MANUAL ECHO SOUNDER S-0 October 0 Rev: 07 All information, pictures, drawings and technical schematics are the property of Radio Zeeland DMP. Unauthorized copying is prohibited. The content of this manual is subject to change without prior notice.
VERSION DATE AUTHOR DESCRIPTION 0 3-09-00 BdK Sigma 0 connections added SIGMA0 need software version 9 or higher S-0 need software version 3 or higher 0 6--00 PdS Dipswitch settings are changed The mutual distance for several transducers was added 03 06--0 BdK Dipswitch settings changed 04 4-0-0 BdK Drawings changed 05 5-09-0 CsP Drawings added, dipswitch settings changed 0m range added 06 6-09-0 TdK Page 3, drawing updated 07 0-0-0 TdK Address DIP switches 5 and 6 setting changed Supply scope removed transducer and RZ38 Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page of 47
EC DECLARATION OF CONFORMITY We, RADIO ZEELAND DMP B.V. Industrieweg 7, 4538 AG Terneuzen NL P.O. Box 070, 4530 GB Terneuzen NL declare under our sole responsibility that the product, S - 0 to which this declaration relates. Is in conformity with the following standard(s) or other normative document(s). EN 60945 (IEC 945 Third edition: 996-) Chapters 9, 0, and. This declaration is issued according to the European Community Directive on Electromagnetic Compatibility (89/336/EEC). On behalf of Radio Zeeland DMP B.V. Terneuzen, the Netherlands 09-06-009 Technical Manager Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 3 of 47
INDEX Nederlands... 6. Algemene beschrijving & technische gegevens... 7.. Leveringsomvang... 7.. Beschrijving van benodigde items... 7... Manual... 7. Installatie voorschrift... 8.. Montage interfacebox... 8.. Montage transducer... 8 3. Aansluitingen... 9 3.. Instellingen... 0 English.... General information & technical data... 3.. Scope of delivery... 3.. Description required items... 3... Manual... 3 Interface box S-0 or MODIFIED S-0... 3. Installation instructions... 4.. Mounting instruction... 4.. Installation transducer... 4 3. Connections... 5 3.. Settings... 6 Deutsch... 8. Allgemeine Beschreibung & Technische Daten... 9.. Lieferumfang... 9.. Beschreibung des benötigte Zubehörs... 9... Handbuch... 9... Interface box S-0 oder MODIFIED S-0... 9..3. Transducer... 9. Installationsvorschrift... 0.. Montage... 0.. Montage Transducer... 0 3. Anschlüsse... 3.. Einstellungen... Appendix... 4 A. Dimension Interface box S-0... 5 B. Dimension Transducer... 6 C. Connection diagram to Falcon D000... 7 D. Connection diagram to MultiHUB... 8 E. Connection diagram stand alone... 9 F. Connection Sigma 0 to one S-0... 30 G. Connection Sigma 0 to two S-0... 3 H. Internal connection Sigma 0 to one S-0... 3 I. Internal connection Sigma 0 to two S-0... 33 J. Print lay-out P58/A... 34 K. Connection standalone modified S-0... 35 L. Connection Sigma 0 to modified S-0... 36 M. Connection Sigma 0 to modified x S-0... 37 Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 4 of 47
N. Connection D-000 to modified S-0... 38 O. Connection Falcon system to x modified S-0... 39 P. Replacing RZ 35 by S-0... 40 Replacing x S-0, option... 40 Replacing x S-0, option... 4 Replacing x S-0, option... 44 Replacing x S-0, option... 46 Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 5 of 47
Nederlands Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 6 of 47
. Algemene beschrijving & technische gegevens.. Leveringsomvang In de verpakking treft u de volgende zaken aan: Standaard levering: - Manual - Interfacebox S-0 Aangepaste levering: - Manual - Interfacebox S-0 MODIFIED Controleer of de bovengenoemde items allemaal aanwezig zijn. Wanneer een van deze items ontbreekt adviseren wij u direct contact op te nemen met uw verkooppunt. Lees voor het installeren van de S-0 deze manual aandachtig door. Tevens adviseren wij u ook de manuals van de aangesloten apparatuur aandachtig door te lezen... Beschrijving van benodigde items... Manual Hierin zijn de functionaliteit van de S-0 en de aansluitingen beschreven.... Interfacebox S-0 of S-0 MODIFIED - Voedingsspanning: 8-36V DC. - Stroomopname: minder dan A. - Meetbereik van 0,3m tot 40m. MODIFIED S-0 is voor situaties waarbij de RZ 35 rechtstreeks kan worden vervangen door een S-0 (zie Appendix P). Minimaal meetbereik gemeten in een glazen testkolom, ø60 cm, met een vlakke bodem en vrij hangende transducer. In standaard water bij 0 C met sg 000.0 kg/m³...3. Transducer Deze sensor is het werkelijke opname element. Door middel van trillingen met een frequentie van 00kHz. Aan deze transducer zit een coaxiale kabel van 4,5m. Deze mag niet ingekort of verlengd worden. Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 7 of 47
