Fleet 77 JRC Manual

INSTALLATIONMANUAL

ATTENTIONS BEFORE USING

l JRC can not accept responsibility for any loss due to incorrect operation, malfunction and othercauses except product guarantee condition and liability by law.

l There is possibility that some functions of the terminal may not operate correctly depend on thehardware and software version of equipment connected to the terminal. Confirm your equipmentversion before connection with the dealer or agent you purchased or JRC branches.

l Your communication data are transmitted via inmarsat system and other global communicationssystem, so unusually some errors may occur in communication theory same as the landlines.You are recommended to backup for your important data.

l Usually, digital scrambling of Inmarsat Fleet system protects your communication data privacy.However, you are recommended to understand that your communication data might beintercepted by special technology and unauthorized access in the communication theory.

l Specifications of JUE-410F and its accessories may change without notice for improvement.

l There are some additional and optional functions of JUE-410F will be released in near futureafter evaluation.

ABOUT YOUR SAFETY

Radio and radar devices are operated by high voltages of anywhere from a few hundred volts up tomany hundreds of thousands of volts. Although there is no danger with normal use, it is verydangerous if contact is made with the internal parts of these devices (Only specialists should attemptany maintenance, checking or adjusting).There is a very high risk of death by even a few thousand volts, in some cases you can be fatallyelectrocuted by just a few hundred volts. To circumvent accidents, you should avoid contact with theinternal parts of these devices at all costs. If contact is inevitable as in the case of emergency, youmust switch off the devices and ground a terminal in order to discharge the capacitors. After makingcertain that all the electricity is discharged, only then can you insert your hand into the device.Wearing cotton gloves and putting your free hand in your pocket, in order not to use both handssimultaneously, are also very good methods of shock prevention. Quite often, an injury occurs bysecondary factors, therefore it is necessary to choose a sturdy and level working surface. If someoneis electrocuted it is necessary to thoroughly disinfect the affected area and seek medical attention assoon as possible.

When you find an electrocution patient, you must first switch off the machinery and ground all circuits.If you are unable to cut off the machinery, move the patient away from it using a non-conductivematerial such as dry boards or clothing.When someone is electrocuted, and the electrical current reaches the breathing synapses of thecentral nervous system inside the brain, breathing stops. If the patients condition is stable, he or shecan be administered artificial respiration. An electrocution patient becomes very pale, and their pulsecan be very weak or even stop, consequently losing consciousness and becoming stiff.Administration of first aid is critical in this situation.

CAUTIONS AGAINST HIGH VOLTAGE

CAUTIONS CONCERNING TREATMENT OFELECTROCUTION VICTIMS

Note points for first aid

Unless there is impending danger leave the patient where he or she is, then begin artificial respiration.Once you begin artificial respiration, you must continue without losing rhythm.

(1) Make contacts with the patient cautiously, there is a risk that you may get electrocuted.

(2) Switch off the machinery and then move the patient away slowly if you must.

(3) Inform someone immediately (a hospital or doctor, dial emergency numbers, etc.).

(4) Lay the patient on his or her back and loosen any constructive clothing (a tie, or belt).

(5) (a) Check the patients pulse.(b) Check for a heartbeat by pressing your ear against the patients chest.(c) Check if the patient is breathing by putting the back of your hand or face near the patients

face.(d) Check the pupils of the eyes.

(6) Open the patients mouth and remove any artificial dentifrice, food or chewing gum. Leave themouth opened and flatten the tongue with a towel or by putting something into the mouth toprevent the patients tongue from obstructing the throat (If he or she is clenching their teeth and itis difficult to open the mouth, use a spoon or the like to pry open the mouth).

(7) Continually wipe the mouth to prevent the accumulation of saliva.

FIRST AID

If the patient has a pulse but is not breathing(Mouth to mouth artificial resuscitation)

Figure 1

(1) Place the patients head facing backward (place something under the neck like a pillow).

(2) Point the chin upward to widen the trachea.

(3) Pinch the patients nose, take a deep breath, then put your mouth over the patients mouth andexhale completely, making sure that your mouth completely covers the patients mouth. Thenremove your mouth. Repeat this routine 10 to 15 times per minute (holding the nostrils).

(4) Pay attention to the patient to notice if he or she starts to breathe. If breathing returns, stopresuscitation.

(5) If it is impossible to open the patients mouth, put something like a plastic straw or vinyl tube intoone of the nostrils then blow air in while covering the mouth and the other nostril.

(6) Occasionally, when the patient comes back to consciousness, they immediately try to stand up.Prevent this and keep them in a laying position. Give them something warm to drink and be surethat they rest (do not give them any alcohol).

Administering artificial respiration by raising the head.

(1) Raise the back of head, then place onehand on the forehead and place the otherhand under the neck. Most patients open their mouth when doingthis, making mouth to mouth resuscitationeasier.

(2) Cover the patients mouth by opening yourmouth widely, then push your cheek againstthe patients nose, or pinch the patients nose to prevent airfrom leaking out of it.

(3) Completely exhale into the lungs.Exhale into the lungs until the chest isinflates.You have to blow as rapidly as possible forthe first 10 times.

Figure 1 Mouth to mouth artificial respiration

If the patient has no pulse and is not breathing(Heart massage in combination with artificial respiration.)

Figure 2

If the patient has no pulse, his or her pupils are dilated, and if you cannot detect a heartbeat, the heartmay have stopped, beginning artificial respiration critical. Continue artificial respiration until reachinga doctor and follow the doctor's instruction.

(1) Put both hands on the diaphragm, with hands on top of each other keeping both arms straight (Ifyour elbows are bent, you cannot push with as much power). Press the diaphragm with your bodyweight until the chest sinks about 2 cm (about 50 times per minute).

(2) If administering first aid when alone:Perform the heart massage about 15 times then blow in twice. Repeat this routine.If administering first aid with two people:One person performs the heart massage 15 times, and the other person blows in twice.Repeat this routine (Heart massage and mouth to mouth resuscitation used together).

(3) Constantly check the pupils and the pulse, if the pupils become normal and the pulse steadies,keep them in a laying position and give them something warm to drink, be sure that they rest.

Figure 2 Heart massage

iPREFACE

Thank you for the purchase of JRC inmarsat Fleet F77 Maritime Mobile Earth Station, JUE-410F.

JUE-410F is a inmarsat digital satellite communication terminal for voice (including facsimile) service,maximum 64Kbps high speed data (HSD) service and maximum 64Kbps high speed mobile packetdata service (MPDS).

JUE-410F is shipped with strict quality control and inspection to deliver with the high quality meet thecustomers requirements and satisfaction. JRC would like to believe you to make long use of theterminal with your satisfaction.

If your JUE-410F has trouble or problem in your operation, please contact the dealer, agent or JRC

branches you purchased.

If the contact point is not clear, please confirm on the following web sites.

