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MDC-2000BB Series

Document Revision History

0093120012-01

MDC-2000BB Series Operation Manual

Doc No. 0093120012

Document Revision History

No.

Doc. No / Rev. No.

Revised Date

(Y/M/D)

Revised Content

0093120012-00

2020/01/10

First edition

0093120012-01

2020/02/28

Declaration

Document No. Revised Version Norm

When part of the document needs to be revised, the document has advanced revision number.

The document No. is indicated at the lower right side on the cover and at the left or right side of the

footer region of each page.

No part of this publication may be reproduced, transmitted, translated in any from by any means without

the written permission of Koden Electronics Co., Ltd. The technical descriptions contained in this

publication are subject to change without notice. Koden assumes no responsibility for any errors,

incidentals or consequential damages caused by misinterpretation of the descriptions contained in this

publication.

(Note) MDS-2060BB/2010BB including Antenna Scanner unit: RB717A/718A are not
complied for CE Approval.

Summary of Contents for MDC-2000BB Series

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Page 5: ...ower right side on the cover and at the left or right side of the footer region of each page 2020 Koden Electronics Co Ltd All rights reserved No part of this publication may be reproduced transmitted translated in any from by any means without the written permission of Koden Electronics Co Ltd The technical descriptions contained in this publication are subject to change without notice Koden assu...

Page 6: ...ome parts may be omitted Our company is not liable for damage and trouble arising from misunderstanding of the content described in this manual Our company is not liable for earthquake lightning fire for which our company is not responsible action by third party other accident customer s unintended error abuse and damage caused by the use under other abnormal condition Our company is not liable fo...

Page 7: ... death or serious injury caused by electric shock when not dealing with it correctly Mark for caution This symbol denotes that there is a risk of slight injury or damage of device when not dealing with it correctly Mark for prohibition This symbol denotes prohibition of the specified conduct Description of the prohibition is displayed near the mark IMPORTANT Mark for important matters This mark de...

Page 8: ...t such accident from occurring ensure to switch off the power in the boat and the power of equipment Furthermore it is safer to hang the caution tag with description of Under Work near the power switch of equipment Caution on dust Inhaling dust may cause A respiratory disease When cleaning the inside of equipment be careful not to inhale dust Wearing a safety mask is recommended Caution on locatio...

Page 9: ...ome kind of medical devices such as heart pacemakers are sensitive even under the low energy electromagnetic wave Any personnel with such a device should keep away from the electromagnetic wave generating position at all times Specified power density and distance from the radar in accordance with the provision as specified in IEC 60945 Model Xmit power Antenna length 100W m2 10W m2 MDC 2003BB 4kW ...

Page 10: ...timulateurs cardiaques peuvent être affectes même par des ondes électromagnétiques de faible énergie Tout membre du personnel avec un tel dispositif devrait se tenir à l écart des générateurs d ondes électromagnétiques en tout temps Spécification de densité de la puissance et de la distance du radar conformément à la disposition comme spécifié dans la IEC 60945 Nom Modèle Puissance de transmission...

Page 11: ...n indicated for that type are strictly prohibited for use with this device FRENCH Le présent émetteur radio identifier le dispositif par son numéro de certification ou son numéro de modèle s il fait partie du matériel de catégorie I a été approuvé par Industrie Canada pour fonctionner avec les types d antenne énumérés ci dessous et ayant un gain admissible maximal et l impédance requise pour chaqu...

Page 12: ...stallation et d utilisation ainsi que toutes les conditions d utilisation spéciales pour assurer la conformité aux limites SAR et ou RF Par exemple la distance de conformité doit être clairement indiquée dans le manuel de l utilisateur IC RSS GEN Sec 8 4 Warning Statement Required for license exempt devices ENGLISH This device complies with Industry Canada license exempt RSS standard s Operation i...

Page 13: ...isateur peut obtenir des renseignements canadiens sur l exposition aux radiofréquences et la conformité D autres renseignements connexes peuvent également être inclus FCC Part 15 19 Warning Statement THIS DEVICE COMPLIES WITH PART 15 OF THE FCC RULES OPERATION IS SUBJECT TO THE FOLLOWING TWO CONDITIONS 1 THIS DEVICE MAY NOT CAUSE HARMFUL INTERFERENCE AND 2 THIS DEVICE MUST ACCEPT ANY INTERFERENCE ...

Page 14: ...d by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio TV technician...

Page 15: ...ock In case of trouble contact our dealer or our company In case of smoke or fire switch off the power in the boat and the power of equipment It may cause fire electric shock or damage Caution on the remaining high voltage A high voltage may remain in the capacitor for several minutes after you have powered off Before inspecting inside wait at least 5 minutes after powering off or discharging the ...

Page 16: ...ting operation such as arcing at its initial operation after long period of storage and make the operation more difficult 1 Extend preheat time as long as possible preferably 20 to 30 minutes 2 Set the pulse length to the shortest one and start the operation When the operation in the shortest pulse is stable then go to operation in longer pulse and repeat the similar step until the operation reach...

