uM-F2000-2

May, 2005

Operating, Maintenance &Installation Instructions

for

Navigation Echo Sounder

Model F-2000Oalid for Syst€m Version 1.00 & Greaier)

,414& Ifranaa &' ,4U.

36 2 ]OOI UOAGAWA CHO, SHIBUYA'KU- TOKYO I5O.OO42' JAPANPHONE: (0313461-3606 FAX: (03)3496 2074

sales@ japan-marina.co.jPwww.Japan-marlna.co.lp

1 ,

F-2000WARNlNG

< W A R N I N G S > - ' l 2

THE REAR PANEL-MOUNTED TRANSDUCER CONNECTORS AREEMITTING EXTREMELY HIGH VOLTAGE RADIO-FREQUENCYPULSES. THESE CONNECTORS ARE COVERED WITH ASCREW-LOCKED PROTECTIVE RUBBER CAP WHEN THEEQUIPMENT IS INITIALLY DELIVERED,

TO AVOID COMING INTO CONTACT ACCIDENTALLY WITH THECONNECTOR PINS, BE SURE TO PLACE THE PROTECTIVE CAP:

. OVER THE UNUSED, EXPOSEO CONNECTOR' IF THEEQUIPMENT HAS A SINGLE TRANSDUCER PLUGGED IN, OR

. OVER EACH CONNECTOR WHENEVER EXPOSED PINSBECOME EASILY ACCESSIBLE, SUCH AS WHEN EITHER

.TRANSDUCER IS UNPLUGGED FOR INSPECTION ORSERVICING, AND

LOCK THE CAP WITH THE TWO SCREWS ATTACHED.

THE ACCURACY OF THE ON-SCREEN DEPTH READOUT ISAFFECTED BY WATER TEMPERATURE, SALINITY DEPTH ANDOTHER UNDERWATER CONDITIONS AS WELL AS THE SHIP'SROLL AND PITCH, HEEL AND TRIM.

TAKE THESE POSSIBLE ERROR_CAUSING FACTORS INTOCONSIDERATION WHEN USING fHE DEPTH READOUT, SUCH ASWHEN NAVIGATING SHALLOW AREAS OR IN APPLICATIONSWHERE ACCURATE DEPTH READING IS CRITICAL.

DURING SHALLOW WATER OPERATION, THE EQUIPMENT MAYOCCASIONALLY READ TWICE THE ACTUAL DEPTH BY LOCKINGONTO THE .lSECOND BOTTOM ECHO.

THE DIGITAL DEPTH READOUT SHOULD BE COMPARED WITHTHE GRAPHIC BOTTOM INDICATION OR WITH SOUNDINGS DATAIN OFFICIAL PAPER CHARTS TO DETERMINE THE TRUE DEPTH.

TOTAL RELIANCE ON THE DIGITAL READOUT ALONE FOR DEPTHINFORMATION IS DANGEROUS AND MUST BE AVOIDED.*1 See parAEraph 3.4.2 for more ;nlormation on the second bottom echo.

lcantt,ued an nert' Pata)

4 .

F-2000

< W A R N I N G S > - 2 l 2

WITH A TRANSDUCER DRAFT ENTERED, THE ON_SCREENDIGITAL READOUT SHOWS THE DEPTH FROM THE WATERLINEAND NOT FROM THE TRANSDUCER OR FROM THE SHIP'S KEEL.

GREAT CARE SHOULD, THEREFORE, BE TAKEN IN USING THEDEPTH READOUT WHEN NAVIGATING SHALLOW WATER AREAS.BE SURE TO SET THE DEPTH REFERENCE TO "SELOWSURFACE" (DBS} TO AVOID ANY It/IISUNDERSTANDING.See paraeraph 4.2 for mote inlormatio' on transddcer draft.

WHEN THE DEPTH REFERENCE INDICATION IS SET TO "BELOWKEEL," BE SURE TO ENTER THE APPROPRIATE KEEL OFFSET TOAVOID ANY MISUNDERSTANDING ABOUT THE DEPTH READOUT.See paragnph 1.10.8.3 for more information on keel offset.

DO NOT SWITCH THE EOUIPMENT ON WITH THE TRANSDUCERSOUT OF WATER, SUCH AS WHILE THE VESSEL IS DRY-DOCKED,OR THE TRANSDUCER'S CERAMIC CRYSTALS MAY BE DAI'AGEDIRREPARABLY.

THE DISPLAY CABINET IS NOT WEATHERIZED FOR OUTDOORINSTALLATION OR OPERATION. ANY DAMAGE CAUSED,WHETHER DIRECTLY OR INDIRECTLT THROUGH WATERINTRUSION IS NOT COVERED BY THE MANUFACTURER'S ORDEALER'S WARRANTY

8. NEITHER THE MANUFACTURER NOR ITS DEALERRESPONSIBLE FOR LOSS OF LIFE, PERSONAL INJURYDAMAGE TO THE PROPERTY RESULTING FROM ?I{E USETHIS EOUIPMENT.

lsOROF

< CAUTION >The depth data to be stored automatically in non-volatilememory for later retrieval/analys is will be in NMEA-0183(lEC 61162-l) DPT format (depth-below-transducer plustransducer draft and/or keel offset). see parasraph 6.2 for norcinformation on the stored data format.

F-2000

To Installer of F-2000

1. Reglstratlon of Ttansducer Chann€l-Looation Assignments

After insta[ation of the transducen,

. resrsi€r lhe assigned channFl {requencv and nrounling location. of each-

i"i""a'.". i. it" &lle below so rhat tbe operaror csn tell which transducer is rn

use for current sounding,

. attacb an€ppropria." ""T."11D-:i"y.:1'TJl:f;::l"lf",l':l:.#:i:::i"'ll:appmpriat€ly, tbr ease or rden ylng ru;;tuegea fJr maintenance or servicins, an'l

. ilo not tu?n the equipment on until the tlansducers sre placed in water'

tansalucer Channel-IncationAssignments Table'

Detailed inststlatioD instructions are siven in section 9'

2. Using SKPPER lR 301 Digltal Depth Repoaler

DeDth outDut data ($PSKPDP/T) rcquired for depth-indicating operatioE o{ the lR 301

;::i;;i;ft"bfi. B;;-J tu'o tle o'tpur { a6breviated PsKDPr" on IheEeo"l on;?ff;'.";il;;;;; parasraph 4 ri qhen thaL r€mote uit is prussed into the

rear pa;el &pin I/O DATAconn€ctor

The lR 301 bas onl, rwo lransducer locarioo indicator LEDs (fomard aod afi) on ils

dishl,v Whetr vou svstcm has one tracduccr moubted in lhc middle of lhe bul -lh-e;ffi 1;;;;J il,;i; ttart'rtto ;o iw st"i"g'uch is nol supported bv rbe rR 30r'Th;refore lhe position of the selected transducer' when ibstalled rn-the Drdore wu Do(

bc indrated on Ibe lR 3Ol See palaf lapb 9342fordals lbrmaL rn iorma ob'

Opemting Channel

Hish fteq. (CH-A)

Eigh Freq. (CH-B)

\untinued oh neit pase)

To Adrninistrator of F-2000 -1.t2

F 2000

MENU NEWI PASSWORD

Erter l.ligli paslword

l < l =ss

PRESS i]ICi'F!]: TO EXIT ALL

To Adn

< Password-Prot€cting the Menu Settings 1/2 >

1. lntroduct ion

-. p.F\pn sl unau l-or i / 'o, hans- in mpnu se| i rss vou ha'p nido.. d-d r ' i t usprd p | ' | 1 , b | ' p ' . ' { o r d . a n b F . F ' o r c " " p " . . " " - " " : 'c lech or.L".ep sora.ar ing". J p"sbsord Fnrr) w:nd wwi pop up. sskirg 'o-41p,the password before you can open the MAIN MENU.

< WARNING >

BEFORE INITIALLY ENTERING THE DESIRED PASSWORD. BE SURE TOTAKE A NOTE OF IT, AND, IF NECESSARY, ADVISE ONLY AUTHORIZEDUSERS OF IT. THE MANUFACTURER CANNOT HELP YOU BREAK THEUSER-ENTERED PASSWORD.

2. Sett ing a Password

Ii is assumed ihat normal echosran sdeen is showing with no menu iurned on.

3. Chr

If you r

O Di.

hol

O wt'il" I'otai.g a"* @ ""ttwo beeDs are hedd. Dress both

@ .* @ ",'"i'"*.""r,A passworo eNry qnoow

should then show up. asillustrated at right.

I Enter the destued passwordconsisting of four (a) numerals,ly pressing the appropdatenume{ic keys. See Table 3-1 fornumedc key assignhents. Eachcharacter entered will bereplaced by d estedsk ( *).

@ s '

T}

@ r ,

fi,d

@ Ril

This t

qJ Frr"y mic- 'kp. sr 1".**a ly p-"" i"s ! .

@ cress @ rhe pa"s"ud otryLnen cnange as

shown at right, asking you toenter the same password again.

G) Re-enter the same password inthe sahe hanner

P - . ' @ l h F " i n d o " " r U i h " - h e , u " - " d o t t d l l o { i r e r h p " c h o e a r s . r " n L J

r" ,ur . - I . I i . .orp r pab"so.d *dsFnterpd r , " rep . , fa_ r . pdss$o.o pn ' r )

field (O) s.il return.lca,titued at teat page)

iv

MENU NEW2 PASSWORD

MENU NEW2 PASSWORD

F_2000

To Administrator of F-2000 _ 2/2

< Password hotectilg the Menu S€ttings 2/2 >

3. Changing or Removing the password

Ifyou wish to chanse the cuEent passwod or rcmove the passwod tn allow free accessro rrr€ menu system, execut€ the folowing steps:

(! Display a password irdtialization

;:*"6."::ffi-_-"1iil's

@ Enter the cu$ent (enstins) pass-wod and then pres6

@.

The password field wil chanse as

Ent€r a new password ifyou wishto chane€ the currenr one. orsimply press @ t '"'o.," tr.curent password. the passwo.dfield win chanse as shown at

ght.

' ffi:*il;:x"T::Hl'"'"'.ilffi E l^h,ress @ onenore,im',o remove

This completes the menu password chansehemoval Droceitue.

t < l=Bs

PREss i8txti ro Extr ALL

E {U ltEwl PAsswoRD

MENU NEU'2 PASSWORI)

F_200(Abbr€vialion!

ListofAbbreviarions t/2Tbe abbrel iar ion" ,us"d in rh is manuat and mFnus. on screeb. coDtro l panct and realpaner are rrsted below

l

AI,I{:A SCP:AUTO:

BKUP:BR:BRT:BS:BSH:

BV:

cw:cc\{:CH:CH_A:CH_B:CLR I

D :dB:DBK:DBS:DBT:DF.T:DIM:DIN:DOS/V:DPT:

EN:ENT:ESC/P:

FM:FRQ:FREQ:ITT:FWE:

H :HH:MIyI:SS:h r :

IEC:IMO:rso:vo:kg:KL:KT:

A scope displayAutomatic control mode ( auiomatic sel4tion ofmnse, sain and ?vG)Backup fba.kuD DC oower.onneclion ro AC-2000 AC adapLFrrftlaccia { ItaliD/SDaDEh fathoms)Brishtness contlol kevBack, space ( shin6 charamt h€hr sh I ro rbe teft ob da!€ eh r ry freld)Bundesamt ritr Se4chifahn ud Hyclrographie { F;d;al'lviarirme

"",1Hydrographc Agency Gerbmy)nueau ventas thancet. notifred bodyClockwise

Opqaling channpl (truroducer.uft brtj in use)uperarDg chdnet A

perating chamel BClear

Depth (cabinet dinension)d€cibele (_tDit ofrelahve power srrcngtb)Hesderol tEUot t62- l {NMEA 0l88) data scDrebce (deplh betowteel )Heads ot IEC 61162-t (NMEA-Ot8Jr dare senrence { dc;rh bctofr surlaFrl-tea^der ofIEC 61162 I (NMEA-{] 8Jj dar s senle"ce r +pir, LJ"* t._"j,J

r depth trom BurracF Lo hansducer,

Deur Thes lnsr i rur f i j , Nglq lnc (Cermab Inst i rure for Sraodrdizsr ior ,

H::-.yffii;T% :t&"if,,,i';18!!.iiiiffi ffi ;f; |i;9,n, ;r,*; "Europiiisle Norm (Euopean Standed)

Epson standard code for Printers (pinter conrrol plotoot)lirthoms (=6 feet)Frequency (trmsducer freouencv)

f;rc.quencv (hansdu@ fie,iuenc)

I'lash-memory wdte enable (tlash nenory prosanning)Headq of IEC 61162-1 (NMEA_0188) data senrence (cps positioh fi,

Global Positionins System, cps receiver/sensorHeight (cabinet dihension)limesdisplay fomat (hours. niiutes md B€onds)

Intemational Dlecrorechnicat Comissionrnhrmtjonal MaritiEe Oryanization

il ilTtli:,1',1""t "'u"atroE orsanizs tron

kilosramsKeelsoffset ( depth froD transducer to keet)

",

,_"tinued on next pase)

GGA:GND:GPS:

LST:L :LAYLON:LCD:

MM/DD/YY:MTW:

N :NC:NMEA:NR:

o :

PF:PLBK:PWA:

RGBIRI{:RMC:RX.RXD:RMRS

RNG:

STB:sTc:TEMP:TFT:TVG:

TXD:

UTC:

VAC:YDC:VGA:l'RM:

F-2oln

List ofAbbleviations - 2/2

Local standard timehve (bot side of siDglephse Ac power rue'

Latitude / Iinsitude coordiratesLiquid crystal display

milliamperes

millimete$MonLh. dav md year { daie ibdtcatron.to-lbaq

iiiJi" iiiec oi' ez-, ( NMEA o r83' dar"o seni Pn'e ( {a* Ledperstue)

Neutral t exoudeil side of siDsltsphase AC power tne)

No connection ( no intemal con'ect$r

U-S. Nabional Maine ElectmDrcs Assoclaron

Darasraph'f.ui* i*a,"*"""". r"eil sLe,plothnc,sp"ed)dara

srorcd in benoryrPlayback ( review hrs[ofv of souudrb$ dd otar

Red. cteen and blue (3 orisinal co!o$ oflisht)

[::]"".""iYfdt'li.r' (NMEA {r 83) da* senr'en'e { positDA speed timer

Re$ive dat8Russian Marilime Regrster ot shrppmg

i*i'J"'- "i,*"

t a"6'icioo of effective oean power )

Range (depth mnge)

Sta*oardSensitivitY-Time Control

Tempemture'iiiiilni. G*i"t.' r t*tnorosv orcoror LcD)Time-varied gair control1!ansmittanslcit data (Send data)

Unive*al time coonthated (=GIvn in cordnon usace)

voltsvolt-ampele (AC equiwlent ot watt'

Volts ACVolt6 DC ..^ . 480 pixels)Video sraDhics arlay ( slee

H:i:1".FHs".1'l:'Jii*EA-0,8!) da,.a seo'|.ence (h€€drs and speed

width (cabinet dinension)

Header of IEC 61162-1 (NMDA {1s3) data sentence (t]TC & date)ZDA:

F-2000

I . Product Descript ion . . . . '

2 . Speci f icat ion8. . . . . . . . .

Cenersl Specif icat ion

.__._.. . . . . .3

2 . 1 .

2 . 2 . Echo sounder Specif icat ion8 . . . . .

3. Basic Operating InstNctions " " " - " 7

3.1. ht€rpretias Navisatiou Sounder Sc!€en " - " " 7

g.2. Conirol Prnel Functi - - " 13

3 . 3 . S € l e c t i D g D e p t h R a n g e s . - - . - - _ - - - - - - - " " - " " 2 4

3.3.1. Manual Select iotr . . . " "-" 24

3.3.2. Automatic Sslection (Autonatic Mode of Operation) - - 25

3.4. Interpretirg Ecbo Displav.... " - " - - 26

3 . 4 . 1 . B o t i o m E c h o i ! F u U C o l o r s - - - - - - - - - 2 6

3,1.2. Mult iDls Bottom Echo€6 -" - ----- ' 2?

3.4.g. Oth€t Echoes.. . . . . . . . - " 28

3.6. gel€ct ing Displav Modes. - -- - - '29

3.6. Printing Out EchograE Screen - - -" - " 30

3.7. Switching transducers (Switchins Operrtins CLa[[els) "31

3 . ? . 1 . I n t r o d u c t i o ! . . . . . . . . . . . - - " - 3 1

3.7.2. Selectida Chanrels (Tlanaducer Frequenci€s) " " 31

3.8. I r i l icat ion of Traasducer Locat ior" - " - ------ 32

3.9. Adiusti4 Receivsr Gain LeYel MaDurllv " 32

3.10. Adiusting TVG Level Manuallv " " 33

3 . 1 1 . R e t r i e v i a g D s t a H i s t o l v . . . . . . . . - - - - - - - - 3 4

3.11.1. Introduct ion " 34

3.11.2. Displaying Data Historv Wirdow - - - - -- --- - 34

3.11.3. Retieving Data Registersd st Specific Date/Tim€ - " 35

3.11.4. Reyiewi4 Dats Eistolv in Deteil ov€r gpecifrc Sectiou " 36

3.12. Alarms.. . . . . . . . . - - - - 37

3.12.1. IDtroduct ion - - -- - ---- 37

3.12.2. Depth Alarm " " 37

3.12.3. MissiDS-Bottod Alard - - - - - " - 38

viii

F-2000

3.12.4. Power Faitur€ Alalm . . . . . . . . . . . " 39

3.12.6. Powsr RemovaUshutoff Alald " - 39

3.13. Line Marker ' " " 40

4. Adl/alc€d Settinss ...... .. ... ... ..... . ." . 41

4.1. Iatrbduct ior ' . . . . . . . . . . " 41

4.2. Enteriag Traagducer Dtaft..... .... -- - - - - 41

4.2.1. Introduct ior. . . . . . . . . . . - " 41

1.2.2. EDietirg Ttarsduce! Dlaft " " "'42

4.8. Selecting Depth Refs!€Dce IndicatioDs 45

4.3.1., I r t roduct ion.. . 45

4.g,2. Select ion Procedule. " 45

4.4. Echo Thteshold Adiustment .. .. " " 47

4,4.r- I r t rod{ct ioD.. . . . . . . . . . . . " :"" """" 47

4.4.2. Arljusting Echo Threshold Levsl " """"- '47

4 . 6 . W h i t € L i n e A d i u s t n e r t . . . . . . . . . - - - - - - - - " - 4 9

4.5.1. I r t loaluct ion. . . . . . - . . . " - 49

4.6.2. Adiu6ting Whit€ Lide L€vel ... .. . - - 49

4,6. gel€ctiug Trarsmit Power L€vels. ...- 51

4.7. Select ing Time Passage Scales . . . . ' - - -- --- -- - 52

4.a. Activatirg Echo Sounder Simulator" - 53

4.9. gelect i rg Types of Echo DisPlav.. . . . . . - -- ' - -- - --" 54

4.10. INt*I lat ion S€tt iDgs. . . . . - . . . --- . ---- - " - 55

4.10.1. Introduct ion . . " " 55

4.10.2. CbangiDg Echo Color Assignnents " --- - ------ - ---- 55

4.10.8. S€l€ct ing DePth Readout Udts . . . . " - " - 58

4.10.4. Sstectina Ecbo Dvramic Rang€s.... " - " 59

4.10.6. Ertering Time Offset for Locsl Stdndard TiEs Readout 60

4.10.6. Sstt ing Date and Time.. . . . . . . . . . . . . . . . . . 61

4.10.?. Selectirg TemPeraiul€ Resdout Unitg " ----- - --- 62

4.10.8. Matirg Ttsnsducor-nelated gettirgs " - " 63

4.11. S€lect ing DEta Input Conrectors.. . . . " """ " 66

4.12. Select i rg Data Outprts. . . . . . . . . . . . . . . . . . . . . . . . . . . " " 67

ix

F-2000Producl Desdiplion

l . P roduc t Descr iD t ion

the Model F-2000 is a dual frequency navigation echo sounder desisaed to comply fullywith IMO Resolution MSC. ?4(69) Annex 4.

Built aroud an 8-inch daylisht-viewins, hish conhast @lor TFT LCD scr€en, theequipment displays the boitom toposaphy usins a total of seven user-deffnable easeon-the €ye anslog strength-level colors representing various layers of the bottomsuatum. The display can be Bet to show the bottom contou slone in a single color via amenu sdded plocedule.

Disital depth readout ie also available usins easy to read larse fonts with a clearon screen indicatioo of rbe refFrence of measu"ehelt (from lbe warertine, trdsduceror keeD, and in meters, fathoms or feet. To omply with the IMO resolution, the depthmust be indicated in meters lor navisational puposes.

With appropfiate optionsl sensors plugged in, the ship's I,AT/LON coordiraies, speed,headins and water temperature will also be displayed at tle same time.

A battery.-backed realtine calendar clock is built in to indicate the date and time inUTC or in the desircd local tine. With an appmpdate GPS sensor plugged in, the timeis automaticaly Fefercnced to the atomic precision GPS time.

Up to 24 hous of sounding data will be stored in non-volatile memory at apFoximatelytwrsecond iDtervals, together with associated date and time, mnge md frequency inuse plus position dd water tenperature, and can be played back easily with a devoiedkey. The user can revie* the stored data acrcss any 1s-minute segment at any point intime ove! ihe past 24 hous though a specially desisned windo$,. The data can beoutput on demdd in NMEA-{183 (IEC 61162-1)-{onpatible format via rear panelcomectors for use in shore-based applications. and is protected against a 6yet€m reset.

An easy-to-use menu system is ircorpomt€d to set the hansducer draft, depthrcference, echo threshold level, echo display mode, etc. in addition to operatinsparanetem to be selected maiily at installation tine. Umutholized acc€6s to the menusystem can be prevented with password enby, if desired.

Equipped with a poweful I kW RMs dual frequency bansceiver, the F-2000 opemtes oDtwo difiercnt channels (chamel A md chamel B) sepuately. the channel can be easilyswitched with a devoted &ont panel ken A 200W low-power dual frequency tlansceiveris optionaly available lor operatiotr using ELAC 50 and 200 kHz transducers. and STNATI-{S SW 6016 100 kHz transduceft-

The output power level is adjustable, autonaticaly to suit the range in use, or manuatlywhere more power is needed in shalow water soudinss over a sofi, muddy bottom.

Bot}l the rc€eiver sair and TVG (anti<lutter) levets de autonaticaly controlled forhands-free operatioD. Manual overide of both functions is atso possible for eachoperating channel.

If it is des ed to display echosram for a lonser pe od of time, lower feed rates (plot

speeds) can be chosen without affecting the souding nte specified for the depth mngein use, tlereby allowirs the clrent information upilating rate ta be maintainedresardless of the feed speed in use.

?ossible inteference ftom other echo 6ounde$ operating in the vicinity can beeffectively eliminated or rcduced with a +-step noise reductioD tunction.

(@ntinued oD ne t paec)

F-2000Producl Descriplron

1. Product Descriplion (continued - 2/2)

The acourred daia w;ll also be ourput via lhe 'Par pdel Ry232C and RS a22

.onndt ; rs s imul laneouslv fo. use in appl ica l ionb requi r ing deplh dare/hme and

oosition information. lf warer temppfarup dara is nced"d a LhprmFtor scnso' i6

i"ii"""lril";r,ut ,"a can be pluee'd inro a devored 'onnector' rbe dual frFquen')

;i;ffi;;:"";;fu t ir'" -"""ri"t"*" has the sensor erobedded in its moldedhousing.

To obraio a hardcopr ofrhF prespnl scrPen a cFntroni's parsll"l porr is slso prcvidFd

qhi.h supporrs commercialJv available DOS/V ompahblp monochrome grapnr's

pdnters with ESC/P contrcl protocol.

The built-in slallns include depth alam' missing-botton alarm, power faillE alarm

and power rcmovaYshutofl alarn.

Tbe deprh alarm ale$s rh" op"raror to deceosirg depth lshallo* alard A varisbh

deptb marler can be tuned on ro ser I hF alarm deprh graphrcarv as weu as drgrraxv

The Diseins bottom alarm warns sgernsl rn" boltom "cho being losl becomins l,o

weal or exceeding the curent range limit-

'T'be oower failure alarn will be adi\aied iJ rhe powFr line voliace &ops below th"

factory-specfi ed predetermined level

Tbc slarm scri!ation slarus wil be indi'ated both audiblv ard visuailv' and the.alarm

oulpuLs will be sepuately arailabh lor driving exl,ernalv connerled alarm oFlrces

through a devoted @nnector

The power rcnoval/shuroff elarm. iDdepebdeDtl) controlled bv a de-voled clcuit baecd

on a high-speed large caPacitv 'ondebs"i wi[ bP rriSg"red b the.e@nt power rs

removFd or sbut off wilb lhe F-2000 operaribg. "mittmg a repcalurg becp ror smrar

minute. coDrinuously. A devolFd resct swrl'h is provided on lbe tion{ panel lo 6 ence

the waning sound.

The display cabinet has a ngged DC power supplv built in that allows reliable

ooqarion over a widp ransc of \olrsge nuctuaLions. snd ar AC powcr adapter unri

iiaoa.r lc-zoooti" ""prauelv

supplied as srandud ln sD insEuation whPrc an Ac

p.*.r sou"* i" ava;rati", the equipment can be operated prinarilv from the AC sure

;th automatic changeover to the DC Power source for unintenupt€d operation in the

event ofAC power outage.

{)00

ded,Lics

122

H€d

2 . Spec i f i ca t i ons

2.1. General Specif icatlon3

a Modes of Opemtion:.AUTO(derault) :

. MANUAL:

. Mete$ (m, detault):

. Fathoms GM):

. Feet GT):

! tansducer Draii:

F,2000

8 i]|ch 7 analos RcB-color backlit TFT-LCD, VGA (640x480 pnek), with backlishtins level adjustable in 10 steps

Up to 24 hours of sounding data, depth ranse, ftequency,associated UTC date/time. *II-AI/LON and *2watertemperature rcadouts are automatically retained in flashmemory protected fuom power shutofr or syeiem reset.Graphics imase (fu]l color echoerad ol apprcx. pa6t 10minutes in tempomry storage.Stored soundins data (IEC 61162 1/NMEA{183 DPTIornat) of past 15 mnl:ures, 11316172124 hours can berebieved ftom flash memory and can be euphicalydisplayed in a devot€d data histor,J witrdow, together withassociated UTC date/time, and *1I-{T/I-ON coodinates.All stored data can be output in NMEA propdetary formaton denand via RS-232C, RS-422 and I/O DATA comectoB6imultaneously.

Adjustable in 7 steps by front panel dimm€r key

2241\t)x224(H)x7O2O) mm, 1es6 prctrusions and mountingblacket, 2.4 ks (cabine, + 1 ks (houting blacket)

200m) x68G) x 140{D) nh (Model AC-2000), appmx. 0.85kg*3110 220 VAC (110%), sinsle phase or r1-40VDC.Power consumption: approx. 17W (DC) or 20VA (AC)

-15 to +55'C, 95% RH (operating, wiurcut coDdensatiot-40' C (storage)

l'uly automatic selection and settirgs (depth range, gain,T\r'G and power ettings)Manual selection md settings of above parameteN

the

Slev.