JRC Tokyo Japan : www.jrc.co.jpJRC Amsterdam : www.jrcams.nlJRC Seattle : www.jrcamerica.com

The following email addresses are also available.

Tokyo Japan : [email protected]

Tokyo Japan : [email protected]

JRC web site

Marine Sales & Marketing Department

Marine Product Support Department

ii

DANGER

BEFORE INSTALLATION

(1) This installation manual Before install the terminal, JRC would like to ask you to read this installation manual carefully and

install the terminal correctly. This manual should be kept securely to refer when it is necessary, fortrouble shooting.

(2) The safety symbolsThis manual and the terminal are indicated the following safety symbols for your correct operationto prevent your and somebodys injury or damage to the product and assets.The symbols and descriptions are as follows. You should understand well them before reading thismanual and operating the terminal.

This symbol denotes that improperhandling poses a high risk of causingdeath or serious injury.

This symbol denotes that improperhandling poses a risk of causing death orserious injury.

This symbol denotes that improperhandling poses a risk of causing injury ordamage to the product and/or assets.

Example of symbolsThe symbol denotes DANGER, WARNING or CAUTION.The inside illustration of the symbol denotes meaning of the DANGER,WARNING or CAUTION more concretely. (This example warns of possibleelectrical shock.)

The symbol denotes prohibited action.The inside illustration of the symbol denotes the specific prohibited actionmore concretely. (This example indicates disassembly is prohibited.)

The symbol denotes obligatory operation or instruction.The inside illustration of the symbol denotes obligatory operation orinstruction more concretely. (This example indicates unplugging is theobligatory instruction.)

(3) Safety labelsThe Safety (DANGER, WARNING and CAUTION) labels are pasted to this terminal.Do not remove, damage or modify the labels to keep safety instruction.

WARNINGCAUTION

* Windows, Internet Explorer are registered trademarks of Microsoft Corporation.

iii

DANGERDANGERS DURING INSTALLATION

Do not touch any internal parts with your hands or tools to avoid danger ofelectrical shock.

Do not touch any parts where "DANGER HIGH VOLTAGE" label is pastedwith your hands or tools to avoid danger of electrical shock.

Do not touch master gyro signal lines with your hands to avoid danger ofelectrical shock. The lines always have high voltage even if your JUE-410Fpower switch is turned off.

iv

WARNINGWARNINGS DURING INSTALLATION

If a foreign substances, such as metal fragment, water, liquid and etc., areget into your JUE-410F, turn off the power and contact the dealer or agentyou purchased or JRC branches for maintenance. Continuous operationmay cause fire, electrical shock or malfunction.

Install JUE-410F correctly in accordance with the installation manual ofseparate volume. Inappropriate installation may cause incorrect operation,fire, electrical shock or malfunction.JUE-410F should be installed by the special technician or skilled engineer.The installation should be requested to the dealer or agent you purchased orJRC branches.

Install JUE-410F ADE-BDE coaxial cable correctly in accordance with theinstallation manual of separate volume. Especially waterproof should betreated correctly in accordance with the installation manual. Inappropriateinstallation may cause incorrect operation, fire, electrical shock ormalfunction. The coaxial cable should be installed by the special technicianor skilled engineer.

Request JUE-410F adjustment or maintenance (if necessary) to the dealeror agent you purchased or JRC branches. Adjustment or maintenancewithout the special technician or skilled engineer may cause incorrectoperation, such as malfunction or no transmission in distress.

Do not turn on the terminal under the primary power except the specificvoltage (100/110 or 200/220V within 10%, 50 or 60Hz within 6%). Theprimary power except the specific voltage may cause fire, electrical shock ormalfunction.

Do not check or repair the internal equipment of JUE-410F by yourself.Any electrical work by any person other than our specialized maintenancepersons may cause fire or abnormal operation of this equipment or electricalshock for you. This equipment meets the technical standard of the ministry ofPost and Telecommunication of JAPAN.

Do not adjust the internal circuit without a measurement equipment orexchange the parts because the internal circuit is adjusted strictly. When anabnormal operation is found, please contact to our sales department ornearest branch office.

vCAUTIONCAUTIONS DURING INSTALLATION

Before operation of the terminal, read the instruction manual carefully.Inappropriate procedure may cause incorrect operation or malfunction.

Keep out of the area within a radius of 4.5meters from ADE, because ADEtransmits microwaves. Strong microwaves may cause injury.In case of approach within a radius of 4.5meters by necessity, turn off theJUE-410F and stop transmitting.

Do not go into ADE except to checking. Antenna pedestal actuation ortransmitting microwaves may cause injury. In case of going into ADE, turn offyour JUE-410F and stop transmitting and antenna pedestal actuation underlow ship motion and unwavering condition.

Do not put tool on antenna pedestal, because the antenna pedestal isbalanced type. It may cause lost of the balance of antenna pedestal andincorrect operation.

Do not give mechanical shock and force, because all units of ADE isprecision instrument. Unwanted shock and force may cause malfunction.

Do not touch RFU fans with your hands or tools. Touching RF fans maycause injury or malfunction.

Do not touch RFU case with your hands directly, because RFU may heat updue to long transmission. Touching RFU case may cause injury by hightemperature.

Keep turn on PA/SERVO switch of ACU except checking or maintenanceperiod. All communications including the distress call are unable withPA/SERVO switch turn off.

Confirm the PA/SERVO switch is turn on when you go out from ADE.All communications including the distress call are unable with PA/SERVOswitch turning off.

Fix antenna pedestal drive-axes in accordance with chapter 7.6 of theinstruction manual when the JUE-410F will be turned off for a long time.Ship motion may cause malfunction of the antenna pedestal without fixing.

Do not paint radome. Painting of radome may cause decrease of thecommunication quality.

vi

CAUTIONCAUTIONS DURING INSTALLATION

Do not turn off Main Unit except for maintenance or checking period. Turn offwithout fixing of antenna drive-axes may cause antenna pedestalmalfunction due to ship motion.

Clean air filter of Main Unit front panel periodically in accordance withchapter 7.2 of the instruction manual.

Long operation with dusty air filter may cause malfunction.

Turn off Main Unit in case of cleaning or changing air filter.Cleaning or changing air filter of Main Unit during turn on the power maycause malfunction or injury, because the Main Unit has internal fans.

Install the Main Unit and the telephone keeping away more than 2.5 meterfrom the MF/HF antenna. Close installation may cause malfunction.

Connect the ground terminal of the Main Unit and Junction Box to dividingwall or floor with the Earth bar. Poor connection may cause malfunction.

Do not insert nonconforming cards into the SIM and PCMCIA card slot ofMain Unit front panel.Do not insert wrong side of the card.These may cause disable ejecting of the card or slot malfunction.

Do not turn off POWER switch during sailing. The turning off the power maycause no control of the antenna drive and may cause troubles.