. Installatie voorschrift.. Montage interfacebox De interface box dient u te plaatsen op een locatie welke eenvoudig toegankelijk is voor service doeleinden. U dient de voeding aan te sluiten op de daarvoor bestemde klemmen en deze af te zekeren met een zekering van 6A... Montage transducer De transducer dient te worden geplaatst in de bodem van het schip, door gebruik te maken van een inbouwhuis. Dit inbouwhuis bevat schroefdraad, zodanig dat de transducer via de onderzijde van het schip kan worden gemonteerd. Tussen de transducer en het inbouwhuis dient u een rubberen ring te plaatsen ter afdichting van het geheel. Over de coaxiale kabel schuift u de moer welke de transducer bevestigt aan het inbouwhuis. U dient ervoor te zorgen dat de onderzijde van de transducer parallel met de scheepshuid is. Vervolgens dient u de ruimte tussen de transducer en het inbouwhuis op te vullen met een waterbestendige vulmassa. Tevens moet de naad tussen het inbouwhuis en de scheepshuid vlak worden afgewerkt. Controleer goed of er geen vulmassa aan de onderzijde van de transducer komt. Dit zal een juiste werking van de dieptemeting verstoren. Eveneens is verven ongewenst. Het wordt aangeraden de transducer dusdanig te positioneren dat er zich geen obstakels, zoals las- of klinknagelranden, boegschroeven of afvoerpijpen in de vaarrichting aanwezig zijn. Deze produceren wervelingen in het water die de juiste werking van de dieptemeting kunnen verstoren. Indien de transducer uitsteekt ten opzichte van de scheepshuid, dient men er voor te zorgen dat er een vloeiende aanloop tot aan de onderzijde van de transducer wordt gecreëerd. Daarnaast is het zaak dat er direct onder de transducer geen luchtbellen kunnen vormen. De transducer mag dus niet worden geplaatst op een locatie waar de scheepshuid een holte vormt. Als er meerdere tranducers worden gebruikt, mogen deze niet dichter dan meter van elkaar worden gemonteerd. Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 8 of 47
3. Aansluitingen 3.. Elektrische aansluitingen S-0 K: Voeding Op deze connector wordt de voedingsspanning van 8-36V DC aangesloten. Deze is intern tegen ompolen en overspanning beveiligd. De interface dient via de wartel te worden geaard, zoals aangegeven in onderstaande afbeelding. Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 9 of 47
K6: NMEA Met behulp van deze connector kunt u de NMEA uitgang en ingang aansluiten. De uitgang geeft de NMEA signalen door naar het zichtinstrument of netwerk. Middels de NMEA ingang worden commando s aan de interfacebox gegeven om het meetbereik te wijzigen. De NMEA ingang en uitgang zijn galvanisch gescheiden van de verdere elektronica. 3.. Instellingen Wanneer er meerdere interfaceboxen in het netwerk aanwezig zijn dient u per interfacebox een uniek adres in te geven. Dit doet u met DIP switch SW3, hier kunt u kiezen tussen adres 0 en 3. Overzicht DIP switch SW3 instellingen Bij één of eerste interface: SW Position Description OFF Startup range set to: ON = 4m, OFF = 40m OFF Dynamic Air Bubble suppression ON/OFF 3 OFF No function 4 OFF No function 5 OFF JB Address selector 6 OFF JB Address selector 7 OFF No function 8 OFF Reserved Tweede interfacebox: SW Position Description OFF Startup range set to: ON = 4m, OFF = 40m OFF Dynamic Air Bubble suppression ON/OFF 3 OFF No function 4 OFF No function 5 ON JB Address selector 6 OFF JB Address selector 7 OFF No function 8 OFF Reserved Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 0 of 47