Helo.tFctre

*d

Fal

r Display Sc.een:

r Data Storage:. Numeric Data:

. Graphics Data:

r Data Ret.ieval:

r KelTad Backlighting:

r Cabinet Sia & Weight:

r AcAdapter Size:

r Power Requiements:

i AEbieDt Tempemture:

I Compass Saf€ Distancer 1.8 metels for cabinet, 2.4 met€rs for mounthg bmcket*1 Optional GPS sasr ot CPS dttt 6o@e aquired,*2 OpttaDa| tempdatm &n@r Equire4 e4ept tuheh epeeifred .lMI freqaency trw.trcet is

*3 AC opentioh available vithAC-2^OO adaptq conn9ted

2.2. Echo Sounder Sp€clt icat lons

r Depth Rarses (Maximum Range Limits, ir net€E):A B C D E F G H5 1 0 2 0 4 02.5 5 10 2020 40 100 200

400 1000200 500

2000 4000

100 20050 100

400 1000

Adjustable in 0.l-meter steps for each tnnsducel

(cottinued oD Dext paee)

3

' Standard:

' Option:' Option:' Option:' Option:' OPtionl. Option:

r Transmit ?ower:

F 2000SPec f i 6a t i ons

2.2. Sp€cf f icat ions (ca ' t inued 2/a)

r Keel Otrseu Adjustable in O.1-meter steps for each tran8ducel

. Transducer Frequencies (Op€ntins ChaMelJ:

50 kHz and 200 kHz, both elenents placed iD singlehousins (570-50/200T, 706-50/200T)

50 kHz (ELAC LSE 297 user/dealersupplied)

50 kHz (570-50, rnanufactuler supplied)100 kHz (sTN ATLAS sw 60'16, user/dealer supplied)

135 kHz (user/dealer €upplied)200 kHz (570-200, maDulacturer +upplied)200 kHz (ELAC LSE 3'13, user/dealer supplied)

ADDrox. 1000W RMS max.(8 kW pelupead to 570-50/2007n;-706-60/200 tmnsducer (dusl ftequency), 570-50 or57t)-200 single tiequency transducer;

Appro!. 200W RMs max ( 1 6 kW peak/pelo to LSE 297, LSE313. aDd SW 6016Ievel is adjustable in 4 steps auiomaticallv or manuallv

. Auto (defauld: Apprcpriate powe? level for range in use

. Manuat: 1/1 (ln[ power), t /4, 1/ 25, and 1./100

r Transmit Pulse langths (in milliseconds):A B C D E I G 4

t Sounding Rates (per ni!ute):A

. Meters (m) :

' Feet (FT):

' I'athoms (FM):' Feet (Fr) :

0.1 0.1 0.2 0.6 1-2 1.2 2.20.1 0.1 0.2 0.6 1.2 2-2 2.20.1 0.2 0.3 0.6 1.2 1.2 2.2

B C D E F G

2.22.22.2

H120120120

120 120 120 60 30120 720 120 120 60120 120 120 60 30

30 3030 3030 30

I

I

Velocity Stddard: 1500.0 neters/second, fi'ed

Minimum Det€ltable Depth:. 50 & 100 kHz: 1 meter

200 k Hz:I AccumcyofMeasurcment:

. 20 meter ranger Better than :'0.5 meters' 200 meter Iangd Better than a5 mete$' Other ranges:- Better than 12 5 % of digital depth rcadoui-

Ranse Discrimination:. 20 meterrmge: 5 mm/m' 200 meter ranse: 0.5mrn/m

Echoeram PFs"Dtal io . :Thp bor lom p.ho is inr l iaUv d isplaved in red onl r ' I can be- d isp laved in up ro 7 analog RCB.olors through lhe rPnusvslem. dppending o- sr . rp,4grh, wr l l Fd rpreserhng" (h€sl ronsFsl abo le!e l ahd b lup, lhe wpokesl le tPl lde la l ' l lsettinss). ColoFstrensth assiglments canbe user-defrned'

(cohtinued on text page)

F-2000SPecillcalions

2.2. Specifications\conti,ued 3/4)

r Disolav Duatron: ]'be displsved ecbosmm emains on screeD tbr €pprox'

2c.21 minuLPs' dep"nding oD deprh range rn use

r Echo Dynanic Ranse: Change in echo indication to next stronsetwealer color

Dornallv represents a 3-dB chanse in strength Other

selectable dvnaroic ranges include 4, 5 md 6 dB

. Display Modes: The following displav nodes aE selectable:

' Single ftequencv (channel) full screen displav' Sinsle frequencv split scr"en 'LsplaJ .wilb left hsll

scrc"n showgbotbm erhogram recaupd Fom mcmory'

EchosraD Feed Rates (Plot Speed):'

7/1,1'/2 and 1/4. The sounding rate for the depth rarge in

use !€maiDs unchanged regardles6 ofthe feed mte *lected'

Noise Reduction: 3 steps (low, lnid and hicD

ADromaricaly sdjusted for deprh ranse io user-m-anua]]vadiustablc in a iors l o i 41 sLPps( lc le lo lo le le l4u ' roreacnopiratine channel/&equency

Aubmaticallv adiusted for dpplh MeE iD use: bsouallvadiuslable ira t ial olSl steps llevel 0 to level 30) for eachop;raths charneUft €quency

I

a Receiver Gain:

I TVG (STC):

Audible and Visual A.larm:

The foUowins alsrms ale enabled at all tines with the equpment switched on:

o DeDrhr Warns esaimr d"eeasinc deplh. wilb aldm trisBcrins_

deDrh user_Dr€senable in o.l_mcrer sreps.

. Audible: S*ps at appmxi-"i.lv l+€ond interyals The soud can

be muted br rressine v@.

. \4sualr Blinks aiarm svmbol A and on-screeo prcser talue oDrcd bs.Lgroubd at approximatelv l-se'ond rnt€ru31e

. Missins Borbm: Wams if borlom ecbo is losr or too wea-k Lo Eeasure deprh'or iI depth esceeds lhe raDgF limil for 4 secobds or mor'

. Audible: B"eps at approdmsl"t,.l second irlcnals Thp sound can

be muted DY PressDs 6

. Visual: Blinks oD-screen depth readout unit (m' FM' BR, or FT) atapproximat€lv I second intervals'

. Powpr faiim: Walns sgainsr drcp of po*er 6upplv wltage belowlacuorv si'oified level ttt\4 for DC powered operation'

. Audible: Beeps at appmxinatetlf:q€ond inteNals The somd can

be muted bY er€ssinc -

@.' visual Blinls atarm svmbol l-f andon rrcen voltage readour ob

red backgmund ar app-rodoatelv | {Fcold nlervais

(continued ot next pase)

"""",:"i:?:2.2- Specilications (ca'tinued a/1)

r Audible and Visusl Al atms Gond'ued 2/2)

. Pow€' Renovavshutos WIms against temoval or shutoff of power source for bothAC and Dc-powered operation (Audible indication onlv, inthe form of a beep occurrins at approx l-second intervalsfor at least 5 minutes). The sound can be silenced bvpressins the front panel " [S " t'utto"

r Extemal I/O Interface Speci{ications

. OllineData Outputs: IEC 61162-1/NMEA 0l83<ompatible data sentences(*T$SDDPT, $ SDDBT, *'$PSKPDPT, $SDDBK,

*3$SDMTW)

via all rcar panel I/O conDectorB (RS-232C, R$'422 and8 pin l/O DATAconnectorJ simultaneouslr

With an optional GPS sensor plussed in, $GPGGA,$GPRMC and $GPZDA wiU be appended io the aboveourpur senrcnces.

All data sentences cd be Beparately iumed on/off via themenu syst€m.*\ Depth data w1I be output it neterc o/tly rega lesE of thedepth readout unit ih Dse*2 TAis fornat sehtetce is fot use vith the SKIPPER lR 301diEital deqth rcPeate!*" T"-p."utu.e data is available wheh tAe 570-50/200T or706-50/2ooT dual frequ"n.r' INn"du..! i" mnalt"d ar vhPnt he T-200 t6 plueeed ;F,o 'hPTEMP .onne.ta.

. Output lnteryal: 1 second' Stored Data Output: IEC 61162 1/NMEA {}l83 compatible propdetarv format

(*j$PJMCM via all rea panel l/O connectors (R$-232C,

RS-422 and 8-p;n I/O DATA connectors) simultaneouslv*\ Depth data qill he output it netels ohly regardle$ of thedepth ftadout unit 6ed in sadnditgs.

IEC 61162-1/NMEA 0183 sentences ($GPGGA, $GPRMC.$GP\,'TG, $GPZDd via RS-232C or RS-422 pol'ts or l/O

Open-{ol}ectoa 50V,/800mA maa., via ALARM connector

. Printer Output: Centronics pdallel, via "PRINTER' port for monochrcmeDOS/V pdnte$ with ESC/P control protocol

r Temperaturc Sensor: T 200 thernistor (option,5 kO at 25C) via rear panelconnector "TEMP." With the sensor conDected. water tempenture data will be appended to NMEA-0183 (IDC61162) output strinss The 570-50/200T or 706-50/2007ttansducer has a'I 200 sensor enbedded as standmd

yOTE: Spc.;fications othpr ,haa tho- "upuJatpd n IMO e.oldrioa t'lsa.74Gg) Annet 4 orin EN ISO 9875 are sDbjat ta change dthaut natice or ablisation

ad"""""d s:;'?:8:

3 . Bas ic Opera t ing lns t ruc t ions3.1. ln terpret ing Nayigal ion Sounder Screen

Tbe figu" below illustmr€s a r}"i.al opera{ing displa} showins a tull .olor borbmioposraphy us;ng a Iow freiruen.y (50 kHz)/chaMel-B lransducen A bricldptrriplionof on-screen readouts dd objectu is siven below.

Iisue 3-1 l}Tical Full-Sdeen Flll-Color Echoslan Display

@ Opentins Frequencr/Clannel -------------- l_- @ Po*er Supply Voltase

_-_-- @ ri-" rvr*1"."

@ Picrure Feed (PF) nate @'fta.sdDcerldation --_

@ ftansducer D.aft --,O N o i s " R " d u d , n { N R , L . * r - - - - - - - - - 1 i i l i - i

@ cAIN &,rvc r.*'" -------i i i i i -----i

| ---

. i r ! L - i - - - - - - . I ii -- 9 LAr/LoN ofPres"nr Posir.on-' i i i t i i i i

5{31,314N 006"52,717E

7.5 c <----.@ waier T€mDe.arlre*2

<-- @ color scale

""V--. Yr-,,, 'l*rlri'"' i,

wc=ar rr{R-oFF F2as A;Yro.s

v

. - a O eofto^ n"r'o - - ' - ! . :

il

r-@ DeDthAlsm

6) MNhuh R!nee Linit

*r optional GPS @M t GPS.ldts tuurc reauired. "2 Qptimal tenpdztm setsor requiEd,

O eotto- rchoThe bottom echo is Ehom in up to a total of seven differcnt €oloE, dependirg on th€shength. The colors used to drsplay the bottom re shoM on the color scale (@) inorder of strencth. Red, initialy at the lower end of the scale, rcpresents thestronsest pari of the qho (i.e. hardest layer of bottom stratum), dd blue initiallyrcpresents the weakest part (i.e. softest layo of the bottod. It is possible todisplay only the @ntot o! the botton in a sinsle color ia the menu4nidedprocedm' see ptagnph4 9 fo' instructions

Gohtikued ah hext pase)

*""""". "!;?l!!3.1. fnterprel ing l ' lavigat ion Sounder Screen (cant i 'ded 2/6)

O Depth Readout

;::*""jJif,JTl1?J.:"i#$:HH""""ff $l9Hil'f:il:"1T"Refer to paragaph 4 10 3 for details

ro complv with ,*o .""""t'"i"*Bllfif']' ,n"""u'"t"nt" -ust be made In

melers for navigational purposes'

" . "0,"r ,

""" ' i " ,"* readou,. rhe borrom "cho

I I ' musr. be di-pla\ed-in ]"d

"1.e"'". *rr"*,s.,!,.s'"""-d{lil.,il#'lf,"ji"iiy,;"i:i,,,,,l,if^ l:auto;aticalv accompllhed when vou at€control mode ( AUTO. (r)'

LJvou ar" operar ins t l^P unir in r be manual conuol mode TMANUAL p 1d.. ' .1: . l l :

;'.!i::i*:xi * ;:;**;llffi ':Jl TJ ".xt"'l;;;:,?i"'"'";' " *'"i,n"i"i,.- *n"'".*", ".'e" l*k te Ti,.:ir.tflli;",x,H,y;J""i I;lx :#:l$: :l:::: ""ill'l; i.'l;1;j;:,:1'll;';Silild;;'':h; mie"ine bottom qr"'r, "ru ::simil*r'j; *i :*l;-':'3:l,; i'1,;1"": r"3""'."rlfli:rx :"i"r"T"'r;'$;["*:"t*:*il*

;";;":';tllsli'a"";#i"#i:ii;]:':1; iilii;l *

@ Deptb Reference- fr'"

""r""""* to -ftich measurcd depth is to be refened is indicated here'

' BELOW TRANSDUCER: Depih refe$ed to tra""d"*" (i"itiur ""tti"c)'

DBT

'BELOWSURFACE: Dep'h rererred to srrL?cF. eilow xeet-, Depth refe'red to ship's keel' DBK

See psrasraph 4 3 for details'

t fi:T#:"." "'"

be changed rron/to A,ro/MANUAL bv pressinc @ rhe

selected node is indicated here'

lUiO=f"1" u"r.",i" "onfol mode MANUAL=manual contlol node

y..^ !**!j';;ir;y:;';,:^K&t"" ;tr"H:"x:; ;r :':::I:Ji f::"zi trk::" "#

l*, nl:,sfl :Hi,I":;:lx?:$:)"i*ilfj rii :rs'.#ii1ifli"fi!:iit""*:i|t:.fs'6{;i1si1;1ffi gq::r:.?"in'lr,:i'[:frUsi:$Es"fin*iE'p-'1i'1h ?i#i"oi:i;";l ;;-;;;m tub m*drtr rc """rr:a:i:'i;'1ru"E;il; :*';"*:i.'il5"li:"'9,i,: {i: ;*u";'lllntl+"li::"li;rhF p+scDrc or rrp ze.o rine - '",.,""-."ilo-il'.:",'ill;.lili#,1.:.11:,i::".,ii

l;:'I":$:x;5"J,j'?",['*lirx: ]:l : "':, ;ffi;,r #,, :' ::::., ::,, ".,

F-2000Advaned setl ngs

3.1. fnterpr.ting Navigallon Sonndet Screen ( conti' ued - 3/6'

@ Maxibum Rffse Libil rWhcD the automatic contrcl mode is s.1,i!ated (by pressing gg ) rhe muimuE

range lisit will changP auLomaticall, eo tbaL Lhe bol lom echo rs alwavs drspraved m

the screen s lower half area. S€e palasaph 3.3.2 for details'

ifi:x*q;ff fJ":"j":3,T"i',iTii1"i;1,1,".11*"i"stl'""'*"'e*'@ color scare

This color scale is initially tmed otr wlleE the * €rho displav is sel lo shofr echoe6

in fi.'I colors, [be colo6 used to displav vuious echo streDgtn ler€rs ae.rrcrcd oere

in order of rehtive streEgtb The mlor tbat represPnts the slrcngesrlcler rs Drrrarrv

red ard Lbe one tbar represents th" seake$ l*el is dlrall' blue lhe DlervenDg.olors simulate vdious did streEg[b leve]6. See paJagraph 4l0 z lor rerared

iDfo.mation.An €rho must be initialy 3 decibels (dB) shonser or weals $aD. rhe^adjaceoL

sbenstb lelel betorc it car be dispbved in bcxl.3tmnger or weaxef corcr' :'ee para

graph 4.10.4 for $eater details.

*1 Paae.aph 4 g, i',,J,II[]ENU + 8:ECIIODISPLAY -+ 2:NORiIAL DISPLAY

Date and Time

Date i6 shom i! D D/[4 M /Y fYY{ Donth /dsv /}€ar) fomat Time is ib 24-hour

HH|MM:SS (bous: minules: s€coDds) formar' and is LITC u] es8 ' local tire oEset

i"."t"'"a. S"" po"g"opr'" 4.9.5 ard 4 9.6 for date/tiEe preset iNtiuctio-D: With a

CpS ***r pr"ig"at,lt'" tine is automaticalv svnchronized with the GPS tihe'

Water Tbnperatue lEdication

lae water tempemture is indicated here when the specitred dual frequencv

buosd"""t i" '"ia o. u. optional tempe&tu€ sensor i6 plugsed int'o the Iear panel

Fipre 3-2 InitialAssisDneDts ofEcho Colo$

Btue ----------------> ::: "-----

sbencth lal?l l (weakest echo)

Light BrE ----------> iii <--------- Strenethlevel2E

Ye[owisb GMn ---> E

<------- srrFn$ b rFvet 3

creen -------------') = <-------- Skenerh Lf,vel4- " -

Yellow --------------> I <----- StrcDslh Levet 5*

orange -------------> S <-------- ^$ Sheo$h t evel 6I

Red ------------ '---) I <----- 'I Sue"sth lAel 7 klrcngest eho)

@n€cto! "TElilP." See parasaph 4.10 7 for details

(@Dti,ue.l oD nert Pase)

F-2000Advanced Seltlnqs

3.1. fnterpret ing Navigat ion Sounder Scre€n \ca1t i 'Ded -1/6)

Figure 3 3 Tine Mrker Intenal - Eaample

@ Time Markers

An omnse marker and a yellow markeral rPmdLei j bhos up aL lve minuL.iDtervals on any depth range, as in theexample a l nght By coot ing 'he cumb" 'of rbarke.s. you .an chFcl an app.,ximarenme per iod

" lsp"ed a. ros- a pf f rnularhorizontal section on the display soeen

h\\\N\\\\\\\,rrtt:,1::i:.it::rli ii<- 5.D. ->i< '-*. ->i

6n Operatins Chflmel (Transducer Frequency)

The opemtins chdnel (i.e. frequency of the transducer in use) for €ure4rdepthm"as,rrcment is indicatFd heF. ThF channel car be.s$ iL.hpd b) pr.ssinc

m.Spp parasraph S.T for I ro"e dFrai l " . ln i r iaL l ) lhe ib l iowrns t lequpn.res dp?E;rgnFdfor an installation wherc two tmnsduce$ or a dual frequency transducer arc

. 'l00KHz or 200KHz: ChannelA

. 50KH2 or lo0KHz: Channel B

Noise Reduction (NR) Level

Echo sounde$ operatins Dearby or other onboard electrcnics can become a souPe ofinterference. Noise reduction (NR) is ihe action of preveniins such intedednssienal" Som clurrnng lhe opp.ar ins s. rFpn. ThF io l lowins NR let" ls ,an bFserecreo Dy repeareov pr

' NR=LOW: Sets NR function at low rcduction level.' NR=MlD: SetB NIR function at mediun reduction level.. NR=HIGH: Sets NR function at high reduction level.. NR=OFF: Disables NR function. (initial settins)

Picture Feed (PF) Raie

Echo picture (€chogram) feeds (scrollJ autDmaticatly to the left at a nte withpassageotrunF.Thefeedrarpal lp"r5rbedurauonofF.hodispla la@ssrhpsrrpeD.ard .aD bp cbsDspd in In" io l lowins sreps by .ep"sr"d ly pFi inB

@:' PF=111: Feeds once every sounding. (faBtest feed mte initisl setting)' PF=112: Feeds once every two soundrnss., PF=114: Feeds once every four soundin$.

The rate of soundins for the ranse ir use is not affected by feed rate selection. Theon scleen iime calibration intenals change with the feed mte in use. See @ Iordetails.

@

@

10

l.cohtitued ot next pase)

F-2000Advanced Seltings

3.1. fnterpreting Nav:galion Sound.r sc...n (conriDued -5/6)

@ Power Supply Voltase

The power supply voltage is indicated herc while ihe €quipment is operatirg ftom aDC power 6ourc€ ( 11 to 40V). When the equipnent is powered by an AC powersouce, the indication changes to 'AC" without a voltase value.In a sy6tem where both DC and AC power sources a'Ie cormected to the equipDentat the same time, the AC power is automatically Eelected. In the event of an ACpower line outage, the equipment will automatically switch to the DC power supplyfor uninterrupted operation.

If, for any reason, the voltage dnps betow 11V duhg Dc-powered operation, apower failrre sldm will be activated, audibly and visually wamirs you of t]ebouble. Se€ paragraph 3.12.4 for greater details.

Fisue 3-4 Visual On-Screen Indication of Power Failur€ Alam - Exanple

i:li.*i@*-----"0*" on red backemurirIn the event tlat power is renoved or shut otr while the equipnent is workins ftomeither AC or DC power souce, m audible alen will sound for several minutes. Tosilene this alarm, pr€ss the butt n marked W to the left of

@ on the ftont

panel. See paragraph 3.12.5 for more details.

LAI/I-ON of ?rcsent Positionwlen an optional GPS sensor is plussed into the rcar panel UO DATA comector orwhen a position data signal &oro other GPS rcceiver is fed to that connectoa theequipment will display the latitudei lonsitude coordinates of you present positionhere and wil store tbe position data in non volatile memory alons with disitaldeptb readirg snd ass@iated date/time ilata.

Gain md TVG LevelsThe receiver gain and TVG levels curcntly in use are indicated. When theequipment is working in the automatic control (AUTO) mode, both indications read'4T." ln the case of Banual contlol (I ANUAU node of operation, the cunent levelsate numerically inilicated (e.s. GAIN=i8, TVG=30)

-

Depth Alarm

The alarm depth is indicateil herc- The abbreviation to the right of the A symbolirdicate6 the reference used in etting the alarm depth. See paragaph 4.3 for moreinformation or t}le referenc€.. DBT: depth below trarGducer (initial settiq)' DBS: depth below suda@. DBK: depth below k@l

As soon as the curent depth declea*s beyond that r€lue, the depth aldm will behissered. The aldm depth @n be set via the folowins steps. See parasraph3.12.2 for gEater details.

(1) T:n on th€ variable Range Ivlarker $RM) br rressinc @.(2) RrpeaLcdly press C) / (} to plac" vRM at '"he dcsil-ed alarm deprh.($ Pr€ss @.

@

@

@

(eobti'ued o' hext p'se)

11

F_2000Advanced S€llings

3.1. lnterpreting Navigatlon Sovnder Scrcen (contjnDed 6/6)

@) tansducer Incaiion

The relative location of the transducer curentlv in use is salhicallv indicated here

See pdasraph 4.10 8.2 fur srealpf dero i lb

Figur€ 3_5 Relative Location of Transducer in Use

]U tE ]EAft Middle Fore

CO Transducer Drafi (or Keel Otrset)

When the depth rcference is set to "BELOW SURFACE" with the aetlop\lat

i rr"Jr; . a; ,n enrered rrs \alue (deprh trom $ater l iDe ro rransducerr rs

;;il;;;";;; ir."'i"* "r

"orr=x.x.' See paraeraphs 4 2 a.d 4 3 tor more

wlen the depth leferetlce iB set to'BELow KEEL'wiihthe approp lJe k-9:l:tr:et

""i"""i, ,1"-i""i

"n;" vatue is indicated here in the form of "KL=x'x" see

parasraphs 4.3 ard 4.10.8 3 for more infornation'

12

F-2000Advanced Selilnqs

3.2. Control Panel Funct lons

The {islE below shows the control panel of the equipment. A sunmarv description ofthe functions tbe keys and contlols pmvide is siven on the folowing pases.

Figurc 3-6 Contrcl Panel

O Reset Button for Power Removal/ShutdomAlanE W

hessing this button silences the audible alarm that is tdsgered bv renoval orshutotr of powel at the solrlce with the equipment in operation.

-@ Briehmess rGv llf

Prcssins this key adjNts the screen bdghtness level in a total of 6 steps to suit the

ambient lighting condition.

lmtfitt@ Noise Reduction Key ffi |i,

This key pedorms the foltowing tunctions:

o On normal echo sourder s@en {,ith no m€Du opened

R€duction of Noise Irterferenc€

Repeated pressing of the key activates the ffDction of rcducing the effe€t of noise

intelference coming from other onboard €lectmnics oI nedbv echo souders.The fouowins levels of noise reduction (N$ de selectable:

@

.NR=LOW: Selsts trow reduction level

. NR=illD: Selects mid reduction levet.

. NR=HIGH: Selects bish reduction level.

. NR=OFF: Terminates the tunction (default).

\cantitued oD nett paee)

v@

@A

@

@o f

. i . i ' i i . i ,"ttr5Hi.6m..-7,/A! lmE "*"'-.t \, r, 1 A i 4

, vsg

@u a

" vEEt a

i** . i , . i ,''$d Eb lqb

1g:.r@ @i---I r-u ooo 4

F,2000

3.2. Contro l Panel Funct ions (aa, t inued 2/11)

@ N"i"" n a""ti.n xu" 'ffi

212

Fierre 3 7 Noise Reduction lavel IDdication - Examlle

IOn MenusEntrv of Numeric Datawlen a menu is behs openedfor numeric data entry, pressinsthe key enters numeic value 1.

OtheNisq menu opiion 1 is

r--------- Noise Reduction Level

PF=1/1,,'- 50KHz DEI=0.0NR=Loh 1124.6v 2\e6115.7rE

'l////4/l/t"?,//!,r.///lr*a*,,ttt,''tttt::

@ n""e*uor<"r'!tOn normal echosam screen with no menu opened

Selection of Snau Depth RanEes

Wlen the equipment is operating in the automaticpressing this key once changes the contml mode toke'"ress selects smaler depth ranses.

ft return to "AUTO," press @

.

On Menus

Entrv ofNumedc DataWlen a menu is beiDs opened for nDheric data entry,numeric value 2. Otherwise, menu option 2 is selected.

@ntlol (AUTO) mode,"MANUAL." Successive

pressing the key enters

O R€c€wer cain contr"l K"y o@

o On normal €chogram sreen with no menu opened

When the equipment is opemting in the automatic contrcl (AUTO) mode,pressins this key once chaqes the control mode to "MANUAL." You can thenadjust the receiver sain level nanually by prcssing rt) I rE).

To retm to'AUTO," nress @ .

. On Menus

Entrv of Numeric Data

When a meDu is beins opercd for numeric daia entry, pressirs the key entersnumeric value 4. Otherwise, menu optiDn 4 is selected.

lcatti,ued on next pase)

L 4

Conirof Panel Funciions (@nti'uetl 3/11)

ch."'"IK"v " m'ttis key performs the folowins tunctrons

. O" """m

*r," *""der sceen with no menu opened

Pressing tbis key ssit'ches the

ooemting frequencres lor

eiample, il You are cunenttYworlrns at 50 kHz' a nISikewress changes Llretuequency to 200 kHz'

A second kepress swrm-nesthe foequency back to 5U ktrz

F-2000

Fique 3_? Operabng Frequencv Indication -

Example

,'--_- Opelating Frequency

tL

iFjJl*'S'if;" ao",'u'oBlttzttttz,rlzzztzt+" ' ' j--:

Frsue 3_8 SsitchiDg Openting Channels

m. [K-r-) [' I o'era

3l F Flnrflr I

l-t I\r- I 3oG

*r.*..**,*'r*-r(sl

'ft tt]"itt*;:a:**g*t*##rf ,itilt:fli**sing'ihekeven'iers

r*n x"" !' if{lih* ru[-"'li*J.".Y;T''"T]i'"^i:'-i,"* :T'"1:?l1l#"'l:h.xfin: x;:u*k::{u6ta*:l"l* i:"r:i:"}:* ":i*"

'WHlt':*:';i#"ll"iiiiii"il*""o"^r"9"1e.'ry11{1,11h-*@".""i

l**l'lq**':i*:li1"r# rr"'*"jt"'*f"'"r,'":lj.F j'r;ff il:n

'-H:,,n2;y;"r::"*".;r!.;:J',trf ;"TY;":"rrf""6L'i;";LT'":"'.'ii{#iii-"ix:::::i.;;'.x';}krf*i;::f f*"f'#"f -,

15

Op€ration on 50 kHzFdl ftreen DisPlaY

F-2000

3.2. Contro l Panel Funct ions ( . , , t i 'ue. t 1 /11)

@ up xuv G)Thrs tey peforms r ie loUowins run.rons:

. On nornal echogram screen with no menu opened

MovinE Vdiable Ranee Marker oRM)

fflJli.H# iJ:ffi',:il11":l*"*- @ Dres.ing rhF Le! mo\es ir

On Menus. Selection ofMenu Options

W}len a menu with two or more options is being opened, pressirg the keyselects those options downwad. To complete the setection, nress @.