When REC meaning receiving intensity shows 49 or less under displayingREADY as STATUS displayed on the LCD, depending on communicationmode, the rate of communication connection may fall on the circuit design.

vii

APPEARANCEGSC-411A Above Deck Equipment (ADE)

The ADE is installed on the above deck for receiving the signal from the satellite.The ADE is covered with a radome.

viii

GSC-412A Below Deck Equipment (BDE) Main Unit

The BDE is installed on the below deck and includes the transceiver.

NQW-132B Telephone

The telephone is for voice communication.

ix

ABBREVIATIONS

ACU Antenna Control Unit

ADE Above Deck Equipment

AZ Azimuth

BDE Below deck Equipment

D-GPS Differential-Global Positioning System

EL Elevation

FWD Forward

GPS Global Positioning System

INMARSAT International Mobile Satellite Organization

MU Main Unit

RF Radio Frequency

MES Mobile Earth Station

TEL Telephone

TEL JB Telephone Joint Box

VDB Voice Distress Button

CONTENTS

PREFACE .......................................................................................................................................................... iBEFORE INSTALLATION ............................................................................................................................ ii

DANGERS DURING INSTALLATION .......................................................................................................iiiWARNINGS DURING INSTALLATION..................................................................................................... ivCAUSTIONS DURING INSTALLATION .................................................................................................... v

APPEARANCE ..............................................................................................................................................viiABBREVIATIONS ......................................................................................................................................... ix

1. INTRODUCTION...............................................................................................................................1-11-1 Outlines..............................................................................................................................................1-11-2 Unpacking and visual inspection .......................................................................................................1-1

1-3 Components .......................................................................................................................................1-21-3-1 Standard compornents ..................................................................................................................1-21-3-2 Options .........................................................................................................................................1-2

1-4 Configuration.....................................................................................................................................1-31-5 Installation parts and tools .................................................................................................................1-6

1-5-1 Supplied parts by JRC..................................................................................................................1-6

1-5-2 Required cables ............................................................................................................................1-71-5-3 Required tools ..............................................................................................................................1-8

2. INSTALLATION.................................................................................................................................2-12-1 ADE installation ................................................................................................................................2-1

2-1-1 Plan of installation site .................................................................................................................2-1

2-1-2 Design of support structure ..........................................................................................................2-22-1-2-1 Load specification and basic design.....................................................................................2-22-1-2-2 Recommended support structure..........................................................................................2-2

2-1-3 Installation work...........................................................................................................................2-32-1-4 Check of vibration level ...............................................................................................................2-32-1-5 Refernce-estimation of loss by physical obstractions ..................................................................2-5

2-1-5-1 Calculation procedure(1)......................................................................................................2-52-1-5-2 Calculation procedure(2)......................................................................................................2-7

2-2 BDE installation ..............................................................................................................................2-25

2-2-1 Main Unit and Junction Box ......................................................................................................2-252-2-1-1 Combined installation ........................................................................................................2-252-2-1-2 Separate inatallation ...........................................................................................................2-25

2-2-2 Telephone ...................................................................................................................................2-252-3 Cable................................................................................................................................................2-33

2-3-1 Cable routing..............................................................................................................................2-33

2-3-2 Connection to ADE ....................................................................................................................2-332-3-3 Connection to BDE ....................................................................................................................2-342-3-4 Connection to primary Power and Gyro cable ...........................................................................2-35

3. OPTIONS...............................................................................................................................................3-13-1 TELEPHONE (NQW-132B) .............................................................................................................3-13-2 TEL JB (NQE-3058A).......................................................................................................................3-23-3 EXTERNAL BUZZER (NCE-6824A) ..............................................................................................3-4

3-4 VOICE DISTRESS BUTTON (NQE-3035A)...................................................................................3-53-5 CARD READER INTERFACE (NQZ-6803A).................................................................................3-63-6 CARD READER (NQZ-4968A) .......................................................................................................3-7

Appendix :Detail information of attached cables ............................................................................. A 1-1

1-1

1. INTRODUCTION1-1 Outlines

The JUE-410F Mobile Earth Station (MES) is composed of Above Deck Equipment (ADE) andBelow Deck Equipment (BDE).

The ADE consists of Antenna Assembly, Antenna Control Unit and Radome Assembly, while theBDE consists of Main Unit (MU) and Telephone.

1-2 Unpacking and visual inspection

At the time of unpacking, visual inspection should be made for any possible damage duringtransportation, and also check any missing part in accordance with supplied parts list for installation asshown in Table 3.1. If there is damage or missing part, file the claim immediately.

The components are shown in Section 1.3 and the configuration of the ADE and the BDE areshown in Section 1.4.

1-2

1-3 Components

1-3-1 Standard components

No. Name Type

1 Above Deck Equipment GSC-411A

2 Below Deck Equipment

-1 Main Unit GSC-412A

-2 Telephone NQW-132B

-3 Coaxial Cable NOTE 1 CFQ-3922A/CFQ-3923A

-4 Spare Parts 7ZXSC4101

-5 ADE Installation Parts MPXP32604

-6 BDE Installation Parts MPXP32613

-7 Instruction Manual

-8 Operation Guide

-9 Inspection Results

NOTE 1 CFQ-3922A for 15m, 20m, 25m, 30m, 35m, 40m, 45m or 50m

CFQ-3923A for 70m or 100m

1-3-2 Options

No. Name Type

1 Telephone NQW-132B

2 TEL JB NQE-3058A

3 External Buzzer NCE-6824A

4 Voice Distress Button NQE-3035A

5 Card Reader Interface NQZ-6803A

6 Card Reader NQZ-4968A

1-3

1-4 Configuration

GSC-411A Above Deck Equipment (ADE)

Unit: mmMass: Approx. 80kg

Fig. 1-4-1 Above Deck Equipment (ADE)