Derde interfacebox: SW Position Description OFF Startup range set to: ON = 4m, OFF = 40m OFF Dynamic Air Bubble suppression ON/OFF 3 OFF No function 4 OFF No function 5 OFF JB Address selector 6 ON JB Address selector 7 OFF No function 8 OFF Reserved Vierde interfacebox: SW Position Description OFF Startup range set to: ON = 4m, OFF = 40m OFF Dynamic Air Bubble suppression ON/OFF 3 OFF No function 4 OFF No function 5 ON JB Address selector 6 ON JB Address selector 7 OFF No function 8 OFF Reserved Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page of 47
English Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page of 47
. General information & technical data.. Scope of delivery The packing of the equipment contains the following items: Standard scope of delivery: - Manual - Interfacebox S-0 Modified scope of delivery: - Manual - Interfacebox S-0 MODIFIED Make sure all of the above items are present. In case of an incomplete delivery, please contact your dealer as soon as possible. Before installing the S-0 we advise you read this instruction manual carefully as well as all other manuals that came with the additional equipment connected to this sensor... Description required items... Manual This manual will instruct you how to connect and install the S-0 echo sounder. Interface box S-0 or MODIFIED S-0 - Supply voltage: 8-36V DC. - Current consumption: less than A. - The measuring range is 0,3m - 40m., MODIFIED S-0 is for situations where the RZ 35 can be directly replaced by a S-0 (refer to Appendix P)., the minimum range measured in a Ø60cm glass test column with a flat bottom and a free transducer in standard water of 0 c with gw of 000.0 kg/m³.... Transducer This sensor measures the depth using a sound frequency of 00 khz. A 4.5 meter coaxial cable is connected to the transducer, which should not be shortened or extended. Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 3 of 47
. Installation instructions.. Mounting instruction The interface box should be placed in a location easily accessible for service purposes and within easy reach for the cables. The interface box requires a 4 Volt power supply which should be externally fused (6A)... Installation transducer The transducer is placed in the flat portion of the ship using a mounting housing. This housing needs to be screw-threaded, enabling the transducer to be installed from the bottom of the ship. A rubber gasket ring is placed between the transducer and the housing. The unit is fixed in place with a nut pushed over the coaxial cable. Make sure the bottom of the transducer is in line with the ship s hull. The space between the transducer and the housing is filled up with a waterresistant filling paste. The joint between the housing and the ship s shell is smoothened with this filling paste. Ensure that the filling paste does not find its way to the bottom of the transducer. It is recommended that the transducer is not painted. There should be no obstacles such as welding seams, rivet joints, locking screws or drain pipes in the traveling direction. These produce eddies that prevent the depth meter from functioning properly. If for some reason the transducer protrudes beyond the ship shell, a uniform elevation up to the bottom of the transducer is made. It is also important that air bubbles are not formed directly under the transducer. The transducer should not be placed in the vicinity of cavities in the ship s shell, which could also disturb the proper working of the transducer. When more than one transducer is used the distance between the transducers should be at least meter. Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 4 of 47
3. Connections 3.. Electrical connections S-0 K: Power supply The 4 VDC (0.. 36 VDC) is connected here. The power is protected against reverse polarity and overvoltage. The grounding through the swivel should be accomplished as shown in the drawing below. Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 5 of 47