. Settins Echo ThEshold LevelRepeated ke}?Ess selects 4 levels of weak echo suppression.

. Settins White Line LevelRepeated keyp?ess selecte 5 levels of botton echo suppression.

. Entry of'hansducer Dmft or Keel Off8etRepeated keFress rcduces the entered value in 0.1uDit steps-

W}len data history window is opened

Selection ofRetdeval Time Pedods

Uhen rhe dara h,sror j windo$ TPLAYBACK' is beins opened , . ; t . @,.prpssing Ib is kpy selecrs shor 'er .p ' r ieval nmF ppr iods ( 2a bours L2 hour '6 hous + 3 hours + t hour + 15 minutes). See pa.aeraph 3.11for details.

^ - . , . - . as/ r€m ^ey |.

. On Menus

This key is used to select a total of 10 different colors for each echo strensth levelon the ECSO COLORS Eubmenu (via MAIN MENU + INSTALLATIoN SEITINGS)i r r le down$ad d i rF. r ion uI I ha color sample " r r ip

wbi le rak ins sehrgs v iat h e m e r u s ) . t e m . e - " " i " s ! , 9 , r p r u n s r o r h c p , e v i o u s . o l o r

. When data history window is opened

WLer rhe dara hislo.v trindotr /PLAYBACK, Fisup 3-7) is be;ns opened (\rrh

B ) . pFsine lb i . lpy nove! rhe ve* i (a l l inF .ursor ro lhe . ishr oD r1"" r ime

F-f f issc scs le, showr.1e rhF dcplh rcs isrp.po ar r l -p dare aDd r ime (and rhe*ILAT/LON coordinates and *'water tempemture) shownjust below the scale.

*ILAULON infatuatioh is available with at optioaal GPS *nsor or IEC 61162 1compatible GPS data Eourc plussed in-', Water tenperatDte ftadaut is available with a specifred .lual ftequercttraDs.lucer caohected o! with an aptional tempenture sensor plDeged h.

(untinued ah next paEe)

16

F-2000

3.2. Control Panel Functions (',, tit ue.t - 5/t1 )

@ cr"* r"" {@. On normsl echogram seer with no m€nu opened scIeen

Wletr an audible alum is lrisrred (due to decreasirg depLh, nissirybottom ordeoeasing power supply volaasel. pressing this kFy silences tle 6oud whileaXowing a visual alarm indratiob lo r"main on scFen.

. On menusWben s Dumbcr ofmenus ffe beins displayed. pressins rhis kev closes all mlnusard retums you to the normal 4boglam screeb Be sue m nress @

tocomplete any scLting befoF prcssiog l-his key

. When the data history window is openhessing this key closes the window.

euto naas.xer @This k€y pelfolms the follMinc dual tunctioDs:. OD normal sho sounder screen e/ith no menn opeded

FigtN B'9 Auto Control Mode Indication Ennple 1

Ttnine on/otrAutonatic Contsl Mode 5OKHZ DFT4.0The equipment is initially. in_ th€ E 24.6V AoBrt5.7 gautomatic cont$l mode, eelectius depth

ii,"6":"fiF Tisi!.1"T,ii'Ti iqi T! -botLom echo rs arwave snowrng rn tDelofrer hatf of rhe sci-.en. Pressirg rhis i-----

-::---'::'

t.y- "t'i"e"J

rl. -"a" t" il" ."-"'t :-- Aur' co'hrMode lntlrcation-itra mode. (nnurrJ 'llowins marual mie ihdiattm is ruDed ofr

".i"Jri,;-.Ti;fj-r';"1c* .i,a- ii'"*.r wbPD the @riEi' thP nMMl

settug ol the 8aifl r vu Fver,Ei8rre 3 10 Auto Contrcl Mode Indication Enmple 2

Wbeth$ the equipment is curently inthe au6matic control mode or manualcontml Eode is indicat€d on scleen as inth€ exampies st fight. The indication toth€ risht of the top eale line is tmed otrwheD the maruat mode is activat€d.

NOTE: Men in the nanual mod4 thereceiver sait nuat be adju,ted @ thatthe botim {ho is displayed in !ed,onnge ot yellow 6r one of the thrcesboneest echo tulorq, if you havechaneed the color assieMeDts t forsu.:xessful depth Eading opentior-

Auto Cotrtml Mode Inilicahotr'Ihis itdi@tioD chaneEs to"[,Aj,IUAL" when the utit is itthe Dtuual Nht ol mode.

A second ke'"r€ss chans€s the cmtml back to "AUTO."

On Med6

Eptrv of Numeric Data

Wlen a nenu is beins opened for Dumedc data enby, plessirg the kev ente$

(@ntinued oh nest pase)

17

s*:g''r,:ir!,@i*\!\t!ir!!\!\sl\|1:$

F-2000

3.2. Control Panel Funct lons ( t" t iDued-6/11)

@ u"a"r<"v@r o"

"or-liichocla- soeen with no menu opened

This key selectB rhe folowing two dtuplav modes:

' Fu[ screen mode

IX;"""",1fi ,uff I ;l;ti'i,,Yff l;;.f;f ix', ;8".fi};:f, :'ff $ gl' **""- -'SPl i tsdeenmode

T;Ps.rcFn 6sphr in to r ighr aDdlef t halv" pass wi thrhe r ishr bal fsbow- ins

cunent soudins $hil" rhe lefr balf showrns ecbogram brlns 'Fcaxed rrom

memory

NOTE: ae.forP P.ho1xan 'an bc k'allcd tvst mcmoru )ou nuat srce fic

",*,*, "tt', hatl ulo tuPnotv b) p*""i"e @

SeP ptae:raph 3 '5 [or dorc

iDformat;on

o OnMenusWlen a number ol menus sre oeug 'Lisplavcd pFssins rhis kev do"e' all,of

"|.-i iJ"""1i"1";xi6l"

r ou I o I h" normar echosran scrcer I r e pFnorm. Ine

NOTE Ttnnins |hc cqurynebl o? while holdins doT n Ibi" kP! for a lcv smnds aDens a

SYSTEM MENU See 3e..ra, 5Ii" de"rs

@ D,mmer Kev

Pressins thiB key chanses the backlighting level of the kewsd in a total of 6 steps

A.fter the lowest level is reached, futher kepress retms vou to the hishest level'

@ P"**K"y@This key turns on/off the equipment

. Tb tun it oD, lightlv touch the kev, release ii, and then wait for a few seconds

(until you hear a single beep).

. Tb tun ir off, press and hold down rhe kcv fo' a tew seconds (uril vou heaf a-

*" i ; ; i ;*"" - r$o slos beePs fouo"ei b5 rwo quirk bpcps' rhrc d" laved

action is inte;tional, preventins accidental shutoft'

. ' l \mins i r on whi le holdibs ** @ *" ' ' " rhP equipmenr' rerming aU

useFmade se$ings to lhe ta.rory's detaults

-. Tuming ir on whnc holdins doM @ displavs a SYSTEM [tlENU tuom $hi'h

vou can select background colors of-cu peforln memory checks '

t@ttoue.l an nst PaEe I

12000

ftorD

all of

by€d

g a l l

thich

t 'ps.

3.2. Conlrol Panel Funci ions ( ta ' t inued - 7/11)

@ n."e*o"*"r"v.ffe On nornal cho'gran saren with no menu opened

when the equipment ls opentms ln the automatic conhol (AUTo) node'

m::j *"h* ;:ff :L';: ff r'L?"':""fi ;'J{'::'di***t

ffi*"*"i""" * o.t"s opeDed for nuneric datq entrr' pressins the kev enters

;Ifi;; '"il; t oih"-'-iBe, menu option 3 is sel€cted'

@ wcx"r'.@.ff'iil"frTT*T,ffi lffi T":1"1,,ilTii:":ili.aticlent':l1t!rro)m:d:l"t*i*.d:til**l-'r::;*;til**T#tl'*"ffiH

. On MeDus' f.{::*k:;:

'tr"ffi;:"Ti"itrT:"'.f:i.entry' prcssins the kev enters

F-2000

Ficw 3-11 Vanahle Rance llarker ElaEple -

\ rRM t lmed on - - . r , i -A 'su d"orh a ls 70\ "@ eurmir'R}r r.rr@rmivRM'evTg ^!":yiC., "ry.

On nornal echograE screen with no menu opeDed -\\\\\\\\\\\\tl'iltart:r!t:tn

hessinq lhe key ooce rurns ob Ihe VRM a ryQil.ii,*il aotia Iire wiLh irs 'urrFnr : :*:i:l#i".ffif'"" iTir'"-.iLi,ii "r';rifi:

j--.-- wM pra<'d a' tr zmti"l pi"-"'*

"r'vn u' Lo lhe risbL of I he i

fr.ouency indicaiion iDdrates that-rr rs ' 10m -tuned on. Ase@nd ke}"ress lums rt oB i

The vRM is used ro sel rhe o"o* a" tn'-

- tl t

- - -

i.trt "r"t-,

and car be sbifl'ed upwafi/ 20m -

aownward by pressing G) /af} Pressinc

lii n*" ir'. alarm dePth at ih€ vRM

*t Alarm depth below transducer(DBT)

WleD a menu is beins opened for numenc

dsta entry, prcssing the kev entes nuDenc

value ?. Otherwise option ? is eetecLed'

(@titued oh test Page )

19

F-2000

3.2. Control Panel Funcl ions ( .r , t ;nued -8/t t )

@ Do*"Key.tl. On normsl echoeram screen with no menu opened

Moviru Variable Ranee Marker (\GM)

\t'Ien rhe vTll is runed on rty pressing @

,. pressins ,he kcy moles irdoMward (t,ward deppeains dir.1 ion,.

. On Menus. Selection ofMenu Optiops

WhFn s mcnu wrh r$o or morF opr ioDs is beus opened, prFssing rhe kevselects rhose opr ion" up$ trd. Ib .omptere rhF s"t"; i;". p*;"

@ .-. Settins Echo Thrcshold Level

Repeated kel"rcss selects 4 levels of weal echo suppr€ssion ststins withthe wpalesr level.

' Settine White Line I€velRepeated ker?ress selects 5 levets of bottom echo supprilssion stdting withthe weaLest level.

. Eptrv offtansduce. Dmft or Keel OtrsetRepeated keypress increases the enteDed value ir 0.1 udt steDs.

. W}Ien data history window is opened

Selection ofRetrieval Time Pe ods

Wleb rhe dala hisrorv window ( PLAYBACrc is bcins opebed {Eirh M),pressirg Lhis kF) sple.rs lobgd rerde!al timp ppriods rt5 hinures I hF-3 hous + 6 hou$ + 12 hous + 24 hou$). See para$aph 3.11 for details.

@ o"t 'r"r @On normal echosran screen with no menu openedPlacine Line Marker & Initiatipe Stomse of Current craphic ScreenPressins the key duinc normal soundins opemtion tuaws a red line markervertically aooss the seeen tosether with the cuuetrt date/time ard *ILAT/LON

stamping. Ai lhe same I ime. rh" riCl-r half of the cment echosE!4 is srored inmemory. ft cd be r€aled onto LhF lFff hatl screen b,.prcssinc-@ s nd can beoutpui to a prinler for a monochrome hard .opy of rhe storcd;iEocrm via a*'HARD COPY menu that pops up when the key is pressed.*r An optioral GPS se'\sor or extenal GPS data sou!.E is required.'2 See pahezaph 3.6 fot details.

On MenusCompletine User Made Settinss or Selection of Menu OptionsWten you are msLing a sptting or s€lFcling benu oplions. pessing tbc ke)comprete6lhat sFLhng or se lec l ro.1 of thai opr ion.

(athn\ed on next pase)

20

F-211,00

3.2. Control Pan6l

@ Picture Feed Key

F ! nctl o na I cot tinu e.l - I / t t )

ThiB key peforns the folowing tunctions:

. On Domal echo sounder s$een with no menu opened

Selection o{ Echoeam Feed RateRepeated prcssing of the key selects the fotlowins echoe"am (piciurc) feed (PF)

. PF=1/l: Feeds echosram once every hansmissioD. (fastest rate)

. PF=l/2: Feeds echogram oDce every 2 tansmissions.

. ir=r/+: l'eeds shosram once every 4 bansmissions. ( slowest rate)

Figue 3 t2 Pictue Feed Rate Indication Example

,_-___-__--- Pictue Feed Eat€

aPF=1|'l 50XHz DFJ=0.0NR=LOW E 24.6v 2\e6115.7 tE

late of PF=1/1 is aofmally selected. If you wish to monitor the curentfo! Ionger periods of time, select PF = I /2 or PF='l / 4.

current sounilirs rate (i.e. depth readout updating inte$ars) rcnairsregardless of the PF rate selected.

r E€Eu is being opened for numedc data entrr prcssirg the key ente$rstue 8. Otherwise option 8 is selected.

21(@'tinued on hqt peee)

F-2000

3.2. Controf Panel Funct lons ( , , , t inDed 10/t t)

@ Playback Key0

This key performs the folowing functions:

o On normal echo$am soeen with no menu open€d

Fisue 3.13 Dara Hisroly Wiodow - EMEptePressing this key opens adata history (PLAYBACK)window ir the left halfscreen, as in the e:ample atright, in which the historyof depth soundinss over thepast 15 minutes is showngraphicallx

The various data at the linecusor position are shom inthe bottom section of thewindoq The cursor can be-*"a ry p**i"eQr!.

PLAYBACK(15 MINUTES)

!

rDecssr ----.__-j

-t

,'_--__ Depth Hisiory

Time Pas$sE Srale -20

11,::','#',:f :1::f: 15,8. #+ii,"",

- r-.-

-;|nrninli coodinates, depth. &aft, I a'I keel otrset, ndimum raDge, i"ii lreqrency at Lire Crsor I i.i por)iron :

-

---; *1

Opt tana I APS tphEor ar ePS dab $M pquircd.

Th" r ibe span. 15 miDures in rhe sbove examplF. cd be chansed b) pressiDgCt / { } . The rb l lowins ra lues de selecrable: tsDinure" . I bour3hours,6hoDs. 12 hours. and 24 hous.

Refer to puaslaph 3.11 for $eater details.

ro crosc,he window prs" @ ". @ *"*

Enhv ofNumedc Data

When a nenu is beirs opened for nuDeric daia enhy, pressiDs the key erters

22(@ntinued n t*t ptEc )

F-2000

3.2. Control

@ Menu K"y

Panef Functlons (co,tinued - 11/11)

A first Dressi;f this key acrilates the menu svsteb. opcnins a main mebu (ilAlN

MENUI as iXusEated below. A second kevpr$s rLms it od lhe menu svstem

itt"* i"" t" nale vsdous s€ttings that suit vou operational requi*ments-Deta ea insuuctions are given in section a

option *lected -----:-\---

lhisnDzh'ed i" ..d ba.ts'."",)l

rUenu options ca. t. selecteaby pressing appmpiatenumeric keys. The one thatis currertly selected is shownhigLlishted iD a Ed back-ground:

Entds transducer alraft for channels A and B.

Selects refe"ences to which measued depth is to beIelered (i.e., waterline, transducer face, or keeDSelets we€k 4ho supFessioD level6.Selects boitom echo suppreseon levelsSelects power levelG automaticaly o! nanuallv.Selects tiEe *ales when playing back stored data(soudinsB, date/tine, charnel, LAT/LON, etcl.

T\ms or/otrbuitt-in echo soundd simulator'Selects siDgle mlo! bottom contou oDlv ot firll colo!

Opers a subhenu with ihe folowing optioE:Assims desied colols to 4ho strensth levels.Selets netric (m), fathon (Ft ), bnccia (BR) orfootage (Fr) rcadout unit.Selets echo dyna$ic raDges.Selats UTC or lcal standud time (lST)

Pi€sets built-in clock and c€-IeDdar.Selects temperatu€ leadout umts.ReetsteE tmDsdu@r locanon o! keel offset.Selects input com@ta$ to srccept digltal ilata iDputftom extenal devicesSelets ilata outputs for |e by exterul derices.

NOTE: nninc the pcuipne't on whilc holdins down this k"r fola hw secondE"diEblavs a SYSTEM ITENU for sele(tton o( backsmund cotoB or tor e'{uuon o'hatdiare checks. See sect;on s lor details.

. l:lRA SDUCER DRAFT:o 2:DEPTH REFERENCE:

. 3:ECHO THRESHOLD:

. II:WHITE LINE:o s:OUTPUTPOWER:. G:PLAYBACK SCALE:

.7:SIMULATIOI{:o 8:ECHO DISPLAY:

. 9INSIALLATION SETTINGS:. 1:ECHOCOLORS:. 2:DEPTH UNIT:

. 3:DY AMIC RA GE:

. a:UTCTLST (off8st):

. s:CLOCK PRESET:

.6:TE PERAIURE:

.7:TRA SDUCERSETnIGS:

.8:DATAI PUT PORT:

. g:DATA OUTPUT PORT :

Figut€ 3_14 Main Menu

PREss @ To PREvlous ENUPRESS @trIro Exn

I:TRANSDUCER DRAFT2:DEPTH REFEREN

4:WHITE LINE5:OUTPUT POWER5:PLAYBACK SCALE7:SIMULATIOt{8:ECHo DISPLAY9:IISTALLATIO SETTINGS

F-2000Advanoed Setlings

3.3. Select ing Depth Ranges

3 . 3 . 1 . M a n u a l S e l e c t i o nA total of eisht depth ranges arc availabte as ilustrated below, and are automaticallvselected to display the bottom echo and rcad depth when the unit is wo*ing in theautornatic conhol (AUTO) mode. In applications wherc vou wish to monitor depth on acertain fi:ed ranse scale or where you wish to select ranggscales nanuallv' switch toth. manual con;l {MANUALT mode trrsL rb) pressinc

@).Tbc deprh "sDBe srates

.d r-ben be seleded by repes|,Pdly pressiDs lhe lbllowins F-M ol kFvs

. tl ' .t**

"-** langes (in H-tcA di'ectiod'

RA$f

. 5l ' sa*t" r*e""

"*ses ( in A tGH direction)'

AI deDrh ranses sLan sr scale line z"ro (0), unless s *rr raDsducer drafr or ":keel otrsetisent6.ed.Nophasedd.p lbrangesareavai lableSelec ldcptbransessoIhat thebot lomecho is displav"d, Drefarsbl\ whhb lhe los"r hall pan of the sffeen for case ormomr-orineibichansiredpprh$aphicaly. lf rhF deprh exrepds the cwenr rsnge limiia m issing-boli om al s D wul be trrggp rFd see paiagra pn ir. I z.iJ Ior oeraus'* 1 Psaczaph 4.2' 2 P*aeraph 1 I a I 3.

Fisrm 3 15 Deprh RabgaAranceDebt

F T F M m0 0 0

20 2.5 54 0 5 r 0

100 10 20

u

200 20 40

400 100

1000 100 200---__________---__ |

2000 200 400

4000 500 1000

F-2000

ticallyia the

ilch to

ofiset

liDit,

F-2000Advanced Seltings

3.3.2. Automatic Selection (Automatic Mode of Operation)

-eresing @ w l enable rhe equrpmenr Lo operaLe in rbe full). automatrc mode'

selerirs dEih rarees, adjusl ins rhe receiv"r sain lFvel and * TVC ler"l ( 'ha]]ow cdn

subDres; ion l " \e l , a l l auromat ics l lv The bor t ,om ecbo wi l l a lwavs be drspla led D tne

lwer half screen area rcgddless of chanses in depth'

The ficurc belos illustrares an e\smple ol how depth raDge sele'tion oc'urs.with Ihj8

mode icti'aied, as vou uravel oler s graduallv decpPniDs botlom As soon a

shows uD ar rhe lower "nd of lhe scale liDes on thc currenl dcplb 'ange lne

"."""" #ri'tl-^rto;'i'cauv sele'l"d wben uavFlinc ser a.graduauv sballowing

borrom. rhe range selFcrion sequence ib e\ersed As 5oon as I he borlom rs regr8rerco rn

r.r,. uoos ha.lfscr.en, rhe ne\l smaller ranse will b" strrhed in'

To terninate the tunction, o** @ "r*.*tWC: Tintsvnpd catD. Ihis tuncnon. qhich

"harPlt redu'6 lhi Plfiv$ ea.n :t f:

s.Att ot each sodndins and eraduallr e'o@re thP normal gaiD tP\eI @tth ttuP B uaa 'o

Giii-ilrii a;t";" ;d oth; 'ois,p'oauci'e reiecnm near the suface frondis t u r b i hg dep tb m e a 3u nns a pen t bn.

FiglE 3-16 Automatic Depth Range Selection Example

Ranse D RaDse C Ra$se B

that the tunction is curreDttv activated, as in the example below'

Figure 3_1? ODlcreeD Indication ofAutomatic Ranging

PF=lr l 50KHz VRM DFT=0.0in=orr E zl.gv ADBr15.7 I

Automatic rmee tunciion ttned on

RanseA

--t-r-]-ustatus indication ?UTO" will be tuned on to the left of the top scale line to

25

F-2000

3.4. In terpre l ing Echo Di3PlaY

3.4.1, Bot tom Echo in Ful l Colors

Thp equiDmebt normall] shows only the slrcngesr pafl oflhe botbm echo in s single.olor (ibr;iaXv redr. E"boes includjDs rhe botrom reflstioo can however be displaved in

up to a total of 7 differeDt colors initially, red, orange, vellow, $een' velovish green,

Iieht blue and blue, which reprcsent the varioE layers of the bottom stratum in order of

stength - via the *rprocedure given in paragaph 4 9. Namelv rcd rcpresnts th€

stronsest level, ard blue, the weslest one. A cotored bar (terued "color s{al€' in this

marual) located at th€ left end of the sceen indicates the colors that are cllmDttvassigned to display echoes, as in the fisue below.*1 taAtN frENur8:EcHo DtSPLAY+2:NoRMAL DISPLAY

You can chanse those cotor assisnments by seleting ftom a tot€l of 10 differenl colorsprovided. See parasaph 4.10.2 for iDstt'uctions.

I\gue 3_18 InitialAssignmelts of Bottom Echo Colors

Initial ColorAssignments

BL. (*.".k*t ------>,;

IishiB1"" ---------->::i:fr

Yellowh Gleen ----->E

Grcen ------>=

Y"n"" -------------->II

ormce -------->{

Red Gtrcncsd ----->l

Fig1E 3'19 Initial Echo Dynanic Range

Therc is initially an appnximately 3 dBdjtrerence in strength between twoadjacent colors, as ilustrated in the ftgureat right, meaniry that a particular color isapprox. 1.4 times strcng€r or weaker tharreither adjacent €olor This differ€nce, calledthe echo dynamic range, can be changed tosuit vadous botton conditions (had, soft,muddy, etc.). See parasraph 4.104 lbrinstructions.

:,:,

E<----a--

i 3 d B

<-----Y--' i ' : a a

<----:--lf '*<--- -i--. l r

tdB

<-------i-ij' aae

<-----i-i 3 d B

4-------V--

26

F-2000

3.4.2. l lu l t iDle Bot tom Echoes

When navisatins a sbalow waLer ma, vou mav obserye a bottob-lile echo at twice l.heDresent deDth. ;d sometimes al$ at three or fou tiDes the deprb Tbis multiple ecboit'enomeni'n occ,}s wb"n thp frrsl- ecbo is Fflected back and tonh a number ot timesbetween the water suface and the bottom lile r€velberations

In the case ofth€ example belo{ a first rcflection, which i6 used to resister the depth' isbounced back to the bottom, ud then back asEin to the transducer as a second

ion, thereby causiDg that echo to be rccorded at twice the depth.

appea$nce of multiple bottom e€hoes indicates that the bottom is rclativelv hdd.

Figlr 3 20 Muliple Bottom Echo Di€play Example

1st Reflection

-----SEtR!fl €.tion--_-----'

of multiple r€flectionE may be reduced by deoeasing the receiver sainLh udiorTVC adjustbebt, pdagraphs 3.8 and 3.9 ) orby rcduonstransbit.rt (paragrapb 4.6) when you are operstiog tbe unit iD rhe 'rmsual contmlnode. Omasionalv a lalee ffbool of 6sh or a tempe.al.lm laver can alsono-de. Occisionalv a larse school of 6sh or a tempe.atw laye! can alsouipment to l@k onto it, thu6 prcducing an incor€ct digital depth rcadout.

im:;r;xr;rffi #,":.::iLffi "#""v,;x#;xZchaDS"B the node to "ilANUAL."

have any doubt aboul the va-lidity of disilal depth readins, cbcck tlely agailst tle on--6creen scale .al;brations lo deterbine wbether thenea.lout is valid or not.

27

F-2000Advanc€d Seltings

3.4.3. Other Echoes

when rhe * ecbo disprav is se, to sbow echocs in lt#::Ti,'l;;r:::fs"'i:;it-"*x*,echoes ftom fish schools. iem pera tue raverr

-i"lj^iLiii"'" "ii;; uubbles. i! addlio. t ihebotromecbo rhc fis"'e below 6.an

i'iii,:,ii. "r'ili,;;"t' trboes show l'.: 1b:"Tr'"*,ir;j.tl1*"J'i""'"i::Ti:.5["Jtrlf ''Tsl:":''f J'";i:":i::j jtr'f:+.t""t"J?tklitr*Timi"s;F*

:'"$::!1T"i.#;;XTiiril*,"-":1"f*r ".F# g.***,-ixrft ,,,lrr"tlt:0) bv the amount of the dralt when a keer ol;";G;";;;;t;;.;de 0 and irs drsprav is .uppressed'

*\ PaIAsTaph 4.g. (fiAIIIMENUJS:ECHO DISPLAY+2: OR AL DISPLAY)

-'lt *-" Ji* "*

-*a" Euppressed bv TvG eiih the unit iD the automatic control mode'

Fieare 3 21 1\?ical shalow Wat€r Echo Disprav - Esnpre ___ ----- - -.:

8m ..Is'#^*.,';..'-_---

CrlreDt depth (14.8n in this exanple)

<WARNINGS >

1 .

2.

A LARGE FISH SCHOOL, ESPECIALLY OI{E AT SHALLOW DEPTHS' CAN

6cZfiiio-riili iiiidJcL an ilrneuElY srRottc EcHo' cAlrsrNc rHEfi;iiiiEii'iid iribx birro rHAr EcHo As rHE Borror'l' AN lNcoRREcrbieiiiiiiirbiru:i viir-i occun rs A REsuLr' BE suRE ro coNFlRM-r-HEilliGiriEiiorirtanrnG lr wrrH oN-scREEN Borrou EcHo LocArlo-N'it?il-iir-irriE bii'iiie ote tmt- DTsPLAY ls DANGERoUS AND MUsr BElVo?o-eii: iiilcriiv wrrl rnrvrltne tl sHALLol'r AREAS'

trlt;ffi ttuFitflrn'+dflit*lwdfl !,i;tilffi6iisiiolrlsle. stt

"oiAcRAPIrs 3 4'2AND 4 6 FoE RELATED lNFoRMArroN

14.8m ".IS,S*.,;..