1-4

GSC-412A Below Deck Equipment (BDE) Main Unit and Junction Box

Unit: mmMass: Approx. 10kg

Fig. 1-4-2 Main Unit and Junction Box

1-5

NQW-132B Telephone

Fig. 1-4-3 Telephone

78

228

150

2-Mouning holes

Wall mount bracket

Unit : mmMass: 0.7 kg

83.5

TOP

1-6

1-5 Installation parts and tools

1-5-1 Supplied parts by JRC

Table 1-5-1a Supplied parts by JRC for ADE Installation

CODE: MPXP32604

No. Part Description Qty Remarks Application

1 Hex. N20 JIS B 1181 4 Zn DIP ADE fixing

2 Hex. lock nut. LN20 JIS B 1181 4 Zn DIP ADE fixing

3 Flat washer. W20 JIS B 1256 5 Zn DIP ADE fixing

4 Spring washer. SW20 JIS B 1251 4 Zn DIP ADE fixing

5 Absorption sheet MTT304884 1 ADE fixing

6 Earth bar MTTB337174 1 ADE fixing

7 Gasket MPPK30494 1 Cable guide (for 10D)

8 Gasket B MPPK30644 1 Cable guide (for 5D)

9 Silicone seal (tube) BRXP00291 1 Cable guide sealing

10 SUMI-tape 5ZZXV00005 1 Ground sealing

11 Cable adapter 5JAAA00139 1 Cable connection

Table 1-5-1b Supplied parts by JRC for BDE Installation

CODE: MPXP32613

No. Part Description Qty Remarks Application

1 Junction Box MDYW11727A 1 CQD-1909A

(Signal cable) H-7ZCSC0130 1

(RF cable) H-7ZCSC0131 1

(Power cable) H-7ZCSC0132 1

(Earth cable) MPXP32644 1

2 Earth bar MTB336224 1 40 1200 t0.2mm

3 Earth plate BRAE00007 1 Earthing Main Unit

4 Fitting part A MTB366348 1

5 Fitting part B MTB366349 1

6 Screw with washer BSNB06012B 2 M6 12 For earth plate

7 Screw with washer BSNB03008B 6 M3 8For fitting parts andJunction Box

1-7

1-5-2 Required cables

Table 1-5-2 Required Cables

No. Cable Description Cablediameter

Min. bendingradius

(NOTE 1)Remarks

1 Coaxial cable (NOTE 2) CFQ-3922A oCFQ-3923A o30.0 mm f33.0 mm f

100 mm150 mm

WithConnectors

2 Power cable 06/1K DPYC-1.25or equivalent 11.0 mm f 90 mm

3 Gyro cable 06/1K MPYC-5or equivalent 13.5 mm f 90 mm

4 OLM cable 06/1K TTYCS-2or equivalent 15.5 mm f 110 mm

5 Cable for options (NOTE 3) 06/1K TTYCS-1Qor equivalent 15.5 mm f 110 mm

6 Cable for telephone (NOTE 4) 06/1K TTYCS-1or equivalent 10.9 mm f 90 mm

NOTE 1 Minimum bending radius of these cables is corresponds to the minimum bending radius of coaxialcable in Fig. 2-2-2c.

NOTE 2 The number in o designates the length of cable.Standard cable lengths prepared in JRC are 15, 20, 25, 30, 35, 40, 45, 50m(CFQ-3922A),70, 100m(CFQ-3923A).(Example: 45m: CFQ3922A45, 50m: CFQ-3922A5, 70m: CFQ-3923A7)If special cable length is required, the availability is 2 weeks.

NOTE 3 For External Buzzer, Voice Distress Button and Card Reader Interface.

NOTE 4 For TEL JB

1-8

1-5-3 Required tools

Table 1-5-3 Required Tools

No. Tool Description (Unit: mm)

1 Socket wrench set 1 set

2 Open-ended spanner Nominal 30 (for M20)

3 Open-ended spanner Nominal 50

4 Adjustable-angle wrench Full length: 300

5 Water pump pliers H-300

6 Screw driver 1 set (including cross point drivers)

7 Hex. wrench M4, M5, M6

2-1

2. INSTALLATION2-1 ADE Installation

Antenna assembly is composed of three axes controlled by servo mechanism. This mechanism isdesigned and manufactured with careful consideration for long use under the severe environmentalcondition at sea.

When the ADE is installed in higher position to avoid the physical obstruction, the ADE may beoften exposed to the severe vibration condition. When the ADE is installed on taller pole, the totalweight of the ADE with the pole becomes heavy. Therefore, special attention should be paid in such aninstallation site to reduce vibrations.

The ADE installation plan and work should be performed in accordance with the followingprocedure. Flow chart of ADE installation plan and work is shown in Fig. 2-1-1.

NOTE

The hatch of ADE is located at after sideas standard. The gland A of ADE for cable inlet is

located at after side.

CAUTION ADE should be installed 5m or more away from MF/HF antenna.

Otherwise, a trouble may occur.

ADE should be installed 4m or more away from VHF and Satellite Navigatorantenna.Otherwise, a trouble may occur.

ADE should be installed 0.3m or more away from Magnet Compass.Otherwise, a trouble may occur.

ADE should be installed the outside of the rotating area of radar scanner.Otherwise, ADE may be damaged.

ADE should be installed avoiding heat and smoke of funnel and much dust.Otherwise, ADE may be damaged.

ADE should be installed avoiding severe vibration and shock.Otherwise, ADE may be damaged.

2-1-1 Plan of installation site

Installation site should be decided in accordance with the following procedure. Refer to Fig. 2-1-1.

(1) Make a temporary plan of installation site and antenna height which satisfies the following basicconsideration, referring to the hull drawing of the ship.

1. Keep away 5m or more from MH/HF antenna.

2. Keep away 4m or more from VHF and Satellite Navigator antenna.

2-2

3. Keep away 0.3m or more from Magnet compass.

4. Avoid the rotating area of radar scanner.

5. Avoid heat and smoke of funnel and much dust.

6. Avoid severe vibration and shock.

(2) Investigate the area, distance and shape of obstruction structure referring to the hull drawing. Andthen calculate the maximum loss at all direction referring to Item 2-1-5 Reference.

(3) When the maximum loss at all direction is less than 4dB, go to step (5).

When the maximum loss at all direction is 4dB or more, calculate the maximum loss at AZ/ELangles in the important area for communication referring to the hull drawing, ships route chart,antenna pointing quick chart and Item 2-1-5 Reference.

(4) When the maximum loss at AZ/EL angles in the important area is less than 4dB, go to step (5).

Wheh the maximum loss AZ/EL angles in the important area is 4dB or more, return to step (1) tomake an alternative on installation site and antenna height.

(5) Confirm the installation site and antenna height referring to the check list of Table 4-1 andfinalize the arrangement.

Example is shown in Fig. 2-1-2, Table 2-1-2 and 2-1-3.

2-1-2 Design of support structure

Support structure should be designed on the basis of load specification shown in Item 2-1-2-1.Recommended support structures on deck or mast are shown in Item 2-1-2-2.

2-1-2-1 Load specification and basic design

Load specification at the top of installation pole is shown in Fig. 2-1-3.

Actual load applied on the installation site should be calculated according to the height ofinstallation pole.

The structure of installation site should have adequate stiffness to withstand against the Mass,bending moment and vibration of the ADE and installation pole.

2-1-2-2 Recommended support structure

Installation on deck

Single steel pole should be installed on the cross of hull beam. Refer to Fig. 2-1-4a and 2-1-4b.Access platform should be prepared to secure the work in radome. Refer to Fig. 2-1-5.

(1) Pole length: 0.9m (L = 0.9m)

It is desirable that eight stay padeyes are welded to eliminate vibration as shown in Fig. 2-1-5a.

(2) Pole length: 0.9 ~ 3m (0.9m

2-3

(3) Pole length: more than 3m (L >3m)

Eight stays should be stretched as shown in Fig. 2-1-5c.