K6: NMEA Here the NMEA input and output are connected. The NMEA input is used to send commands to the interface box. If the S-0 is connected on a Falcon system, the NMEA input can be connected to a Falcon display unit or a NMEA output of a MultiHUB. The NMEA input and output are galvanic separated from the rest of the electronics. If multiple interface boxes in a Falcon system are used, each interface box needs a unique address. With dipswitch SW3 you can choose between address 0 and 3. 3.. Settings When there are multiple interface boxes present in a configuration please make sure you will set a different address to each one of them. This is done by DIP switch SW3, this switch allows you to choose between addresses 0 and 3. Overview DIP switch SW3 settings At one or first interface: SW Position Description OFF Startup range set to: ON = 4m, OFF = 40m OFF Dynamic Air Bubble suppression ON/OFF 3 OFF No function 4 OFF No function 5 OFF JB Address selector 6 OFF JB Address selector 7 OFF No function 8 OFF Reserved Second interface: SW Position Description OFF Startup range set to: ON = 4m, OFF = 40m OFF Dynamic Air Bubble suppression ON/OFF 3 OFF No function 4 OFF No function 5 ON JB Address selector 6 OFF JB Address selector 7 OFF No function 8 OFF Reserved Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 6 of 47
Thirth interface SW Position Description OFF Startup range set to: ON = 4m, OFF = 40m OFF Dynamic Air Bubble suppression ON/OFF 3 OFF No function 4 OFF No function 5 OFF JB Address selector 6 ON JB Address selector 7 OFF No function 8 OFF Reserved Fourth interface SW Position Description OFF Startup range set to: ON = 4m, OFF = 40m OFF Dynamic Air Bubble suppression ON/OFF 3 OFF No function 4 OFF No function 5 ON JB Address selector 6 ON JB Address selector 7 OFF No function 8 OFF Reserved Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 7 of 47
Deutsch Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 8 of 47
. Allgemeine Beschreibung & Technische Daten.. Lieferumfang In der Verpackung finden Sie die folgenden Artikel: Standard Lieferumfang: - Handbuch - Interfacebox S-0 MODIFIED Lieferumfang: - Handbuch - Interfacebox S-0 MODIFIED Stellen Sie sicher, dass alle oben genannten Elemente vorhanden sind. Ist dies nicht der Fall, bitte wenden Sie sich so bald wie möglich an Ihren Händler. Vor der Installation der S-0 lesen Sie sorgfältig dieses Handbuch und die Handbücher der zusätzlichen Ausrüstung im Zusammenhang mit diesem. Wenn es Fragen oder Unklarheiten gibt wenden Sie sich bitte an Ihren Händler... Beschreibung des benötigte Zubehörs... Handbuch Hier finden Sie Anweisungen über das Anschließen, die Funktionsweise und die Bedienung von S-0.... Interface box S-0 oder MODIFIED S-0 - Stromversorgung: 8-36V DC - Stromaufnahme: weiniger als A. - Der Bereich der Messung ist 0,3m 40m., modifizierten S-0 ist für Situationen, in denen die RZ 35 direkt von einem S-0 ersetzt werden können (Siehe Appendix P), minimaler Bereich, in einer gläsernen Prüfsäule mit Ø 60cm, mit flachem Boden und freiem Schwinger in standardmäßigem Wasser bei 0 C mit spezifischem Gewicht von 000,0 kg/m³ gemessen...3. Transducer Dieser Sensor ist zu messen von der Tiefe mit Hilfe von Vibrationen mit einer Frequenz von 00 khz. Der Transducer ist mit einem Koaxialkabel mit einer Länge von 4,5 Metern verbunden. Dies kann nicht verkürzt oder verlängert werden. Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 9 of 47
. Installationsvorschrift.. Montage Die Interfacebox sollte an einem Ort platziert werden, leicht zugänglich für Service-Zwecke, und in der Nähe der Kabel. Die Interfacebox sollte mit 4Volt gefüttert werden, muss diese Leistung extern verschmolzen (6A)... Montage Transducer Der Schwinger wird mit Hilfe von einem Montagegehäuse an der Fläche des Schiffes montiert. In diesem Gehäuse befindet sich ein Gewinde, damit der Schwinger über die Unterseite des Schiffes montiert werden kann. Zwischen Schwinger und Gehäuse wird zur Abdichtung ein Gummiring eingesetzt. Die Befestigung erfolgt mit einer Mutter, die über das Koaxialkabel geschoben wird. Sorgen Sie dabei dafür, dass die Unterseite des Schwingers in einer Flucht mit der Schiffshaut liegt. Danach wird der Zwischenraum zwischen Schwinger und Gehäuse mit einer wasserfesten Füllmasse aufgefüllt. Auch die Naht zwischen dem Gehäuse und der Schiffshaut wird mit dieser Füllmasse flach abgedeckt. Achten Sie darauf, dass keine Füllmasse an der Unterseite des Schwingers klebt. Das Streichen des Schwingers ist auch nicht erwünscht. In die Fahrtrichtung blickend dürfen keine Hindernisse, wie