F-2000Advanced seltings

3.5. Select ing DisPlaY Modes

The folowins displav modes are selectable bv rceeatedlv pressinc @

as illusilated

. tr'ull soeen e.hogram disPIaY

. i"u, *."". o*pj,, *ith ri;ht balf area sho*ins e'bosram olcmenr sounding and

left balfsbowing " grapbir dat€ rcc8xed tlom meInorv

Figure 3 22 Selecting Displav Modes

FuI Scleen DbPlaY

@-->\r-.-'r,,/

Split Screen DisPlaY

me ieht half of the culant echoslam ca' be storcit in nenory 6v pre*Ag @ ) aad

slled a..oss the left halfscreen aEa'

Fisure 3 23 hical F!11 Scr@n and Split Screen Dispravs

Full Sceen Display Split S'reen Displav

F-..--s.--z- - - - - - - - - - - - - - -_ i \

richt haff .is l. -__::\,i! Eenory by i---

@ iCOPY mqD pops up brieflv ov* the rccalled nhoeratu 'lisplav f@ printott of

ehogzaa. nefer to psagaph 3 6(ot details'

rr""" "i @ ."u*n" to thc luU seeen &splar'

< CAUTION >

graphic. data will be erased trom memory when tho equipment is

29

^.",""". "5;11333.6. Pr int ing Out Echogram Screen

When a *rsraphics pinter is plussed into t}le rear panel conneciff .?R|NTER," theisht haff of the cur.lent echoeram soeen can be Finted out in monoclrome.

*1 DOS/V codpatib\e p.inter supportiDg Esc/pprot@t, sucA as Om Micmtiae Z8O

To obtaiD a screen hard copy, proceed as folows.

O Set the printer .eady. Make sDFe that rhe ,'SEL,, tanp slows conrinuously and the"PE" lamp is ttmed ofr.

@ e"*" @ , "td"g the deht haff secrion of rhe cunenr echogram iEto meDorla

O e"*" @ to show the stored echosram acrcss the left har scleen.

The folowins menu wil pop up over the recaled echogan, asking you to setecr theaction you wish to ex€cute. The oprions tue self-€xplanatory.

Figllfe 3-24 HARD COpy Menu

HARD COPY

!ft[ft*tr2:SIART

PRESS ICLRI TO EXIT ALL

NOTE: the above neru will be tumed ofr aDtoMticaljy in appminately five wndsutl$E either optitu is selsted.

@ff 'Ui"*,;?il*:;i:il";LT"F"fi il"Tilf.HJ","o"-,j;::T:speed of the printer connected.

lI previoy priDtins is in o."r*" .*' @ is prcssed, option 2 on r.he mFnu willbe CONTINUE. insread of " START.' To-ca n.e t rhe nFr-r print itr Ihi6 case, selpcr"1:CANCEL."

O r** @ o" @ "s*" to t* .n the recaled echogran.

< CAUTION >Stored or recal led echogram wi l t be tost when th6 equipment is tu. i l€d otf .

30

^."""""" "5;il3?3 . 7 . s w i t c h l n g T r a n s d u c e r s ( S w i t c h i n g O p e r a t i n g C h a n n e l s )

3 . 7 . 1 . I n t r o d u c t i o n

In an F-2000 system where two transducers are instaled at different locationB' vou

"u"-*lt"l tlt"-L .o"itor the depth fron each location acloss the tu]] scieen arca'

Each lmnsduce" is assicned a specifred rhannel name {channel A or channFl B) bv.rhe-io" iuj1. . 1615y 16e ep"ratorr ar the ini t ia l "cruprime Cbdnel Ar idenri l icdosCH-AI

i"- ;ii"!u ,*ie""d ir, high frequencr transdrieer t200 kHz or I00 ktlr) and channd

i i" ia i ; i ; e to* t i "qu"o'"v r iansducer r50 kHz or r00 LHr) seF rhe;Chmnel tansducer AssignmeDrs rabl" on psge ir for acrusl aebiSImrnfs m )our

To switch between charnel A and chamel B. sinnlv nress ffi'

3.7.2. Sel€ct ing Channels(TransducerFrequencies)

Tbe deprb readour may be slishrtv direrenr ber$een high &e-quFncv sounding and los

iequency "oun dirg Th is phen oDFnon is due malnlv to I he cur Prnce tn '

. the width of ultrasound beam between the two bansducers' ( See illustntion below)

. the acoustic characteristics of ihe bottom straium between the two frequencies

freouenc\ oDeralion will usuall! resttlr in regisLPring a rhicter borom 4ho rhen

frequency op"rat ion because of a widPr besm "ovcrsc"

Figue 3 25 l}ansducer B€am Wialrh Affecting Deprh Measuement Exanple

(Hish Frequency) (Iaw Frequency)

i *

above example, poinr _A- to be re$stered a€ d"pth 9n high frequenq e'hoersm

deper rhgn pornr'B Lo be regrstcrFd as dppth on low lrlql'encv c'no€ramnue

!Ji""'"?" i"iiiigt' oiqrdifeam. see ;araeraph e 23 for i'lorinaiion onridths of the haneduce$.

l . Hlgh FrequencY OPerat ion

&€quemy ll00 kHz or 200 kHu I soudins u"es a Darl'os bcam rransducer'

t p;ducirs relativ"lj sarrslactorv rcsult. under rbe followins situsiions:

Eood echo resolution is requiEd.i t *. *"**" -

" ".aller detectable depth is required at shalow depths'

6Utt"- *tt" i" .ft"t lost under heavv sea conditions, or when the ship is

in tbe wa}e of snorher reesel or qoing astern. vo,!nu-d on n"x. p,c"l

31

F-2000Advanc€d seltinqs

3.7.2. Sefecting Channefs (Transducer Frequenclesl lcontihued 2/2)

3.7.2.2. Low FrequencY OPerat ion

t,ow frqu"ncy t bomallj 50 kHzr op"rarrcn u-es a $rdp beam uansdu'Pr with inbcrent

"'r."a.ifJ"p;t' penetraiingcapabiiitl rl'c"ebl produ'ins relativ"lj 'atisrsctorv rFsults

under the following situations:' where good ecbo sensiurv i rv is requimd io deep s, ter eounding. qhe'e;perat iou ra l .es p ls .p in decp saterafcss ( inet 'essof200m) mosto l thel rmF

3 . 8 . I n d i c a t i o n o f T r a n s d u c e r L o c a t t o n

lf vou €cho souder svslpD has l$o separsre rransdu rys rfor 'hannel A snd 'hannelBiinsreXed at diBeFnr locations rmiddj". fore or aft lo'ation D an alonssbrpB drrecrroD''a shiD shaDed icon tusr abote the Lop scale line graphjcax) rs proudFd lo D 'aLp rnerelarive locatioo of Lhe umsducer curentlv in use tbr sounrLns aB In rhe exampre

Fi{re 3_26 lndicarion of Channel A TraDsducer Incation - Examp}e

PF=l/ l 50rGz VRM DFT=0.0,"="-,|l.l:g*a&Ej,)*+-.,"**,,

- t - - - -

u,|

vn

Midile

*

ti---------------'rlmsducer Ialation Indications

To utilize this fuction, you nust rust resister the relative location of each transducervia the menu system. Refer to paraeraph 4-10.8.2 for instructions.

3.9. Adiust ing R€ceiver Gain Level Manual ly

ThF apprcpriate receivcr gai! level is aulomaticallv oaintained for eacb 'hannel

i;;';5;;;;j ;;";;;;;nfi is opryarins in rbp aut;matic conrrcr tAuror mode ln

"ii"il-" 'it'"; sreater sain ii rcquired stable depth rcading operation, use tle

following steps:

O r** @

to *u*te the manual control (MANUAL) node

@ Repeatedly press C) to increase the gain until satisfactorv results de obtained'

roo higt' e.in may, however, result in cluttering the oeen' especiallv nee the

surfac; le;dins to unstable operation. Prcssing C) d€reases the level'

(O T'L" *TVG level (shalow sarn .upprcssion level) may also hale ro be raised ropfevenr

"ulsce.lurrers frcm disrurbingdeprh reading-' Ptasraph 3 t0fordetails'

Tb letun to the AuTo mod", p"ess @

Lack of receiver sain wiI cause the miBsing-bottom alarm io be trisge'ed Seeparagxaph 3.12.3 for information on the alarm

^.""""., "l;,111!3.11. Retr ieving Data History3 . 1 1 . 1 . I n t r o d u c l i o n

li""'T::i:i.T.!i', ;,'":i,jiu,i?,fi:fl "f:h Tl *-;":lf"ti:i.-i# ?i?,,"JJ J:;is;:: H';:"r"" ;lt#"H"#i;fi 5';"'".;lt*::ysi;i;;;ft ; ffi rffi ru;:;;#xff"i",H:

-* * st@d in the fa'@ of chatnet rD "1H-A/B", and not in actaa)

:r1#";{rH#,if;Xt!;eir bestored wAe' u appm,iate cpsse6or is prussed

3 . 1 1 . 2 . D i s p t a y i n g D a t a H i s t o r y W t n d o wTo^displa) t be ds ra hisrory wiodor. simpty press

@, r, _U "r,"*

,o *"r rhe lFft bafDea on tbe screen. as an exsmpte bejow A

;ll,;, ;i*;';*];l ;"#ffi;;;. ;;iffff i,:;'ff ;:: t"":n#fli: ;i. e**a @ attu ctoses the widory.

Fierre 3-28 Echo Sounder Soe€n wirh Data History Window Opened _ ExamDIe

s31.314N mbzTlrE iiil^f ii-=iil,'i#, a,"."U

"....--'.,...,'.......".1

lll;B"&Jjji r5.!. iU

l___-_lata history window

f"",,lT fl-H, f f"trti:ffi f x#ffi",nlHi,,i3;lxi'Tfliiir,"il,;.,J."" ""Fi^\.r??-T 3:f; :: :"J""si*r"Ji,$??1i1 Ti"*'fs,J" t*'m"*lii*,ruOn@ shown in the windoq the data wi]l not be automaticaly updated, thoush the:itr"ti$"il* ii"r,x*.# ffi l,m.u:t*;:::::i1""*9,ffiffi ,

F-20lloAdvanc6d S€lting8

1.3. Retr ieving Data Registe.ed at Speci l ic Date/Timeexample data history window is ilust.ated below wh€.e the vertical alis $pr€senttI depth scale qrd the lo;zortal axis, the time passas€. The history of soudinss overI past 12 hous is ilisplayed gaphical)a wbne the I€st of the ilata stor€d at the lineEor position ale digitaly shom at the bottom of the windoq as in the example

' ary reason, the equipment wa8 switched ofr before cunent op€ration, all prcvious6aved until that moment wif be displayed in b1ue, wbile the data mllected dwilg

operation will be ir white, indicating that discontinuity in tine existe in thebeing displayed.

change the time passage 6.ale (PLAYBACK scale), pres rtt or l&). fte cuentis sboM jusi above rbe upper edse oftbe windoq as in the example.

Figlm 3_29 Data History WiDdow - ExampleTine pass@ scaleCan be chanced bv Dr€sileiO * tat.

LipeCNo ------------------Can be shifted t the leftftishttr uesine ! i Q.

PLAYBACK{I2 HOURS)

0

I

12

l 6

20

'Jfff#"f,iit# 15;9ii' ft+

| ,r"i*;.t"a a't , ti-", iI LAT/LON, aDd depth '; sto!€d at line cNo! i---li position i

/ . . . . :

i--i:"y--".33-:"-"-1::T"-yy::"t't1"--i---' n'..

i llansducer dra-ft (DFT), keer otrser (KD, freqEmv (FRo i ,"I aDd na:inu ra;ge (Rxc) led to deaslN depth

The various data at the lin€ cursor p$ition ar€ showr] in the bott m section ofthe window the line curs* *" t" ."*a lr n**i's Q

I !.

Tle tine spe, 12 houB in the above €xample, car be chansed by prcssins.' I tI . rt u rolo*i"c values are sel4table: 15 ninute", rL*, si.*", 6holE. 12 hou6. md 24 hous.

ro crose the window. pres€ @ *"-*6

^."."""" "!;i1333.11.4. Rovi€wing Data History in Deiait ove. Speciltc Section

Or a larse time sale, such as 24 hows or 12 houre, the lirc cunor moves in larse steps,such s 5 min. qreps oD 24-hour scalp or 2 min.24 ser. sreDs oD l2 hour scsl". mali ird i t f lcu l t ro lcv iewthedarahistoryoveralb minure secl ion o i a 6p"c i t rc poi nr I n t im'" .ThG shonrcmrx can be rorrecred by nlqt shd ns rhA line cursor ctosa ro rhp desiredporbl rn nhc ' ! r ) . and lhen sele(r ing lhp smal lpst r ime scale rO, , as in rhe examoleberow you can now check the dad in 2 second

"t"p" """" ir,"'is -iJ"

"""ii"icentered on the cursor position.

Figue 3-30 Reviewihg Daia Hisrory in Detail on Long Tiae Scate - Eiample

O Shift line cuEor to rhe teft,dosq to desired ooint Dtitue by pressrncB. --,

I

@ Afte! reachins desired point,releaiedy pre6s ret toselect PLAYBACK time of tbmirutes. ----------------.1

PLAYBACK(12 HOURS)

12

-i.

i

't6

1710{2005 5:{26.309N I r ^nn' oT= l;;;ffi#,?#? 15,9tr';+;r:

PLAYBACK(r5MNUrEq <-_l

i.....,'..'..'"''i l 6

20k----------,

lit#':#tr:iit 16,4 l- i :i=rl; Cursor noves in ! ii 2+econd steps j - - - - - - - - - ii - _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ - j

Itrdication of Data Conrinuitv,Discontinuitv

i{ry;11q;*ffi6:,{#ift {ilF"-:*',:+**t{:#iThe data stoed in memory cD be uptoaded to po_based applications. See secrion 6 for

36

F-2000

I

:e 6teps,hkins it!dD,; .faoi".aFanpler 8€crion

l"I

t---t lIr l| 4 l' . 1, 1"l

t E lr t6ll lt l|! 201

I

the

the

F-2000Adv.nc.d Settings

1 2 . A l a r m 3

12.1. Introduct ion

meet the *laldm requ ements stipdated in the IMO R€colution for Navigationalho Sounding Equipment, the folowing alanns are inco4orated and enabl€d at aInes wbjle the equipment is switched ol1.

Depth: Warns asainst decreasins depth. (Audible and visusl- indicationi)

Missins BotLom*": wans ssainsl botlom echo being 106r. becoming too weal lordepth measuemen t . or e sceFding curren I ran 8e tim ir . ( Audibleabd visEl indications )

Powp! Failurer Wans against drop of powe. supply voltase below lscLory-sbecifred level. (Audible ud visual indication6)

Power Ramovalr wans.asairsL lemolai or shubr of power €oulce. (Audible

Pangnphs 5.3.1 tud 5.3.2. of M5C.7469.), Atuex a

mis alarm is rot a requiremeAt ia the IMO rMlutior MSC.74(69.

Depth Alarm

2.2. ' l . Selt ing Alarm Depth

utilize thi6 tunctioD, you must set the a1am depth tust, via the folowing steps.

FiglE 3'31 SeftiDgAlm Depth Example

l'RM turneil on -----.\. a--Aldn tleDth at 16-7n Dm*3v i

PF=l /1 50KHz VRM l , DFI=0.0NR=oFF Fi24.3v A. Dsrls.7 rY

I\Irn oD the Vdiable Range Marker., (vRM) by presshc

@ .

R€peatedry prcss rt) i ttl t"pfac€ VRM at the desired alarndepth.

P""* @. Thi" places the alarmdepth at the VRM position.

a DB?=.Iepth below twtducer

r'------ VRMllaced at 15 ?n

,/ lot -

1 5 . 7 - -

20m -

UBM is a lnti2oDtal .lotted lite withindi@tion to the ieit ol its6 it lteennple belon To tM

ep *t@'c-. .

37

F,2000advanced seti ngs

3.12.2.2. Depth Alar m Indicat ions

As soon as the current depth decrcases beyond ihe preset depth, the alarm wil bet ssered with the followins audible and visual indications.' Audible: Beeps at approximately 1 second intervals. The sound can be muted by

0.."","s@. \4"ur l : B l iJLks s lum s)rbol A rosprhpr s i rh on s, reei p"escr value on rFd

backgound at apprcximately 1 second inte als.

Figure 3_32 Visual Indicaiion of Depth Alarm Being tiggered - Example

Alam sr1nbol blinks in red backsmund ----l

PF=lil 50KHz VRM.I, DFT=0.0NR=oFF E 24.6v Aosri5.7 k

\ rs- \ss:\:ss:sa*-E

W3 . 1 2 . 3 . M i s s i n g - B o t t o m A l a r m

This aldn will be t sgered when one of the following situations occurs and continuesfor 4 seconds or more, nalins it ihpossible for the equipnent to resister depth reliablyl. Do botton echo is rcceived.. the bottom echo has become ioo weak. showins in w€aker colors*.' the bottom echo has exceeded the present depth range limit-

* yellov green, blue, etc. or user4efited cola6 except two stmngest oneE

The alarn condition willbe indicated audibly and visually, as followB:' Audible: Beeps at approximately 1 second inieryals. The sound can be muted bv

- - - - - - - - -

. Visual: Blirhs depth rcadout unit (m, FM, BR or FT) on rcd backsround atapproximstely 1 second inteNals without a depth value.

lil "3itJfl r*on.ou".*\

\--- ----Readout unit bliDksonredbackeround

Tb remedy the alem condition, incease the receiver gain or select a greate! depthrange. If the pmblem persists, suspect that the transducer in use is discomected or has

a -

38

F_2000advanced settings

3.13. Line l l t arker

_ - .h*"qg (D duiog normal echo sounder operation wi]] c,use E Fd line ro hc dramvcflically aTross rbe screeb ar tb" curbr sounding position (i.e. urreme Fishr edse ofthe active so@n INa), slons with the cment depth readout md time (and LAT/LONcoordinat€s, if an optional GPS sensor is plugeEd irto the rear panel I/O DATAconnecto!). Th€ narker win remain on sseen for approximately 20 minutes before it issc$lled to the left otr the scleen.

Fislre 3'36 Drawing a Line Marker Exanple

NR=OFF50KHz

lj21.3vVRM DFT=0.0

ADEr 15.7 9

i--------------)54'31.327N

006"51.8t3E15:34:2927.6m

l-----r,AT/LoN*r, rihe arddepth rcsistered when tlemtrker was ibawn

20-

o -

Line Maker

3"tH:"@*r At optional GPS senw iE requireil to storetbe pNition MrdiDat*.

Stodne/Recalins Graphics Data

e"""d"g @ ako initiates the function of storing irto menory the risht half of theculent echogram. The stored s"aphics data will be recaled onto the lek half sleen by

ifi :TtuR"*ff :ll"T#:ffiffi J";:,1"JJT"\::1il:#;;::;?:"*^ri'*Hard Copv of Echoqran

Storcd shosram car be printed out with a suitable graphics p nter*, ptugged into t}lercar panel "PRINTER" connector. A poF-up menu should be displayed for a few s€€onds

_ _ - , - _ - , _ - _ - _

ilil"ff ill"Ti::i"ffiJl';.Wo:1:;:""n "'" oprion "sraRr '|o nitia!€ the

*2 Dogryampatible pinter eitb ESC/P @Dtmi ptutoml

40

F_2000Advanced seitings

4 . Advanced Se t t i ngs4 .1 . I n t . oduc t i onThe followins settings that affect the way the equipment operates car be made via amenu systeD consistins of a rnaia rnenu md a number of submenus accessible thoughvarious main menu options:. SettineB t}!at you do not have to change ftequentty, suh as the transducer fuaft and

echo theshotd level.. Settinss that should be made mainly at initial installation time, su€h as depth

readout unit, keel offset, and local time otrset.

ff=i",ii:?:i,ll:,,T#,ffif ?"::-Txy,""ffi -ry*Tl;s opens the main inenu (MA'N

Menu options can be sel€ct€d bypressing C) i tl. fouowed by

$. o by appmpnate numoic

4e,5. rne one rnar !s ureDuysele€ted is sholil highlighted in a

e transduccr facc, as defined in Fisu" 4-2. The depth readoul 6hom on the screenitially represenrs the deprh to tle bottom. measrd-6tm.rhe transduc€{ face {deplh

v irairtucer or DBr). If you wish to rc;d depths from the waterline (to agrce withsoundings or bathymehic data on of6cial charts), you have to add the draft to th€cieen de"prl reaaoul (for each transducer itr a DuliiplFtransducer coD6$ualiodfolowins procedue wiu allow you to enler rhe dcsired ibajl in 0 l unil srcps ro.l

/fatho;ibuccia/foot steps) ;o that both disital depth readout and sraphicaltion rcflect the dlaft, automaiically reading depth from the waterline.

< WARNING >

A TRANSDUCER DRAFT ENTERED, THE ON-SCREEN DIGITAL

2, Entering Transducer Draft. 1 . l n t r o d u c t l o ntransducer draft used in this mmual refers to the depth from the water surface to

UT SHOWS THE DEPTH FROM THE WATERLINE AND NOT FROM THEL. GREAT CARE SHOULD, THEREFORE, BE TAKEN IN USING DEPTH

WHEN NAVIGATING SHALLOW WATER AREAS.

To read depth bon ihe keel, yoD tuuet frBt registet the keel otrset 6iataa@ fron thefare to the keel. Rcler tn pilaaaph 4.10.8.3 for details.

4 l

FigN41 Main Menu

PREss lIElllD To PREvlous UEr{uPRESS @ TO EXrr

1:TRANSOUCER DRAFT2:DEPTH REFERENCE

4:WHITE LINE5:OUTPUT POwER6:PLAYBACK ScALE7:SIiIULATION8:ECHO DISPLAY9:INSTALLATIO SETTINGS

^","""". "5;,?ff14.2.2. Entor ing Transducer D raft

FiguJe 4_2 Concept of llansduce. Draft (for Duat f,req. tsnsdu@r Instalario

l L -r----------->

Deptl Foh bansrlucer Face

O e"*" @, ai"pr,yins the MA|N MENU.' ffT:;'J6:H:::-""Tili1J"',;::ff,ffi ::,?",J::." o, o

**: n a t'r*"* -:u""".o*n for Hish r,rcquency/ChaDel A opemrion ExahlreI iTRANSDUcER DRAFT

- - - - - - - - - - l

,l)r G)i--------------------r-__-__-___

v \ '' Dlngle tanaducer Hors,ndf - : - - _ _ _ = _ : , o " p a m i e ] l a n s d u c e r H o u s i i B s )

1:HlcH FREOUENCy l:HIGH FREOUENCy

"---- Edter fhe conect value. Enter _@rcct value of nrsh

Eeq../cnannet Arisnsdua.

(cottitued o, ,ext pase)

^.""""". "l;illl4.2.2. Entering T.a n s ilucer Drall (co\tihued - 28)

Tbe draft cu be enFred sepuareh tor rhe bisb ftequpn.y rransducer aDd towftequency lrdsducer. Dppendins oD rhe kansducer @ntrSrradoD ot your instala(ion,€nter the same &sJt via the followins sreps when a sinst+housins dual_&equencyEansducer. such as the 706-60/200T or 550-50/200T, is instaled or separate draftsrhcD Iwo kansdurcrs are separalFt) insra Fd

@ Highlisht option "l:HtGH FREOUENCY," and press @.

tlnter rhe corFct &afi ol rbe duat trcquenc, bansdu.pr or of rhe tow f.eouenclrrdsducer by repearedty p,essing ,(E) | <r. Nunti( &ey6 .a*ot t. ,iea i"

hess lll to complete rhe enrry lor tow frequency op"ferion. Th" TRANSDUCERDRAFT menu should then be displayed agair

Hisblisht "2:LOW FREQUET{CY and, similarly enter the same dfaft forqual-freouencv hansducer installation or the conect ar* or tl," towftequency/chamel-B transducer for Dultiple rransducer installation.

Fig@ 4'4 Entering Tlansducer Dmft for Channet B Openrion _ Example

tt / al,lt

V \ Y(Sinsle tmsducer IlorsiDd (S"r*at" r.-"

1:TRANSOUCER DRAFTl:HIGH FREOUENCYttliFitlliEliln:'ll.tt--

(Seprate'Itmsducer Housinsc)

2:LOW FREOUENCY

PEnter ihe sme lalue a6 for hishfteq. /chdnel A hh6ducer

Enta the .o!et value of lowFeq./chann€l B tran6ducea

Lq""t;"T#:"" "" entry ror hish ftequency

"r""utroo *a tu" @ t"

(coDri.ued oD next pase)43

2:LOw

@"FREQUENCY

o0"""".0 "5u2ff3

4.2.2. Entering Transatucer D'att (.onti,uetl s/j)

An example belovy indicares how rhc dlaft eDrr) afe.rs rhe rsy rh" e.hosram shows uDrn hisb flequery opaadioD. NorF rha| he zero line oc.urs at r;c a"p,r,.i,r," a""n. ir,idisital depth readout witl be the depth-below han"auc"" tOerl ".t"e

pr.,s tl," d",Ji.'"

Fieue 4'5 hdication ofTlDsducer DnlL on Echosr.nl Sdeen Exahple

z.-----------\PF='ll1 50KHz DFI=4.6 iNR=OFF ts 24.6v ADBi ls.7 e I i

t\g\\\s*-l:{!\a.rs'eer,:.1*x:':3]*|! l0- ----V---,

<-___-i

Zem Liae

ffi1?jffi';Tffi:'$jii,:l"Hj,t "jH?*f;"ti-'" to.BELow suRFAcE,,. as

' " f i .DBr+dr.sn -----' *-

3?Siiii,tffirl:;t,Ie chanced

< W A R N I N G >WITH -A TRANSDUCER ORAFT ENTERED, THE ON_SCREEN DIGITALR_EADour REpRESENTS rHE DEprH rnorii rnE vtiiERliiE.'A;;'i;;l lglf. IHE TRANSDUGER oR FRoM rHE sHtp,s KEEL..-.;i jAi-cii;;sHouLD. THEREFoRE, BE TAKEN rN usrNc rHE oepri niirbb.irr-ii. i

i!:i":i,1^t3-ift it".ie_+l_"li"t'^",1,.;mlijl"*""1J"-fl 1+.11fiLEAD TO GROUNDING OR OTHER SERIOUS DAMAGE.

! ' *rn ,ranu - ,:oEprH REFERENCE r ,,aelow sunroce , @Figlrre a_6 Disital D€prh Readour with Transducer Draft Eniere.t _ ExamDte

21.3m i"li'Jfl.u*,o",

44

ahe

F_2000Advanc€d sortings

Select ing Depth Refer€nc. Indicat ions

lntroduct ion

navisation soud€r is designed to indicate one of the folowins types ofiDformation at a time, depeDding on whether or not tIar]sduc€r relat€d settinss

&aft ed *rkeel offset entries) are nade:

Depth below Tfansducer face (DBT, idtial settins)Depth below Surface (DBIi, depth below watedine, with trlmdu@r &aii enteEd)Depth below IGel (DBK. with keer off€et entered)

See paneraph 42. *2Seepansraph 4.10.8.3.

the appmpdate depth rcference indication via the plocedlE desibed below

' Deptb data will be stoEd in IEC 61162-1 (NMEA4189 DI'f fornat i.e. DBT raluesep&ate dlaft and/or keel ofset regprdle$ of whethe, DBS or DEK i.dicadot t:s

See sectiot 6 lot dettib.

.2. Selection Procedure

Press @ , aisrlafus tle MAIN ilENU.

sel€ct "2:DEPTH REFERENGE" tr pl"utug'!l or by pressine Ct / tl,folowed by @ . ftis tuns a DEPTH REFEREICE submenu on, as shown below.

Fisure 4-7 Selectins Depth Refe$nce Indicarions

MAII'I MENU,I:TRANSDUCER DRAFTEETII@__-3:ECHO THRESHOLD,l:WHITE LINE5:OUTPUT POwER6:PLAYBACK SCALE7:SI ULATION8:ECHO DISPLAY9:lt{STALLATION SETTINGS

2:DEPTH REFERENCE

1:BELOW SURFACE

3:BELOW KEEL

The optioc &re s€|f--€xplaratory. Option"2:SELOW TRA SDUCER' is initialy

Indicates cull€nt depth value being refened towaterline. CoBect transducer &afts must be ent€redvia steps in parasraph 4.2 to utilize this irdication.

