，那么打开发射机就不用3分钟。
如果你因为操作失误关掉了雷达或是需要重开雷达的话，需至少等待10秒钟以后。
注意：1）如果在发射状态下，天线不旋转，请检查天线盒内的开关是否在OFF的位置。
2）磁控管的寿命受使用时间的影响。
所以在不使用雷达搜寻目标时将其设置为STANDBY。
（备机）1．3 控制盘1．MODE选择工作模式：船艏向上，船首向上-TB，北向上，航向向上和真运动。
2．PANEL BRILL 调整控制盘亮度。
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型号
天线辐射器
类型 槽沟式波导矩阵开放式辐射器长度 4 ft (XN12A) or 6 ft (XN13A)旋转速度 24/36/48 rpm 承载风速 70 kt 相对风速波束宽度
4 ft (XN12A): 水平 1.9, 垂直 22 6 ft (XN13A): 水平 1.35, 垂直 22射频收发器频率 9410 30 MHz (X-band)输出功率 FR-8062: 6 kW FR-8122: 12 kW FR-8252: 2
5 kW 显示单元屏幕尺寸 12.1英寸彩色液晶显示器有效可视区域 184 (水平) x 24
6 (垂直) mm 像素 600 (水平) x 800 (垂直), SVGA 有效直径 184 mm 回波色彩 32 阶回波拖尾等级
7 级显示模式 船首向上，航向向上**, 北向上**, 真运动*** ** 须航向数据 *** 须航向和速度数据量程单位 nm, sm, km 量程范围和量程距标圈间隔 (nm) 量程: 1/8, 1/4, 1/2, 3/4, 1, 1.5, 2, 3, 4, 6, 8, 12, 16, 24, 36,
48, 64, 72, 96* *仅FR-8252有96海里
距标圈: 1/16, 1/8, 1/4, 1/2, 1, 2, 3, 4, 6, 12, 16, 18, 24最小量程 25 m on 0.25 nm 量程量程分辨力 20 m 或者更小回波拖尾 类型 真或相对拖尾 拖尾长度: 15, 30 sec., 1, 3, 6, 15, 30 min., 12, 24 hour., or 连续
拖尾
拖尾宽度: 窄，普通标绘仪（须选配ARP-11） 捕捉方式: 自动，手动 目标数: 10目标在0.1-16 nm AIS功能（须AIS信号输入） 符号: 休眠，激活，危险，选择，目标丢失 目标数: 最多100个目标接口输入 IEC 61162 NMEA0183 Ver. 1.5/2.0输出 IEC 61162 NMEA0183, 模拟RGB视频信号(选配)
工作环境工作温度 天线单元: -25C to +70C (-13F to +158F) 显示单元: -15C to +55C (5F to +131F)防水等级 天线单元: IEC60529 IPX6 显示单元: IEC60529 IPX5 (front panel)电源
FR-8062: 10.8-31.2 VDC, 3.2A* FR-8122: 10.8-31.2 VDC, 3.8A* FR-8252: 10.8-31.2 VDC, 5.0A* *24VDC (稳压)设备清单标准
1. 显示单元 1 台
2. 天线单元（订货时注明） 1 台
3. 天线电缆 10, 15, 20 或 30 m 1 pc.
4. 电源电缆 3.5 m 1 pc.
5. FR-8252电源 1 台
6. 安装材料和备件 1 套选配件1. 整流器 RU-34232. 接口电缆 MJ-A7SPF0007-050C, 5 m MJ-A6SPF0007-100, 10 m 3. 外部报警蜂鸣器 OP03-1364. 自动标绘仪 ARP-11 (built in display unit)5. 罗经信号转换器 AD-1006. AIS接口单元 IF-1500AIS
7. 用于远程显示单元的模拟RGB视频信号输出套件(集成在显示单元)8. 远程控制键盘 RCU-019-E
可变的天线旋转速度获得最优化检测。
FR -8062/8122/8252
[ 6 kW ]
[ 12 kW ]
[ 25 kW ]
12.1英寸彩色液晶雷达
12.1英寸SVGA彩色TFT液晶显示器，有32个
颜色等级
优越的短距离目标检测能力
先进的自动模式，能自动调整增益，调谐和雨雪、海浪抑制，得到最好的图像
48 rpm的天线适用于高速船舶以及内河船舶。
真运动回波拖尾
多达3种可编程雷达设定，可以做到在不同的海况下得到最好的雷达性能
自动标绘仪ARP-11，可以自动捕捉和跟踪10个目标（选配）
在屏幕上可以显示多达100个目标（配置可选的AIS接口）
12.1英寸彩色液晶雷达
型号 FR-8062/8122/8252
Catalogue No. R-190a 1010 Printed in China FURUNO ELECTRIC CO., LTD.Nishinomiya, Hyogo, Japan www.furuno.co.jp
FURUNO U.S.A. INC.