Page 17: ... 8 STC Adjustment 1 8 STC Adjustment 1 8 1 9 FTC Adjustment 1 9 1 10 Setting of OFF CENTER 1 10 1 11 Setting of Enhance Enlarged Target 1 10 1 12 EBL 1 10 1 13 VRM 1 10 1 14 Use of Function keys 1 11 How to use F1 F6 keys 1 11 1 15 Use of Cursor 1 11 1 16 Measuring the distance and bearing between two points 1 12 How to operation 1 12 1 17 Camera Display 1 12 How to connect the CCD camera 1 12 How...

Page 18: ...System Menu 3 1 Display the System menu 3 1 Return to the normal menu 3 1 3 2 Setting of Assist Items 3 1 Range Rings 3 1 Range Unit 3 1 Speed Unit 3 1 Temperature Unit 3 1 Depth Unit 3 1 Position Display 3 1 WPT Display 3 2 Rotation Speed 3 2 ALL PPI 3 2 Guide 3 2 Buzzer 3 2 Motor Speed 3 2 N UP S UP 3 2 Cursor Display 3 2 Radar Setting Display 3 2 Menu Operation 3 2 3 3 Setting of Adjustment Ite...

Page 19: ...allation of Antenna 5 5 Cable Connection 5 7 5 2 Mutual Connection Diagram 5 22 5 3 Processor Unit Installation 5 24 5 4 Operation Unit Installation 5 25 5 4 1 Desk top Installation 5 25 5 4 2 Flush mount Installation 5 26 5 5 Adjustment after Installation 5 28 5 6 Wiring 5 29 Cable connection to the Processor unit 5 29 Pin Assignment of Rear Connector 5 30 Connection of DC power cable 5 31 Ground...

Page 20: ...ranges can be displayed If you set a near distance screen and a far distance you can navigate properly and grasp a situation The automatic tracking function ATA is provided The maximum 50 targets can be tracked The current motion of other ships can be grasped in a vector and numeral so that it helps your ship to navigate safely Optional By connecting the AIS receiver the gathered information such ...

Page 21: ...M 112 Processor unit Standard configuration Option Prepared by a user Legend Antenna Scanner unit RB804 RB805 RB806 RB807 RB808 RB717A RB718A AIS Receiver Slave Display MRM 112 etc J3 J5 J4 J6 Power 10 8 to 31 2VDC J7 KGC 222 or Navigation equipment CCD camera MRO 112 Operation unit External Buzzer Display ...

Page 22: ...94 kg 1 3 DC power cable CW 259 2M 3 pin water resistant connector and one end plain 2 m 1 4 Fuse F 1065 15A Cylinder ø 6 4x30 Normal fusion type for main power 1 5 Fuse MF51NN250V5A Cylinder ø 5 2x20 Normal fusion type for motor power 1 6 Fuse F 7142 0 3A Cylinder ø5 2x20 Normal fusion type for high voltage power 1 7 Connector BD 06BFFA LL6001 6 pin water resistant connector 1 8 Operation Manual ...

Page 23: ... cable 10m 242J158055A 10M 8 3kg 1 2ft 2 RB805 4kW Radome Interconnecting cable 10m 242J158055A 10M 10kg 2ft 3 RB806 with RW701A 03 04 4kW Open Interconnecting cable 10m 242J159098A 10M 21kg 3ft 22kg 4ft 4 RB807 with RW701A 04 06 6kW Open Interconnecting cable 15m CW 845 15M 24kg 4ft 26kg 6ft 5 RB808 with RW701A 04 06 12kW Open Interconnecting cable 15m CW 845 15M 24kg 4ft 26kg 6ft ...

Page 24: ...KGC 222 GPS Heading measuring 2 AIS interface board AIS 110 100 targets 3 Cable for AIS receiver CW 387 5M 8 pin water resistant connector and one end plain 5m 4 ATA board MRE 340 5 Cable for slave display CW 561 10M 12 pin water resistant connectors at both ends 10m 6 Power rectifier PS 010 With 2 pieces of 5A fuse 7 AC power cable VV 2D8 3M Both ends plain 3m 8 Cable for navigation cable CW 373 ...

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Page 26: ...changes The suppression fect becomes strong when rotating clockwise the knob and becomes weak when rotating counterclockwise the knob This function reduces the gain at a near distance If you turn clockwise the knob too much desired objects may disappear Adjust properly to meet the weather condition Example of STC adjustment The suppression is too weak Optimum suppression The reflection from sea su...

Page 27: ...MDC 2000BB Series Chapter 1 Basic Operation 0093120012 01 1 2 ...

Page 28: ...to read the radar screen Trail Process Enhance Interference Rejection Ship speed Heading Off center Pulse width Range Fixed marker interval Display mode OWN ship s position Cursor position EBL VRM cursor Alarm G GAIN bar 0 100 S STC bar 0 100 F FTC bar 0 100 Heading line ...

Page 29: ...eration 0093120012 01 1 4 1 2 How to use the keys Various adjustment items can be set by operating each key The menu is displayed by pressing the MENU key and closes when pressing the MENU key again 11 12 14 10 16 1 2 3 4 5 6 7 8 9 13 15 ...

Page 30: ... Off display of VRM is toggled by pressing the VRM key Operate the VRM during display with the and keys 10 ENT Press measures bearing of distance between two points The value in the menu is set Some of functions Continuously pressing The cursor moves to the own ship s position 11 CURSOR Selects the menu item Changes the content of set value Moves the cursor 12 MENU Opens or closes the menu 13 OFF ...