z. B. Schweiß- und Nietränder, Bugschraube oder Schmutzwasserrohre, vorhanden sein. Diese erzeugen Wasserwirbel, und das stört die richtige Funktionsweise des Tiefenmessers. Wenn der Schwinger aus bestimmten Gründen in bezug zu der Schiffshaut hervor steht, wird ein fließender Anlauf bis zur Unterseite des Schwingers vorgenommen. Es dürfen sich auch keine Luftblasen direkt unter dem Schwinger bilden. An der Schiffshaut darf es deshalb an der Befestigungsstelle nicht zu einer Bildung von Hohlräumen kommen. Denn dadurch entsteht nämlich auch eine Störung der richtigen Funktionsweise. Als mehrere Schinger nutzt werden soll die Abstand zwischen die Schwinger mindestens meter sein. Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 0 of 47
3. Anschlüsse 3.. Elektrische Anschlüsse S-0 K: Spanungsversorgung Dies sind die 4 VDC (0.. 36 VDC) Mitglieder. Die Spannungsversorgung ist für Verpolung und Überspannung geschützt. Die Erdung muss durch die Schwenk-als erledigt werden gezeigt in der Zeichnung unten. Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page of 47
K6: NMEA Hier werden die NMEA-Eingang und-ausgang angeschlossen. Die NMEA Eingang ist um Befehle vor der Kontrollzone zu Interfacebox zu senden. Wenn die S-0 auf einem Falcon System angeschlossen ist, kann der NMEA-Eingang mit einem Falcon Sichtinstrument oder eines NMEA-Ausgang von einem MultiHUB angeschlossen werden. Die NMEA-Eingang und Ausgang sind galvanisch vom Rest der Elektronik getrennt. 3.. Einstellungen Wenn es mehrere interfaceboxen in der Netzwerk gibt sollen Sie pro Interfacebox eine eindeutige Adresse eingeben. Dies machen Sie mit DIP- Schalter SW3, hier können Sie zwischen Adresse 0 und 3 wählen. Übersicht DIP-Schalter-SW3 Einstellungen In einem oder ersten Interface box: SW Position Description OFF Startup Range ist: ON = 4m, OFF = 40m OFF Dynamic Air Bubble Suppression ON/OFF 3 OFF Kein Funktion 4 OFF Kein Funktion 5 OFF JB Adresse Selektion 6 OFF JB Adresse Selektion 7 OFF Kein Funktion 8 OFF Reserved Zweiten interface: SW Position Description OFF Startup range ist: ON = 4m, OFF = 40m OFF Dynamic Air Bubble suppression ON/OFF 3 OFF Kein funktion 4 OFF Kein funktion 5 ON JB Adres selection 6 OFF JB Adres selection 7 OFF Kein funktion 8 OFF Reserved Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page of 47
Interface Drei SW Position Description OFF Startup Range ist: ON = 4m, OFF = 40m OFF Dynamic Air Bubble Suppression ON/OFF 3 OFF Kein Funktion 4 OFF Kein Funktion 5 OFF JB Adresse Selektion 6 ON JB Adresse Selektion 7 OFF Kein Funktion 8 OFF Reserved Interface Vier SW Position Description OFF Startup Range ist: ON = 4m, OFF = 40m OFF Dynamic Air Bubble Suppression ON/OFF 3 OFF Kein Funktion 4 OFF Kein Funktion 5 ON JB Adresse Selektion 6 ON JB Adresse Selektion 7 OFF Kein Funktion 8 OFF Reserved Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 3 of 47
Appendix Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 4 of 47
A. Dimension Interface box S-0 Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 5 of 47
B. Dimension Transducer Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 6 of 47
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 7 of 47 x.5mm 4VDC x.5mm 4VDC FALCON D000 x x 0,5mm NMEA-data 4V DC x,5mm COAX C. Connection diagram to Falcon D000 COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Project: Part: Drawn: Date: august 00 File name: Falcon D000 Cable diagram Size: Page: A4 0 of 0 Revision number: A
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 8 of 47 x.5mm 4VDC FALCON D000 x x 0,5 Scr NMEA data Ethernet connection CAT5 cable COAX MULTIHUB x x 0,5 Scr NMEA data CAT5 cable FALCON D000 Ethernet connection x,5 Scr x,5 Scr 4V DC 4V DC COAX x.5mm 4VDC NOTE: The distance between two transducers should at least be meter D. Connection diagram to MultiHUB 4V DC x,5 Scr 4V DC x,5 Scr COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Project: Part: Falcon D000 Cable diagram Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Drawn: Date: august 00 File name: Size: A4 Page: 0 of 0 Revision number: A