Installation on mast

Single steel pole should be installed on the top of the mast or top of the platform havingsufficient strength.

Whole mast structure should have adequate stiffness against the mass, bending moment andvibration of ADE and installation pole. Refer to Fig. 2-1-6.

(1) Installation near the center of mast

This position is better than (2) from the point of view of total stiffness of mast.

Refer to Fig. 2-1-4 and 2-1-6a.

(2) Installation apart from the center of mast

In this case, reinforcement of mast against torsional moment is necessary. Refer to Fig. 2-1-4and 2-1-6b.

(3) Installation on girder-type mast

The pole should be installed near the center of post.

Example is shown in Fig. 2-1-7.

2-1-3 Installation work

The ADE should be installed in accordance with the following procedure.

(1) Weld the pole to installation site so as to the FWD mark on the ADE facing to ships FWD. Atthis time, the FWD mark on the ADE should be in the range of 1.5 to FWD.Refer to Fig. 1-4-1 and Fig. 2-1-8.

(2) Stick absorption sheets on the top of the installation pole. Refer to Fig. 2-1-8.

(3) Hoist the ADE with the lifting rope. Refer to Fig. 2-1-9.

(4) Secure the ADE on the pole. The FWD mark of radome base should correspond to the FWDmark of pole. Refer to Fig. 2-1-8.

(5) Fix the earth bar between the radome base bottom flange and earth bolt welded on the pole.Refer to Fig. 2-1-8.

(6) Tighten all the bolts.

2-1-4 Check of vibration level

Check the vibration level on sea trial as much as possible. Allowable vibration level is 0.7G (686gal) or less at the top of installation pole as shown in Fig. 2-1-10. The level is easily known by Fig. 2-1-10.

2-4

Fig. 2-1-1 Flow Chart of ADE Installation Plan and Work

See Item 2-1-1

Item 2-1-5

See Item 2-1-3

See Item 2-1-2

NOSee Item 2-1-4

YES

NO

YES

YES

NO Item 2-1-5

Mailing the copy (DWG) to JRC.

Ship's Drawings(General & Hull drawing)

Temporary plan of installationsite and antenna height

Investigation of area, distanceand shape of obstructionCalculation of the maximumloss at all direction

Basic consideration

1. Keep away 5m or more from HF antenna.2. Keep away 4m or more from VHF and

Satellite Navigator antenna.3. Keep away 0.3m or more from magnet

compass.4. Avoid the rotation area of radar scanner.5. Avoid heat and smoke of funnel and much

dust.6. Avoid severe vibration and shock.

Less than 4dB?

Confirmation of Check ListTable 2-1-1 and finalarrangement

Calculation of the loss atAZ/EL angles in theimportant area forcommunication

Design of ADE supportstructure

Certification (By owner)

Installation Works

Measuring the vibration levelon sea trial

Allowable?

END

Reinforcement

Less than 4dB ?

Change the site or antennaheight

Chart ofShip's Route

SeeItem 2-QuickChart

Table 2-1-5

Fig.2-1-10

2-5

2-1-5 Reference-estimation of loss by physical obstructions

The loss by physical obstructions is easily estimated by the following procedures.

When the obstacle against an INMARSAT antenna is a pole, a mast and the like, estimate itseffective diameter and distance between obstacle and the INMARSAT antenna to read the loss fromthe Chart I.

When the shape of obstacle is not a pole such as deck, wall, radar platform and the like, calculatethe loss in accordance with item 2. Calculation Procedure with Chart II.

2-1-5-1 Calculation procedure(1)

i) Estimate the distance (R) from the obstacle; R (m)

ii) Estimate the effective diameter (d) of the obstacle; d (m)

iii) Read the loss (LB) in the Chart I; LB (dB)

iv) Judge whether the loss (LB) is allowable or not.

Estimate 1

i) R; 5m

ii) d; 0.5miii) LB; 4dB (approx.)

iv) Allowable

d; 0.5m

PoleorMast

R; 5m

2-6

Chart I Loss due to cylindrical obstacle

*: Under lower elevation angle of the antenna, sometimes the communication might beimpossible due to fading or weather condition.

Obstaclesdiameter

Distance between obstacle and INMARSAT antenna

CommunicationQuality

Impracticable

AreaLoss

Loss8 dB8 dB10 dB

6 dB

3 dB

2 dB

1 dB

DegradedArea*

FineArea

Loss4 dB4 dB

R (m)

d (m)

2.5

2.0

1.5

1.0

0.5

0

0 2.5 5 10 15 20

2-7

2-1-5-2 Calculation procedure (2)

i) Estimate the distance (R) from INMARSAT antenna to the R (m)obstacle;

ii) Read the effective propagation radius (r) at R meter distance d (m)(at point A) from INMARSAT antenna in the Chart II-1;

iii) Estimate the obstacle area (SB) just occupying effective SB (m2)

propagation radius (see hatched area shown in Example 2.);

iv) Read the loss in the Chart II-2;

v) Judge whether the loss is allowable or not. LB (dB)

i) R; 5m

ii) r; 1miii) SB; 1m

2

iv) LB; 4dB or less

v) AllowableR; 5m

SB; 1m2

Example 2

Effectivepropagationradius

Radar mast

A

2-8

Chart II-1 Effective propagation radius vs. obstacles distance

Chart II-2 Loss due to NOT cylindrical obstacle

*: Under lower elevation angle of the antenna, sometimes the communication might beimpossible due to fading or weather condition.

EffectivePropagationradius


R (m)

r (m)

2

0

0 2.5 5 10 15 20

1

Obstaclesarea


CommunicationQuality

Impracticable AreaLoss

Loss8 dB8 dB

10 dB

6 dB

3 dB

Degraded Area*

Fine Area

Loss4 dB4 dB

R (m)

SB (m2)

10

00 2.5 5 10 15 20

9

8

7

6

5

4

3

2

1

5 dB

2-9

Table 2-1-1 Check List

1. Selection of installation site

Basic consideration Judgement

1. Keep away 5 m or more from MF/HFantenna.

2. Keep away 4 m or more from VHFand Satellite Navigator antenna.

Installation site

Antenna height (m)

3. Keep away 0.3m or more from magnetcompass.

Ships drawing 4. Avoid the rotating area of radarscanner.

5. Avoid heat and smoke of funnel andmuch dust.

6. Avoid severe vibration and shock.

2. Calculation of loss by physical obstruction.

Refer to Item 2-1-5 Reference.

Obstacle EL angle(degree)Distance

(m)

Obstaclesdiameter (m)or area (m2)

Loss(dB) Judgement

3. EL angle in the important area for communication from ships route.

Refer to Antenna Pointing Quick Chart.