Indicates cur$nt depth value being referr€d t theface oftle trarsducer seleted.

Indicates cErent depth value beins Iefelled t thekeel. Conect keel offsets Ioust be entered via 6teDs inparaeraph 4.10.8.3 to utilize this indication.

the desircd irdicstion by pressing the appropriate nu$eric key

. BELOW SURFACE:

BELOW TRAT.ISDUCER:

BELOW KEEL:

\continue.l on aext paee)

45

F_2000

4.3.2. Sefect ion Ptocedure \ca ' t inua. t 2 /2 i

@ P** @ to complete the selection, -a rr'* @ to e'it the menu systeh

O onier tne appropriate transducer drafr (pdaeaaph 4.2) or keet offset (paragraph4.10.8.3), if "1:BELOW SURFACE" or " 3:BELOW KEEL i€ chosen.

Ficue 4 8 Djgital Readouis wiih Different Depth Reference In.lications Example

(1) Depth-below lYansducer (DBT) Ihdication

1 6.8m BELow TRAN.DU.ER

O) Depth-beiow Suface (DBS) Indication

21 .3m BELow suRFAcE

(3) Deprh below-Keel (DBK) Indicarion

14.9m BELow KEEL

Alarn Depth Indication

The reference of the alarm depth seitins 9it1 chanse accordingly as you choosedesired d€pth reference, as in the example belo$:

Figure 4 9 AlarmDepth Sefting Indicaiions Exampte

A,o", 6.5 Ao"" 6.5 Aoex 6.5

46

F-2000

Echo Threshold Adiuttm€nt

l . Introduct ion

,*, #3:" *1i3ffi *,t.?i"r fr hsi'ii#"y."','"*,"f""r:L$"'""':i''."':ig:ffihi'l*t.:tl*'r*:r--r:iuHrfi"'"1"-;';;d"';;r"; ti"itiurv ""at,Dtins ihe stroDgest e.bo and the totr! €no

initiJly blue), tli weakest echo'

Jlowinc only sEong shos to 6hoq up on

New theshold le€t

Cm be chdged bY

pressins rtt/ lll

"r"'."S"ffi1'lt?tt u"o"

ColotAssignments - .nue (watet) :-:>;i;

Light Blue ---_---_--

Ye owish Grcen ----

tbr€shold adjustment consists of suppressBsr-r," of weik cotor echoe6, such as surtace Yelow

ThEe weal coroB 3r€suDDres*d- Echoes ofth;s sftnsth levels winDot be displayett oneahogram. The threstmnsest echo colorgcaDnot be 6uppressed.

(cottinued oD 'ext Pase)

iiir'.iiJ"Ll."Gtt""eceivergair orange

shongest echo colors (i e. red, orange and Red (stroncest)

show( at dght) ca lot be supFessed'

ig ;AN ENu-s,EcHo DIsPLAY+2:NoR''AL DISPLAY

Adiust lng Echo Threshold Level

@. d$plafnc rbe AIN MENU'

-*""o ,"*r""oro" bv pressrns .fl - * *-*'". p, !Q;" o-OLo

sutmeou *ith a lbrsboldred tv 6. Tbis turns on an ECHO THRESH

"""" nlt ""J. "a*

*are to the isht, as in the *T* b':"1:l1 ",1*':l:'"J;;:;;;;";;";;;s the cLent suppresgion lever' and is initiauv

alowins all echo colors to be displaved

Fieue 4-11 Adjustins F'ho Thr€shold t-evel - ExamDIe

All colo$ a.re displayedFaho€s of a[ stEngt]levels will be disPlayed

| 3:EcHo rHREsHoLo I :;: I

P E i\-- rnitiatrbesboldrosr t i

I . jr: -,i i i

: l i:t ...'=

I&t

47

F-2000Advanc.d Setlings

5. White Line Adjustment

5 . 1 . I n t r o d u c t i o n

e * e/hire libe adjsrmenl consisrs ofseparating the bohom.*bo bom echoes offish

other objecrs tyinSon or close to Lhe bol Lom bv supprslDg-lhe slrongesr mrms orme

;;#;'#d;";;"il"i;s th. *"";' g-"i' o" hsh ud otler objects ini";. fr; pi;";;i.h" i;;"tion is to faclidte qgtection of nsh echoes that rook

;il ;iif"-fi;; ""t'o -a. *'"."to*. are dilficurr Lo derFci oD the normal

"fiil-*^ is amitable wheD the echo displav is set to NoRMA! DTSPLAY -; tne

eiveD in panezaPh 19.

Adjust ing White Llne Level

Pres @. displalng the llAlt{ MENu.

H1#TH'.:'15;"',iLll*:,S,";,?ilrn:',S"":P"-,';IT:1,':.Xor scsle r, 'be riebt. The numeric value in the entry 6eld rcpresedts the currenl

iJ, ana;" ini*rlv ^-, alowing a[ eclo bottom colors to be displaved'

Fisurc 4-13 Adjustins White Line Iavel - Exanple

E!T

Al1 botiom echo colo$are displayed. No bottom€cho suppresBion occu.s

Initial white line lever

New wbite lir]e level

: ] :

gThese colors in bottoEecho stflcture will be

Can be changed bYpressing Ct i al .

@ n*"incct *i]1 chanse the bott m sulfa€e illto a thin contou line immediatelv-

r" o""it" i lr*t -.a As vou press the kev repeatedlnlhe rclors that form the

botroE srm m will be erased one bv one allowiig the blank area to Mden.r raj8mg

the shite line level) Tbis blabl area is popda}lv knowD as lhe \hne tme rn a

recordins echo souder.

The suDDr€ssed bottom echo coloN ue indicated blaak oD the 610r scale' as in th€..","i"ri'J""i,. rl" t-. -ealest colon carnot be supprcssed'

49Gohtinued ot next Paee)

^""""".. "l;ilg34.5.2. Adlust ing White Line Levet (cort i ,ued _2/2)

@ l::::llJl :t:storc the spgessed bortom echo coro*, one at a time. thusndromns the blank arca (i. e. lowerhg t}Ie Whit" f,i"" t

""tiFisure 4 14 q.?i.rt White Line R4oriting

- ,---- lvhite Line

r!-'#.'.I iFish oh Bottob

' ffir6TT,1lii::ff f:::1"

***n """"" @ to *-ptot" th" ""ttiog, uoa

NOTES:

tl t Wbrte Dne tcvet adjustaeht atecrs rhe botwith e.ho !b,".botd adju;,;";,;:";:;"trJ'i-b";#.oDu Md shouthd not b" 'ohr6ad

(2) TAe last W1itu LDe level used win be stahttuvt tp. ed D memotv a'd kill be rccalL-.d oa Dext

F-2000AdvaDced seltings

Select ing Transmit Power Levels

levels ofhansmilter power output arc available and can be selected automaticallyanually. The equipment is initially set so that the appmpriate powe! Ievel isnatically selected for the depth range in use. The!€ should norma y be no need totically selected for the depth range in use. The!€ should norma y be no need to

this settins to manual selection. Howevea under some special bottom conditions,r may need more power in shalow water soundinss to show ihe seabed echo inu3er may neeo more pow orngs ro snow ine seaoed ecno rn

hs colors (e.9. yelow, led and orange). To manually select power levels, follow thedure desc bed betow.

rr""" @, ai"rluyirs tt'" MAIN MENU.

Fieue 4'15

5 rSelecr "s:OUTPUT POVITEA- !v pressing @or ret I lE). foxo"ed br @. rn* ru*-*.a POWER OUTPUT suboenu. as shom at left

Setectins 1}ansnit Power Levels

s:OUTPUT POWER

E!@<-3:1114:11255: l /100

Full power on all ranses

Appropiate Ievel selected according io mnge in use

Note that option "l:At TO" is curently selecied, so that the eqDipment will choosethe level that best suits the depth range in use. The other optioDs are as follow6:. 2:1/1. I'utl power (no power reduction)' 3t1/4: Appmx. 1,/4 of full powe! (6 dB down ftom tu]l power level). 1il/25: Apptox.. 1/25 o f full power ( 14 dB dom fron tuI power level ).5:'1l100: App!o).. 1/100 of tull power (20 dB down frcm tullpower level)

Using (t) I lt) or the appropriate numedc key, select the desied level and thenplessql, .

If you expedence difiiculty gettins a strong bottom echo on shalow langes at highsain settines, uy 1/4 or 1/1. Options '1125" and "1/100" maybe usetul to avoidlocking onto the second bottom echo (para$aph 3.4.2) in sha ow water ope.ation,which resulis in a depih readout rwice the actual depth.

< CAIJTION >ll the power is set to '1l25" o. 'l1100" for shallow waler sounding, be sure toreturn to "AuIO" or'1/1" after leaving shallowwater areas.

Note. however, that high TVG settings (TVG level set to 2G-30) wi result in aweak bottom echo. Check the settins of the appmp at€ TVG level before selectinghish a power level on shalow nnses. See palasraph 3.10 for morc information onTVG eettinss.

Press @

to exitthe menu mode.

^","""". "5;r'1334.7. S€l€ct ing Time passag€ Scat€s

!919!t!ic oetion "6:PLAYBACK SCALE" otr the MA[{ MENU opens a pLAyBAcK.s_qAlF_ :g!-meny ss shom beloq alJowins rou ro s"tF, r.bc ,iEl" p""""s";;h;{PLAYBACK scales) to be used wbeb reviewing stored data via rtre iraat! Ustor"window. ?he folowins scales are selectable: 15;inutes, t hour, g h;d6;G:thous and 24 hous, as ir the submenu.'1 See pangaph 3.11 fo! detung

Figlr 4'16 Selecting Tibe Scales

1:TRANSDUCER DRAFT2:DEPTH REFERENcE3:ECHO THRESHOLD4:WHITE LlilE

l'tAlN l{ENu

lqUTPUT POWER

7:SIMULATION8:ECHO DISPLAY9:II{STALLATION SETTINGS

t

"""#6O'

tl or the approp ate trumedc key, select the des ed scale, and

Cuenc trbe passage scale

"L["?* "w !.:,!E!"""*il:#,: x; i:i.*ix 7 ; i.ff:,"" Ef: of ,h ese ke,ts

@ n"*" @ to e"it tr,e nenu Dode.

Fieue 4'17 Data Hisrory Window - ExaDlpte

P L A Y B A C K { 1 5 M I N U T E S )

' " """" ' - \ . ._. . . . . . . . .*- . . .

.,-....'.-.....,i'16

20i

I l1lii#"i$';1ii?l r s.s r' #.9,

2: 1 HOUR3: 3 HOURS4: 6 HOURS5:12 HOURS6:24 HOURS

52

F-2@0

iACK

btoryE, 12

rlrd

F-2U00Advanced sellings

Act ivat ing Echo Sounder Simulator

€cho sounder simulator plosran is built ir io sinulate actual soulding operatio-n,bltug you.to leam how eichiontmt key or operatin€ f-T*.--"19",.19:jtfiT:,:il^t:

ffi P,";J,i#iii :',i::::::h ". .,,"ss,"e cr i o r.,,.wea,y@, Tbls tums on a SIMULATION sirbmcnu. as shown below

is draM without having to com€t a; undeNater bansducel Th€ simdatoractivated via the folowing menu steps:

Figure 4_18 Activating E .ho Soulder Simulator

7:S|[tlULAT|ON

tEld2:ON

select ,,2:o " *, by prcssi.g'! or {El, f.lowea ly.@. rl"_.:r-.i:" ]!:simulator automatically sele.tin-g the 0 20 met€r raDse*'9(or 0-15 fathom/0-100

foot mnse) snd startins to show an echogEam.

To avoid rhe simulatf,d erbogram from beDs resardcd as a live- ecbosram-withlhF eouiDmebt in actual seM.e, the following caution mes6age w be dr6plavedhishrishted and bliiking at the !,creen's lower risht comer:

*r ?his "Ojl" setti's will not be store.l in fuetuort One the equipnent i' tu"ed ofrand

then oD asain, tbe sinulato! vill be *t back to "OFF "*2 rhe raace ca' be chaAeEd tr o,*";w tl t ll after the simulator is tu'ed on.

e*" @ - @,. "-i*he netru roode.

The gain and TVG contols re disabled dd do not affect the echosran appeararce*hilt the equipment is openting in tle simulator mode.

Uissinq-Bottom AlarmThe missmg bortom alarm, whicb should be automaticallv triggercd vilb Do bottoEehoor weak botlomecho received. witl be tmed off as €oon as vou set rbe simulator to'oN."'tlre alsm sound cab be muted by p.*"ioe @ u.*"u"" if vo! .hoos€ a sba]]osrsbge ( 5- or I 0 met.r ra! gc) | hel does nol cover the preseD L d€pth. the alum witl behiggered agair. For more infomation about the alarm, see praglaph 3.12.3

1:TRANSDUCER DRAFT2:DEPTH REFERETICE3:ECHO THRESHOLD4:WHITE Llt{E5:OUTPUT POWER6:PLAYBACK SCALEdENEIEN --------8:ECHO DISPLAY9INSTALLATION SETTINGS

^*",*" "l;,1lll4.9. Setecflng Types of Echo Dtsptay

ll:l*I,:ll:,*rty"l,. "hows onrv tbc srrons€sr part or thc borrom echo in a sinEte;:T H[:T,J:iiJ]'.fi:::1,::5HITLT."a^" ;r -r.;Jt,i,,.t"til ffi

O r'""" @, ai"pruyi,,s the MA|N MENU.'ff 'b';i:lff :::?:Hn-,uLA'@*:J"::::,,:L,21r..1.r.,.*ua

Fisurc 4-19 Seleciins t"es of Faho Disptay

IIAIN I{ENUl :TRIXSOUCEA DnlrT2:DEPTH REFERENcE3:ECHO THRESHOLD4:WHITE LtNE5:OUTPUT pOWER6:PLAYBACK SCALEz$t uLAT|ON

9:INSTALLATtON SETTTNGS

i*-.------ ------------.-------------__-______-__i

v

&ECHO DISPLAY

2:NORMAL DISPLAY

-1'I

t r"."- @ "" @ roeRi,Lhemenumode

yorE: 7e 6?nces, eho tutot tstnnefi teveln6.rucao6 ejven iD ptuaezaph 1. iA2

--_-------- Cotor 6anpte &ale is rurned on.

"_---- This color @ be chang€d viapqedure u p&aAEpL 4.10,2.

Z iDnisny rcd ctu be cba,sed ria

54

F_2000advanced se inqs

Insta l la t ion Set t ings

lntaoducl ion

ting setiinss that should be nornally made afrer initiat insra ation and doesto t'e chansed frequently during normal operarion are placed under rhe MA|NioD "9: INSTALLATION SETTINGS."

ecbo color aesisnments (option 1:COLOR)bn of depth readout units (option 2:DEPTH UNIT)

of echo dynamic mnses (option 3:DYNAM|C RANGE)of time ofrset for local tine readout ( option 4: UTC/ LST (offs et) )

built in clock (option s:CLOCK PRESET)ion of water temperatue rcadout units (option 6:TEMPERATURE)

ion of transducer sites and keel otrset (option 7:TRANSDUCER SETTTNGS)of connectoE for data input (oprion 8:DATA TNPUT PORT)of d types of data to be output (option g:DATA OUTPUT PORT)

Figure 4 20 Accessing INSTALLATTON SETTTNGS Options

TAIN MENUI:TRANSDUCER DRAFT2:OEPTH REFERENCE3:ECHO THRESHOLD4:WHITE LINE5:OUTPUT POWER6:PLAYBACK SCALE7: S IM U LATIO N8:ECHO DISPLAY

9INSTALLATION SETTINGS

l@!r!Ers2:DEPTH UNIT3:DYNAMIC RANGE4: UTC/LsT(offset)5:CLOCK PRESET6:TEMPERATURE7:TRANSDUCER SETTINGS8:DATA INPUT PORT9:DATAOUTPUT PORT

ffi ;::n::,:::l:"""'ji,Hiil"H:'$:"*ff il jfi"lH ji:'@*"4 . 2 . C h a n g i n g E c h o C o t o r A s 3 l g n m e n t s

10 .2 .1 . t n t roduc t tonheDthe* echo display is sei to full @torpreseDr€rion, F.hocs w l be disDlaved i! uDT:,:n +frtrgnt colore initia y. red, oraoge. yello*. sreen. jeuowish gre;D.'risht btu;

blue in olqer of-strensth- Nanely, red ripresents th" "t,ing*t

l"uir, ."i riu", ih"(est one. The color scale locared at the left end of the echogram sceen indicates the

that tue cunently used to display the echo$am, with rhe botion end colo!)d as the strongest tevel.

can rhans€ ihos.o lor as6isnmenrs us ins a rora l of r0 d i l tprcnt cotors v ia rheu-guroed sreps descnbed betow.

4q MAIN MENU+8:ECHO OISPLAY+2:NORMAL DISPLAY

l@ntinued n nat paEe)

F_2000

4.10.2. ' f . f n lroduct lon (@ntiaued - 2/2')

L*el 1 Btue (weal4d _-__>: : :

r,evel2 Lisht Blue ----+iilri

Level3 Yenowisb cleen ----->ff

ravel4 Gree! .--------"=

Figue 4-21 IDi[ial Echo Colo$AssisDmenrs

Initial Color Assigaments

--i.-->

r ii "->

. . . . .---l ii: II E i| = i, orisiDal colo!

I E i"" asj?Dhqts

l i : ! : ! iI t i

Jilfl-_-N j AdditiomlR ;- colors rhatLJ .--j are selectabl€

Oneirul Ass'6bent6c.' t" "t".s"a *itr ! r ! .

Bottom Echo - Example

Iawt 5 Yelow

I€vel6 Omnse

__""F=f;l-evel7 Red(stronsest)

Shensth Levels ---------ican be selected 'fth Q/rEl

Frg]r 4 22 Ac.essins ECHO COLORS Submpbu

9INSTALLATION SETTIl.IGS

2:DEPTH UNIT3:DYNAMIc RANGE,l: UTC/LST(ofbet)5:CLOcK PRESET6:TEMPERATURE7:TRANSDUCER LOCATION8:DATA INPUT PORTg:DATA OUTPUT PORT

|iflRltlllt

iUTPUTPORT I i

1:ECHo COLORS

1:LEVEL*'2:LEVeL--23:LEVEL 34:LEVEL-45:LEVEL-€6:LEVEL S7"

DO F-2000Advanced setl ngs

4 . 1 0 . 2 . 2 . C h a n g l n g A s s l g n m e n t s

O Selectins option "I:ECHO COLORS" opens an ECHO COLORS submenu with acolor scaie consisting of 10 color samples to the dght, as in Fis!rc 4-21 The upperseve! color sanples on the scale lepresent the original assigaments'

O Opiions LEVEL-I through LEVEL-? in the submenu rcpresents the seven echo

streneth levels. the color sample to the risht of each option is ihe o ginat

assis"-ent. U"i"g '(at/t), sel€t the level for which vou wish to chanse the

NOTE: Nunuic keys cannot be use.t to select the aptions ok the SCHO COLORS'

@ Repeatedly press Qr! ".t

'" a*i""a cobr shows up

@ R€p€at steps @ ard @ to change the color for other shength level

me @ tey does not have to be presseil to complete the setting

O r** @ to reirm to the echogram screen.

4 . 1 0 . 2 . 3 . R e t u r n l n g l o O r l g i n a l A s s i g n m e n t s

The upper seven color samples on the 1G-color sample scale in Fisue 4-23 indicate the

orisinal assisnnenis.

ft retrm to the original assisaments, repeat the above sreps €) through @, selecths

the coloE in the same order as on the color sample scate.

Fisure 4_23 Color Sam!]e Scale

] -* ' ' * ' *"**".

^","""". "l;1lll4 . 1 0 . 3 . S e l e c t i n g D e p t h R e a d o u t l J n i t s

Ir::n. Bcre:n g9pli, readout is initiatly in neters (m). you can rcad depth in fathoms(Fi,l), bmccia (BR) or feei (FT) via the sreps irescibed U"t.*. no*"""", a"pthinformation to be stored ir menory for tater off line rehievat -il t" ;'-"t'*"regardless of the readout unit select€d. See paras"aph 6.1 for sreater derail

< CAUTION >fn-order to operat€ the equipment in comp ance with tMO Resotut ionMSC.(69)74 Annex 4. the depth readout Indicaf lon must be in metors.

| ' S€lerr -2:DEP.TH UN|T b) prFssins 'tt.

*"r", a DEPTH UN|T submeDu asshown below. Ibe opt ion. arai lable on rhe submenu hhoutd bp sctf+x!tanaron

FielF 4 24 Accessrng DEpTH U tT Submenu

SINSTALLATION SETTINGS1:ECHO COLORS

3:DYNAMIC RANGE4:UTC/LST(otrset)5:CLOCK PRESET6:TEMPERATURE7:TRANSDUCER SETTINGS8:DATAITPUT PORTg:DATA OUTPUT PORT

€) Select Ihp dFsirpd unir by prpssrns rhF approprl4p nLrmaric key. For examDtc. Loread dep$s rn rsrhoms. sFtecl . .2:FM.b, *""".

- l t

@ r** @ to comptere the selection, ana @ to e*it *,e m""u moa".

2:DEPTH UNIT

tdziFM3:FT

58

F-2000

hthoms, depth

^.""""., "5.11331 0 . 4 . S e l € c t l n g E c h o D y n a m i c R a n g e s1 0 . 4 . 1 . I n t r o d u c t i o n

Figure 4-25 Ilitial Echo Dynamic Rangeare displayed usiDs up to sevetr

colols dependins on theilThe colo.s that de cunently 3 d B

3 d B

ting the wealest and stmngest ' i ' a a s___-, v

Ai 3 d B

to show echoes are indicated in theof a color scale at the sdeent leftwith the top color (initialy blue)

bottom end colols (initially red)

, respectively. The echo dynamic

ry.rcfels to how Duch change in echo

mwt occur before an echo candisplayed in sdjacent strcnser or

rc followitrg selectable draanic raryes:itB, 4 dB, 5 dB and 6 dB. Selectins a

seiecr "3:DYNAMIC RA GE" by Fessinsopenins a DYNAMIC RANGE subnenu.

Sele€t the desircd ranse by Fessins rheappmp ate numedc key

r,"€ss @ io conplete th" *l*,i*, ""a @

3 itB

3 itB

3dB: ihjtial ssttiDC. su.itable.lor wo.kins ov"r soft srounds wherp rbc bortom e.boshows rn weat cotors.'thie drrsmic raDge wiU cauec orbpruise weat echoes roshow u strons colors. Suc.e"sfut boLtom rrackins aDd diFral dFprh readourrequrFs rne bolrom ccho to be drsptayFd in .cd or oruqe (or uspf assimedcolors,. A 3-dB chdC€ represents a change ofapprox. La iimes in srrenel6.

: ldB: opt ional 6er t ins.acompromiseberween3and6dB.A4-dBchansereoresentsa.haDsc ofapprox. l .6 t imes in 6rrensrh.

5 dB: optional scring. suirable for op"ration ar mid sd CrFarer deprhs or over hardsrounds. Tlyou experiebcc siruarions wl-ere orheNi"e

".ak ;hoes, such as ai-r

bubbles atrd plankLon roncentrarions. show up in srrong.r.otors at normalgaD setLmg6. tl] this range or 6 iIB. A s-dB cbsnge repFsenrs a chansc ofapgox. r.8 times in strength.

6dB: optionat €ettinC. l]ry this if 5 dB settins stil pmduces majodry of echoes inBtrons colors. A 6-dB change represents a chang! of apEox. i tin;s in shencrh.

dlnamic rmse will requ e achange in etrensth for atr echo to

displayed in a next sbong color.

mF abot e nlomaaon de6 Dot appu whcn the echo disptar is sct to sboq onlv bp.ontour u.a dnelc.oltu (idually rcd). Ib dispt4 ccb@s in tuI @tae, see

gven iD paraelaph 4.9.

fotlowirg iDstnctions wil allow ,ou to select the vatue that best suits vou needs.

10.4.2. Dynamlc Rango Setect ion procedure

a DYNAMIC RAt{cE Submenu

3:DYNAMIC RAt{cE

t@2r4. lB3 : 5 d B4 : 6 d g

59

^."""""" "5;i1334.10.5. Enler ing Time Ottset for Local Standard Time (LST) Readout

4 . 1 0 - 5 . 1 . I n t r o d u c t i o nThe date and r;mp fpsdoDrs dieplayed ar t"be soc€ns upper left comer ue iritialllUTC (.Unitersal TiDp coordibsred) date and rire. To drsDla\ rhe inrornario;.efcrenced lo lour local standard time rLST).

"ot"r rhe eppropnare rimF ofT"pr r tiftediffeDence between LST and UTC) via the prccedue descd6;d in the next pdasraph.Major tihe offsets frcm UTC ee listed below:. Bangkok: +7 house' Djakarta: +7 hours. Ho Chi MinI +7 hous' Hong Kong: +8 houls'KlalaLumpu: +8 hous.Mumbai Gonbay): +5.5 hou$. Pefth: +8 hous*1.Seout: +9 hous. Singapore: +8 hous'Sydney: +10 hou""*1.Taipei: +8 hou$. Tokyo: +9 hours' Welinston: +12 hous

3 hours

' Izmir: +2 hous.Gdan6k: + lhou*t'Hambug: +l hou*l. Mdseilles: +l hou*l. Oslo: +1hou*l' Sa*t-Pete.sburs: +3 hours*t

*tAd.l t hoDftDatlieht Sauins ?ibe

4 . 1 0 . 5 . 2 . T l m e O f f s e t E n t r y P r o c € d u r e

O Select option ",|:UTC/LST (oftset)" by pressing nume c n "'@.

onur,r* "UTC/LST (offset) submenu, ready for entering a time offset. Initiatly d offsei of

+00 boufs 00 mirutes (+00:00) is entered to display the UTC time, as shown below.

' Honolulu:' New York:

' San Francis@:' Rio de Jane o:' Lima:

Figurc 4-2? EntennsTime OiTsei

gINSTALLATION SETTINGS

1:ECHO COLORS2:DEPTH UNIT3:DYNAMIC MNGE

5:CLOCK PRESET6:TEMPERATURE7:TRANSDUCER LOCATION8:DATAINPUI PORTg:DATAOUTPUT PORT

!---- Chea.ier hiChlichr

The + sisr should be initialy hishlighted andblinking. The character highlight can beedited by prcssirs C' / tl, md shiftedto the risht/left by pressinc0 /9.

4:UTC/LST(offset)

So:oo

(a Enter the desired time offset. Th€ +/- sic! is switched by pressins Ct i tl.

@ Pres @ to complete tle entry.

O n*" @

to exit the menu mode.

To retum to the UTC irdication, enter 00:00 at step @.

NOTE: Memory ston€le of data is done iD WC datdtine tegadless of on sreeb LST'rcadout. See ptag?aph 6.1 fot sreatet details.

.2000

l

^.""."". "5;,11334 - 1 0 . 6 . S e t t i n g D a t e a n d T i m eAfter d@idins which rim€ reference to display, UTC or LST (local standard time). viathe prccedinc prccedure (paragraph a. r0.5), sei th" a.t"

",a ti*"*u" ir," i;fi;:il;

< cAuTtoN >t-t_V_9y,tt"r to plug in. a cps sensor, be sur€ to enter the correct UTC timeonset betore settinq the date and time .resurr *r,en-cpjjjji"livli J,ii"jibiifi""i,"fJii8'ii"",.1.1:lo'" ,""0.*

""'CU selp.r oprion s:ct-ocK pREsET by h."." i"" -, ,--"; ' .^.. l t i l - . .

clocK pREsET submen,. *"0" r". ";*i,"",i'5 ";fil:";'"d;" "t""" "

. The date mustbe enrered in Day^{onrh/year (DD/MM/\.y\.y) fornat.. The time rDust be enr€red in 24 hou. (hh:nh:ss) formar.The hishlighted and blinLins chaacter (characier hishlight) caa be edited.

ially

,h.

of

Fisue 4 28 Settihg Date and Time

9:INSTALLATION SETTINGSl:ECHO COLORS2:DEPTH UNIT3:DYNAlilC RANGE4:UTC/LST{otfset)f tidtctlr:s|iil6:TEMPERATURE7:TRANSDUCER SETTINGS8:DATAINPUT PORTg:DATAOUTPUT PORT

5:CLOCK PRESET

DD/l\r[,ll/YYY hh:mm:ss

!k lo l lzoos oo:oo:oo| \

!--- Chatacter higblighr

ej Ear"r,hcruryen, dar" *i"e Q r! ara r!) r 6

' "*" 0,3 ro shir t I hc hishhgbr ro r hF chtus$er ro be edited.

