10

FCC ID: ADB9ZWRTR068

Parts List/Tune Up Info

Download: PDF
FCCID_70157

FURUNO® Installation Manual MARINE RADAR MODEL 1622 SAFETY INFORMATION .........2,00000000«00r0ne0suss0srecseerecsessseccsevetirecssessssessaues i EQUIPMENT LISTS ....... .. ..00000sa0va0sssrssesesirriseasrassrersarsnsenssossiscc ces sisensasssssre ii SYSTEM CONFIGURATION........20220200e00000¥0ee0evarisrsrtrsesreneasssesseccorererssanee iv 1. INSTALLATION 1.1 ANTENNA UNIT INSTALLATION L.... ... ... 0000000e0e002rrerereverserererersereriesverresrervereveeeererereerrseereervees 1 1.2 DISPLAY UNIT INSTALLATION. ... ... ... c 00sses se eeeraevrerervseserererevesseves snn eeerevveversevevseereneeceeererveeeee 3 2. WIRING 2.1 CONNECTIONS .......... cssc eeeeeeeaeveerserevnverrsreeererrserervesereerarsrservensseseabeveeverveveneerseeererneersccreee5 3. ADJUSTMENTS 3.1 INSTALLATION COHECK 1.... .222 00eee en eeeneerrerrerenervrrernerseneeeserrsernesserrereeaveeerernsererrennrerneeres seabee8 3.2 EXCHANGING DISPLAY UNIT OF MODEL 1621 MARK—2.............ccnllsscveververeceereenrerermerscevens8 3.3 ADJUSTMENTS ........ .c lcee ns aeaenarnansaraversererreren esn ebensserreevene cerbeverervenre re nes 8 3.4 ADJUSTMENTS FOR TECHNICIANS ... ... ... ......0000000veneerarveeneerrensrerrereerererrervereerereverereereereeeenee 10 3.5 1/O DATA CONFIRMATION.... .. ... 0000020000 +6648eervrereneerrirerereveve e rveereererreevererereeee cerrevesereerreaneeren 11 3.6 RESTORING DEFAULT SETTINGS 1.,...............000000000ee en en en aserevrreerrerrerrerereeverenrerenererneveseeeres 11 OUTLINE DRAWING ..........0000200esserssrsssssssessersessesssssssceveessstirsrersserseessens D—1 INTERCONNECTION DIAGRAM .........1000000e0000asscarssvsversssrcceersscesssrersrires S—1 SCHEMATIC DIAGRAMS ...,....1200000sassesrersrereseosnesccccsscssessersrernsrrsesrrnraeee S—2 fl' FURUNO ELECTRIC CO., LTD. NISHINOMIYA, JAPAN


I SAFETY INFORMATION I mCGITe A CAUTION Do not open the equipment Ground the equipment to unless totally familiar with prevent electrical shock and electrical circuits and mutual interference. service manual. Only qualified3 personnel Observe the following compass safe ELECTRICAL P SHOCK should work inside the distances to prevent interference to a HAZARD equipment. magnetic compass: Standard Steering Wear a safety belt and hard compass compass hat when working on the Display 0.66m 0.5m antenna unit. unit Serious injury or death can Antenna unit 155 m 9.95 m result if someone falls from the radar antenna mast. Construct a suitable service platform from which to install the antenna unit. Serious injury or death can result if some— one falls from the radar antenna mast. Turn off the power at the mains switch— board before beginning the installation. Fire, electrical shock or serious injury can result if the power is left on or is applied while the equipment is being installed.

EQUIPMENT LISTS Standard Supply NAME TYPE CODE NO. aTyY REMARKS Antenna Unit RSB—0060—068 1 Display Unit RDP—125—S 1 Installation Materials CPO3—16500 000—086—761 1 set No antenna cable CPO3—16510 000—086—762 5 m antenna cable CPO3—16520 000—086—763 10 m antenna cable CPO3—16530 000—086—764 15 m antenna cable CPO3—16540 000—086—765 20 m antenna cable Spare Paits SPO3—09800 000—085—441 1 set Installation Materials NAME TYPE CODE NO. aTy REMARKS Antenna Cable (5 m) 0359144 000—129—608 Select one, connector at both Antenna Cable (10 m) 03S9145 000—129—609 ends Antenna Cable (15 m) 0389146 000—129—611 I Antenna Cable (20 m) 0389147 000—129—612 Power Cable Assy. 0359148 000—129—613 1 Connector, fuse, 3.5 m Hex Head Bolt M10X25 000—862—308 4 For antenna unit Dummy Fitm 03—118—1103—0 000—185—380 1 set For display unit Tapping Screw 5X20 000—802—081 4 For display unit EMI Core RFC—10 000—141—085 1 For antenna cable