Important areaSatellite used

(Pacific, Atlantic orIndian ocean)

EL angle(degree) Remarks

2-10

4. Comment

5. Certification of installation site and antenna height by owner.

6. Final decision:

Installation site

Antenna height (m)

2-11

Fig. 2-1-2 Hull Drawing of Ship

FWD

Funnel

Exhaust of funnel

Installation site B Main-radar

Sub-radar

Installation site A

6.4

m

7.1

m

1.9

m

2.6

m

2-12

Table 2-1-2 Example 1: In Case of Installation Site A in Fig. 2-1-2.




OK


OK

Installation site A

Antenna height 2.6 (m)


OK

(Shown in Fig. 2-1-2Ships drawing)

4. Avoid the rotating area of radarscanner.

OK


OK

6. Avoid severe vibration and shock. -




(m)


Loss(dB) Judgement

1 Funnel 0 ~ 27 9.0 f 5.7 m9.8 m2more than 10

No

2 Radar mast 0 ~ 52 4.0 f 0.76 m1.3 m28.07.9 No

3 Main-radarplatform 42 8.5 2.3 m2 5.5 *OK

4 Sub-radarplatform 23 5.6 1.7 m 7.0 *OK

5 Sub-radarscanner 32 6.0 0.52 m less than 3 OK

6 Main-radarscanner 51 9.5 1.02 m less than 3 OK

* Communication Quality: Degraded Area




(Pacific, Atlantic or Indianocean)


1 Asian waters(via the great-circle route)

10 ~ 30

2 Western offshore ofU.S.A.

Pacific ocean satellite10 ~ 20

2-13

4. Comment

a) In her important communication area, much blocking by obstacles occurs.

b) It is necessary to select new installation site.

c) Investigate again about new installation site B shown in Fig. 2-1-2.(Continue to next page Table 2-1-3.)


6. Final decision:

Installation site

Antenna height (m)

2-14

Table 2-1-3 Example 2: In Case of Installation Site B in Fig. 2-1-2.




OK


OK

Installation site B



OK

(Shown in Fig. 2-1-2Ships drawing)

4. Avoid the rotating area of radarscanner.

OK


OK

6. Avoid severe vibration and shock. -




(m)


Loss(dB) Judgement

1 Exhaust of funnel 0 ~ 18 5.5 f 2.8 m5.3 m2more than 10

No

2 Radar mast 0 ~ 14 8.2 f 0.76 m0.95 m25

less than 3 *OK

3 Sub-radarscanner 3 7.6 0.52 m2 less than 3 OK

4 Main-radarscanner 26 7.3 1.0 m less than 3 OK

5 Main-radarplatform 13 ~ 16 6.4 0.83 m less than 3 OK

* Communication Quality: Degraded Area




(Pacific, Atlantic or Indianocean)


1 Asian waters(via the great-circle route)

10 ~ 30

2 Western offshore ofU.S.A.

Pacific ocean satellite10 ~ 20

2-15

4. Comment

Blocking by obstacle does not occur except under mentioned area.


OK

6. Final decision:

Installation site B


Start the detail designof support structure.

327

Blocking occurs in the shadow area AZ angle (Bearing): 312 ~ 327 EL angle: 0 ~ 18

Exhaust of funnel

312

Bearing

18

7.4 m

5.5 m

Installation site B

FWD

2-16

ADE Mass : Approx. 80 kg

Maximum wind pressureat wind velocity : 317 kg

Maximum bending momentat wind velocity : 173 kgm

Fig. 2-1-3 Load Specification at Top of Installation Pole

2-17

Fig. 2-1-4a Example of Installation Pole

2-18

Fig. 2-1-4b Example of Installation Pole

2-19

Fig. 2-1-5 Example of Installation on Deck

Fig. 2-1-5a L = 0.9 m Fig. 2-1-5b 0.9 m < L 3m Fig. 2-1-5c L > 3m

2-20

Fig. 2-1-6 Example of Installation on Mast

Installation pole

Mast

Mast

Installation pole

Platform

Additional trussfor reinforcement

Fig. 2-1-6b Example of Installation Apart from Center of Mast

Fig. 2-1-6a Example of Installation Near Center of Mast

2-21

Fig. 2-1-7 Example of Installation on Girder-Type Mast

Installation pole

2-22

Fig. 2-1-8 ADE Fixing

Radome

2-23

Fig. 2-1-9 ADE Hoisting

2-24

Fig. 2-1-10 Allowable Vibration Level

Frequency at measuring point(Top of installation pole)

Full

ampl

itude

(mm

)

IEC60945

2-25

2-2 BDE Installation

Installation site of Main Unit, Junction Box and Telephone should be determined taking intoconsideration their feasibility and maintainability.

The Main Unit and Telephone should be installed 2.5 m or more away from MF/HFantenna feeders. Otherwise, may cause malfunction.

The earth terminals of Main Unit should be grounded to Junction Box with cable.Otherwise, may cause malfunction.

2-2-1 Main Unit and Junction Box

Main Unit should be installed in accordance with the following procedure:

2-2-1-1 Combined installation

(1) Fix the Junction Box on determined position. Refer to Fig. 2-2-2a.

(2) Connect cables and earth plate to the Junction Box. Refer to chapter 2-2-3.

(3) Weld the earth plate to the bulkhead and fix the earth bar to the earth plate. Refer to Fig. 2-2-2c.

(4) Fix the fitting parts (MTB366348 and MTB366349) to the Main unit.

(5) Combine the Main Unit to the Junction Box.

(6) Connect cables to the Main unit. Refer to chapter 2-2-3.

(7) Confirm the mounting dimensions of the Main Unit and the Junction Box are within theeallowable values shown in Fig. 2-2-2c.

2-2-1-2 Separate installation

(1) Fix the fitting parts (MTB366348 and MTB366349) to the Main unit.

(2) Fix the Junction Box and Main unit separately.

(3) Connect cables and earth plate to the Junction Box. Refer to chapter 2-2-3.

(4) Weld the earth plate to the bulkhead and fix the earth bar to the earth plate. Refer to Fig. 2-2-2c.

(5) Connect cables to the Main unit. Refer to chapter 2-2-3.

(6) Confirm the mounting dimensions of the Main Unit and the Junction Box are within theeallowable values shown in Fig. 2-2-2c.

2-2-2 Telephone

Telephone should be installed on the table or wall. Refer to Fig. 2-5-3.

CAUTION

2-26

Fig. 2-2-1a Example of BDE Layout

User supply

2-27

Unit: mm

Fig. 2-2-1b Example of BDE Layout (Combined installation)

User supply

2-28

Unit: mm

Fig. 2-2-1c Example of BDE Layout (Separate installation)

User supply

2-29

Fig. 2-2-2a Example of BDE Fixing

2-30

Fig. 2-2-2b Example of BDE Fixing

2-31

Unit: mm

Fig. 2-2-2c Example of BDE Layout

2-32

Wall Mount

1. Required parts

The following required parts for wall mount are attached to the telephone.