Page 31: ...sted to make it easier to see Setup 1 to 10 Initial value 10 1 Press the BRILL key 2 Press the and keys 1 is the darkest 10 is the brightest LCD BRILL 10 3 Press the MENU key or ENT key to close the menu Brightness Adjustment of Panel The panel brightness can be adjusted Setup 1 to 10 Initial value 5 1 Press the BRILL key When LCD BRILL appears press the BRILL key again 2 Select the level with the...

Page 32: ...gain according to the distance range and reflection from the sea surface rain snow to observe an image easily When the GAIN PPI knob is rotated the GAIN bar is displayed The number in the GAIN bar varies between 0 and 100 Adjustment of Main screen Gain 1 When rotating clockwise the GAIN PPI knob the gain increases When rotating counterclockwise the GAIN PPI knob the gain decreases When the short d...

Page 33: ...STC bar varies between 0 and 100 If the STC value does not change when the STC FTC knob is rotated and the FTC value changes press the STC FTC knob STC Adjustment 1 When rotating clockwise the STC FTC knob to increase the S bar value the reflection suppressing effect becomes stronger When not influenced by waves rotate fully counterclockwise the STC FTC knob This function reduces the gain at short...

Page 34: ...mally set the FTC to 0 When the STC FTC knob is rotated the FTC bar is displayed The number in the FTC bar varies between 0 and 100 If the FTC value does not change when the STC FTC knob is rotated and the STC value changes press the STC FTC knob 1 Press the STC FTC knob 2 When rotating clockwise the STC FTC knob to increase the F bar value the reflection suppressing effect becomes stronger Own sh...

Page 35: ... 11 Setting of Enhance Enlarged Target If a target is too small to see the target can be enlarged to make it easier to see it Setup OFF 1 2 Initial value OFF 1 Press the ENH key the enhance value changes 2 The greater the numeral is the larger the target is enlarged 1 12 EBL This mode is used when measuring the bearing from own ship to a target Setup OFF ON Initial value OFF 1 Press the EBL key 2 ...

Page 36: ... the desired capture to be released with keys and press the ENT key to set it In case of selecting CURSOR in the menu if the F1 6 key is pressed the capture of a target aligned with the cursor is released POB The position of own ship at the moment when the F1 6 key is pressed is stored as a POB position In the state that the POB position is stored if the or key is pressed after pressing the F1 6 k...

Page 37: ...a to the cable How to display the video of the CCD camera 1 Press the F1 6 key with the CCD set The video of the CCD camera appears A split screen display a full screen display and non display are toggled by pressing the F1 6 key 2 When pressing the or key in the state that a video of the CCD camera is displayed the display position of the video of the camera video can be corrected 3 When displayi...

Page 38: ... Press the key According to the selected item the setup menu appears TRAIL MODE REL TRUE FIELD OF ANGLE 5 0 PI NUMBER 7 1 7 5 Change contents of setup with the and keys 6 Press the key Then the cursor returns to the setup item column 7 To select another menu name press the key The cursor returns to the menu column 8 Press the MENU key to close the menu 2 2 Setting of Display Mode In the display mo...

Page 39: ...ge which is similar to the visibility when navigating your ship can be seen Therefore this mode is suitable for watching targets N UP North Up The N UP is the display mode to orient the true north to the top of the screen Due to the true north oriented display the screen image can be easily compared with a chart with a north oriented representation When selecting the S UP South Up the true south i...

Page 40: ...move in any directions stay on the screen and all moving targets move on the screen No true motion TM is provided for H UP mode as the constantly moving heading is used as a reference The true motion TM is also not provided for WPT UP which uses the specified course as a reference Caution In TM mode entering the data of the bearing speed and latitude longitude is required Caution Relative motion R...

Page 41: ...e displayed in the left main screen and right sub screen halves of the screen The screen is switched every two rotation of the antenna The images of two different ranges can be displayed The range of the left display main screen can be changed with the RANGE key The gain of the left display main screen can be adjusted by rotating the GAIN PPI knob The range of the right display sub screen can be c...

Page 42: ... increases The gain is of high priority Setup RESO P PRI GAIN PRI Initial value GAIN PRI 1 Press the MENU key 2 Select ECHO PULSE 3 Change the setting of PULSE with the and keys 4 Press the MENU key to close the menu The setup of the pulse width is determined by the range The setup of the present pulse width is displayed at the left top side of the screen For pulse width adjustment refer to Pulse ...

Page 43: ...d One minute indicates the trail of past one minute When selecting OFF the trail is not displayed The shape of trail display is specified in TRAILS TRAIL SHAPE When STANDARD is selected the trail shape of a target does not change as time goes When DECREMENT is selected the shape of a target becomes narrower as time goes The signal level of a target which is left as a trail is specified in TRAILS T...

Page 44: ...I with the and keys PI ONE SIDE BOTH SIDES OFF 4 After selecting ONE SIDE or BOTH SIDES press the key Then the parallel cursor can be operated The distance between parallel lines can be changed with the and key and the bearing can be changed with the and key 5 Press the MENU key to close the menu Set a number of parallel lines in DISPLAY PI NUMBER 2 10 Bearing Mode This mode is used when changing ...