Spare Parts NAME TYPE CcoDENo. aty REMARKS Fuse FGBO—A 5A 125 VAC 000—549—064 2 For display unit Optional Equipment NAME TYPE coDEenNno. aTy REMARKS mi—AssPFO012.050 ooo—is4.424 4 CONnector at both ends, Cable Assy. mMJ—AssProo12—100 ooo—13a.e17. 4 Connector at both ends, Antenna Cable Assy. Connector at one end, 0389175 000—130—034 1| 24 V spec. only. Radome Bracket Mounting ©Pos—ss 008—445—080 1| Forsailboat External Buzzer OPO3—136 000—086—443 1 Connector at one end, 1 m

SYSTEM CONFIGURATION ANTENNA UNIT RSB—0060 SIGNAL CABLE (Select one.) 0389144 (5 m) 03S9145 (10 m 0389146 (15 m) 03S914—2 (20 m) NMEA 0183 Cable ____ ___ MJ—A6SPFO012—050 (5 m) :7 7 4 MJ—A6SPFOO012—100 (10 m) | NAVIGATOR ; ------------------1 (NMEA 0183) : : L _________ a DISPLAY i ToT=tttt Ooi i SOUNDER » RDP12§ t t —== 7 I""""""I EXTERNAL i BUZZER | OPos—136 . POWER CABLE 0359148 Options shown with dashed lines. SHIP‘S MAINS 12/24 VDC

1. INSTALLATION 1.1 Antenna Unit Installation Mounting using the optional mounting bracket Mounting considerations A mounting bracket for fastening the antenna When selecting a mounting location for the unit to a mast on a sailboat is optionally antenna unit keep in mind the following points. available (Type OPO3—93, Code No.008—445— 080). * Install the antenna unit on the hardtop, radar arch or on a mast on an appropriate platform. 1. Remove mounting hardware at the bottom {For sailboats, a mounting bracket is of the antenna base. You may discard the optionally available.) It should be placed hardware. Assemble the mounting bracket where there is a good all—round view with, as and fasten it to a mast. Fasten the antenna far as possible, no part of the ship‘s unit to the bracket. superstructure or rigging intercepting the scanning beam. Any obstruction will cause shadow and blind sectors. A mast, for ASSEMBLED n \,' BRACKET instance, with a diameter considerably less than the width of the antenna unit, will cause only a small blind sector. However, a horizontal spreader or crosstrees in the same horizontal plane would be a much more serious obstruction; place the antenna unit well above or below it. Antenna unit Antenna unit mounted fixed to mast on top of wheelhouse ‘ ~ (A) Assembling the mounting bracket Figure 1 Typical antenna unit placement on powerboat and sailboat * Locate the unit at least two meters away from a direction finder antenna to prevent interference to the direction finder. * In order to minimize the chance of picking up electrical interference, avoid where possible routing the signal cable near other electrical equipment onboard. Also avoid running the cable in paralle! with power (B) Fastening antenna to mounting cables. bracket * The compass safe distance of 1.25 meters {standard compass) and 0.95 meters Figure 2 How to assemble and mount the (steering compass) should be observed to optional mounting bracket prevent deviation of the magnetic compass. 2. Foliow steps 5—10 in "Mounting on a platform".