Parts number Description Qty

Wall mount bracket 1

Wood screw 3.8 16 2

2. Installation procedure

(1) Fix the wall mount bracket on thewall with two wood screws . SeeFig. I

Note

Do not tighten up wood screws toomuch, because wall mount bracket willbe distorted.

(2) Catch the upper side ditches c of thetelephone base by the upper sidebosses a of the wall mount andcatch the lower side ditches d of thetelephone base by the lower sidebosses b of the wall mount. See Fig.II.

Desk Top

Fix the telephone on the desk with theVelcro attached to the telephone base.

Fig. 2-2-3 Telephone Mounting NQW-132B

a

b

c

d

b

Push lowerside bosses

Fig. II

Fig. I

Telephone TelephoneWall Wall

Woodscrcws

TOP

2-33

2-3 Cable

Cable connection system diagram is shown in Fig. 2-3-1. Connection to Main Unit is shown in Fig.2-3-4a and 2-3-4b.Cable Connection should be made in accordance with Fig. 2-3-1.Cables required for installation are listed in Table 1-5-2.

2-3-1 Cable routing

Do not cut off the ADE-BDE coaxial cable. Coil and secure the excess coaxialcable in convenient compartment such as behind the Main Unit or bulkhead.Otherwise, a trouble may occur.

Take care not to damage the connectors and the corrosion resistant sheath ofcable.Otherwise, a trouble may occur.

Do not pull the cable by gripping connector plug only.Otherwise, a trouble may occur.

(1) The connector plugs installed on both coaxial ends are adaptable to connector receptacles ofeither ADE or BDE. The protective cover of connectors is shown in Fig. 2-3-3.

(2) The recommended minimum bending radius of each cables are listed in Table 1-5-2.

(3) Stuffing method for bulkhead or deck penetration is shown in Fig. 2-3-2.

(4) Referring to Fig. 2-3-1, perform each cable routing.

2-3-2 Connection to ADE

Connection of ADE coaxial cable to ADE should be made in accordance with the followingprocedure. Refer to Fig. 2-3-1, 2-3-2 and 2-3-3.

(1) Remove the antenna lock bracket and store the bracket in the installation parts bag.

(2) Tear off the sticker and tapes, and cut off the fixing bands. Refer to Fig. 2-3-3.

(3) Remove the cap and cut off sleeve. Refer to Fig. 2-3-3.

(4) Unscrew the gland from the gland body attached to radome base. Refer to Fig. 2-3-2.

(5) Insert the coaxial cable the gland. Refer to Fig. 2-3-2.

(6) Insert the coaxial cable to the gland body attached to radome base.

(7) Connect the coaxial cable to coaxial connector J901 in radome. Refer to Fig. 2-3-2.

(8) Screw the gland into the gland body attached to radome base. Refer to Fig. 2-3-2.

(9) Taping with SUMI-tape ground the gland, referring to Fig. 2-3-2.

(10) Taping with rubber tape on the SUMI-tape, referring to Fig. 2-3-2.

CAUTION

2-34

2-3-3 Connection to BDECable connection to Main Unit and Junction Box should be performed in accordance with the

following procedure.

Do not Connect when the RF cable during the Main Unit is on.Antenna cable connector on back of the Main Unit is supplied with voltage, so ifthe connector is shortened, may cause malfunction.

(1) Pull out the installed Coaxial, Power and Gyro cables though the cable lead-in hole.Refer to Fig. 2-2-2c.

(2) Tear off the sticker and tapes of Coaxial cable and cut off the fixing bands. Refer to Fig. 2-3-3.

(3) Remove the cap of Coaxial cable and cut off sleeve. Refer to Fig. 2-3-3.

(4) Perform end treatment of Power and Gyro cables.

(5) Fix the earth bar to Junction Box. Refer to Fig. 2-3-4a.

(6) Connect the coaxial cable to the coaxial connector on the Junction Box.Connect the Power cable to the terminal TB931 on the Junction Box.Connect the Gyro cable to the terminal TB932 on the Junction Box.Refer to Fig. 2-3-4a.

(7) Connect Signal cable (H-7ZCSC0130) to the J1 on the Junction Box.Connect RF cable (H-7ZCSC0131) to the coaxial connector on the Junction Box.Connect Power cable (H-7ZCSC0131) to the TB937 on the Junction Box.Connect Earth cable (MPXL32644) to the Earth bar fixture on the Junction Box.Refer to Fig. 2-3-4a.

(7) Fix these cables to the Junction Box with attached cable fixing bands. Refer to Fig. 2-3-4a.

(9) Confirm the coaxial and RF cables have been connected completely.

(10) Confirm the connections of Power and Gyro cables referring to the cable core number andterminal number.

(11) Check for any tools or wires, which may not be left in the Junction Box.

(12) Connect the Signal cable (H-7ZCSC0130) to the JB port on the Main Unit back.Connect the RF cable (H-7ZCSC0131) to the antenna cable connection connector on the MainUnit back.Connect the power cable (H-7ZCSC0132) to the AC power connector on the Main Unit back.Connect Earth cable (MPXL32644) to the GND terminal on the Main Unit back.Refer to Fig. 2-3-4a.

(13) Connect the Telephone cable to the TEL1 or TEL2 port on the Main Unit back.Refer to Fig. 2-3-4b.

Note: When telephone is installed in the room with MF/HF transmitter, keep the telephone cable2.5m or more away from MF/HF antenna feeders.

CAUTION

2-35

2-3-4 Connection to primary Power and Gyro cable

Perform above item 2-3-1 through 2-3-3 completely before connection of PrimaryPower and Gyro Cables.Otherwise, you will get electrical shock and/or a trouble may occur.

(1) Connect the power cable to convenient ships Power distribution box. Refer to Fig. 2-3-1.

(2) Connect the Gyro cable to the repeater distribution box of master gyro. Refer to Fig. 2-3-1.

CAUTION

2-36

Inmarsat Fleet F77 JUE-410FFig. 2-3-1 Cable Connection System diagram

2-37

Fig. 2-3-2 Stuffing Method for Bulkhead and Deck Penetration

2-38

Fig. 2-3-3 Protective Cover of ADE Coaxial Cable

Maximum load to ADE Coaxial Cable is 5kgwhen using the band 17mm in width.