. p** tDl rE) to edit the hishtishted character.Figure 4,29 Entering Cuaent Date ed TiDe _ Example

(Entoins Ti!E)

5:CLOCK PRESET

DD/l\rl\r/YYYY hhimm:ss22lOA|2OOS 14:30:

Lntracrernrgrurght ------,\---- Chuacter hishlight

@ r-* @ to @mplete rhe enhy.

@ e-* @ b exit the Denu mode.

ffij l;L:'fi1i"-lx1::i*,il*:$.Fr#::'xthe need to set the date and time

(EDt€rirs Date)

61

^.""""." "l;1lll4 . 1 0 . 7 . S € l e c t i n g T e m p e r a t u r e R e a d o u t U n i t s

Wirh an opfional *T-200 rempFrarue *nsor ptugged inro the 4 pin rar puelconncctor "TEMP. or $ilb rhe spmified dual freqrcncl Lrensduc"r'cor"""t"d" ,;;equipmem is"c_apable oldisplayins surfa.e warpr rcmperarure in dpsrecs t elsius ("C ) orrstuenncfi r f ,. I he rFmpcratrue dara wi]t bol be srored in memory for larer Felrievst.

The folowilg inshuctions will allow you to tun on/o$ t}le remperatwe display andselect the two rcadout unirs ("C ard "F ).

< CAUTION >Use of sensor other than the T_200 or of a duat fr€quency transducer otherthan the specified wttt resutt in an Incorrect temperature reidou{.

To tlm off the tempemtue displarr select ..i:OFF" at *"p @, -a p** @.

62

o ?i*f.",1i1i"J:lffi.iTlllf,JJ.i**-" nume c kev "ffi, "0"''", "Fieue 4-30 Selectins Tbmperarue Reaitout Unis

9: Ii.ISTALLATIOI{ S€TT|NGS1:ECHO COLORS2:DEPTH UNr3:DYNAMIC RANGE4:UTC/LST(offs.t)5:CLOCK PRESET

7:TRANSDUCER SETr|NGS8:DATAINPUT PORTg:DAIA OUTPUT PORT

;tii1"i;"'#J;"i"i::-iarv serected so tlat the temperature readout is tum€d on

O Select the desircd unir by pressins the apFopnate numeic key.

@ P** @ to comptere the setection, ad @ to exit the nenu node.

NOTE: Seleetinc eithef readout Dit tur\s the temperahte display or automaticaltJ.

l\rmine off Tenperaturc Disptav

F-2000^.""""". "5;1$l

4.10.8. Making l ransducer-Related Set t ings

4 . 1 0 . 8 . 1 . l n t r o d u c t i o n

In order to read depth from the keel or to sraphicauy indicate the relative location of thetransducer beins used for cD$ent Bounding, you must make the following menu setrinss.elated to the txansducerG) at initial installatron rme.

. Registerinstransducerlocations

. Enteins keel offset

These settinss are gouped uder option "7:TMNSDUCER SETTINGS' accessiblethough MAIN MENU option "gJNSTALLATION SETTINGS.'

parelL theC ) oieval.

ihet

Fieup 4_31 Csinihg tucess rc TRANSDUCER SETTINGS submenu

0 g a 9INSTALLATION SETTINGS

. 1:ECHO COLORS2:DEPTH UNIT3:DY AMIC RANGE4:UTC/LST(offBel)5:CLOCK PRESET6:TEMPERATUREllltlatFt n|:tiGtitEFritr8:DATA INPUT PORT9:DATAOUTPUT PORT

1-

7:TRANSDUCER SETTINGS

2:KEEL OFFSET

It is assumed that the TRANSDUCER SETTINGS subnenuis beine accessed.

4 . 1 0 . 8 . 2 . R o g l s t e r i n g R e l a t i v e T r a n s d u c e r L o c a t i o n sIn a system wherc two transducers are instatled, the ship-shaped synbol ( I )shom just above the scale line 0 is desisned to indicate the rclative location of thehansducd that is beirs used for current soundins. Three sites are s€lectable fo. eachtmnsducer: A{t, Middle and f'orc, as ilustrated below.

Fis]m 4_32 Indication oftansducer Site

]EMiddle

TE

To take advdtase of this feature, you must resister the rclative sites of the high andlow hansducers via the folowins steps:

O select " l: LocATroN " lv nre""ing 1ffi

, ope.ins a LocATtoN submenu.

O r"""" 1ffi,

*rome option "l:HlcH FREOUENGY (for charnel A).@ Select the appmpliate option by pressing the conesponding numeric key.

@ n*"@.

63ftannDu.d aD nextptge)

F,2000Advanced seltings

4.10.8.2. Regfstering Relative Transducer Lo calion' (cottinued - 2/2)

@ Select "2:LOw FREOUENGY uTnressms'?ll'

@ Selst the apFopriate option bv pressing the conesDonding numeric kev'

@ P* *@.

@ Pre"s @ to e"it the menu mode

Figue 4-33 RegisteriDg tansducer Sites

1:HIGH FREQUENCY

@E2:lrllDDLE3:AFT

;-)

1:LOCATION

2:LOW FREQUENCY ------

See page iii for related information on

chamel-transducer assrglmenis

2:LOw FREOUENCY!!:nrlf:r2:lillDDLE3:AFT

4.10.8.3. Enter ing Keel Offsets

:*r*j:as*:i,**-***t**1f f#:+ri,ffi'Dssducer ------=-::ry

**tou*, ----t]

O select "'2:KEEL oFFsE? br rres"bs '?ll

' opening a KEEL oFFsEr submenu

(I\gule 4 35 on nert Paee).* u; tilAtN MENUJ9I STALLATION SETTINGS +7:TRANSDUCER SETTI GS Patn

@ r"ess 1ffi,

ser"cti.g option"t:HIGH FREQUENCY " (channel-A)

O Enrer lhe comeci Lecl off6el of thp chMnel-A uansducer bv repeate'll' pressins"

<C, | <r. N"nei" kevs cannot be used tor entrv ofkeet otrseL

Gantinded oa nett Paee)

64

Frgure 4 34 Ke€lOffset E ample

^."""""" "!;11334.10.8.3. Enteffng Keel Ottsets (co'ti'Ded 2/2,

@ e** @. ' . . * . r tere

the "nrry lor channel A operarrcn. Th" KEEL oFFSETplaved agarn.

FiE@ 4 35 Enteins Keel Offset for Chauel-A tansducer Erample

2:KEEL OFFSET

E!tE[@t!@--2:LOW FREQUENCY

iV

(siryte tralsducer Eou6insrnstallarion)

1:HIGH FREQUENCY

t - I I' ' i

1:HIGH FREOUENCYt;tSgm

rleparaie !re6ducer Housrn

I:HIGH FREOUENCY

<- - - Scale tine 0

Ct/.El

_---- Enter the conect oflset. '----- Enter the correct offset ofIow ftequency hansducer

O Sel€ct'2:LOW FREQUENCY'and, simitely enter the same offset value for sirsletransducer housing iDstallation or the conect offset of the channel-B transducer forsepamte transduce.housinsinstallation

An example below indicates how the keel offset enhy affects the status indicato$ in theupper palt of the screen with the depth reference set to "*IBELOW KEEL." Note thatthe zero line (i.e. start of transmission) occurs above scate line 0, but its display issuppressed. The disiial depth rcadout and alarm depth will be a depth below-keel(DBIO value.

Figue 4'36 IndicatioE of Delth Reference with Keel Offset Entered Etuple

Alrm ilepth also changes to DBK --l .,,/'------

Keel Ofiset ente'ed

PF=1t1 soKHz i xr-J6.eNR=oFF Fl24.6v A#x rg-z rk

.. ....,, -. .. .. ., . r.., !\\\\\\\\\\ra

*rThe depth referetce nust be chugedacturdiDsly to "BELOW KEEL," as r;the enmple be[ory via the procedue iD

@ - iralx i,teNu - z:DEprH REFERENcE + 3:BELor,v KEEL + @

F-2000

i t . l l . Select ing Data lnput Connectors

The fouowing rhFe rear panel iflerface 'onrecfds are sehct€ble Lo accept disiral

i,iil",J. =i,.i L t;"r,r"". 'peed ard h"adine daua from an "rremar de\ice:

. I/O DATA

. RS-232C

. RS-422Figu€ 4 3?

RS-422

- @ ' - @ '

Depenilins oD the tvpe of interface of the device to be onDected' select the appropriate

co;nector via the following steps:

a :"Jff,-s. #":iJ""rr'",d1'"

MENU and then s€rect .erNsrALLArroN

Digitsl Interface Comectals

RS-232C

gINSTALLATION SETTINGS

1:ECHO COLORS2:DEPIH UNIT3:DYNAtllc RANGE,l:UTC/LST (offset)5:GLOCK PRESET6:TEMPEMTURE7:TRANSDUCER SETTINGS

g:DAIA OUTPUT PORT

See paragraph 9.3 4 for information on wiriDg to these connectors and also on the t'?es

ofdaLa rhar can be ac.pptcd.

S@ paragaph 4.11 for selection of data t''pes to be output via the comector specitred as

I/O DATA

O Select "8:DATAINPUT PORT" br presins.@ The options on the menu are seu

O Select the desied connector bv pressing the conesponding numerrc kev'

@ P*ss @ to *rnntete the selection'

Fiew 4'38 Gai ns Access to 0ATA INPUT PORT submeou

8:DATA INPUT PORT

2:RS-232C3:RS-{22

66

^.""""". "5;11334.12. Select ing Data Outputs

You c"an *hcl typFs ol data. includirs rhosc Erom a CPS receiver. ro be ou(pur via thernrena.c mnrecror spteded rn lbc previouB paragrapb (4.I tt. This tunfiron shoutd hplDreducF po_ssrble problems lhat bay occllr wleq an exrcrnal device connecred is noicapabre or processrng e rarge amounr of oul puL daia or sbcb rhe devi.e recFirps a datar,?e that rs not supponed bv thc devi.e s sofiwue.

Figue 4-39 caininsAccess to DATAOUTpUT PORT submenu

9I STALLATIOI{ SETTINGS

1:ECHO COLORS2:DEPTH UNIT3:DY AMIC RAt{cE4:UTC/LST(off3et)5:CLOCK PRESET6:TEMPERATURE7:TRANSDUCER SETTINGS8:DATA I PUT PORTFl|rEiAritEr'lEcF llt -----

g:DATA OUTPUT PORT

!!!I*5!TEEII oN2:OEPTH(DBT) ON3:DEPTH (DBK) ON4:DEPTH (PSKDPT) Ot{s:TEMP (MTW) ON6:UL (GGA} OFF7:GPS (RMC) OFF8:OTHERS ON

^ -ur

:ress g lljfeo tle MAIN MENU, and I ben selsr ..elNsTALLAloN sErINGs"

Dy pre36'n8[If.

@ s"t""t "s,oJrA ourpur poRT., by pressirs @ "r,ro, o0",,.", ooro our"utPORT subnenu, as shown above T'he options on rhe menu represent the datatr?es that can be output. The ght-hmd column shows the o./off status of each

. DEPTH (DPT): Depth dara in gSDDpT sentence'oEPTH(oBT): Depth below tmnsducer in $SDDBT sentence' DEPTH (DBK): Depth beldw keel in $SDDBK sentence' DEPTH(PSKDPTIT Depth data in *lgPSKpDpI sentence. TEMP(MTW): Temperatue data in gsDMTw eentence' -ZGPS (RMC): lr'tinimum r"@mmend"d dara in gCPRMC sFDtence. -TOTHERS:

Any NMEA-O183 { tEC6l t62 t t data oLber rhan above.*t mis data forMt is fot use with SKIqqER tR 301 digital itepth repeater oDly.'2 me data EnteDce' are avaitabte with aa optional eps enilr or GpS data Bourc

Initiall). dpprh and rebperaL@ dsra onty de ourpur, as ijdicated .ON .abovc. The

rcsl orfhe data ohe inirially runed otr as indicsted.OFF._ To alow orber rwes ofdala l.o be our pur. erefur e rhe following sreps:

@ Hishrisht the desircd data type by pEssing Ct /Cl.NOTE: NMeic keys catnot be used to seteet the neDu options in this caA.

@ n*"";** !

-Q so thar the status changes ftom "oFF,to,,oN.,,@ P** @ to coDplei€ the settins.

@ r""* @ t" .*it tle menu system.

To disable a particDlar data riTe, set the status to "OFF at step @.

". """,.i i:::

5. i laking Settings via SYSTEM MENU

5.1. ln lroduct ion

rbe followins tuncrious are availeblF rhrough a deloLcd Denu caxed a sI:lEM MEI{U'

whicb is accessibl" by runing Lhe equipmebt on whrle holduC dowb rDe g Kev'

Fisure 5-1 SYSTEM ME U

. Selection of background colors for €choeram screen

. Elsution of hardware inteerity checks (se]{-diagaostic tunction)

. Uploadins of stored data to Pc-based applications

. Selection of data output int€rwls

. Selection of cha rels to be displayed

SYSTEM MENU

|EtcrerEmEl2:SYSTEtil CHECK3:OUTPUT STORED DATA4:OUTPUT INTERVAL5:DISPLAY CHAt{NEL

. I:BACKGROU D: Selects three backsEund coloElbr echosam scleen'

. 2:SYSTEM CHECK: Eaecutes hardrvare integitv checke.

. 3:OUTPUT STORED DATA: Outpuls srored dala Lo PC €ppLi'arions vis resr paneled data com"clors (RS-2tc, R$-422' |/o DATN

See se€tion 6 for details.. 4:OUTPUTI TERVAL: Selects intewals at which stored data aie to be

uploaded. See section 6 for details.

. s:DISPLAY CHAN EL: Det€rmines which chmnel to displav (channel-A'charnel B or bot! See pdagraph 5.6 for details

The folowins instructions assume that tle SYSTEM MENU is beins opened.

5.2. Select ing Background Colors

O Selectins option "I:BACKGROUT{g' opens a BAGKGROUND submenu with threeoptioDs, as ilustrated belo* Those options are se]f--€xplanatorv. Initiallv "SLUEis selected, so that shoglam shows on a blue background

Frglre 5'2 Selecting ScE! BackgFund Colors

SYSTEM MENU

IEEKEIIM ___-2:SYSTEM CHECK3:oUTPUT SToRED DATA4:OUTPUT INTERVAL5:DISPLAY cHANNEL

1:gACKGROUND

1:BLACKmtE3:WHITE

O Usins lhe aDDrcoriale numeric Lev, selcct rhe colors rbat suils rhe env[onbcbta]

l ighr ;s .onJf io ;s . and prcss @

o.omohte rhe sehaion

@ e** @ to exit the s'6tem menu mo.le.

"" ",",.ifr:::5.3. Pertorming Self-Diagnost ic Funct ion

Setectins option "2:SYSTEM CHECK" tly p."""i.g'!t) opens a SYSTEM CHECKsubmenu, idtiating the built-in seH diaenostic func-ction automaticallv. as in the

Figue 5'3 Initiatins SelJ Diagnostic Funcrion - Example

SYSTEM MENU't:BACKGRoUNDtlstE5ritttlrg: a-------__3:OUTPUT STORED DATA4:OUTPUT INTERVAL5:DISPL,AY CHANNEL

Hardware io be cheked

The followins hadw@ components wilt be checked for intesdty:

. VIDEO MEMORY: Menory for disptaying sraphics data

. PROGRA MEMORY: I'lash memory sto nc sof[weeWORK MEMORY: CP[rs work arca for pmgram execution

. EEPROM MEIIORY: Electdca y Elasabte ROM storing user made settinss

. CH-A FREQT/R: High frequency/chmnet A transceiver*r' CH-B FREQ T/R I,ow tuequency/channel B *ansceiver*

The .esdt of each check will be indicated as folows:

, OK!!: Haldware is tunctiodns normally. ERR!!: Hardware mafunctiotr is det€cted.

-t The appeamnce ofzem line (pansraph 3.1.J) ;n the stro,sest uho coto, except inthe case of the DBK depth rcfmnce setti's (palaezaph 4.9, alo iDdicates that botjlthe transmitter and the rcceiver are workias consistentty.

r"*" @ to "*it

tl," "l'stem

menu moite, or my other key to rctrm to th€ SYSTEMNENU.

V I D E O M E M O R Y . . . . . O K I !PROGRAM MEMORY.. O{! :W O R K M E M O R Y . . . . . C K I !EEPROM MEMORY... OKJ!CH-A FREQT/R . . . . GXI:CH_B FREQ T/R . . . . OXI'

69

F_2000M.kins s€rrinse via Sy6r.n Menu

5.5. Select lng Intervats for Data Output from Memory

Figrre 5-5 SelectinsStoredData Output IDtessts

5.4. Outputt ing Stored Data

Fig!F 5.4

Selecting option "3:OUTPUT STOREDDATA" alows stded soundins data to beoutput qa the rcar panel intefacecoDn€cto$. See pa.asaph 6.3 for a detaileddescription of the fucrion availabte byexecutins this option.

Selecting option "/*OUTPUT TNTERVAL'allows you to s€lect the time intmals atwhich the stored data strings de to beoutput via the rear pmel intedaceconnectois. See peag?aph 6.3 for a detaileddesoiption of t}te tunction available byexecuting this option.

If, for any reason, you wish to display theechosram of either hequency atone at sItimes, select the desired channel via thefolowing pmcedure.

Ex€cutilg Storcd Data Ourput Function

SYSTEM MENU

t:BACKGROUND

4:OUTPUT INTERVAL5:DISPLAY CHANIEL

4:OUTPUT INTERVAL

1: 2 SEC2: 6 SEC3: 10 SEClttfiEn5: 60 SEC

5:DISPLAY CHANNEL

l:HIGH FREOUENCY2:LOW FREQUENCYdr E*rnnr:*r

NOTE: Selection ofa desind intesal d@s hot atrEt the output irteflal (j sa) ofrcattimedepth data (DBT DP4 DBK nd pSKpDpD.

5.6, Select ing Channets To Be Displayed

Initially ,ou can choose the hish frequency/chamel-A pase or the low frequency/chmel-B pase for tuil sseen display by Fessing fiU.

Fislre b 6 Setectins ChabDets ft Be Displayed

O Sete.t option "S:O|SPLAY CH,ANNEf'by pressinc @

@ Highlisht the desired option by pressing the apprcpriate Dune c Lex

@ P"*" @ to complete the settins. The SysTEM MEI{U shoutd thetr retum.

@ r** @ t" *t"- to the norDal echosram soeen.

< cAuTtot{ >

"',ffi ,1 ;I3:i":1iil":,';::';:lxx,1",,1'."",x'j"il."Tai;*oll;ilTn.@;lindicata an op€rational €rror.

70

F-2000

6. Outputting Stored Oata for Pc'based Applications

6 . 1 . l n t r o d u c t i o n

Vuious types of data stored in non volatile memorv can be output via rear panel

connectors (RS-232C/R922 and llo DATA ports) for processing or analvsis in

PC based aDDlKat ions. The soundiDss informolion retrieved trom memorY is io m'tersand in NMEA 0l8SDPTlormar(consisr insofdeprh bc los-r ransdu."r . drah and kecl

otrset), resardless of whether other readout unit (FM, FT, or BR) is selected viaparagrapll4.10.3, and the date/time information is in UTC even if a local time offsetwas entered. The echo sounder functions sle disabled while the storcd data are being

uploaded to a PC or other host system, thereby preventing the saved data frorn being

altered or updated.

6.2. Oata Outout Format

The data sets are output with the latest one tust, and in the mmufacturer's Foprietarvformat conplying with NMEA-0183 data sentence specifications, as detailed below:

' Figurc 6_1 Output Format of StoEd Data

$PJMCN, X,XrX.Xr X.X, Ar ddmmvv, hhmmssr(cont inued to n* t l ine)

o @ @ @ @ @ @l l l l=. l l l ' a' vvv!.vvv, q* hj <cF><LF>

(8) O qq q! a? qr a,

Talker Identifr er (proprietsy)Depth below transducer in meters, varying in lengthi nu]] if depth informationwas t€mporaily unavailable.

Oflset; positiv€ (+) = hansducer dra{t, nesative (-) = offset from transducer tokeel. Null if no data is entercd.Depth range used, in meters*'Operating chamel ( transducer) used ; A = charnel A, B = channel B

Date (day/nonth/year) referenced io UTc, ffxed in len€th.

UTC time (hours/minut€s/seconds), de vedfaom intemal clock or from G?S timewhen a valid position fix was available. Fixed tu lensth.

Latitude coodinate (to l/1000 minutes), varying in Iensth i nul when a varid GPSposition 6x was temporarily uavailable.

o

@*1

@o@o

@

O Latitude sign (N/S); nutl when a valid GPS position ffx

C0 tnnsrude coordina(F tto l/1000 minuFs), varyinc ;n lengthlCPSpo.ition 6f, fras temporarily ua!ailablc.

nult when a valid

tlF

@ knsnude sign (E/W); ndl when a v€1id GPS position 6x was teEporarilv

@ Checksum

@ Caniage retum

@ Line feed

*r lfboth otrsets were ente.ed, two $PJMCN seDtences will be output with the samedepth-below transducer value; ore contaids the bansdDcer draft, at.] the othet the

(c@tinued oD next pase)

71

6.2 Dala Output Form at (.ontinued -2/2\

+, lldpplh neasurcneDl" wcre donP in rathons or fecL

used to rPpresefi lbe dainum depth mnBP rn use'

F-2000

the followi's netic vzlues arc

5.3. Outputt ing Stored Data

*" **rr"" of outpuirins srored d-ala senlFncs can be inidatrd rhrough rhc

*3SYSTEM ITENU dessibcd in sPdron b.

-:^l"r:;:"*;#

w:

b' 6'6t'u ne'|hP couipdc otr a nd aeD I umlna on asatn

The lolowiDe SYSIETMENU oprions aJ" relsred |, rhe function

.".,ou'eui.'o*.oo*'?Jj:i1".:1"J""*::lf "f d-3-?.'r"i:F$l:';3%liffi l

. 4:OUTPUT INTERVAL: Selects interr'sls at which data are to be uploaded .

$l:k'if t"ld#iali*1nt**::iF*Ti:Tr*t:l{"*d;irm;6.3.1. Select ing Output lnlerval3

;l: ;'-. ;:"llm*lJ,lli"i.;::l ils *tll":i?!i'*",-l-!!l !sfi:,:*i!t:!fu :iir*:vr*'*-r5::il"'Ln;s:::'nif"iii"*x1'l#":*""""""O Sele€t option '4:ouTPUT INTERVAL' ur n**i"et @ ' openins an oUTPUT

INTERVAL dlenu, a6 shown below

Frerc 6 2 Selecting Data Output Intenals

SYSTEM MENU'l:BACKGROUND2:SYSTEM CHECK3:oUTPUl STOiEqqATA

ffit!-

7Z

(@,tinued o' 'ext Paee)

F-2000

6.3.1. Sefect lng Oulpul ln tervals @nt inued-2/2)

O Using the appropriate nuEledc k€v, select the time int€Nal that best serves the

cuBent pulpose.

@ ry*" @ to complete the selection The OUTPUT INTERVAL neDu wil then be

@ Proceed to the next parasaph to activate the data uploading tunction'

6.3.2. Uploading Stored Data

A.fter choosins the desircd output interval via the pr€edins pruedure, activate the

data uploadins tuncrion in the folowins nanner:

Fieue 6-3 Uploadjrs Stoled Data - Step (1)

SYSTEM MENU

1:gACKGROUNDCHECK

4:OUTPUT INTERVAL5:DISPLAY CHANNELS

PREss ffruf To PREvlous MENU

O Select "3:OUTPUT STOREO DATA, bY

n**i"e "[|.

rr," "0";pment

,s now rcadv

to start uploaor.g oau.

The key synbol IENTI in th€ "PRESS IENTITO START" nessase below the menu shouldsrali bliAlins bishlightpd. prorptins vo'r tnpE$ tfl, to execure tne luncnon.

08

PREss JEIIfro srARrBlinkins ro Probot Pressbsor @

Fisue 6-4 Uploaibns Storcd Data - Siep (2)

SYSTEM MENU

1:BACKGROUND

4:OUTPUT I TERVAL5:DISPLAY CHANNELS

43097F' '\------Down

couDter (exanple)

PRESS IIKffi TO PREVIOUS MENUPREss IEIlifl TO EXIT ALL

@ PEss to stad the data uploading prccess. A 4-to S digit dom counter*t should then showuD in the middle betsFen rbe menu and tsomeesaee lines. as in the exmple at leff Thecounter reading becones 0 upon coDpletion ofuploading. when the courer is turned off.

73

(@nti,oed on next page)

F 2000

6.3.2. Upfoading Stored Dala Gottitued - 2/2)

@ To terminate the uptoading before it conplete"' t"""" E-

O c.*" @ ro"xir rhP sYsTEM MENII mode reru'binc ro 'b cl clo soutj"r

*. Tzc nunbet ot.ounrc" *""^,:rl::,"" ":,:;1:il:'ffi.#itr:i#;temnated bv etflage retuv (CR) andLneEe',j#'ii"

*an ,t "

*'rut nta@t seJP'tPd as roltows'

a3,200 O secs), 14,4n G se.d, E6a0 60 secd' 43m (ta]' 1'14) (60 secs)

74

7. user-Lever rroubre shooting "* """ ' "' "l;"199

7-1. Introduct ion

iry#i']*ffi il;t.$it'l,+m:$ilrl,[ipi$;*i:tr{+gi'i', ".:"";::,i;:,::.",I ::'; ;:ffi!:!:"ffi: eu irrh,ae he p,,upncm.t, tue, aF,1

[fi#i'i"TB^.j:i?,1f1",.;Hi{qST,"5cAB,,{ErrHEAusERMUsr7.2. Dcpth Roadout

' "1f*;';1";':,#nxrM

" *;:T" ;ii:J#"dj"$1.,rffi

#frf#H;trffifi !fifYnHf"j:t""?$::-::ff :':;

ll8ffllffi:ffit,ffBff*"!#:;"fr#:i;.;y_#f"*:t:"2

":xl; l*'1":: Jiif l,; 1; ;;" j;

' ;:i:"il::i+hxiffi1xi:ii?

"l'?#{irfi ,?i'r#ii:i$"ii"# j'i{qH-,,$:[1"+:q'=,1';yr*

75(contitued ob nert paee)

F-2000

7. Usor-Level Troubfe Shooti^g (.onti'ue't -3/6)

7 . 3 . A u t o m a t i c r a n g e s e l e c t i o n

7.4. Bottom Echo APPearance

Probiem is often due to bottom echo bernslost intermittently when ship is:

. h€avily pitchins or roling,

. in the wake of another vessel' or

Select high lrequencv (200 kHz) channel toalle\aaie problem whe! workrng on shsxowranses. (;el paraexaph 3.?)