Mounting on a platform 4. Using the hex boits, flat washers and spring washers removed at step 1, fasten the base 1. Remove mounting hardware at the bottom to the platform. The torque should be of the antenna unit; four each of hex bolts between 200—250 kg/cm. (M10X20), spring washers and flat washers. Save mounting hardware to use it to fix the Note: Longer hex bolts (M10X25) are antenna unit to the mounting platftorm later supplied with the installation materials. Use on. them instead of the hex bolts removed earlier if the mounting platform is very thick. Transceiver module Antenna base assy. — Other coverfixing 8 e & ——— Flat Washer screw on other side o < I * Spring Washer 7 5—10 8 B Hiex bott (M10820) 2 mm Figure 3 Antenna unit, showing location of Flat/ washer _T / L_LL mounting hardware Platform Spring \ 2. Unfasten three screws to remove the cover. washer Hex boit 3. Construct a platform (wood, steel, or (M10 x 25 aluminum) of 5—10 mm in thickness whose or M10 x 20) dimensions are as shown in Figure 4. Figure 5 How to fasten the base to platform Fasten the platform to the mounting location. Find the cable entry on the antenna base. 5. Unfasten the cable of the rotation detector Next, position the base so the cable from the cable clamp. entrance faces the stem direction and the Rotation detector vent tube is extending downward through the hole for the vent tube. Cable clamp Note: When drilling holes in the platform», be sure they are paraliel with the fore and aft line. 210"°._ _ / _ / —"_160 Fixing Hole (10 mm) C Hole for Vent Tube Figure 6 Antenna unit, inside view MOUNTING (20 mm) PLATFORM % (Locat Supply) Figure 4 Dimensions of antenna platform

6. Unfasten 11 screws to dismount the shield 9. Refasten the shield plate. Be sure not to plate. pinch cable from the rotation detector with the shield plate. See "Caution" in Figure 6 Shield Plate for details. 10. Confirm that the gasket is properly positioned and then tighten the fixing bolts for the cover. Coat antenna cable gland with sealing compound for waterprocofing. 1.2 Display Unit Installation Mounting considerations When selecting a mounting location for the display unit keep in mind the following points. Figure 7 Antenna unit, inside view * Locate the display unit in a position where you can view and operate it conveniently. 7. Pass the antenna cable with connector through the gasket and cable clamp, and * The orientation of the display unit should be then tighten cable gland. so the radar screen is viewed while the operator is facing in the direction of the bow. This makes determination of your position much easier. * The display unit is designed and constructed to be splashproof, thus it can be installed \ Rubber outdoors. You can even hose it down after a Gasket day‘s cuting. If it is to be instailed outdoors, ~~~ Gasket we recommend installing it an enclosed Ne ~~ Cable Gland cabinet, for maximum protection against the marine environment. Figure 8 Antenna unit, inside view * The display unit consumes only a moderate 8. Referring to Figure 9, connect the 9—pin amount of power, so there is no need for connector to J801. Attach EMI Core RFC— forced air ventilation. However, you should 10 (supplied) to antenna cable. Fasten the provide adequate space behind and around shield to location shown in the Figure 9. the unit to permit circulation of air. * Even though the picture is quite legible even in bright sunlight, keep the display unit out of direct sunlight or at least shaded because of heat that can build up inside the cabinet. * The temperature and humidity of the mounting location should be stable and *~Connect moderate. No LCD can provide adequate shield here. contrast if the ambient temperature is too Connect 9 pin low or too high. connector here. Figure 9 How to connect the signal cable to the antenna unit

* Make sure you allow enough clearance both Mounting to get to the connectors behind the unit and to allow you to get your hands in on both The display unit can be mounted on a tabletop, sides to loosen or tighten the mounting the overhead, or flush mounted in a panel. knobs. Make sure you leave at least a foot : a a : or so of "service loop" in cables behind the 1— 23:’: hia:g:;::&l:&(srflouflgg? location with unit for servicing or easy removal of the pping pphed). connectors. 2. Fit the knob bolts to the display unit. * The compass safe distance of 0.65 meters 3. Cover the unused bolt holes with the blind (standard compass) and 0.5 meters films supplied. {steering compass) should be observed to . 22 prevent deviation of the magnetic compass. 4. Install the display unit in the hanger. Tighten the knob bolts securely. 174 QVERHEAD o & CUToUT size FOR PANEL MOUNTING 182 DUMMY FILM TABLETOP ‘ Cover unused te | knob boit holes :: with dummy film s (supplied), 28 * SERVICE 15.5 80 CLEARANCE All dimensions in millimeters Figure 10 Mounting dimensions of display unit