SleeveCap

Minimum bending radius:CFQ-3922A : 100mm CFQ-3923A : 150mm

10D-HFW-CE

Fixing bands

TapeTape

Sticker

1 5D: 15 mm (max)(10D: 21mm (max))

1 5D: 30 mm (max)(10D: 33 mm (max))

Sticker

2-39

Fig. 2-3-4a Connection to Main Unit

2-40

Fig. 2-3-4b Connection to Main Unit

Breaker Switch

2-41

Table 2-3-1 Setting of Gyro Repeater on Various Kinds of Master Gyro-Compass

Item

ManufacturerGyro compasses Repeater motors(For reference only) Excitation voltage

ES-2/11,GLT-100 ~ 103/105/106K/107/1104,NJZ-501 (R501)

Synchro motorINMS(TS63N7E13)(36X)

115VAC60Hz

ES-11A, GM-11/11A/21/110/120,MS-2000/3000PR-222R/226/237/237L /1*8*/2022/2023/22**,TG-200

Synchro notorTSAN60E11(90X) 110VAC60Hz

GLT-201/202/203,MK-14/14T,MKE-1/14T,MOD-1/2T,PR-500/2502/2503/2507/2507L /3507/4507/5507,SR-130/140,TG-100/5000

Step motorGA-2001GDrawing # 103590810600 excitation(180X) 70VAC

ES-16,SR-120/220 35VDC

TOKIMEC(JAPAN)

Sperry(U.S.A)

CMZ-700DES-140/160,PR-26**/6*6*/6*7*,SR-140/160,TG-6000

Step motorGA-2001GDrawing # 103590820150 excitation(180X)

24VDC

C-1A/2/3/E,HOKUSHIN PLATH-55/C,PLATH HKRK-C3

Synchro motorYM-14TS-19(360X)

60VDC60Hz

YOKOGAWA(JAPAN)

C1JR, C-1JUNIOR,CMZ-200A/300,D-1,IPS, IPS-2-H2/2B/2B-H2C/5,KM008, KR-053,PLATH NAVIGAT-1,PT11-H2/21/21-H2

Synchro motorPY76-N2(360X) 100VAC

50/60Hz

ARMA BROWN(France)

1351,MK-1 ~ 7/10/20, MKL-1,MOD-4, NB-23-88,SERIE, SGB1000

Step motorBZ-2191(180X) 50VDC

ANSCHUTZ(Germany)

110-301, 139-31,ANSCHUTZ-1 ~ 6/12/14/Z,GM-BH, K8051,NB23-126, Z0658U

Synchro motorNB23-91(360X)

50VAC50Hz

C.PLATH(Germany)

NAVIGAT 763-331EPLATH NAVIGAT-II/III

Synchro motorYM14A(360X)

50VAC60Hz

*: Numeric number

3-1

3. OPTIONS3-1 Telephone (NQZ-132B)

Unit: mmMass: 0.7 kg

Fig. 3-1 Telephone NQZ-132B

78

150

228

3-2

3-2 TEL JB (NQE-3058A)

Fig. 3-2a TEL JB NQE-3058A (Option)

72

50 29

122

90

INMARSAT TEL

MJ-2W

NQE-3058A

f3.5 4Mounting holes


3-3

Fig. 3-2b TEL JB NQE-3058A (Option)

Cabling hole

Wall mount bracketTEL JB-board

TEL JB-cover

Cabling hole

Wood Screw

Modular JackL1 Terminal

L2 Terminal

3-4

3-3 EXTERNAL BUZZER (NCE-6824A)

Fig. 3-3 External Buzzer NCE-6824A (Option)

NC

E-6

824A

EX

TE

RN

AL

BU

ZZ

ER

INM

-F

50 41

240

230

185

210

206


4-f4

.6 M

ount

ing

Hol

es (F

lush

mou

ntin

g ty

pe)

4-f4

.6 M

ount

ing

Hol

es(W

all m

ount

ing

type

)

REC

EIV

EPO

WE

R

DIM

ME

RB

UZZ

OFF

VO

LUM

E

3-5

3-4 VOICE DISTRESS BUTTON (NQE-3035B)

Fig. 3-4 Voice Distress Button NQE-3035B (Option)

NQ

E-3

035B

INM

AR

SA

T

VO

ICE

DIS

TR

ES

S B

UT

TO

N

50 41

240

230

185

210

206


4-f4

.6 M

ount

ing

Hol

es (F

lush

mou

ntin

g ty

pe)

4-f4

.6 M

ount

ing

Hol

es(W

all m

ount

ing

type

)

DIS

TR

ESS

REQ

UES

T

POW

ER

DIM

ME

RST

OP

DIS

TR

ESS

push

& h

old

for 6

sec

| DIS

TR

ES

S R

EQ

UE

ST

PR

OC

ED

UR

ES

|[1

] Ope

n hi

nged

cov

er a

nd p

ush

and

hold

DIS

TR

ES

S b

utto

n in

for

6 se

cond

s.

[2] W

hen

TE

L rin

gs, p

ick

up th

e re

ceiv

er.

[3] D

ial t

he C

ES

num

ber

and

#key

(xx

x#)

If ca

ncel

the

dist

ress

req

uest

, pus

h S

TO

P b

utto

n.

3-6

3-5 CARD READER INTERFACE (NQE-6803A)

Fig. 3-5 Card Reader Interface NQZ-6803A (Option)

NQ

Z-6

803A

CA

RD

RE

AD

ER

INT

F

50 41

240

230

185

210

206


4-f4

.6 M

ount

ing

Hol

es (F

lush

mou

ntin

g ty

pe)

4-f4

.6 M

ount

ing

Hol

es(W

all m

ount

ing

type

)

POW

ER

DIM

ME

R

3-7

3-6 CARD READER (NQZ-4968A)

Fig. 3-6 Card Reader NQZ-4968A(Option)

A1-1

Appendix :Detail information of attached cables

Table A-1 Power cable between Main Unit and Junction Box

Signal Name Main UnitPin No.Junction BoxTB931 No. Color Remarks

U 1 1 WHTV 2 2 BLK

FG 3 3 GRN

Table A-2 Gyro signal cable between Main Unit and Junction Box

Signal Name Main Unit J912Pin No.Junction Box J1

Pin No. Color Remarks

GND 1 1 -RING6 2 2 -

Shield line is contacted atconnector shell. (earth)

RING5 3 3 -RING4 4 4 -RING3 5 5 -SPARE 6 6 -

SYNC S1 7 7 -SYNC S3 8 8 -

SYNC REF2 9 9 -STEP S2 10 10 -

STEP COM 11 11 -SPARE 12 12 -

NMEA2 RD1 13 13 -NMEA2 SD1 14 14 -NMEA1 SD1 15 15 -

SPARE 16 16 -OPT D1 17 17 -

OPT 12V 18 18 -GND 19 19 -GND 20 20 -TIP6 21 21 -TIP5 22 22 -TIP4 23 23 -TIP3 24 24 -

SPARE 25 25 -SYNC 52 26 26 -

SYNC REF1 27 27 -STEP S1 28 28 -STEP S3 29 29 -SPARE 30 30 -

NMEA2 RD2 31 31 -NMEA2 SD2 32 32 -NMEA1 RD2 33 33 -

SPARE 34 34 -OPT D2 35 35 -

OPT 12V 36 36 -GND 37 37 -

H-7ZCSC0132

H-7ZCSC0032B(Dsub 37pin)

1 m

1 mMain Unit Junction Box

Main Unit Junction Box

(Dsub 37pin)

Documents

Fleet 77 JRC Manual