Page 45: ...set in ALARM DETECT LEVEL The alarm works when detecting the level higher than the set level When DETECT COUNT is set the alarm works depending on the ALARM MODE setting IN Mode The alarm works when targets enter continuously into alarm area more than DETECT COUNT value OUT Mode The alarm works when targets leave continuously from alarm area more than DETECT COUNT value 2 13 Sleep The power OFF st...

Page 46: ...ted line denotes the speed and the real line denotes the heading The line perpendicular to the heading direction denotes the course direction Displays ATON Aids to navigation and Base Displays ships while selecting the detailed information display The detailed information display is shown at the bottom of the display Alarm Symbol Meanings Displayed when the values are lower than the set CPA and TC...

Page 47: ...h the and keys and bearing with the and keys 8 Press the ENT key Then the AUTO DETECT AREA is set 9 Press the MENU key to close the menu Manual Acquisition Direct to acquire a target by designating a target on the display 1 Press the MENU key 2 Select ATA ACQ 3 Press the key 4 Align the cursor with a target you desire to acquire with the and keys 5 Press the ENT key Then the acquisition of the des...

Page 48: ... the menu To release acquisition of all targets execute ATA ALL DELETE Number of Acquisition A total number of targets to be acquired is 50 targets when combined in both automatic manual methods The number specified in ATA MAN ACQ NUM becomes a number of targets to be manually acquired And the rest becomes a number of targets to be automatically acquired 1 Press the MENU key 2 Select ATA MAN ACQ N...

Page 49: ...e navigation data sent from the AIS transponder The ATA vector take a certain time until they are fully displayed while the AIS vector is displayed as soon as the AIS data is received from the AIS transponder and own GPS SHIP information Normal Symbol Alarm Symbol Meanings Meanings Displayed when setting the acquisition Displayed when in the stable tracking state Displayed when numeral displayed a...

Page 50: ...3 2 Setting of Assist Items In the supplement items of the system menu to use the radar effectively the supplement functions are set Range Rings The fixed marker is displayed at the constant distance from own ship s position It is used as a scale to measure roughly the distance of a target Setup OFF ON Initial value OFF Range Unit Set the unit of distance range VRM distance Setup NM km sm Initial ...

Page 51: ...l value OFF N UP S UP Change the mode of the N UP or S UP of the display mode The selected item can be selected in ECHO MODE Setup N UP S UP Initial value N UP Cursor Display Set the indication methods of the cursor When OPERATING is selected cursor is displayed on the radar screen only when operated and disappears 30 seconds after operation is stopped Setup ALWAYS OPERATING Initial value ALWAYS R...

Page 52: ...lue 27 1 Press the STBY TX key to start the transmission 2 Set the range of the display to more than 0 125nm with the RANGE key 3 Press the MENU key 4 Move to the system menu Refer to 3 1 Display of System Menu 5 Select ADJUST TX DELAY ADJ 6 Change the setting of TX DELAY ADJ with the and keys When the echo reflected from the target warps to near decrease the value When the echo reflected from the...

Page 53: ...reflected echo completely disappears In the state that the sea surface reflected echo is sparsely displayed As shown in Proper below when the sea surface reflected echo from near to far distance disappears evenly the STC curve set value is proper As shown in Large when the sea surface reflected echo at near distance disappear first or in Small when the sea surface reflected echo at far distance di...

Page 54: ...If the target becomes too large and the best tuning point is lost reduce the gain with the GAIN PPI knob once to make its size small and maximize the target with the and keys Manual Tune Adjustment Due to a sudden environment change the automatic tuning may be detuned In this case use the manual tune adjustment Setup 0 0 to 100 Initial value 44 0 1 Press the STBY TX key to start the transmission 2...

Page 55: ... make it easier to see Setup STANDARD DETAIL Initial value STANDARD 1 Press the MENU key 2 Move to the system menu Refer to 3 1 Display of System Menu 3 Select ADJUST ECHO COLOR DIV 4 Change the setting of ECHO COLOR DIV with the and keys STANDARD Standard color DETAIL Displays many middle colors so that the strength or weakness of the echo can be discriminated Signal Select Select the input signa...

Page 56: ...ELECT is set to PPI NAV set the content to be displayed on the NAV display Language Select Select the language used in the menu F1 F6 Key Set Select the function assigned to F1 F6 keys Select Range S M L Select the range to be set with the RANGE key Echo Color Set Set an arbitrary color to the video color Trail Color Set Set an arbitrary color to the trail color Display Color Set Set an arbitrary ...

Page 57: ...performed Operation Hours Reset The memorized operating hours are reset TX Hours Reset The memorized transmitting time is reset All Reset The internal memory is reset All of the set values are returned to the factory settings System Program Renewal The system program is renewed from the external equipment ...

Page 58: ...t use a dry cloth If done so due to static electricity the acrylic filter will attract dust 2 Check that the radiation surface of the antenna is not dirtied by soot Dip a soft cloth into water or soap water wring lightly and wipe the antenna with the cloth Check for damage and paint sticking Note Before performing the maintenance and inspection of the antenna thread a string through the hole of ra...