2. WIRING 2.1 Connections Connection of external equipment Connect the signal cable, the power cable and Navigator/echosounder the ground wire as shown in Figure 11. This radar can receive the following NMEA 0183 format data sentences from a navigator or ANTENNA UNIT echosounder: GGA: GPS — Rx status, LL GLL: Geographic position — LatLong w DISPLAY UNIT BWR: Bearing gnd Distance to Waypoint — 2 — ; Rhumb line 8 | C] 8 BWC: Bearing and Distance to Waypoint 4 © GLC: Geographic Position — Loran—C 5 =§ © GTD: Geographic Position — Time Difference o = “@ m RMA: Recommended Minimum Specific tfli Tastinl©) |nas E} Loran—C Data == e> RMB: Recommended Minimum Navigation tu J * fiv E Information a RMC: Recommended Minimum Specific 3 GPS/Transit Data c FUSE (5A¥) VTG: Track Made Good and Ground Speed g MTW: Water Temperature 9 7 DBT: Depth Below Transducer DBS: Depth Below Surface DPT: Depth BLK (—) GROUND WHT (+) /~C _9 Connect ground <css wire to bolt fastened {or welded) to hull. f A caumon SUPPLY TS;Y‘E\?DCU mnmmmmw and mutual interference. Figure 11 Connections

NMEA connection You will need an NMEA cable (MJ—ABSPFO012—050/1 00, option) to connect a video sounder or a navigator. Connect it to the NMEA connector at the rear of the radar display unit as shown right. NMEA Cable output of video sounder Figure 12 Navigator connection To connect both a video sounder and a navigator, use NMEA cable MJAGSPFO0O3—050/MJ— A6SPFO009—100 and solder them as shown below. Note 1: Tape cables to prevent short. Note 2: Do not use a cross wiring—type NMEA cable which has connectors at both ends (for example, MJ—A6SPFO012—050). Miswiring can result when the one of the connectors is removed to make the connection. MJ—A6SPEO003—050 MJ—A6SPFOOOS—100 Navigator t ;"_K‘T IMODEUGZZ I—YEL. MJ—A6SPFOOO3—050 GAN MJ—A6SPFO009—100 <1< RD1—H SHIELD ——— —Q_KTT f <2€ Ro1—c 82 RD2—H MJ—A6SPFO0O3—050 M ———|———ay o «ceo ROZ—C MJ—A6SPFO009~100 After soldering, wrap with self—vulcanizing tape. Figure 13 Connection of video sounder and navigator cables To connect equipment whose NMEA output uses other than a FURUNO 6 pin NMEA connector, use NMEA cable type MJ—A6SPFOOO3/MJ—A6SPFO009—100 to make the connection. NMEA OUTPUTI . a Navigator TE ———TI— [mobDEL1622 anp—]J 1j MJ—A6SPFEO003—050 2000 ‘L MJ—A6SPFO008—100 <;< gg:-g NMEA outPuT | _—vg'{_'l l ESE Rbzk Video TXH 7} A—— To¢———{H—|—»— chn Y secang Sounder anp :\ 1 &—— SHIELD CL_] Ey After soldering, wrap with self—vulcanizing tape. Figure 14 Connection of video sounder and navigator cables using NMEA cable type MJ—AESPFODO3/MJ—A6SPFO009—100

External buzzer External External Buzzer Make a hole of 16¢ 2l here. Seal hole with Access J6 on the DU Board as shown in Figure sealing compound 16. Plug in the connector of the external buzzer after connecting cable. at J6. Seal the hole with sealing compound. Note: Use hammer and appropriate metal rod to make hole. Figure 16 Display unit, rear view Figure 15 External buzzer