Camas, Washington,
FURUNO (UK) LIMITED
Havant, Hampshire,
FURUNO FRANCE S.A.S.
Bordeaux-Mérignac, France www.furuno.fr
FURUNO ESPAÑA S.A.
Madrid, Spain www.furuno.es FURUNO DANMARK AS Hvidovre, Denmark www.furuno.dk
FURUNO NORGE A/S
Ålesund, Norway www.furuno.no
FURUNO SVERIGE AB
Västra Frölunda, Sweden www.furuno.se
FURUNO FINLAND OY
Espoo, Finland www.furuno.fi FURUNO POLSKA Z o.o.Gdynia, Poland www.furuno.pl
FURUNO EURUS LLC
St. Petersburg, Russian Federation .ru
FURUNO DEUTSCHLAND GmbH
Rellingen, Germany www.furuno.de FURUNO HELLAS LTD.Piraeus, Greece
RICO (PTE) LTD
Singapore
.sg
C
规格如有更改,恕不另行通知。
所有商标和产品名称均已注册，属厂家所有。
FR-8062/8122/8252 产品规格
古野FR-8002系列雷达是一种全新的12.1英寸彩色雷达，可以显示高质量雷达图像。
并完全满足国际电工委员会针对小雷达关于增强航行安全的测试标准。
FR-8002系列雷达具有卓越的短距离检测能力，能够检测到20米距离的目标。
距离分辨力为15米，以便于在拥挤的航道可以区分小目标。
得益于天线辐射器的高灵敏度，最大检测距离也得到了极大地提高。
另外，它的高速天线旋转速度（48 rpm），使得
FR-8002系列雷达能应用于高速船舶和内河船舶，天线的旋转速度能根据选择的量程而自动调整。
这一系列的雷达量程单位可以转换为公里方便内河船舶的使用。
古野新的高性能FR-8002系列雷达完全满足
国际电工委员会(IEC)针对于小雷达的测试标准。
先进的自动模式
真运动回波拖尾
FR-8002系列雷达是可以通过简单的按各自的旋钮以得到最好的可能图像。
先进的自动模式能自动调整增益和杂波抑制。
这些设定也可以通过手动旋转前面板上的旋钮来调整。
当连接船首传感器和位置接收器（例如GPS），
FR-8002系列雷达能根据对地速度和对地航向显示真回波拖尾来表示真实的目标运动。
这种模式能直观的监视正在运动的目标。
ARP/AIS
配备可选的ARP板ARP-11，在雷达屏幕上能捕获和跟踪多达10个目标。
另外，根据合适的AIS数据输入，能显示多达100个AIS目标。
在屏幕的底部的数据框中可以显示2个ARP/AIS目标的详细信息。
在这个宣传册中，回波图像超出最外的距标圈以及覆盖了数据区域。
FR-8002系列雷达那样提供周围区域的更宽广视角。
也可以像普通雷达设置成仅在圈内显示回波图像。
天线单元的选择
FR-8002系列雷达能够为内河船和高速船所灵活配置应用。
天线的旋转速度可以根据所选的量程自动调整以达到最优化检测。
控制旋钮方便精细调整增益，雨雪和海浪抑制。
用户友好控制旋钮
6 kW 12 kW 25 kW
4 ft 6 ft.
FR-8062FR-8122FR-8252
24/36/48 rpm 24/36/48 rpm 24/36/48 rpm
输出功率天线长度
天线旋转速度ARP目标
AIS目标数据框A : ARP信息数据框B : AIS信息
用户自定义模式
当船舶是在一个定期航线或者在大雨和恶劣海况下，这时可以通过特殊的雷达设定，操作者只要简单的按CUSTOM键进入用户自定义操作模式。
可以
预设三个设定，根据特殊要求设定杂波抑制、不需要回波抑制、天线转速等等。
放大模式
FR-8002系列雷达有三种放大模式：相对、真和目标放大，以一个弹出的窗口高亮度显示一个选择区域。
目标放大模式就是在一个放大窗口中显示和跟踪一个选择的ARP/AIS目标。
弹出窗口
选择放大区域
4ft开放式矩阵
6ft开放式矩阵。