Errat ic operat ion .egardless o l

s t roDg bot ton echo

Automatic depth snge selection rs

enatic regaftlless of the bottom displav

in one of the strongest colors

u

Svmotom irdicates that whiteline hasb;e;activated. (ret Ddasraph 4.5)

To see boiiom €cho rn full colors, set shrte

line level to 0 using G) / Gl arter

accessins WHI'IE LINE submenu via (MAIN

MENU+4:WHITE LINE).

See also parasaph 4 9 f vou-wish to seeechoes in full colors, and check to be sureecho display option iB set to 2:NORMALDISPLAY.

OEly thilx bottom contour rg

v is ib le.

me bottom tuDtou is sho9/, in a dottunlire, fdlowed by a blaik area.

Symptom jndicates ihat -{ho dtuplavihreshuld tu set at hrgh lever' rrer'

?1""";:i.'iji:r .;"1" J jl":*dI"'dafter acLessing ECHO THRESHOLDsubmenu via (MAIN MENU - 3:ECHoTHRESHOLD).

See also parasaph 4.9, and chsk to besure ecbo display opiion rs set to2:NORMAL DISPLAY.

Only stroug echo colors ar€ vtuibl€.

me battam sha is shown in a few stmns

SvmDtom iDdicates tbah snall echoaiaanic ranse is selected Check cunents;ttins Iia (MAIN MENU-SINSTALLATIONSETTI-NGS-3:DYNAM|C RANGO. { ref: para.

4.9-4).Select 5 dB or 6 dB, if other valu€ N

Most ecLoes are vtuible in 8trotrs

Most oI the e.baes Pnat? !1- 6.!oDe.olore req$.lless ot San Md 1 vU adJust

(conti'ded on Dext Pase)

7. User-Levef Troubte Shooting (co,tjnued _ 46)7 . 5 . A l a r m s

Echogram F€ed

(coDtinue.l on bert paee)78

7. fJser-Levef Troubf. shooting (.anti,ued i/6,7.7. Data History Wtndow

7 . 9 . E c h o g r a m R e c a e d f r o m M e m o r y

7.9. S€tt ings th.ough l l€nu Sy.tem

. F_2000

Data hi6tory window i! rotupdatsd.

the vtious data sbowing tn ehe datanlEtory wdoq afe Dat updated.

Data history window is desimed to showpast 24.hd's of data tuo- -"-""t

@ i"

Date sbom in window are nor uDdatedautomaticslly, thouah cu$ebt daia secoDtiruously stored in rDeDory

Tb update data displayed, rum window off

fi"JJ:,il!ffi H ;r,l#; Jri " *

Full cdlo! €clostam is nor stor€d.

"he tight half of the c@nt echoszam

@DDot be Etored n nemory and carDot

f,f!#:ffi* ^" atr sc@n ueax?rP;':i:mr*:m".ffi.-:T

paEsraphs 3.5 & 3.6)

Stoied full color echogram is

me recaled nrll color echoezaD on theIelt hau scre@ ii ensed atter theequpment is switched oE

hesent softwme version does not supportperma@nt stdage of tull color graphics

Opsratior does not !€flect settbrsnld€ tbrough o€nu systeD.

l':". @ *"1 ride a settins is osde,Derore cberng cu}renr 6ubmenu. (rei

79(coDtinued an next pase)

F-2000

7. lJser-Levef Troubf. Shooting (coDtinueit 6/6)

7 - 1 0 . D a l e / T i m e l n d i c a l i o n

7 . 1 1 . S c r e e n H a r d C o p y

Sussested Solution

Lasi date and tiE€ rssdouts ale aotr€meEbered on next Powe!-up.

The date tud time i'fortuation you setrh.ouEh tbe menu srgten js los. afterthe eauipneht ts switched oE

Svmptom indrcates that intetnd backupb;ttary (trpe cR:20251 Iu htiltjtr real

A.ek your dealer or authaid 'r3''4r toreplace exiBtins batt€tt iAlled oDintenal main PCB.

< waRl{na >HIGH VOLTAGES EIISI FIDE THEcoNsoLE cABrxEt ll- t SER llus'INOT OPEN THE CABE .

Ituorect local dat€/FtaDdard time

Incollect l@al date and time readoutgres|lt aftu a GPS sehsor i. plugeed i..

Synptom indicatas tbr.Erd UTC timeoffset is not ente!€d (l tD lil'|e offset is

1. Ch€k current(t&e.n:

MAll{ MElt ' SlAllATlONSETTINGS i 4irtlrlsl (orrieO.(rcf. paraelaph alos)

2. Enter cort€ct ti@ 6.t-

Be sure to Dre.s ! Ur.* ""iti"ecuent subE€ru- Gif. Darag.aph 4.10-6)

Symptom $rgerted solutioD

Right half echogrsm cauot bep rted out.

Press (D_ 6.d to Etlre ncbt ba{ orcurr€nL ecDo€l,m m memory, ano rnen

iiT:sf"r*i"' irARD coPY menu'

Scre€r hard copy iB available oDlyPresed softwaE version does Dot supportcoloEd printout of echosran screen, even ifcolor graphics pdnter is connecied.

80

..1

l

F 2000

6. User -Leve l Ma in tenance lns t ruc t ions

To ensure lons r"rm tmuble ftee operaLion rhc uspr sbould resJarlv follow lhe

marntenancP inslJuctions describ"d u rhis *'tron

8 . 1 . M a i n t e n a n c e o n t h e E q u i p m e n t C a b l n e t

XepD ,hp equ iplncDr. ' ndudDg r hp AC-2000 Ac a'Iapr tr awav trom "ea spl1:!" *J.,::l. - i i *r , ' u" i d 'r '* b*t-c"n"rar irg souces and make sure rbai 3rafoundrhPc€brner

i#ilJ,irn; fre"lr' Jr r-he equipm"nt i6 nor soins tn be us"d for proldgFd"p"nods ot

ii... a;.-*", ,t';*Ui"et and AC powe' adanrer tlom rbF vessel and placF them rn orv

li-i#. b1 .-"L "*;*r' rh" "qu ipmenr off bifore rFmovins cl"'trical coDne$ ions trcm

the ;ar panel

< W A R N I N G S >

4. EXTREMELY HIGH VOLTAGES EXIST INSIDE THE CABINET' THE USER

MUST NOT OPEN THE CABINET.

2. CHE ICAL SOLVENTS, SUCH AS PAINT THINNERS AND BENZENES'- i lri i i r.rdi is useo rb cLEAN rHE cABlNEr oR ScREEN FILTER' oRiEirin-lrlli olrtrre E ro rHosE PARTs wlLL REsuLr.

To clean the cabinet surface, a neuhal tJ?e household detergent intended for office

equipment i' r"corbmended

Clesninq the a. r l l ic El ler on rhe LCD screeD should be a main lenance rourrnp ro o loro

i#;;i;i b't;il;;1"*i. r" "t*"

rt'" ".'"* m""r use a piece ot srighlrv wei 'rotb'

i i# l^" p-"^ t r . ' t " . r " t l mav be mois leDed wi th a neurra l r )?e detprgenr '

8.2, Maintenance on Elec l l ica l Connect ion3

Th" hrsh humidily mart e Flectrrcsl conra'ts in the Far panel

-""""i."" i" "";-a"

*er rime \4brations and shocks bormauv en@unrcrd on the

;:$ffi;;;;;;;""" tr." "t."t'i""r "o"t'"t"

to become roosened conoded c ro*e

H;;,"t"*-ilil;o*;";p;"sible for eraatic, intermittent operation or poor pe#omance'

il;;;ii;;h;;:J;;;obrens, conduct the rouowins maintenance operations at rea.t

. UDpluB all Ibe cablFs ftoo rhe real paDel and tuom th€ Ac adaprcr' md check |,oie-

"ui that contact surfa'"s, including rhe prns in the 'ear panel mounred rseptscres

de free frolr corlosion.

. Check the connections at the ship's AC and DC power souEes for freedom from anv

sort of conosion-

a Correct an{ problem using a high qualitv coDtact{leanins agent (contact

< WARNINGS >

1- BE SURE TO TURN THE EQUIPMENT OFF BEFORE RFUOV-UG- ]'- ir-srlilrltc iue boNNEcrloNs FRoM / To rHE REAR PANEL oR AcADAPTER CONNECTORS.

2. SANDPAPER WILL DAMAGE THE CONTACT SURFACE AND MUST NOT

B E U S E D ,

8l

F-2000

8.3. Maintenance on Tho Trensducers

Marine sro*th on the trarsducer face wil cause the snsitivitv (abilitv lo &€ct w-eak

""r'".", i" a""p *". lime \trbcncver there is an opponunrtv ro stq lb iostslied

ir,"J*"^, "ti."*

for any e7o$ rh or barnaclcs or weed on rhe fa'e- (* remo"

"""r, c""*ti using a piece of wood or sandpaper, talins caie d ltt tle face

< cAuTloN >

8 . 4 . S e r v i c i n g t h e E q u l P m € n t

lf the eouiomenl shows sj sifl of mafuncrion 'onrs"t vu.t qFF ssislanc'

Dsnecrous high voltages u" pr"senL ibridF ihe lquipdent c'[-(F - open rbe

cabinet in m attempt to conect the probtem OZ

There are no uset-serviceabte larts i{fr.

82

F-2000

9. lns la l la t ion lns t ruc t ions9 . 1 . E q u i p m s n t C a b l n e t I n s t a l l a t i o n

9 . 1 . 1 . G e n e r a l P r e c a ! t i o n e

The equipment cabinet is constructed to withstaDd the humid dd corosive mume

;; ; ; . ; " ' , bur is desisncd ro bF i rsrs l lFd o ' operared rns idp rhe $hP" lbo-se o '

chax oom. Scnous damagP wi l l res" l t ro rh" c lec l roDicb i l " rde lhe 'abrre l $nen r r rs

exposed to salt water sprav or splash.

Additionol Reoutuenents

For long term troubl+free sewice, the proposed eite for hstaletion should be:

. dry, wetl-ventilated and ftee as nuch as possible ftonl shocks and engine vibraiions'

. awav as much as possible from high tenperature outlets (such as exhausi fans aDd'i'..t1"*l..ta

as rouch as possible fron areas where the unit b lilelv to be

constantly exposed to diEct su.light.

9 - 1 . 2 . M o u n t i n g

9 . 1 . 2 . 1 . M o u n t i n g t h e C a b i n e t

The equiDment cabinet is p marilv deeie]red to be mounted on a tabletop with the

-""" t i "JL*U" i *oot .d and qeiehrs approimatelv 3 a ks in rora l Tht d imensions

n**"ary to. ine.aU"iion aF given in Fieure 9-2 P"ovide sulfficiFnt clearancc behrnd

the cabi;et for cablinq ternination and naintenance checks'

Using a total of frve appmpriate wood *rews or bolt/nut combinations though its five

-""itine holes (9 nn in diamet€r eacD, secue ihe bracket to the selected site-

Mahe su.e that the mounting suface is strong enough to support the unit against

shocks or vibrations that arc lil<elv io be encountered with the ship in motion'

1 .

< WARNINGS >

EXTREMELY HIGH VOLTAGE PULSES ARE PRESENT ON THE PINS IN EACH

REAR_PANEL TMNSDUCER CONNECTOR WITH THE EQUIPMENT

SWITCHED ON. TO PREVENT FROM AN ACCIDENTAL CONTACT WITH ANY

OF THOSE PINS WHENEVER THE TRANSDUCER tS UNPLUGGED' EACH

COHIECTON MUST BE COVERED WITH THE PROTECTIVE CAP SUPPLIED.

BE SURE TO LOCKTHE CAPWITH THE TWO SCREWS AfiACHED.

DO NOT PLACE THE UNIT IN AN UNVENTILATED, SEALED ENCLOSURE'

SUCIT IS N THEFT-DETERRENT CABINEI OR OVERHEATING AND

MALFUNCTION WILL RESULT.

DAMAGE CAUSED BY EXPOSURE TO WATER SPRAY OR TO DIRECT

SUT.ILICXTWILI- HOT EE COVERED BYTHE MANUFACTURER'S WARRANTY.

83Gartinued ar next pase)

F 20/JO

9.1.2.1. liounting the Display Cabin.l (continued - 2/2,

Fig!re 9-1 Tabl-Top MountiDg - Exmple

Be sur€ to attach a senated plastic washerto the inside of each arm before placins thecabinet in the bDcket. This pail ofwashersis supplied separately in the plastic- bagthat contains the power cable, luses, plugs,etc.. and Drcventathe cabinet ftom leaningfon;dd ;r backwad with the clamDine

After tilting the cabinet to a desiledviewins ansle, tighten the clampirs knobfirInly.

FiglN 9-2 InstallatiorDime$ions of F-2000 Cabiret

(Dimensions in nillimeteE)

"\---- Mountins Bncket (Botton View)

Weight:

Ambient TempeEtue:

Compass Safe Distance:

2.4 kg (cabinet) + 1.0 kg (moutins bracket)

-15 to +55'C, 95% RH (opeEtiDs, without condensation)-40" C (6torase)

1.8 meters for cabinet, 2.4 meters for mounting bmcket

FfiE8BB,S;i;j:i

t .-JrFi

. - - ' - l l l l r! il i t li i t i i li ir .-llt. II I !-::1il

I il ,-lllti i . iG.1l ' ' - - ' l j r l ' '

a4

F_2000

9 . 1 . 2 . 2 . M o u n t i n g t h e A C - 2 0 0 0 P o w e r A d a p i e r

The Model AC-2000 AC adapter is to be instaled where anAC power supplv (110-220

VACa10%) is available. The case is desisaed for mountins on a llat sui'face near the

display cabinet. within the reach of the cable (2 mete"s, M202-PW02) that conDects the

two units. I he dimensioDs are siven in Fisue F3

Figue 9-3 Insiallation Dinensions ofAC-2000 AC PowerAdaprer

(Dimensions in milineters)

W€ight:Ambient Tenpemtlrre:

Apprc!. 850s-15 to +55'C, 95"/o RH (operatins, without condercation)40" C (stora e)

* j ! l - , - , f j - :

l , . i : o ' i ' j

85

F-2000

9 . 2 . T r a n s d u c e r l n s t a l l a t i o n

9 . 2 . 1 . G e n e r a l P r e c a u t i o n sThe iDstallation should be plamed in advance, keepins in mind the standard cablelength inteelaly connected to the transducel In an insbllation where a longer cable isrcouircd. it is rcconmended that the trdsducer be ordered with the desLed cablelenci b mst"ad of exLFndrns (he existing .eblF wir b an additional cable. If rbe cxist ins.abie bss ro be er,i.endcd, be su'e t;us" rhp samc rype of cable supplied by rh;

< WARNINGS >1. DO NOT LIFT THE TRANSDUCER BY HOLDING ITS CABLE OR THE

INTERNAL CABLE WIRING WILL BE DAMAGED DUE TO ITS WEIGHT.2. THE TRANSDUCER IS A DELICATE PIECE OF ELECTRONICS, AND MUST

NOT BE DROPPED OR HANDLED ROUGHLY DAMAGE TO THE TRANS.DUCER FACE CAN RESULT IN SERIOUS PERFORMANCE DEGRAOATION.

< CAUTION >Us€ of extension cable not approv€d by the manufaclurcr will seriouslydegrade the transduc€r performance. Coaxial cables cannot b€ u3ed.

9 . 2 . 2 . C h o o s l n g l n s t a l l a t i o n L o c a t i o nThe transducer location and method of inst€llation will sreatly affect the bottomdetecths capability of any echo soundins equipnent. Caetul consideration must begiven to selectins the mountins location md decidirs the nethod ol iGtallation thatbest suit the vessel.

Air bubbles and turbulent streams senelated by the vessel in motion will nost seriouslydeflade the bottom trackins peformance. Each t.aDsducer should be located away ftroEr,and fomard of, the propellers and shafrs, well clear of any water intake/discharge line,hutl openinss, outlets, sea chests, and any other prcjections alons the hull ihat mishidistub the sm@th flow of weter arcund the transducers. lt is reconnended that thetransducer be located on the side where the ship's propelleN witl move donnwards toprevent them fmm pushins air bubbles up asainst the hull.

< cAuTtoNs >. Inside-the-hull mounting will cause a serious impedance mlsmatch between

the transducer and lhe transceiver, Tho manufacturer will nol guaaanteedepth delection performance, lf Buch a mounting mothod is employed.

. Do nol paint lhe transducer face, or performance degradatlon will r€sult.

Althoush the approp ate location depends on the t}?e of hul md cruising speetu, apractical choice for a tust hansducer will be somewhere between 1/3 and 1/2 of thevessel's lensth fmm the fore. A second transducer may be mounted in the sJt th dofthe

Each transducer should be installed on, or close to, the veseefs centerline. On deepkeeled vessels, cde nust be taken to eGure that the energy beam (paragraph 9.2.3) ofthe transducer will not be blocked by the keel. IlleplLfulq-lbqtcellqgKliEjqbefe4lbe sue to peasure. and take a note ol the keel offset (distance fmm ihe tlansducer faceto-the keel in vertical plane) at this step. See parasraph 4.10.8.3 for related

There should be sufticient space irside the hu]l to alow access to the trDsducerhousin& cable, stuffins tube, et .

86

T

be

Blv

st

tGnbe

r}ethe

F-2000

9.2.3. Matched Transducers

The equipnent is desisned to operat€ with the folowirs harsducers supplied by themanufacturer, or cd be configured to work into existing hansduce* in a rctrofitsituation with appropriate matched bansceiver boards instaled.

' Dual lrequency: 'I\"e 570-50/200T dual ftequency transduce. in single ABShou6ing, with bearo ansles of 14' X20' at 50 kHz and 7' at 200kHz. Power rating: 1kW P,.i1s, Cable length: 15 meters stmdrd

\"e 706-50/200T dual frequency transducer ir sinsle broDzehousing, with beam ansles of 14" X20" at 50 kHz md 7" at 200kHz. Power mtirgr lkw RMS, Cable length: 15 meters standad

' Sinsle Frcquency: l)Te 570-50 50 kHz sinste ftequency tmnsducer in ABShousins, with beam aDsle ol 12' .Povr$ rating: 1 kW p,Ms Cable length: 15 meters (33 meters for

. OEM nodel)

. Sinsle hequency: T)"e 57l)-200 200 kHz single tuequency transducer in ABShousing, with beam angle of 4.5" .

Power rating: t LW p,Ms Cable length: 15 meters

. Sinsl€ Flequency: STN ATLAS sw 6016 100 kHz (deale/user+upplied, new orretmfit installation)

Power ratins: 200W RMS Cable length: 33 neters

. Single Frequency: r35 kHz (d€aler/us€r-supplied, new or rehofit installatio

. Sinsle Frequency: ELAC LSE 297 50 kHz sinsle frequency trmsducerPower mtins: 200W RMs Cable lensth: 33 netels

. Sinsle Frequency: ELAC LSE 313 200 kHz sinsle frequency hansducerPower nting: 200W xlrs Cable leneth: 33 meters

ly

D o fB4faceried

' t .<WARNINGS >

USE OF TRANSDUCER OTHER THAN THE ABOVE CAN RESULT IN EITHERDAiIAGE TO THE TRANSDUCER/TRANSCEIVER OR EXTREMELY POORDEPTH DETECTION PERFORMANCE.

DO NOT SWITCH THE EOUIPMENT ON UNTILTHE TRANSDUCERSARE PLACEDINTO WATER. OR DAMAGE TO THE CERAiIIC CRYSTALS CAN RESULT.

< CAUTION >To help the user identify high and low frequency transduce13 easlly atter theyare installed, mark each plug approprlately or attach to each plug a suitablelag wlth an approprlate lD (e.9. 200K/CH-A o.50K/CH-B),

The dimensions of matched transducers de siveD in the folowing pages. Forinstallation in a steet-hulled vessel, the user (o! the shipyard) must desi$ and Feparean appr.op ate housing/blister that may have to be certfied by the ship's classiffcationsociety or a dotified body to comply with the relevant speciEcations.

87

F-2000

Fiell}e 9 4 \"e 570-50/200T Dual Frcquency Tlansducer(excludins Steel HoEirs/Blister )

Housins mat€risl: ABS

'4x43 nm (50 kHz). 65 nm (200 kHz)

B€am widths:.14'x20' (50kHz).7' (200kHz)

Cable lensth: 15n

IOTT'M VIEV

NOTE RAIARSANICS IIUAL FREOUENCy TRANSTUCERFREAUENCY : 50 / 200 KH2STANIARII TRANSTUCER VITH l$ CASLE (9,4in,tu)

< CATJTION >lrse of a 706-50/200T transducer obtained Irom RadaEonics, Inc. o. f.omof lts dealars will aesult in an incorrect water t€mperature rcadout

88

F-2000

Fielre 9_5 lvpes 570 50 & 570-200 Single Frequencyllansducers(excludiDs Sreer Housins/Blister)

Housins natedsl: ABSElehent size: 60 mnBeam widihs:. 12" (5?0-50). 4.5 ' (5?0.-200)Cable lensth: 15m (33n for OEM)

--fI

63.5

<- e.5

Dimensions in Eillineters

NOTE: The above dinenEio's are naninal values published by the tratsducermanufacturt (Radarconics Ind. When desis:Ding a natched steel housine: forthmush-huu installation, the dinensions should be detemired or the basis of theexact size ol the transducer unit to be actually instaled.

89

F_2000

Fieue I ? Reonnended Steel Housins (Blister) Sbuctlle - ExaBple

NOTE: The dncnsions eboutd bP dctnniFPd on hP basis of lhc e'a't si7e ot the ABs

tm6dd.qhoDsing tu be iDsraxed

! !n

{ E

91

F_2000

9.3. Electr icalConnect lons

9.3.1. Introduct ion

Al l elecl r icsl .onD"cl ions ro th€ equipmcn! .sbinFr. Fx.Fpt for power supply.onDccrions.ue Lo bp made via rhe cobncctor r.epra.les ljacLsr jnbra ed on lbc rptr panpl ol lhedisplay cabiaet. Tb connect ftom the ship's power soune to the cabinet, the ModelAC-2000 AC adapter is $ed.

Sorne of the cables supplied with the equipment or with optional components haveatready been ternirated in plugs, ready for immediate plussins iDto the cabinet. Forthe cebles that require installation of plugs by solderins, apFopriate plugs areseparately supplied.

9.3.2. Power Supply Connect ions

9.3.2.1. Power Supply Requirements

The equiproent is powercd by a DC power source between 11 and 40 volts, floatingsround, or an AC power €ource between 110 and 220 volts (110"/0). The shipk powersourep musr be capable ofcont inuously supply i rs ar lpast 5A at 12 VDc or 34 ar 24VDC /DC-poqer source) or al least 50VA (Ac pow"r soure") for pmper srad up sbd

Borh AC and DC Dower cobnecrjons Dav be mad" via rhe AC-2000 ar rhe same rime iasshown in Fisurp 9-9 on nexl paser, D whi.b .ase lbe equipmcnL $ l'rormaily opdateflom the AC source. In the event of m AC power outage, the equipment willautomatically swit h over to the DC 6ouce for uinterrupted operation.

< CAIJTION >

t se ot a low current capaciiy Dc supply or slow-r€sponse supply, especially ofswitch-mode rogulator type, can produce an Instanlaneous voltage drop atpower-up, making it impossible to turn th€ unlt on or.esult ing in erratic

FiguE 9 9 Power Supply Connetors md Fuse Holders on AC-2000

Live " L"Eadl GrcundNeutral "l{"

,' (5A tuse inside)

,'--#3 OcrN+)#3 Oav+) --t

#1(-)

____#2 (cr\-D)lfz (cND)---l

AC Fuse Holder --DC Output Connetor(24vtoF-2ooo Dc Input)

DC Backup Supply Connector(to 6hip s backup batte./ sFted)

93

F-2000

Figue I 10 Power Supply Connections

g

€ E

< wARNll'lG>THE AC-2OOO IS SOLELY DESIGNED FORUSE WITH THE F-2OOO AND ITS OEMIIODELS. DAMAGE CAUSED BY ANYOTHER USAGE IS NOT COVERED BY THEMANUFACTURER'S WARRANTY.

I

' .n:tJ" Erl l -;i. ut::J

KsK$l

@Ew-@i@-@r$r"

rt-Eg

ir. lepii;frXli

!

F-2000

9.3.2.2. DCConnect ions

< W A R N I N G >

REVERSING THE DC POWER CORD POLARITY WILL BLOW THE FUSE

i i i l l tsnrr rHE coRD ls PLUGGEo lNTo rHE cABINET oR THE AcADAPTER. EVEN IF THE UNIT IS SWITCHED OFF.

. DC Connections via Ac-2000 (Stardard Confisuration)

The folowins two types of 3 5 meter twc{onductor shielded cables are supptied for

-nnectlo" betwe"" lhe equipment, the AC-2000 AC power ailapter and the ship's

. DC Backup Cable (M402 PW01) to connect between the AC-2000 and the ship s

Dc baclup baLrery sysrern This cable i6 terminarpd In a 3 hole p luc a l one end'

snd opeD*nded gt the orher end (qth 2 lnsula led 'onducrors aod bare s lueld

. DC outpui cabte (M402-PW02) tn connect between the displav cabinet and the

AC-2000. This cabte is terminated in a 3 hole plus at both ends

The above @nnections are illustrated in Fisure 9-9.

O Connect the DC BacLup Cable (M402-PW0r) to the ship's DC backup batterJs

terminals. as follows:

. Red (or white) conductor to positive (+) terminal (11 to 40 VDc)

' Black conductor to negative (-) terminal' Shield (braid, c1€eri to ship's earth-gounding point

@ Push the plus into the left-hand 3-pin rcceptacle marked "BKUP" on the

AC-2000. Be sure to tighten the coupling rins on the plus bodv

@ Plus one end of the DC Output Cable (M402-PW02) into the 3 piD L€ceptacle

nark€d "POWER'on the equipm€ilt's red panel' and the other plug of the cable

into the risht ha.d 3 pin receptacte marked "DC OUTPUT'on the AG2000 Be

sure to tighten th€ coupling dns on the plus bodv.

. D ect DC Connections to Ship's DC Power Souce

lf there is no Ac-power soufte available on the vessel' coDnect the equipment's dc

input dircctly to the ship's DC power supplv and eerth telminals, using the DC

Backup Cable (M402 Pwo

O connen lhe.able s.onducLors as fo l lows:. R e d \ o r w b i r e r c o n d u c t o r t o p o s i l i t e ( + ) r F r m i n a l r l l r o 4 0 V D C )

to negative (-) terninal' Shield (braid, glee to ship's earth point

€) Plus the othe. end of the cable irto the 3 pin receptacle ndked " POWER' on the

equipment's rear panel. Be sure to tisht€n the couplhg rirs on the plug bodl

95

F,2000

9.3.2.3. ACGonnecl lons

A $-meter AC power cod (pdt # M402-PW03) is normaly supplied with theequpment. If you instalation rcquircs a longer cable, a suitable lensth ofth$e-conductor @d, terninated in a S hole female plus, such as the one shom below,must be Fepared by the user If you plan to operate ftoln a 220 VAC sourae, be srre touse a cord with an appropdate insrnation voltag€ mting.

Connect the thrce conductoH of the cord as fouows:. Conductd L ("live) i, "hot" teminal ofAC power outlet. Conductor N ("neutral ) to "neubat" teminal ofAC power outtet. Conductor GND (eround to edth smud line ofAC power ou et

Conductors L and N may be reversed without damase to rhe equipmenr it the powersouce is of a sinsl+phase AC systen, but an increased hum noise levet may rcsult.

< WARNING >

CONDUCTOR GI.ID MUST BE CONNECTED TO THE SHIP'S EARTH GROUNDTO PREVENT AN ELECTRICAL SHOCK HAZARD.

Figue9-11 AC Power Cord M4O2-PW03

Plug (nates with IEC 302C14) ------t

N NeuhaD -- - -

L(L ivd-- - - ;

9.3.2.4. Power Cord Rout ing

Tb minimize the chance of pickins up exhaneous electricat interference, it is hishlyrecoromended that the power cord be coDected diect to the ship,s power source, mdnot via other terminsls or power dishibution board thar se used in common with orherotr-boed elechonics. Ideally, the equipment cabinet should be powered by anindependent pow€r supply for best results.