3. ADJUSTMENTS 3.1 Installation Check 2. Select MODEL. 3. Select M1621/M2. After installing the system it is a good idea to check it for proper installation, following the 4. Press the [MENU] key to close the menu. checklist provided below. O The vent tube on the antenna unit is extending downward and is not kinked or 3.3 Adjustments pinched. C Four fixing boits securing the antenna unit Do the following in order to adjust the radar. are securely tightened. O The signal cable is waterproofed at the base 1) Adjustment of picture of the antenna unit. C The signal cable is securely retained against 1. Press the [POWER] key on the display unit. the mast or mounting and is free of The display should light. In approximately interference from running rigging. one, ST—BY appears at the screen center. O The cable gland on the deck or buikhead is 2. When ST—BY appears press the [TX] key. waterproofed, if provided. The radar will start transmitting, and you will probably see some targets, even though the O Connectors of external equipment are radar is not yet property adjusted. securely plugged into the radar display unit. O The power connections to the battery are of 3. Adjust the sensitivity to display a small correct polarity. amount of noise on the screen. 4. Press the [~] key several times to select the minimum range. Adjust the STC to display nearby radar targets clearly on the screen. 3.2 Exchanging Display Too much STC action will eliminate small Unit of MODEL 1621 targets, and too little STC action will cause the screen to be so full of targets and noise MARK—2 that it is hard to determine which target is which as compared to visual sightings. When exchanging the display unit of the MODEL 1621 MARK—2 with that of the MODEL 1622, it is necessary to maintain the magnetron 2) Heading alignment warmup time. This should be done with the radar in stand—by. You have mounted the antenna unit facing straight ahead in the direction of the bow. 1. Press &A Y together for about 10 seconds to Therefore, a small but conspicuous target dead show the display shown in Figure 17. ahead visually should appear on the heading mark (zero degrees). PROGRAM NO SEL MENU 03591580XX BY </> KEY In practice, you will probably observe some 1 |MODEL M1621/M2 small error on the display because of the 2 |DISPLAY DEMO difficulty in achieving accurate initial positioning NAV DATA (NMEA 0183) of the antenna unit. The following adjustment GLL BWR BWC GLC GTD will compensate for this error, up to +30 BMA RMG RMC VRG MTW degrees. OBT DPT GGA Figure 17 Maintenance menu

1. Identify a suitable target (for example, ship or buoy) at a range between 1/8 to 1/4 miles, preferably near the heading mark. To minimize error, keep echoes in the outer half of the picture by changing the range. 2. Press and hold down « and > together {about 10 seconds) to display the installation menu. SEL MENU Totat on imE <a—|— Total hrs radar SEL MENU TOTAL ON TIME BY a/¥ KEY 00000 : 00 has been on BY a/¥ KEY 00000 : 00 TOTAL TX TiE TOTAL TX TIME 20006 :00 *~|~ Total hrs radar Menu —{: 2. ADJ TMG } 3. NWKM TUNE GEEERD has been trans— migeg 2. ADJ TMG eo000 : 60 3. NWKM TUNE Cmm ADJUST PICTURE ORIENTATION k USING 4/> KEYS 80 THAT Tuning bar [‘532}’;‘3 MADER.DK zusggs TanGet {for technicians} ADJUST PICTURE ORIENTATION USING «/> KEYS SO THAT 44 HEADING MARK BISECTS TARGET Instructions for item selected appears here. LOCATED DEAD AHEAD. (example: heading adjustment) Figure 20 How to adjust heading Figure 18 Installation menu 5. As a final test, move the boat towards a 3. Select ADJ HDG. Your display should now small buoy and confirm that the buoy shows look something like the one shown in Figure up dead ahead on the radar whenit is 19. visually dead ahead. 3) Sweep timing This adjustment ensures proper radar performance, especially on short ranges. The radar measures the time required for a transmitted echo to travel to the target and return to the source. The received echo appears on the display based on this time. SEL MENU TOTAL ON TIME Thus, at the instant the transmitter is fired, the BY A/¥ KEY 00000 : 00 sweep should start from the center of the 2. ADJ TMG ooob ; oo TOTAL TX TIME display (sometimes called sweep origin.) 3. NM/KM TUNE CteTitet) A trigger pulse generated in the display unit goes to the antenna unit through the signal ADJUST PICTURE ORIENTATION cable to trigger the transmitter (magnetron)}. USING 4/> KEYS SO THAT HEADING MARK BISECTS TARGET The time taken by the signal to travel up to the LOCATED DEAD AHEAD. antenna unit varies, depending largely on the length of signal cable. During this period the Figure 19 Display for adjustment of heading display unit should wait before starting the sweep. When the display unit is not adjusted 4. Press «/» to bisect the target selected at correctly, the echoes from a straight local object step 1 with the heading marker. (for example, a harbor wall or straight pier) will not appear with straight edges — namely, they will be seen as pushed out or pulled in near the picture center. The range of objects will also be incorrectly shown.