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 9 of 47 4V DC NMEA-data x,5mm x x 0,5mm COAX cable is part of the sensor and should not be lengthen. E. Connection diagram stand alone COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Project: Part: Drawn: Date: august 00 S0 Depthsounder sensor box Cable diagram Size: Page: A4 0 of 0 File name: Revision number: A
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 30 of 47? m x x 0 SIGMA 0 F. Connection Sigma 0 to one S-0 COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Project: Part: Drawn: Date: august 00 File name: SIGMA 0 Cable diagram Size: Page: A4 0 of 0 Revision number: A
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 3 of 47? m x x 0 SIGMA 0 NOTE: The distance between two transducers should at least be meter G. Connection Sigma 0 to two S-0 COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Project: Part: Drawn: Date: august 00 File name: SIGMA 0 Cable diagram Size: Page: A4 0 of 0 Revision number: A
H. Internal connection Sigma 0 to one S-0 Project: S0 Base pcb RZ58/Ax SIGMA 0 / S0 CONNECTION DIAGRAM Part: Drawn: Date: 7-08-0 B K6-4 K6-3 K6- K6- K- 3 K- K- NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) SCREEN GND (MAIN) +4VDC (MAIN) Revision number: 0 of 0 Size: Page: A4 File name: K3-04 K3-03 K3-0 K3-0 K3 Screen Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 K- K- K-0 K-09 K-08 K-07 NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) A_OUT (+) A_OUT (-) OUTPUT FOR ANALOG GAUGE K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K ILL GND Screen GND (BACKUP) +4VDC (BACKUP) SCREEN GND (MAIN) +4VDC (MAIN) DIM OUTPUT ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. K Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 3 of 47 COMMENTS:
I. Internal connection Sigma 0 to two S-0 SENSOR # SENSOR # S0 Base pcb RZ58/Ax S0 Base pcb RZ58/Ax SIGMA 0 / two sensors S0 CONNECTION DIAGRAM 7-08-0 Project: Part: Drawn: Date: B K6-4 K6-3 K6- K6- K- 3 K- K- K6-4 K6-3 K6- K6- K- 3 K- K- NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) SCREEN GND (MAIN) +4VDC (MAIN) NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) SCREEN GND (MAIN) +4VDC (MAIN) Revision number: 0 of 0 Size: Page: A4 File name: K3-04 K3-03 K3-0 K3-0 K3 Screen Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 K- K- K-0 K-09 K-08 K-07 NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) A_OUT (+) A_OUT (-) OUTPUT FOR ANALOG GAUGE K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K ILL GND Screen GND (BACKUP) +4VDC (BACKUP) SCREEN GND (MAIN) +4VDC (MAIN) DIM OUTPUT ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. K Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 33 of 47 COMMENTS:
J. Print lay-out P58/A Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 34 of 47
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 35 of 47 4V DC NMEA-data x,5mm x x 0,5mm MODIFIED COAX cable (MAX 50 meter) RZ 38 COAX cable is part of the sensor and should not be lengthen. K. Connection standalone modified S-0 COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Project: Part: S0 Depthsounder sensor box Cable diagram MODIFIED S0 Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Drawn: Date: august 00 File name: Size: A4 Page: 0 of 0 Revision number: A
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 36 of 47? m x x 0 SIGMA 0 MODIFIED COAX cable (MAX 50 meter) RZ 38 COAX cable is part of the sensor and should not be lengthen. L. Connection Sigma 0 to modified S-0 COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Project: Part: Drawn: Date: august 00 File name: SIGMA 0 Cable diagram Size: Page: A4 0 of 0 Revision number: A
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 37 of 47? m x x 0 SIGMA 0 MODIFIED MODIFIED COAX cable (MAX 50 meter) RZ 38 RZ 38 COAX cable is part of the sensor and should not be lengthen. NOTE: The distance between two transducers should at least be meter COAX cable is part of the sensor and should not be lengthen. M. Connection Sigma 0 to modified x S-0 COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Project: Part: COAX cable (MAX 50 meter) SIGMA 0 Cable diagram Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Drawn: Date: august 00 File name: Size: A4 Page: 0 of 0 Revision number: A