Page 59: ...r of the antenna at the bow side The antenna drive motor can be seen at the lower side in the cabinet 2 Referring to the illustration below remove the motor brush with flat screw driver 3 Insert the screw driver in the groove of the brush and rotate it counterclockwise and slowly Be sure to replace both brushes at both sides 4 Insert new brushes and install the brushes in reverse steps WARNING Bef...

Page 60: ...le troubleshooting is mentioned 4 4 1 Information required for requesting a repair Inform us of the following items 1 Name of ship telephone number if the satellite communication system is equipped 2 Type of equipment 3 Manufacturing number of the equipment 4 ROM version Press the MENU key and select MAINTE PROCESSOR UNIT message of ROM version is displayed 5 Port of next arrival arrival schedule ...

Page 61: ...NA ERROR 2 The video signal is not inputted from the antenna ANTENNA ERROR 3 The heading signal is not inputted from the antenna ANTENNA ERROR 4 The auto tune is abnormal ANTENNA ERROR 5 The transmission voltage 250V is abnormal ANTENNA ERROR 6 The magnetron current is abnormal ANTENNA ERROR 7 The heater voltage of the magnetron is abnormal 4 4 3 Self diagnostic Function The self diagnostic menu i...

Page 62: ...on cable is not connected Connect correctly the mutual connection cable Detuned Re adjust Refer to Tune Select in 3 3 setting of Adjustment Items Defect of the transmission equipment Request the repair The target image is different from the actual one The heading is not correctly set Set the heading Refer to Bearing Setting in 3 3 Setting of Adjustment Items The distance adjustment is not properly...

Page 63: ...ecomes 3 Keep the surface of the platform where the antenna is installed horizontal as possible to be parallel with the sea surface 4 Install the antenna lock in front of the large structure and exhaust chimney to avoid the blind sector inability angle of image search on the screen and to prevent the opening of the antenna from being dirtied by the engine exhaust 5 Keep enough space for maintenanc...

Page 64: ...enna Obstacle Keel line Distance to be shifted from the keel line Distance to an obstacle Diameter of an obstacle over the keel line How to shift the antenna from the keel line 2 How to keep an angle of depression To keep enough angle of depressionθ that is an angle between the horizontal and the observer s line of sight In this case it is not the observer but an antenna elevate the antenna height...

Page 65: ...ation below make five 5 holes on the cradle and fix the bracket and the antenna together with hexagon bolts If the thickness of the bracket is 9 to 14mm it can be installed with the supplied bolts If not within this range prepare bolts shown on the table in the next page To prevent the looseness from occurring fortify with the commercially available loose preventive silicon sealing However for pre...

Page 66: ...4 to 9 mm 0 16 to 0 35 in M10x20 pitch 1 5mm stainless 9 to 14mm 0 35 to 0 55 in M10x25 pitch 1 5mm stainless Included in accessories 14 to 19 mm 0 55 to 0 75in M10x30 pitch 1 5mm stainless Setting of Open Antenna As illustrated below install the Scanner unit facing the cut portion of the installation base toward the stern This makes it easier to perform the maintenance 1 Referring to the illustra...

Page 67: ...tput of the Scanner unit rotational shaft 2 Remove four bolts tentatively fixed to the base of the Antenna and install the Scanner unit to the rotating base Match the direction of antenna radiation side KODEN mark side with the projection mark on the rotating base 3 Fix the aerial with four bolts removed in step 2 Unit mm inch 100φ 199 7 83 185 7 28 0 55 3 97 Notch of Scanner Heading Antenna rotat...

Page 68: ...er 5 Equipment MDC 2000BB Series 5 6 0093120012 01 Rotating base Flat washer Spring washer Installation bolt Antenna radiation side KODEN mark side Antenna Rotating base Remove Protective cap Projection mark ...

Page 69: ...e aerial with the screws 5 Connect the 7 pin connector of the cable to X11 of the printed circuit board and the 9 pin connector to X12 respectively 6 Install the shield cover At this moment install the shield of the cable in the groove using the shield cover But be careful for the cable not to be caught by the unit and the cover 7 Install the upper radome with caution not to touch the aerial Orien...

Page 70: ...ed under the cable holder plate together with lug terminal after removing the edge portion of heat contraction tube of the antenna cable 7 Mount the TR unit after connecting the X1 and X2 connectors removed in 3 by fixing bolts 8 7 pin connector shall be connected to X11 of the TR unit 9 pin connector to X12 9 Antenna cable shall be clamped onto the TR unit Please make sure the antenna cable does ...

Page 71: ...Remove back cover by loosening four fixing bolts Tool Wrench 13mm 2 Disconnect connectors P3 from J3 E61 120X Remove the two fixing bolts Tool Wrench 13mm PCB E61 120X P3 J3 Bolt Bolt 3 Pull out the TR unit remove the cable clamp TR unit Cable clamp 4 Disconnect connector P2 from J2 and P2 from J5 P2 J2 PCB E71 110X P2 J5 ...