t y | 4 4) Unit of range measurement for VRM and cursor 1 The unit of range measurement for the VRM and the cursor may be selected to nautical mile B Mbaviaaat t Baacracst Vedb ie t or kilometers as follows: Correct Target pushed Target pushed 1. Select NM/KM on the menu. inward outward SEL MENU TOTAL ON TIME Figure 21 Examples of improper and BY A/¥ KEY 00000 : 00 correct sweep timings TOTAL TX TIME 1. ADJ HDG 00000 : 00 1. Transmit the radar on a range between 2. ADJ TMG TUNE 0.125 and 0.5 nm and adjust the sensitivity and STC. RANGE UNIT PRESS </»> KEYS TO SELECT 2. Visually select a straight echo (harbor wall, NAUTICAL MILE OR KILOMETER straight pier). AS THE UNIT OF RANGE. 3. Select ADJ TMG on the menu. Figure 23 Installation menu, NM/KM selected SEL MENU TOTAL ON TIME BY A/¥ KEY 00000 : 00 2. Select unit of range desired. TOTAL TX TIME 1. ADJ HDG ©0000 : 00 3. Press the [MENU] key to close the installation menu. 3. NMKM TUNE IDENTIFY STRAIGHT TARGET SUCH AS BREAKWATER, MAKE 3.4 Adjustments for ITS ECHO STRAIGHT ON SCREEN USING 4/> KEYS. Technicians Figure 22 Installation menu, ADJ TMG selected 1) Magnetron heater voltage 4. While looking at the target selected at step Magnetron heater voltage is formed at the MD 2, straighten it by pressing » if it is pulled Board of the antenna unit and preadjusted at inward, or «. if it is pushed outward. the factory for use with any length of signal cable. Therefore no adjustment is required. However, verify heater voltage as follows: 1. Turn on the power. Do not transmit the radar. 2. Connect a multimeter, set to 10 V DC range, between #6(+) and #4(—) of test point TP804 on the MD Board in the antenna unit. 3. Confirm that the multimeter shows 8.0 V £0.1 V. If it does not, adjust potentiometer VR801 on the MD Board.

3.5 VO Data Confirmation You can confirm NMEA input from a navigator or echosounder. Follow the procedure shown in 2) Radar function to display the maintenance menu. NMEA sentences being input are shown in reverse video. 3.6 Restoring Default TP804 Settings Figure 24 Antenna unit, inside view All defautt menu settings can be restored by 2) Radar function turning on the power while pressing and holding down [MENU] and Y . This radar can function as the main radar or a demonstration model. displaying internally generated radar echoes. The demonstration function requires the EG Board (option). 1. Set the radar in stand—by. 2. Press and hold down A and Y and together (about 10 seconds) to display the maintenance menu. ROM prog.—») PROGRAM NO SEL MENU no, 63591580XX BY </> KEy Radar—=1 [MODEL M1621M2 function 2 |DISPLAY DEMO Nav data —»I NAV DATA (NMEA 0183) sentences GLL BWR BWC GLC GTD (contirmation RMA RMG RMC VRG MTW only) DBT DPT GGA * Nav data sentences highlighted if corresponding data is input to the radar. Figure 25 Maintenance menu 3. Select MAIN or DEMO from the DISPLAY field. (MAIN, Main radar display, DEMO, demonstration display.) 4. Press the [MENU] to close the menu. 11