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 38 of 47 x.5mm 4VDC x.5mm 4VDC FALCON D000 x x 0,5mm NMEA-data 4V DC x,5mm MODIFIED COAX cable (MAX 50 meter) RZ 38 COAX cable is part of the sensor and should not be lengthen. N. Connection D-000 to modified S-0 COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Project: Part: Falcon D000 Cable diagram Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Drawn: Date: august 00 File name: Size: A4 Page: 0 of 0 Revision number: A
Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 39 of 47 x.5mm 4VDC x x 0,5 Scr FALCON D000 NMEA data 4V DC x,5 Scr MODIFIED Ethernet connection COAX cable (MAX 50 meter) RZ 38 CAT5 cable COAX cable is part of the sensor and should not be lengthen. MULTIHUB x x 0,5 Scr NMEA data CAT5 cable FALCON D000 Ethernet connection x,5 Scr x,5 Scr 4V DC x,5 Scr 4V DC 4V DC MODIFIED COAX cable (MAX 50 meter) x.5mm 4VDC NOTE: The distance between two transducers should at least be meter RZ 38 COAX cable is part of the sensor and should not be lengthen. O. Connection Falcon system to x modified S-0 COMMENTS: ALL SIZES IN MM AMERICAN PROJECTION STYLE COPYRIGHT 00 RADIO ZEELAND DMP B.V. Project: Part: Falcon D000 Cable diagram Industrieweg 7 4538 AG Terneuzen The Netherlands Tel: +3 5 645400 Fax: +3 5 60040 Drawn: Date: august 00 File name: Size: A4 Page: 0 of 0 Revision number: A
P. Replacing RZ 35 by S-0 Replacing x S-0, option Replacing RZ35 and RZ38 on Sigma0 by S-0 Existing situation New situation 3? 0 m 4 x x 0 SIGMA 0 3? 0 m 4 x x 0 SIGMA 0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) x,5mm K4-05 RxTx+ K4-04 RxTx- K4-03 K4-0 K4-0 K-03 Scrn K-0 0Vdc K-0 4Vdc RxTx+ RxTx- Wheelhouse 4Vdc Wheelhouse S-0 Base pcb RZ58 K6-04 K6-03 K6-0 K6-0 K-03 K-0 K-0 NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) Scrn 0Vdc 4Vdc x,5mm 4Vdc Fore/Aft peak Fore/Aft peak Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 40 of 47
. Switch off breaker(s) of RZ0 system.. Remove cable from K3 on Sigma 0. 3. Pull new sreened cable (xx0.5 mm²) from Sigma 0 K to S-0 K6. 4. Pull new sreened cable (x.5 mm²) from S-0 K to 4V power supply. 5. Connect according figure. 6. Switch on breaker(s). S0 SIGMA 0 POWER SUPPLY K- 4Vdc K- 0Vdc K-3 Scrn. K6- K-9 K6- K-0 K6-3 K- K6-4 K- Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 4 of 47
Replacing x S-0, option Replacing RZ35 on Sigma0 by S-0 option Existing situation New situation MODIFIED 3 3 S-0 Base pcb RZ58?? 4 m 0 4 m 0 K4-05 K4-04 K4-03 K4-0 K4-0 K-03 K-0 K-0 x 0 x x 0 x K6-04 NMEA OUT (+) K6-03 NMEA OUT (-) K6-0 NMEA IN (+) K6-0 NMEA IN (-) K-03 K-0 K-0 SIGMA 0 Scrn 0Vdc 4Vdc SIGMA 0 Scrn 0Vdc 4Vdc K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 x,5mm RxTx+ RxTx- RxTx+ RxTx- x,5mm NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) Wheelhouse 4Vdc Wheelhouse 4Vdc Fore/Aft peak Fore/Aft peak Figure Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 4 of 47
. Switch off breaker(s) of RZ0 system.. Remove cable from K3 on Sigma 0. 3. Remove cables from RZ35. 4. Remove RZ35. 5. Unsolder transformer from S-0 and replace with L3-L4 from RZ35 or use modified S- 0. 6. Install S-0. 7. Pull new sreened cable (xx0.5 mm²) from Sigma 0 K to S-0 K6. 8. Connect according figure. 9. Switch on breaker(s). S0 SIGMA 0 POWER SUPPLY K- 4Vdc K- 0Vdc K-3 Scrn. K6- K-9 K6- K-0 K6-3 K- K6-4 K- Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 43 of 47
3 4 Replacing x S-0, option Replacing RZ35 and RZ38 on Sigma0 by S-0 Existing situation New situation 3? 0 m 4 x x 0 SIGMA 0 3? 0 m 4 x x 0 SIGMA 0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) x,5mm K4-05 RxTx+ K4-04 RxTx- K4-03 K4-0 K4-0 K-03 Scrn K-0 0Vdc K-0 4Vdc RxTx+ RxTx- Wheelhouse 4Vdc Wheelhouse 4 3 S-0 # Base pcb RZ58 S-0 # Base pcb RZ58 K6-04 K6-03 K6-0 K6-0 K-03 K-0 K-0 K6-04 K6-03 K6-0 K6-0 K-03 K-0 K-0 NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) Scrn 0Vdc 4Vdc NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) Scrn 0Vdc 4Vdc 4 3 4 3 x,5mm x,5mm 4Vdc 4Vdc xx0,5mm xx0,5mm Fore peak Aft peak Fore peak Aft peak Figure 3 Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 44 of 47