Page 72: ...Wrench 8mm Remove the cable holding plate and rubber packing Cable holding plate Fixing bolt 8mm Rubber packing Cable inlet hole 8 Pull in the connecting cable into the scanner unit through the cable inlet hole Guide the cable to the cable holding plate 7 The connecting cable CW 845 xxM Blue tapes are wound as a mark on the cable Blue tape mark b Blue tape mark a Blue tape mark c Connecting cable ...

Page 73: ...a 10 Attach cable holding plate and fix it with two bolts Tool Wrench 8mm Cable holding plate 11 Attach the ferrite core from blue tape b to 10cm end Blue tape mark b 12 Secure the ferrite core in place by using provided bands Note The ferrite core and the bands are included with the installation material Ferrite core Band Band ...

Page 74: ...ed in the far right under the motor 14 Clamp the cable by the cable clamp b Cable clamp b Cable clamp b Clamp the blue tape mark by the cable clamp c Blue tape mark c Cable clamp c 15 This picture is the view of the cable layout Clamp the blue tape mark c by the cable clamp c ...

Page 75: ...anner unit housing TR unit 16 Connect connector P2 to J2 and P4 to J5 PCB E71 110X P2 J2 PCB E71 110X P4 J5 17 Through the P4 to J5 to clamp A and B P4 J5 Clamp A Clamp B 19 Connect connectors P3 to J3 PCB E61 120X Fix the two fixing bolts Tool Wrench 13mm PCB E61 120X P3 J3 Bolt Bolt ...

Page 76: ...w A and the screw B B Clamping band A Connecting cable Shield braid terminal Clamping band 21 Clamp the connecting cable by the clamping band and fix with screw A Fix the shield braid terminal with screw B 22 Connect connector P2 to J2 PCB E61 120x Connect the connectors P1 and P3 to J1 and J3 PCB E71 110X P3 J3 P2 J2 PCB E61 120X PCB E71 110X P1 J1 ...

Page 77: ...r system is turned off 4 Disconnect connector P2 from J2 E61 110X 1 Remove back cover by loosening four fixing bolts Tool Wrench 13mm 2 Disconnect connectors P3 from J3 E61 120X Remove the two fixing bolts Tool Wrench 13mm PCB E61 120X P3 J3 Bolt Bolt 3 Pull out the TR unit TR unit P2 J2 PCB E61 110X ...

Page 78: ...ble inlet hole Guide the cable to the cable holding plate Cable holding plate Fixing bolt 8mm Rubber packing 7 The connecting cable CW 845 xxM Blue tapes are wound as a mark on the cable Blue tape mark b Blue tape mark a Blue tape mark c Connecting cable Cable inlet hole 5 This picture is the view of the inside of the scanner unit housing a Cable holding plate b Cable clamp b c Cable clamp c d Cab...

Page 79: ... Attach cable holding plate and fix it with two bolts Tool Wrench 8mm Cable holding plate 12 Secure the ferrite core in place by using provided bands Note The ferrite core and the bands are included with the installation material Band Band Ferrite core 11 Attach the ferrite core to side of the blue tape mark b Blue tape mark b Ferrite core ...

Page 80: ...p b Ferrite core 15 This picture is the view of the cable layout Clamp the blue tape mark c by the cable clamp c Cable clamp d Cable clamp b Blue tape mark c Cable clamp c Clamp the blue tape mark by the cable clamp c 13 Tilt the cable with the ferrite core toward the cable clamp b Cable clamp b Ferrite core ...

Page 81: ...t connectors P3 to J3 PCB E61 120X Fix the two fixing bolts Tool Wrench 13mm 16 Connect connector P2 to J2 PCB E61 110X P2 J2 PCB E61 110X 17 Hook the P2 to J2 to the clamp P2 J2 Clamp 18 Insert TR unit in the scanner unit housing TR unit PCB E61 120X P3 J3 Bolt Bolt ...

Page 82: ... terminal with screw B Connecting cable Shield braid terminal Clamping band 20 Remove the screw A and the screw B B Clamping band A 22 Connect connector P2 to J2 PCB E61 120x Connect the connectors P1 and P3 to J1 and J3 PCB E61 110X P3 J3 P2 J2 PCB E61 120X PCB E61 110X P1 J1 23 Attach the back cover by tightening four fixing bolts Tool Wrench 13mm ...

Page 83: ...xed under the cable holder plate together with lug terminal after removing the edge portion of heat contraction tube of the antenna cable 7 Mount the TR unit after connecting the J3 and J4 connectors removed in 3 by fixing bolts 8 7 pin connector shall be connected to J2 of the TR unit 9 pin connector to J1 9 Antenna cable shall be clamped onto the TR unit Please make sure the antenna cable does N...

Page 84: ... 3 Orange thick 12V 15 Green thick 40V RTN 16 Blue thick 40V RTN 13 Yellow thick 40V 14 Shied V TRG RTN 11 12 Red thick 40V 9 Shield BP SHF RTN 10 Grey coax V TRG 6 Red DATA 7 8 Brown BP SHF 5 Shield DATA RTN 2 Blue 24V 3 Orange thick 12V 40V RTN Green thick 6 40V RTN Blue thick 7 X12 250V Purple 1 1 Purple 250V 40V Red thick 4 4 Yellow GND 40V Yellow thick 5 2 GND Yellow 3 RB717A RB718A J2 RB804 ...