FURUNO Dp—| 1 j 2 1 3 2380 ; m‘e |I § [STUJRULIO w & & oJ c to 2 / «] 10 + SCANNER & BASE PLATE o T NOTE 1 L PLATFORM #aIfi—7 160 FW VENT TUBE so _ Sw 220 0N&RN& M1DX20 HEX BOLT &1 TBC. MAKE A HOLE OF SCANNER FIXING METHOD (1/2) @20mm ON PLATFORM. I E? 9 L __aAa | &6# 6 SHIP‘S BOW NOTE 1 *—TMZ3YKR C CABLE GLAND | | 4—Mm10_ Bd t ] FIXING HOLES 21 NOTE 1 o6 § Fa—7 R ur —PL7 5OF i4 thie ts HR d i# 7 vENT TUBE AND CABLE CGLAND ARE FITTED AT FACTORY. —A NOTE 2: 312 % g fexe. COMPASS SAFE DISTANCE. M~1621 JM—1621 M2] M—1622 4 sxvfm‘/m%—': 17 m 20 m 125 m L AFT3Jv4 STE’-ERINGJ 1.3 m 1.5 m 0. 95 m — Ap* Tartasdlen, DRAW 1 TYPE CBECKED _ 1 t rRSB—0060 Apr 2PFP kFagumates _|. n}gginz 4 bgite I APPROYED 1 dorat?,ikfimmh‘ m162i | mA+E SCALE APPLICABLE TO; + BLOCK N0, LTC 1/ 5 5 IF (AODEL) I SCANNER UNIT 4 NO. C3378—602— E 03—118—3000— 0 QOUTLINE DRAWTING

4—$6 180 / REL ‘ Fixing Houes 7—AMT GND TERMINAL PoWER \ TR IR 74 (mn) 4 e (om) __D.IMENS ION ToLERANCE 0. L te L S 50 £1.5 50 < L 5 100 £2.5 100 < L s 500 +3 ® 1 TABLE 1 2L #80 221 #80 77.5 L #150 182 XXSO OO 981 968 ooz yyh / / / mm 7 7777 — / / [A // IV /4 // 74 / 4 // — + z. 27 / n i4 47 1 4 AAonc oNicamaansttn>y ZZ, AN B 1) fMEAETRRRGE®TCEKE. t TLE hoccc_— L—__—4d ROP—116/125 2) # : RRY S\ t——CR2ARMITiR, I |4% fhin #1 Fusbecrea® C (~~~*~ NOTE 1. TABLE 1 INDICATES TOLERANCE OF piMENMS1ONS. w008L 1621 wark=2 _ # T4R 2. #: RECOMMENDED SERVICE OLEARANCE. HAWE DISPLAY UNHT BHG No C3428—G01— B 03—135—1000—60 OUTLINE_DRAWING FURUNO ELECTRIC CO., LTD.

Funpuo _2 _ 3 | 4 _ t Display UNiT RDP—125 0289144, 5m 410 gmNflEgfium 1 3 izni8 #oninP10 0359145, 10n, ¢10 SELEC'I RSB—0060 torsth® SA Mo6—200—PF uiggy (2—24v DC asor 15. rawc) ®1 smips mains ——O§8ME—LA im C10 00 59 gyp ——flr 18. M0) fl,ozi;c.,?‘,:n“,’,}\, h _ wesr: ason 1224 DQ —————— 70 ak —A+ 2o is.MC) Sn :d 'w[f'_#—:f t 30 ow i . T4 se ie 2 o+Mh——2 7A _______j w—Ass;; {wiga TRigser i> a i—H——¥4 | MVA UR 1 , 41952 BPSHD 104 or—+t———4 [ ww id y :-!J‘jsfgm—zi'?m * Sowt —H— ) CRorn aho > 5 +—H——4 Y L_ _(wea9183). — 9 6 Bug —H—> 2 clrpr—e [+8.{gH——K692 lfiA se 22 222 oo ——— Hi—l 9 cirprn ba 1 | Mamer 1j !——————~ Hl—4 <ieb2ce »4 +—tH———nf | may aip 2 [ dn ine $ —t——va L_ _curadies). _ —< 6 ‘am 0: fiJ—A\(:SIPFA [L—7—7a72 l @akk | [RADAR PLOTTER hoc———cecececc— = = ~fSu TCB BNRD‘ L _ apmiou_. _| 1 _ _as _ _ _______| a2 #5 | 19 I#— Mt—3P us J ext. euzzer 1—————@0axiR 222 22c oo ~i44 0d may L. secaige _ _/ pu4 d 5 cine ‘—[+~ EXT—BUZZER _L Ghp +2 C av—1. 2580 Rie * 1} THICTRERA. * 2) G&MMXIR. *3) #75av, * 4) BPMMOD—IEREEIOT—AYT 4. * 5) 5+ 80HM3BI— MIHR. * 6) MLkT—5 (& 2 KHtREMEoT E. Cr—FIUMILC®) duw f Tice wote "HprieeTyprAsptis_ | _ _ _ ___ _ __ Locc_— MODEL 1622 _ w12 FITTED AT FAGTORY. cHEoxED , * 4K —A4 4 _ _ #2. SHIPYARD SUPPLY. %\%fliflfigflm& ________ L____— ____:’@Llflfi*l; #3.. OPTION. oveD, + f | ALi@® #4. GROUND EFFECTIVELY AT SCANNER UNHT. forr "‘%{T"’-ge—'—‘ maug #5. SUPPLIED WITH EXTERNAL EQUIPMENT. ] L _ke MARINE RADAR #6. 2WAY DATA INPUT AVAILABLE, (CABLE MODIFICATION NEEDED) 'w)m.Nm C3452—C01— A 03—146—6001— ) . INTERCONNECT ION DIAGRAM Land M oo 10LA aal.d ww atm mm mte s n on ces popss