. Switch off breaker(s) of RZ0 system.. Remove cable from K3 on Sigma 0. 3. Pull new sreened cables (xx0.5 mm²) from Sigma 0 K to both S-0 s K6. 4. Pull new sreened cable (x.5 mm²) from both S-0 s K to 4V power supply. 5. Connect according figure 3. 6. Switch on breaker(s). S0# S0# SIGMA 0 POWER SUPPLY K- K- 4Vdc K- K- 0Vdc K-3 K-3 Scrn. K6- K-9 K6- K-0 K6-3 K- K6-4 K- K6-3 K6- K6-4 K6- Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 45 of 47
Replacing x S-0, option Replacing RZ35 and RZ38 on Sigma0 by S-0 option Existing situation New situation 3 3?? 0 m 4 0 m 4 x x 0 x x 0 SIGMA 0 SIGMA 0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) RxTx+ RxTx- RxTx+ RxTx- S-0 # Base pcb RZ58 MODIFIED S-0 # Base pcb RZ58 MODIFIED K6-04 NMEA OUT (+) K6-03 NMEA OUT (-) K6-0 NMEA IN (+) K6-0 NMEA IN (-) K-03 K-0 K-0 K6-04 K6-03 K6-0 K6-0 K-03 K-0 K-0 K4-05 K4-04 K4-03 K4-0 K4-0 K-03 K-0 K-0 Scrn 0Vdc 4Vdc NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) Scrn 0Vdc 4Vdc x,5mm Scrn 0Vdc 4Vdc 4Vdc x,5mm xx0,5mm x,5mm 4Vdc 4Vdc Wheelhouse Wheelhouse Fore peak Aft peak Fore peak Aft peak Figure 4, Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 46 of 47
. Switch off breaker(s) of RZ0 system.. Remove cable from K3 on Sigma 0. 3. Remove cables from RZ35. 4. Remove RZ35. 5. Unsolder transformers from S-0 # & # and replace with L3-L4 from RZ35 or use modified S-0 s. 6. Install S-0 s. 7. Pull new sreened cable (x.5 mm²) from S-0 # K to S-0 # K for 4V power supply. 8. Pull new sreened cables (xx0.5 mm²) from Sigma 0 K to both S-0 s K6. 9. Pull new sreened cables (xx0.5 mm²) from Sigma 0 K to both S-0 s K6. 0. Connect according figure 4.. Switch on breaker(s). S0# S0# SIGMA 0 POWER SUPPLY K- K- 4Vdc K- K- 0Vdc K-3 K-3 Scrn. K6- K-9 K6- K-0 K6-3 K- K6-4 K- K6-3 K6- K6-4 K6- Date: October 0, 0 Document: S-0 Rev 07 Date e release: September 3, 00 Page 47 of 47
Replacing RZ35 and RZ38 on Sigma0 by S-0 Existing situation New situation 3? 0 m 4 3? 0 m 4 x x 0 SIGMA 0 x x 0 SIGMA 0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) x,5mm K4-05 RxTx+ K4-04 RxTx- K4-03 K4-0 K4-0 K-03 Scrn K-0 0Vdc K-0 4Vdc RxTx+ RxTx- Wheelhouse 4Vdc Wheelhouse S-0 Base pcb RZ58 K6-04 K6-03 K6-0 K6-0 K-03 K-0 K-0 NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) Scrn 0Vdc 4Vdc x,5mm 4Vdc Fore/Aft peak Fore/Aft peak
Replacing RZ35 on Sigma0 by S-0 option Existing situation New situation 3 3 S-0 Base pcb RZ58 MODIFIED?? 4 m 0 4 m 0 K4-05 K4-04 K4-03 K4-0 K4-0 K-03 K-0 K-0 x 0 x x 0 x K6-04 NMEA OUT (+) K6-03 NMEA OUT (-) K6-0 NMEA IN (+) K6-0 NMEA IN (-) K-03 K-0 K-0 SIGMA 0 Scrn 0Vdc 4Vdc SIGMA 0 Scrn 0Vdc 4Vdc K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 x,5mm RxTx+ RxTx- RxTx+ RxTx- x,5mm NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) Wheelhouse 4Vdc Wheelhouse 4Vdc Fore/Aft peak Fore/Aft peak
Replacing RZ35 and RZ38 on Sigma0 by S-0 Existing situation New situation 3? 0 m 4 3? 0 m 4 x x 0 SIGMA 0 x x 0 SIGMA 0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) x,5mm K4-05 RxTx+ K4-04 RxTx- K4-03 K4-0 K4-0 K-03 Scrn K-0 0Vdc K-0 4Vdc RxTx+ RxTx- Wheelhouse 4Vdc Wheelhouse 4 3 3 4 S-0 # Base pcb RZ58 S-0 # Base pcb RZ58 K6-04 K6-03 K6-0 K6-0 K-03 K-0 K-0 K6-04 K6-03 K6-0 K6-0 K-03 K-0 K-0 NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) Scrn 0Vdc 4Vdc NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) Scrn 0Vdc 4Vdc 4 3 4 3 x,5mm x,5mm 4Vdc 4Vdc xx0,5mm xx0,5mm Fore peak Aft peak Fore peak Aft peak
Replacing RZ35 and RZ38 on Sigma0 by S-0 option Existing situation New situation 3 3?? 0 m 4 0 m 4 x x 0 x x 0 SIGMA 0 SIGMA 0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 K3-04 K3-03 K3-0 K3-0 K- K- K-0 K-09 K-08 K-07 K-06 K-05 K-04 K-03 K-0 K-0 K-05 K-04 K-03 K-0 K-0 RxTx+ RxTx- NMEA IN (+) NMEA IN (-) NMEA OUT (+) NMEA OUT (-) RxTx+ RxTx- S-0 # Base pcb RZ58 MODIFIED S-0 # Base pcb RZ58 MODIFIED K6-04 NMEA OUT (+) K6-03 NMEA OUT (-) K6-0 NMEA IN (+) K6-0 NMEA IN (-) K-03 K-0 K-0 K6-04 K6-03 K6-0 K6-0 K-03 K-0 K-0 K4-05 K4-04 K4-03 K4-0 K4-0 K-03 K-0 K-0 Scrn 0Vdc 4Vdc NMEA OUT (+) NMEA OUT (-) NMEA IN (+) NMEA IN (-) Scrn 0Vdc 4Vdc x,5mm Scrn 0Vdc 4Vdc 4Vdc x,5mm xx0,5mm x,5mm 4Vdc 4Vdc Wheelhouse Wheelhouse Fore peak Aft peak Fore peak Aft peak