Page 85: ...tion Cable color No 16 Blue thick 40V RTN GND Yellow 3 15 Green thick 40V RTN 2 14 Shied V TRG RTN 250V Purple 1 13 Yellow thick 40V Description Cable color No 12 Red thick 40V 10 Grey coax V TRG P2 11 V TRG Grey coax 9 9 Shield BP SHF RTN V TRG RTN Shied 8 8 Brown BP SHF BP SHF Brown 7 7 BP SHF RTN Shield 6 6 Red DATA DATA Red 5 5 Shield DATA RTN DATA RTN Shield 4 4 Yellow GND 24V Blue 1 1 Purple...

Page 86: ... the following procedure 1 Make 4 holes at the location to be installed 2 Install the Processor unit in the installing location square hole and fix it with 4 tapping screws 4mm M4 or pan head Prepare 4 mm screws suitable for thickness of installing location Position of installation hole of Processor unit 308 12 1 8 308 12 1 8 308 12 1 8 308 12 1 8 4 φ4 5 Unit mm inch ...

Page 87: ...lled 3 Remove 4 plastic corner guard caps of the Operation unit These can be easily pulled out upwards 4 Fix the clamps to the Operation unit with the screw of 4M 4mm Install the corner guard caps removed in step 3 5 Confirm that the clamps matches the marking position If not matches correct the marking position 6 Install the clamps in the installing location 4 holes and fix it with 4 tapping scre...

Page 88: ... can be easily pulled out upwards 3 Confirm that the Operation unit matches the square hole If not matches correct the square hole 4 Put the Operation unit and connected cable in the square hole and set it to the position in which the Operation unit becomes parallel to the install panel 5 Install the Operation unit in the installing location square hole and fix it with 4 tapping screws 4mm M4 or p...

Page 89: ...01 5 27 Flush mount installation of Operation unit Hole for flush mount installation of Operation unit Attention Thickness of panel 10mm max M4 Screw 4pcs Corner guard cap 4pcs Operation unit Unit mm Operation unit M4 Screw 4pcs Corner guard cap 4pcs ...

Page 90: ...No person should be present around the antenna and mast The Processor unit and Operation unit should bear the placecard describing the caution Radar being adjusted do not touch the Operation unit After confirming the above items be sure to perform the adjustments The adjustments after the installation are the following items in 3 3 Setting of Adjustment Items BRG ADJ TX DELAY ADJ MBS AUTO TUNE ADJ...

Page 91: ...equipments Processor unit MRM 112 To J7 To POWER To J6 To J5 Operation unit MRO 112 KGC 222 or Antenna Scanner unit GND 10 8 to 31 2VDC To J3 CW 561 10M White Black Gray AIS CW 387 5M CW 405 0 3M receiver GND camera CCD To J4 242J158055A 10M for RB804 RB805 242J159098A 10M for RB806 RB717A RB718A CW 845 15M for RB807 RB808 To J1 CW 259 2M Slave display CW 601 5M equipment Navigation CW 376 5M CW 3...

Page 92: ...Slave display Operation unit NMEA IEC61162 Input Output CCD camera Input Antenna Scanner unit Power Input J5 1 2 3 4 5 6 1 250V 9 BP SHF R 2 24V 10 V TRIG 3 12V 11 Un connected 4 GND 12 40V 5 DAT R 13 40V 6 DAT 14 V TRIG R 7 Un connected 15 40V R 8 BP SHF 16 40V R J7 J3 1 2 3 4 5 6 7 8 9 10 11 12 12V Maximum 0 8A can be supplied for GPS 20AMkII etc 1 2 J2 1 2 3 4 5 6 7 8 J4 12V output 1 Camera1 in...

Page 93: ...s are connected please perform the waterproof and insulation treatment on the junction with self bonding tape or similar materials Structure of CW 387 5M Connection with the navigation equipment J5 Two NMEA0183 IEC61162 input output ports are provided Connect the navigation equipment and the external equipment such as KODEN made GPS sensor to them The optional cable with connectors at both ends is...

Page 94: ... the waterproof treatment on the junction of the RCA terminal with a self fusion tape 5 7 List of Input Output Sentence Input Sentence The sentences shown on the table below can be received In NMEA0183 Ver 1 5 2 0 and 3 0 inputting is possible Information Priority of Sentence Latitude Longitude GGA RMC RMA GNS GLL Heading THS HDT HDG HDM VHW RMC RMA VTG Ship speed RMC RMA VTG VHW WPT BEC BWC BWR R...

Page 95: ...e bearing signal data are required 5 8 Junction Box JB 35 Installation When JB 35 is connected NMEA0183 port can be increased from one to three Ensure that not to connect any cable to NC pin of SLAVE1 J5 SLAVE 2 OP1 and SLAVE3 OP2 JB 35 should be removed when renewing the system program CW 376 5M To J5 of Processor unit SLAVE1 SLAVE3 MASTER SLAVE2 S1 ON OFF 1 2 3 4 5 6 7 8 ON No 1 only J5 OP1 OP2 ...

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Page 97: ...7 DISPLAY COLOR STANDARD DAY NIGHT USER SET CURSOR SHAPE STANDARD LONG EBL VRM PI OFF ONE SIDE BOTH SIDES PI NUMBER 1 to 7 7 BRG TRUE REL REL TRUE VECTOR 0 to 60MIN 1MIN VECTOR TRUE REL REL TRUE ALARM ALARM MODE OFF IN OUT DETECT LEVEL 1 to 7 1 DETECT COUNT 1 to 10 1 SLEEP OFF 5MIN 10MIN 15MIN LIM CPA 0 0 to 19 9NM 0 0NM LIM TCPA 1 0 to 60 0MIN 1 0MIN AIS AIS OFF ON LIMIT 1 0 to 20 0NM 1 0NM INFO ...

Page 98: ... L1 L2 RANGE 0 75 to 8 Set individually IR OFF 1 2 ECHO COLOR DIV STANDARD DETAIL SIGNAL SELECT ANTENNA MONITOR DEMO NMEA CH1 J5 4800 9600 19200 38400 CH2 OP1 4800 9600 KGC 1 SETTING PRESET F1 KEY SET MODE DISPLAY SELECT TRAIL TIME COLOR PI ALARM MODE ACQ DELETE POB TARGET OTHER SHIP PULSE PROCESS CAMERA DISPLAY OFF F2 KEY SET SAME AS F1 KEY SELECT RANGE S OFF ON RANGE 0 0625 to 1 5 SELECT RANGE M...

Page 99: ...MDC 2000BB Series Chapter 6 Attached Table 0093120012 01 6 3 MAINTE PROCESSOR UNIT ANTENNA PANEL TEST LCD TEST OPE HOURS RESET TX HOURS RESET ALL RESET SYS PRG LOAD B ...

Page 100: ...ic range 0 0625 to 32 NM 0 0625 to 48 NM Range scales 0 0625 0 125 0 25 0 5 0 75 1 1 5 2 3 4 6 8 12 16 24 32 48 Range interval 0 0312 0 0625 0 125 0 25 0 5 1 2 3 4 6 8 12 Presentation modes Head up North up Course up WPT up Indication system PPI PPI PPI PPI NAV Video levels 8 levels Colors Range unit NM km sm Alarms Echo IN OUT ATA AIS CPA TCPA etc Functions Interference rejection Target expansion...

Page 101: ...ameter Basic range 0 0625 to 64 NM 0 0625 to 72 NM 0 0625 to 64 NM 0 0625 to 72 NM Range scales 0 0625 0 125 0 25 0 5 0 75 1 1 5 2 3 4 6 8 12 16 24 32 48 64 72 Range interval 0 0312 0 0625 0 125 0 25 0 5 1 2 3 4 6 8 12 16 18 Presentation modes Head up North up Course up WPT up Indication system PPI PPI PPI PPI NAV Video levels 8 levels Colors Range unit NM km sm Alarms Echo IN OUT ATA AIS CPA TCPA...

Page 102: ...Chapter 6 Attached Table MDC 2000BB Series 6 6 0093120012 01 6 3 External View MRM 112 Plan view Side view Unit mm inch Weight 5 1kg 11 2lb MRO 112 Unit mm inch Plan view Weight 0 94kg 2 1lb ...

Page 103: ...MDC 2000BB Series Chapter 6 Attached Table 0093120012 01 6 7 RB804 Unit mm inch Weight 8 3kg 18 3lb ...

Page 104: ...Chapter 6 Attached Table MDC 2000BB Series 6 8 0093120012 01 RB805 Unit mm inch RB806 with RW701A 03 04 Unit mm inch Weight Weight 10kg ...

Page 105: ...ched Table 0093120012 01 6 9 RB807 RB808 RB717A and RB718A with RW701A 04 06 Unit mm inch RB807 RB808 RB717A RB718A 24kg 53lb 4Feet RW701A 04 26kg 57 5lb 6Feet RW701A 06 22 5kg 49 6lb 4Feet RW701A 04 24 5kg 54lb 6Feet RW701A 06 Weight ...

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Page 107: ...e Up to thousands of pulse waves are transmitted and received during one 360 degree rotation The typical radar antenna is a parabolic type or slotted array and its performance is essential for good radar performance Some of factors affecting the quality of the target returns are the antenna beam width and the side lobe level The narrow beam width provides a high resolution for angular orientation ...

Page 108: ...wooden ship or an object such as sand a sandbar and muddy cay poor radar targets Since the distance from the coastline etc to your ship on a radar image to be seen as longer than that from the actual coastline more caution should be used navigating around such objects Radar shadow Since the radar radio wave propagates straightly your ship s chimney stack and mast close to the antenna a large ship ...

Page 109: ... etc Direction of virtual image 3 1 HU Real image Virtual image Figure 7 5 False image by virtual image Duplicate target images When there is a big reflective surface nearby and perpendicular at a close distance i e when your ship is passed by a big ship etc radio wave bounces repeatedly between your ship and the other ship Therefore 2 to 4 images may appear at equal range in the direction of this...

Page 110: ...on a weather conditions a duct occurs by the temperature inversion etc In this case the unusual propagation of the radio wave may reach distant targets out of radar range A target at more than the maximum range may appear as an image and may be displayed as a false image closer than an actual distance This phenomenon is a result of the long range echo delay time exceeds the transmission period and...

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