96

F-2000

9 . 3 . 2 . 5 . I n s t a l l i n g t h e F u s e

< WARNING >

AN INCORRECTLY RATED FUSE OR INCORRECT TYPE FUSE WILL BLOWAT POWER_UP OR WILL NOT PROTECT THE EQUIPMENT IN THEREMOTE EVENT OF A TROUBLE OVERLOADING ITS POWER SUPPLY.

. Fuse mtitrgs {or installation with direct DC power connections

The equipnent iB usually delivered without a fuse installed in i}le red panel fuseholder marked "FUSE." The appropdate fuse $tins dependB on the nominat power

supply voltage as follows:. 5A (5 amperes) for operation off 12 \DC nominal' 3A (3 ampercs) for opemtioD otr24 VDC nominal (includins 2'lv fromAc 2000). 2A (2 amperes) for opention otr 32 \DC nominal

Two pieces of each mting are sepeately supplied. Remove the fuse cap, instal thetorectly rated use in place, and replace the cap.

. Fuse raiinss for installation with power coDnections via AC-2000 AC adapter. AC Fuses

Tuo pre.es of Iamperer1A.r}?e5 20mm) iDse ar" abeadj ins la l led rb the lusenasizine in the AC power nil;r/recepraclF bl@k mffked FUSE lA)(2 (onF inrhp" ' l ive or "hor ' i in" , the otbcr in rh" neul ra l l ine) shen the AC-2000adapter is iritialy delivered.

To zain access to the hse1 fot reNi@ putposes, pryapen the bl@k with a llat blade(s-10 nn widd Mw diver ot a similar t@I placed iDide tAe tab poltio4 pullins:out the fuse masazine as illusbated belov. FORCING-OPEN WITH A StuxtLLBLADE TOOL CAN DAMAGE TEE TAB.

Figft 9-12 Gai.insAccess toAC Line Fu6es

Power Filter/Raeptacle Blah

__ 1A tu6e in ftubal line

14 tuse in live (hot) line

FlvDC I'uses

Instatl the folowing tuses ir tle tuse holder oD tle AC adapter case and on tledisplay cabinefs rcar panel:

' 5A in fuse holder on AC 2000 ailapter's case (normally installed on deliverv)- 3A in fuse holder on cabineCs rcar panel (ratins fof 24 \DC frcm AC-2000)

97

F-2000

Fisue 9 13 Grcud lbminal9.3.2.6. Grounding the Equipment Cablnet

Tle display cabiier. wbich is electroslaticallv coatedinsidc, can be Srounded Lo tbe lessels eartn grouo

wirhour grounding Lhe beSalivc line of I he stups powe'

ri"".ln "ii,"rio*"*1"""

ir is rcquircd. or deslable to

;;;; -i'h;';i*;';i

ror safetj reasons or *EMC

i"."ti"""", -t.*t toom rhe wing-Dur'frtted gmundi""-"ii"J

"i. 't" reu panel to an appropriar€ earEh

"-"J1" tt" vessel Jsine a Lhicl wue l'be sround

;;sho',ld be a" "hof

* p;ssible ro reduce rbe chanceof picLrng up intcrf"rencc [rom olhFr electronrcs'

* EMC = electmmasetic compatibilitv

CABINET GND

9.3.3. Conn€ct ion3 to Transducers

9.3.3.1. Connect ions to Dual Frequency Transducer (550-50/200T)

Introduction

Tbe trab6ducer cable is of &+onducror shielded tlTe as ilusbated in the 6gule below'

""i """"1u ",ool"a *ithoul @nnecror terbinati;; The cable bus( be terminared ib a

i""1":r'"id t""iit" tr"" plus (HS2lP 7r 6eparatelv supplied

Forcom"ctionstolhetso3 pio TRANSDUCERS rcmptacla on the rear paoel a ruble

l[ti'll-;;*g::,*X*.t;p*,-',ii,;irf gx;!#u*:i*l--,*at ihe oiher e.d, aDd is desisned to convert

*.r*]" :roti*-'.'t"i.ltiul"l";'":';l'*.:1'i;: ""i*J:'f#',".""".xrrlthe termination of the built-in temperaturc sensor'

Conduct r Identification and Soldedne to Plus

Disassemble rhp plus ( HS21P 7). s[de ths Dlus shen Gousi]d9 ov€r:th€ cqye tust od

*rJ"" tt" "o"au"**

re sisDal wiles and 2 dratn wires) ol the cable to rhe seveD prn

t€rminals on the Plus body as fo ows:

Fieue 9-14 Idenhlvins Conducrors ofDual F!€quencv tanBducer Cabre

(coDtihDed an next paee)

98

D FOR BLUE/SIACK PAIR

IELD FOR YEILOW/ BLACI( PAIR

9.3.3.1, Connections to Dual Frequency Transduc.r (conti'ued - 2/s)

FiglE 9_15 TbrminatiDg Conducto$ ofDual Frequency Tlansducer Cable

' Blue ofblue/black pair. Black of blue/black pair. Drair (shielo ofblue/btack pair

' Yelow of yelow/black pair. Black of yetlow/black pair. Dmin (shield of yellow/black pair

' Brown' White

topin# I (50 kHz tmnsmit/rcceive)to pir# 2 (50 kHz transnith€eive)topin#7(ground

to pin # 3 (200 kHz bansnit/rcceive)to pin# 4 (200 kHz bmsmit/rcceive)topin#7(cround)

to piD # 5 (tebperatue sensor input)t pin # 6 (tedperatue senEor input)

F-2000

in extremely poor

\coDtinDed ah hext paee)

)I7

lko pairs of shi€lded conducto$ ue connected to the transducer oystals inside thehousins, and must be corectly identifed before they can be soldered to the plus.' Bhe/Btack pair: intemally connected to 50 kHz $ystal' Yellow/Black pair: intemaly connected to 200 kHz crysial

Brown and white conductors are int€nally connected to the themistortemperature sensor embedded in the traisducer housins. See < CAUTION > below

< GAUTION >Model 570-50/200T lransducers avai lable dir€cl f rom Radarsonics lnc.or i ts dealers have a thermistor sensor of di f ferent character ist ics bul l tIn that is not compal ible wlth the equipment hardware. lJsing such atransducer wi l l result in an incorrect lemperature reading.

Alter disassemblins the plus and passine the couplins rins over the cable, soldu theconductors Md ilrains io the pins on the plug body, as folows:

< cAt TtoN >Exchanglng lhe two black conductors will resultdepth performance or no echo reception.

rr)99

F-2000

9.3.3.1. Connections lo Dual Frequency Transduc.r \continued 3/5)

Pins # 1 and # 2, @mected to 50 kHz trDsnittea arc electrically balanced dd thecomections to these pins may be revelsed without affecting trdsducer performance.

Pins # 3 and # 4, conn€cted to 200 kHz bmsmitter, are elect cally balanced md theconnections to these pins may be revened witlout affecting hansducer perfornaDce.

Pins # 5 and # 6, @mected to enbedded temperatue sensor, arc not poldized, andconnections to these pins may be reveBed witlout affecting temperature readout.

Carc should be takeD to enslE that no shay stranils of wire or no excess solder on mypin touch the inside walls of the plug shef when the plug body is irsoted into the sh€ll.Assenble the plus, tishtenins the screws firmly. The hansducer cable can now beplugged into the 7-pin mal€ t'?e receptacle (HS21R-7) on the cable adapte..

Connectine Cable Adapter to Transducer Receptacles on Ree Panel

The two 3-hole plugB of the cable adapter arelabeled "CH-A" (channel A) for high Sequencycornections, md "CH-a" (channel B) for lowftequency conl€tions. their mating receptaclesare insta ed on t}le rear panel, as shown atright.

The upper receptacle is asBign€d channel A(CH-A), md the lower rc@ptacle, chDnel B(cH-a).

#2 (cND)

Push the 200KHz plus into the CH-A rc@ptaoe,md the 50KHz plus into the CH-B reeptacle, as

Sclew the couplins fire of each plug onto thethreaded part of t]le re.eptacle, md tighten it.

#A (in/our)

Receptacle Pin Assielments

. Pin No. O: tansmitter Output/Receiver Input

. Pin No. @: cabiner cround (isolated ftoh power' Pin No. @: tdsmitter Output/Receivo Input

Fie!re 9'16 llmsducer R€ceptades

line)

< WARNING >DO NOT TUR THE EQUIPMENT ON WITH THE TRANSDUCER PLACED IN THEAIR, OR DAMAGE TO THE TRANSDUCER CRYSTALS WILL RESULT

(co'tih\ed oh next pase)

100

F-2000

9.3.3.1. Conn6ctlons to Dual Frequency Transducet (co'tinued-1/5)

tansducer Channel-Ircation Assisnments

After imtallation of the tlansdDcers, register the assisned channel, frequency andmounting loation of each transducer in the table below so that the opentor can te[which trdsducer is in use for current soundins-

Table 9_1 Transducer Channel Lmation Assienments Thble

Operating Chmnel

Mounting Itratior

vMiddle

* uPORT STB PORT STB PORT STB

chamelA(CH-A) kHz

ChaDnel B (CH-B) kHz

l01

(contirued on nert pase)

F-2000

9.3.3.1. Connection3 to Dual Frequ€ncy Transalucet (co,titued -5/5)

FlelEg 17 CableAdapter for Connections to Dual Frequ@cv llaD€ducer

se98aA

999€e3

@o@oP g - =

?

; 9 SE - \ :e r g

3 S

$ 8 .^ 6 F

E R

i l ss :

@a@6@oe9d datsgg

102

F-2000

9.3.3.2. connoct ions to Single Frequency l ransducers

Each transduce! is supplied with its integ"al cable (15 neters standad, 33 meters JorogM moaetsr. e three irol" lcmale r'"e iJseparar elj. supplied -lor rerminsling the cabhlor .onnecl ion to fhe Fquipmenr cabinet . Wi lh th€ a jd o l the ruuol rat ron belo$ 'disassembte the plus, taking care Dot to lose the small screws.

< WARNING >

DO NOT TURN THE EQUIPMENT ON WITH THE TRANSDUCER PLACED I I { THE

AIR, OR DAMAGE TO THE TRATISDIJCER CRYSTAL WILL RESULT.

Cable Ext€mionsIn insta ations where the existing inte$al cable must be ettended, be sue to use the

same rwe ol cable supplied by tle manufacruer' Use of sdditional cable not apprcvedbv rhe manufacrwr wil seriouslv desrade the depth detenion perlormance A1] joinl€

must be made by solderiDg and Prcp€rlv insdated. .Ttvist and-tape'comections must

be avoided. Coa:ia]cable! ste electri.sllv unhaldrced a cannot be used

Fieue 9_18 Tembating Single trYequency Tlansducer

q,Cable

glide the plu{ 6heU ovgl the crble 6rst, ard solder the conductorE to the three pins onthe plus body as follows:

. One conductor i, pin#l

.Shield(braidto ph#2

. Other conductor to pin#3

The Din ID numbe$ are nrked in raisedletreis on ihe face of the plug body Pjns#1 ard #3 are balDced. and may be

C€le should be taken t ensrE that no stlay stlands of wtues or exces6 solder on svpin touches the inside wall of the plus shel when t}le plug is reassembled.

Reassemble the plus. tishtening the screws firmlv.

Each baosducer cu now be plusged into fbe appropriate t breFproDs rF eptacle(Fisue 9-16) otr the rear panel. Tuln the equipment off, push the plusinto the cone€tr€;ptacte as fd as it soes, md scr€w the oupling rins onto the thrcaded part of the

r€ceptacle until it stops.

. Channel-A (or hish frequenc, harsducer t Receptacle marked "CH-A"

. Chamel-B (or low frequenct ba$ducer to Receptacle narked "cH-B"

103

F-2000

9.3.4. Connect ions through Oigi tal l /O Interface Conn'ctors

9 . 3 . 4 . ' 1 . I n l r o d u c t i o nThe eouipnent is desigaed to interface with varioN extemal delace8 that ortput or

#:';'"j,EiJ il; "le";ls

in the IEc6rI62-I /NMEA 0r83ro'oat R"ar puel inr crtace

i""'i"ao"l -es-zszi,' 'Rs-422 aDd l/oDATA aF pfovided forrhispurpose

9.3.4.2. Types of Data To B€ Transferred

lnput Data

Th€ foltowins IEC 61162-1/NMEA {183 daia sentences caD be iDput via one*r of the

connectors for display on-sGeen:

o $CPGCA (denves LATn ON position fix oolv)a $CPRMC (deriles UTC date snd time onlv. iI $GPZDA senLence i6 not alarrabrer

. $GPVTG (d€dves speed--over-grourd and coursHver-srcun@

. $GPZDA (dedves UTC date & tine)*t Select the d6ied coDDector uia itttructioB in paragmph 4 11

Realtime Outout Data (1/2)

iihe-" folto-ilg rrc erro2-1/NMEA {183 formatted data sertences can be output in

""at ii-. at"aaoO U"a;a €ll three corEectors at the same time No hmd-+hskins

;;;il;il"Ji"-;;;oi daua tmnster' some of th€ output€ ale idtiarv dilsbled'

it'1"" r,o il" *t"""r' I*wutions siven in pararaph 4 12 to enable the desired outpurs

to become available ttrmush the conne€torc'

o $SDDyI (depth with traEsducer &aft oI keel offset)

$SDDPT, ar,lx,-&-L@ *lrh@ <CR> <LF>

O Depth below transducer, in met$s

a) Posidve value rcpresebl.s transducer tuall (rraDsducer io satsline D.oelers)

and negar.ive value represeDE Leeloffscl {haosduer (,o kaFL rD metersl

@ n."ge scar. in "s"

@ Checksun

. $?SKPDPI (proplietarv depth data for SKIPPER lR 3Ol disit€l depth rcpeater)

$PSKPDFT, lx,16,%t. Fff*bh, <CR> <LF>

Depth below traffducer, m meters

Positive !alue rpresents transdu'cr dJafi, { Lrarsducer ro FaLerline Dbelers)

and negauire value represents kpel offset {ltansduef Lo keel !D6eleB'

Nun_fields (Fi/S channel numbea bottom echD streDgtn, ek are not output)

hansducer location; FW D=foNard, AFT=8ft' *'zMlD=middte

Checkum*2 Not srpptted by IR 301

(@ntirued on hext Page)

o

@

104

F-2000

9.3.4.2. Types of Data lo 8e Transterr.d (continued-2/a)

Realtime Output Data (2/2)

. $SDDBT (depthbelow transducer)

gSDDBT, x.x. f ,x ,x.M, x.x.F*hhcCR> <LF>o o @ @ o @

o@

@

@

oo@

@

$SDDBI! x.x. f.x.x.M. x.x. F*![<CR> <LF>@ @

Deptl below keel, in fe€tDepth below ke€I, ir metersDepth below keel, ir fathomsChecksum

Line feed

$SDMTW (water tempeEtue)

$SDMTW, x.x.9*hh <CR> r,F>o @ @ @ @

O Tenpelatule in desees@ Temperatue uit; C = Celsius, F = Fahrcnheit@ Checksun@ CalTiase return@ Lhe feed

mis data snten e is outpDt vhen a Epecified dual ftequency tnBducer is use.l orwheD aD aptional T 200 seDsot is piugged iato the .ear panel TEM.P cotnato.

Other IEC 61162-1/NMEA-{183 SentencesTh€ same sent€nces that ale input to the equipment f.om an extemal GPS datasolme will be output without modification (e.s. $GPGGA, $GPRMC, $GP\.I.G &GPZDA),

Depth below hansducer, in feetDepth below trdsducer, iD mete$Depth below transducer, in fathons

Line feed

. $SDDBK (depth below keet)

oo

(co,tinDed ot next ptge)

105

F-20/JO

9.3.{.2. Types of Data To Be Transferred (contiDued-3/3)

On-demard Output DataTb" louowinc IEC 61162-I (NMEA 0183) based propriersry seDLeD@can bcoutpur ondemsd &om thp oon-lolatik (naED bemory at 4800 bsud. Rplpr to para$aph 6.2 fotdetails- No hand shakins protocol is ued to control data tlansfel Detailed forDat is

SPJN4CN, X.XrX.X, X.X! H, dlhMy, h h m mss, ( continued ro ndt line)

o @ @ @ @ @ o

llllJll a, $ryYjtW., a* !-h.<gB><!E>@ @ @ o @ @ @

O Talker Identiffer (propdetar.J)

@ *sDepuh below transducer in meters. varyirs ii lcbstl: bou if deprh inJormatioDwa6 una\ailable ( i.e. i-t bor |om waB nol rerei!€d in one of Lwo suobgFsr colors'.

@ xsotrset; positive (+) = transduce! draft, necative ( ) = ofrset from hmsducer to keel@ Muimum depth nnse used, in meters*a@ Operatins chamel u6ediA= channelA, B=channelB@ Date (day/month/year) rcferenced to UIC, 6xed in lensth.

@ UTC ti-. (hous/minutes/second$, dedved fmn intemal clock or ftoD GPStime if valid position ffx was available. Fixed in lensth.

@ Latitude coodinate (to r/1000 ninut€s), varying in lensth; null if valid GPSposition ffx was temporarily unavailable.

O Laiitude sisn (N/S); nul ifvalid GPS position fix was temporrily unaEilable.

@ Lonsitude coordinate (to 1/1000 nirutes), varyirs ir length; null i{ valid GPSposition frx was temporarily unavailable.

@ Longitude siell G/W); null ifvalid GPS position fi' was tenpolality Davailab]e.@ checksum@ Carriag€ return@ Line feed

'3 If both otsets werc entered, two $PJMCN senteDces will be output with the same.lepth-below-t.atsducer value; oke coatairc tAe tmasducer dtuft, tud the othe4 the

'a E the depth measwment MB done in fathons or feet, the folowine: netnc valDeE aEused to repreent the MimM depth ranee iD uBe:

value (n) @ Max. mnee in fathoms varue Gri @ Mar. mnse in teei4.5n 2.5 6.1h 209-0n 5 12-2m 40

18.2m 10 30.6D 10036.5m 20 61.2ln 20091.4m 122.5m 400

182.8m 100 306.4m 1000365.7m 200 612.8r! 2000914.4m 500 1225.6m 4000

106

F-2000

9.3.4.3. Connector Pin Assignments

. RS 232C Connector Pin A-esiEnlnerlts

Tt" pi"" a'e ia.nrfi.d,s lusuared belo* The mating plug is a srandffd g-pin D s'rb

-""!"r". ""-t"*i"tt,

,vailable lor PC peripherals'

Fieurc 9 19 RS-232C aDd Rg22 Connector ?in Assienmenrs

PiD #1 ---;'

s-232Ci

P D # g - - - ' f i n # 6

Of the nine piEs, the folowing tbr€€ arc used for data transfers' and the rest are le&

. P i n # 2 : R X' Pin #3: TX. Pin#5: Ground

Dala senteD.cs ale aul.onaticalv output in real tiEe wirh lhe equipmenr,worlmC

;;;;,x;:il.;";:.'"d ia rash memorv.wlr be ourout with a commard ibvoked t'om

i'r'.llSierlr UenU S"" "ertioD

6 for details No hsnd -shakine protocol is used between

rhe rransmirer (F-2000) and s 'lal'a reervc-

o RS-422 Connector Pin Assisnmedts

The Dins aJP identiied as iXustrat€d above The Dating plug is a stands-rd g-pin D sub

""-!"i.." -ur.*"i"ttv available for Pc penphersls

Of the nine pirs, the folowiDg frve ale us€d for vO conmunications' and the rcst are

. Pin #5: Grourd

. Pin #6: RX+ (RX DATA +)' PiN#?:RX-(RxDATA.). Pin #8: TX+ (TX DATA +).Pin#9:TX-(TxDATA-)

Data senrences are automaticstlv outpul in real rimc with rhe *'tol::1,::'Pi

".,i ai"iiii a,* ";."a - !*t r:T:1,:i"bi:ili1,il*,,,llTjilH::T"HXTthe SYSTE MENU See sectron ttbrdeiaus'

tne tn'Isnitter (F-2000) and a daia receiver

Pin

10?tconttnued on tert P.gel

F,2000

9.3.4.3. ConneclorPinAssignments bont inued-2/2)

a I/O DATA Comeciff Pin Assisments

The eisht pins are identilied as ilushated belo* Ibe matins plus (part # FM14-8P)

is separately supplied

Fipue 9_20 I/O DATA Comector PinAssignmenLs

Pin# 8 (centsPin, -----

Pi\#7

The pins arc as€ign€d the folowins tunctions

. Pin#1: IiXD +

. Pin#2: RXD -/ TXD-

. Pin #3: 'IXD +

. Pin #4: FWE

. ?in#5: T)O

. Pin#6: RXD

. Pin f7:

. Pin #8:

(NMEA {183 input fron GPS data source)

(Conmon to RXD-/TXD-)(NMEA {183 outPut)Eoables prcgramming xnode { Do nor 'onn4t anv dcvice m

thefield). See <CAUTIO]a> belos

Proexammins data vO, with hand-shakins

12 \DC output, 200 mA mar'imum See NOTE aLd< WARN lN G > below.

Chassis Ground

coDnecrions shodd be madp using a 6horr leDerh or. sood qustity p1*,"1.,'",f:

;-r""iJJ "'1t"

r" aloid interleren'e- rbe shield should be snDded at born rbe

eouinbpnl .abinet and rhe exLFrnar qeu'e 'onnected Use pin #8 lor flouding rhe

cabinet side.

NOTE: A r2V reeplated DC voltase i5 available Aon p;6 *7 (' Md #8.@lound) kr';;;;G;A';;;;;;,"'t

deuic; such as a cPs *sor see <wARNTNG> 'e1aw

< WARNING >

THE DC OUTPUT IS CURRENT-LIMITED TO 1A FOR PROTECTION AGAINST A

ii6-#ir1ii iioii-i'6-wiven rne cuRRENr DRAIN MUsr Nor ExcEEDibi ili ri rni irui roR coNrlNuous-DUrY APPLlcArloNs'

< CAUTION >

C o n n e c t i n g a n y d e v i c e o t h e r t h a n t h e s p € G i f i s d p r o g r a m m e r l o t h i s

; t" ; ; ; - ;""u"" ihe equipment to b. locked or to work errat lcal ly '

108

t F-2000

P)

rAED

9.3.5. Connecl ions to Graphica Painter

A Dos/V-compatible craphics p nter* that supports the ESC/P protcol can beplussed into the 25 pin Centmnics pamllel comector "PRINTER" on the rear panel toobtain a monochmme hard mpy of the dght half of ihe curent echogaah scr€en. Seeparasraph 3.6 for instmctions for activatins the pdnter tunction.

* Such as OBI Microiite 280

F,sue 9-21 Cenrrohics Parallel ConnerLor PinAssicnmenrs

Pitr#13 ,----Pin#1

PiII#14

arc compatible with the BtandardThe pin assigamenis and commmicaiions prrotocolCenhonics peallel output specfications, as follows:

od

helhe

&t

. Pin#1: STB, P ' n # 2 : D o. Pin#3: D1. Pin#4: D2. Pintts: Dg. Pin#6: Da. Pin#7: D5. Pin#8: D6. Pin#g: Dz. Pin#10: NC' Pin#11: BUSY. P i n s # 1 2 - # 1 7 : N C. Pins#18 #25: GND

StrcbeData bit 0Data bit 1Data bit 2Data bit 3Data bit 4Data bit 5Data bit 6Data bit 7No int€mal come€tion

No intemal comectionGrcund

l8

109

F-2000

9.3.6. connections to wat€r Temparature sonsor

The 4-Dir recedacle is Drcvided to connecl m optional T-200 water tenperatue sensor(rhsni-tor.5l.O rr2f,b)in a mulliph l,lan€ducs inslallarion Obsene < CAUTIO S>ilJ;*it

'"*s"; la" ; intesrsl t'wG-€oDductor shielded cable (10 neters stmdard),

normaly terminated in a four hol€ fenalFt'"e mating ptus

If the type 57t)-50/200T dual ftequencv bansduc€I i6 instaled, identifv the cable

termhaied in a a-hole plue &om the cable adaptor kit, and push that plug into thecomector. Obsene < CAUnONS > 2 below.

Fisue 9_22 Tempelatue SeDsor Comecto. PinAssigaments

Ph #3 --

Pin #4 -- --Pin#1

The pin assignments are given below.

. Pin#1: TEMPI Themtutor sensr

. Pin#2: NC No int€mat conne{tion

. Pin#3: GND Gmund (shield ofcable)

. Pintt4: TEtlP2 Thermistor seNor

Connections Io pins #l and ti4 nay be reversed wil bout affeciins Iemperal ue readins'

< CAUTIONS >

1. Connect ing a th€rmistor other than the speclt l€d one wl l l result Inincorrect temp€rature teadouts.

2. The type 550-50t200 transducer obtained dlr€ctly from Radarsonica lnc'or fr;m one of its dealer3 has a thermistor sen3or of diflerent eleclrlcalchaaactedslica, Use of such a lransducer will resull In incorrecttemDaraturc readouts.

110

F-2000

9.3.7. Connoct ing Alerm oulpuls to Exlernal Alarm Devlces

The followiDs alarm outpute are separatelv available from the S pin alarn conDector

in*. s-i3'b"l;*l f"r ,i"t"ins aD eitemal audiblei visual alarm control switch:

. DeDthAlarm: Pin #1(SHALLOW)

. Missins-Bottom Alarmr Pin#3 (BOTTOM)

. Power Failure Alarm: Pin#5 (POWER)

Each output circuit is in open{olector confrguration with the folowins specifications:

Polarity:' Coll€tor Voltase (Vc): SoV msinun' Sink Culeni (Ic): 800 ro.{maimum

Cse should be taken not to erced the maximum mtings when atr extemal- pow€r

"*r f " i " t " l . * "a * *e col lec lor vo l tage souJce Uaheaq-dutvposerre lav is tobe

#',""i ".'i

ir'. , *-" a;"i." ."q"1*" p'*"' *'""mpLion in e:cess of rbe abov",'ar iiss

an appropnal.p buffer amptifier must be placed betwePn tbe output and sucr e devrcc

To drive a smal mechadcal relav vith eacb output a I2v- re€ulared.Dc supplj is

availsble froB pj!6 #2, #4 and #6. wbich bsv be used as the ' oueetor loltage lor eacn

output. Otsewi <wAn lNG> betow when usins this iniemal power souce

NPN

Fisue 9-23 Alarn CoDnecto! Pin Assienmenis

Pin #6 t2v+)

pir #s (PotrrER)

Pin #4 (12v+) ---__

' Pin #3 (BorroM)

--Pin#2 (r2v+)

------Pin #1 (sHAlLow)

ln < wARt'llNG >

wHEr{ EACH OUTPUT lS TO BE USED TO DRIVE A lilEcHA lcA!3E-L4Y:-qEi'uh? iii-;LA;a I sitxe-resonetlo DIoDE*r AcRoss rHE--RE-LAY'Siiiil-rriisioe iCoiLr, oi rr: ourpur rulslsroR wlLL BE DESTRoYED'

* Hish sDpcd swit.hina diodes sucb as Lhe lltA'165 and lhe lsl5a9 or cqdiwlenE ale

"*ii"ia.a. me .a ! h;dP "ide

ot Lhe diode nu bcmnne?tcd to |2v+

To drive a small po*er DC relav. use rbe followins coDnec ons:

. Deprh Alarb: Pins 4l (alarm output ' aDd #2 { I2V+)

' Missins Bottam Atarm: Pirs#3 (arsm output) and#4 (12V+)

. ?ower Failue Alarm: Piff#5 (alarm output) and #6 (12V+)

alct

111