L U2 SCANNER UNIT RSB—0060/RTR—068 184| INT 1B3| MD B1 }Pr cuassrs 0329271 0329270 RSB—0060 your e trm oacs —————————< 1 6 pimiauibuer B2R ———<4. 6 ditaubicinp P wuunum_; a)>—————8 6 pimambuat w ie sumtzimact —4 o nommemon —) 1 smb0.000 —> in nsetntien —> : partamcers —) 1 $————————{ 11 6 Bormizum.ens 9 —) rr9e—————(it 6 m# L B2 | IF ANTENNA 0329269 ns w wfi im welw Teestart—p. ()————————(1. 6 ae.uirt Tud.00—) a¥—————————(2 (NMLRO se —4 a>o———————(d 6n Th ~4 w be——_———— in £— e x wallia l- WWALI L $801 ds__| —————>— NRS—101—56 C C 8801 M RM—9455 DRAWIN TPE C ApP 77 TianasAle. CHECKED RSB—0060 — 068 Ztk 4?:20]} bfassums k« EPRARL approven Apr DPKruuncks MODEL1622 i2 EB SCALE MASS APPLICABLE T0; 1 Block x0, fane & ke. caoorL) L SCANNER UNIT \ DWG NO, CB452—KO01— A 03—146—6003— 1 | FURUNO ELECTRIC CO., LTD.

ooo 20 _ Con ame_| 1TNA AvTidSId 1 19000 7 anvi ‘mUd0k + ‘ol #T@v9 1 ady ssm guas E#E ; 2291 1100# );]:w»s,q ,5,5’0:3\(% pieer <f e 3 hM ,,1('1? #z 1 t7 0 220C uays #o set—adx 1: ~MbSHWLL 41 £ 90 wl xavad — d «— L4 . s <or€—20 AcuE® Wms ) s jaszzngut l| xg::ix sarme d —> 5 > n# < s: <— zng ar Jn C + € on 160 < 21 €— u10 on <21 < on wwz Siy <11 €~ say on < on €— m N W C 6 < miy l I m< s <om c € 1 € on on—> s > a2ie< s <—AZ+ m—> 5 > zuy < 5 < zuy D—208 —> + > re:em ;—mg;;} E810v3HN —I ::gz((:g H—10n=> i > b6l6 INd . propper 2ser Il "Nd 128 1 Il uo —> a1 > moouer—> 6 > 00w09 —> s > wan s s s m?::))fg LINN 33NNYIS — uin > t > — mons—> 2 > 1ONW‘S—> 1 > ira _ m s.fii?i] 00 Ab2/21 mm sds —> 4 > SNIVH S.dIHS istir | AV']dSIU-S8 1j 89265480 C ng 118 S21—40d iINN A¥v7aSs10] 1N $—S$ omnmnan—s


Document Created: 2001-05-15 14:00:58
Document Modified: 2001-05-15 14:00:58
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC