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Consilium SELUX ST, Installation And Service Manual

The Consilium SELUX ST is a reliable and efficient product designed for installation in various environments. To ensure proper installation and maintenance, it is important to refer to the Installation and Service Manual. Download the manual for free from manualshive.com to ensure the optimal performance of your Consilium SELUX ST.

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Selux ST Installation and service manual  

 

i 

Rev. E

 

TABLE OF CONTENTS 

 

 

CHAPTER 1 Installation and setting ....................................................................... 1.1

 

1.1

 

G

UIDELINES FOR THE INSTALLATION OF SHIPBORNE RADAR EQUIPMENT

 ............... 1.1

 

1.2

 

I

NTERFERENCE

 .......................................................................................................... 1.1

 

1.2.1

 

L

OCATION RELATIVE TO MASTS

,

 FUNNELS AND OTHER CONSTRUCTIONS

 ............... 1.2

 

1.2.2

 

B

LIND SECTORS AND RANGE

 ..................................................................................... 1.2

 

1.2.3

 

I

NTERACTION WITH SEA AND FALSE ECHOES

 ........................................................... 1.4

 

1.2.4

 

C

ABLES AND GROUNDING

 .......................................................................................... 1.4

 

1.2.5

 

R

ADAR CONTROLS CONTROLS AND DISPLAY

 ............................................................ 1.5

 

1.3

 

S

YSTEM 

S

PECIFICATIONS

 .......................................................................................... 1.6

 

1.3.1

 

D

IMENSION AND 

W

EIGHT

 ........................................................................................... 1.6

 

1.3.2

 

P

OWER

 ....................................................................................................................... 1.6

 

1.3.3

 

E

NVIRONMENTAL 

D

ATA

 .............................................................................................. 1.7

 

1.4

 

I

NPUT

/O

UTPUT 

R

EQUIREMENTS

 ................................................................................ 1.7

 

1.5

 

A

NALOGUE 

G

YROCOMPASS 

(S

YNCHRO  OR  

S

TEPPER

) ........................................... 1.9

 

1.6

 

S

ERIAL 

G

YRO

 ........................................................................................................... 1.11

 

1.7

 

S

PEED 

LOG .............................................................................................................. 1.11

 

1.8

 

EPFS ........................................................................................................................ 1.12

 

1.9

 

AIS ............................................................................................................................ 1.12

 

1.10

 

VDR

 

C

ONNECTION

 ................................................................................................... 1.13

 

1.11

 

R

ADAR 

C

ONSOLE 

F

AILURE 

O

UTPUT

 ........................................................................ 1.14

 

1.12

 

C

ONFIGURATION 

L

INKS 

T

ABLE

 ................................................................................ 1.15

 

1.12.1

 

A

NTARES 

PCB

 

L

INKS

: .............................................................................................. 1.15

 

1.12.2

 

A

LPHA 

PCB

 

L

INKS

: ................................................................................................... 1.15

 

1.12.3

 

A

LPHA 

E

XPANSION 

PCB

 

L

INKS

: ............................................................................... 1.17

 

CHAPTER 2 SERIAL INTERFACE SPECIFICATIONS ............................................. 2.1

 

2.1

 

S

ERIAL 

L

INE 

1 ............................................................................................................. 2.1

 

2.2

 

S

ERIAL 

L

INE 

2 ............................................................................................................. 2.3

 

2.3

 

S

ERIAL 

L

INE 

3 ........................................................................................................... 2.10

 

2.4

 

S

ERIAL 

L

INE 

4 ........................................................................................................... 2.30

 

2.5

 

S

ERIAL 

L

INE 

5 ........................................................................................................... 2.33

 

2.6

 

S

ERIAL 

L

INE 

6 ........................................................................................................... 2.34

 

2.7

 

S

ERIAL 

L

INE 

7 ........................................................................................................... 2.35

 

CHAPTER 3 RADAR CONFIGURATION .................................................................. 3.1

 

3.1

 

H

OW TO ACCESS THE 

R

ADAR 

C

ONFIGURATION

 ....................................................... 3.1

 

3.1.1

 

R

ADAR 

C

ONFIGURATION

 ............................................................................................ 3.1

 

3.2

 

G

YROCOMPASS 

C

ONFIGURATION

 ............................................................................. 3.3

 

3.3

 

S

PEED 

LOG

 

C

ONFIGURATION

 .................................................................................... 3.5

 

3.4

 

O

WN 

S

HIP 

D

IM

.

 

A

ND 

W

EIGHT

 .................................................................................... 3.6

 

3.5

 

C

ONNING AND 

EPFS

 

P

OS

.

 

C

ONFIGURATION 

M

ENU

 .................................................. 3.7

 

3.6

 

U

NCONVENTIONAL SENSOR 

C

FG

 ............................................................................... 3.8

 

3.7

 

A

NTENNA 

S

ETTINGS

 ................................................................................................... 3.9

 

3.7.1

 

A

DJUSTMENT OF 

A

ZIMUTH 

T

YPE 

(PPR

 

S

ELECTION

) ............................................... 3.10

 

3.7.2

 

A

DJUSTMENT OF THE HEADING LINE

 ....................................................................... 3.11

 

3.8

 

TXRX

 

S

ETTINGS

 ....................................................................................................... 3.12

 

3.8.1

 

T

RANSCEIVER 

C

OMMUNICATION 

T

YPE

 .................................................................... 3.13

 

3.8.2

 

T

RANSCEIVER 

C

OMMUNICATION 

T

YPE

 .................................................................... 3.14

 

3.8.3

 

P

ERFORMANCE 

M

ONITOR 

A

DJUSTMENT

 ................................................................. 3.15

 

3.8.4

 

T

UNING 

A

DJUSTMENT

 .............................................................................................. 3.15

 

3.8.5

 

M

AGNETRON TIMER RESET

 ...................................................................................... 3.16

 

3.8.6

 

D

IGITAL POTENTIOMETERS RESET

 .......................................................................... 3.16

 

3.9

 

V

IDEO 

T

RIGGER 

A

DJUSTMENTS

 .............................................................................. 3.17

 

3.9.1

 

T

RIGGER 

D

ELAY

 ....................................................................................................... 3.18

 

Summary of Contents for SELUX ST

Page 1: ...304648P001 Rev E September 2010 SELUX ST INSTALLA TION AND SERVICE MANUAL...

Page 2: ...SILIUM SELESMAR s r l Head Office Plant Via Romita 26 50020 Montagnana V P Florence Italy Tel 39 0571 68121 Telefax 39 0571 670798 304648P001 Rev E September 2010 SELUX ST INSTALLATION AND SERVICE MAN...

Page 3: ...Selux ST Installation and service manual A Rev E This page is intentionally left blank...

Page 4: ...nual please fill in the necessary data It is important that the addressee be the end user so that the operating personnel will receive all revisions to the manual EQUIPMENT NAME SERIAL No MODEL MANUAL...

Page 5: ...RD OF CHANGES RCS CODE REV INDEX DATE PURPOSE OF THE CHANGE CHANGE REQUESTED BY Revision A June 2009 First issue N A Revision B December 2009 General revision N A Revision D April 2010 General revisio...

Page 6: ...TABLE OF CONTENTS Warnings Chapter 1 INSTALLATION AND SETTINGS Chapter 2 SERIAL INTERFACE SPECIFICATIONS Chapter 3 RADAR CONFIGURATION Chapter 4 DEBUG AND SIMULATION FACILITIES Chapter 5 TROUBLESHOTTI...

Page 7: ...Selux ST Installation and service manual D Rev E This page is intentionally left blank...

Page 8: ...NKS 1 15 1 12 2 ALPHA PCB LINKS 1 15 1 12 3 ALPHA EXPANSION PCB LINKS 1 17 CHAPTER 2 SERIAL INTERFACE SPECIFICATIONS 2 1 2 1 SERIAL LINE 1 2 1 2 2 SERIAL LINE 2 2 3 2 3 SERIAL LINE 3 2 10 2 4 SERIAL L...

Page 9: ...SPLAY CORE UNIT COVER REMOVING AND INSTALLATION 5 3 5 4 2 ALPHA EXPANSION BOARD REPLACEMENT OPTIONAL 5 3 5 4 3 ANTARES ASSY REPLACEMENT 5 4 5 4 4 ALPHA BOARD REPLACEMENT 5 4 5 4 5 LINE FILTER REPLACEM...

Page 10: ...ELUX ST WITH RTM S BAND RADAR SENSOR 6 17 CONNECTION DIAGRAM SELUX ST SINGLE INSTALLATION 6 18 CONNECTION DIAGRAM SELUX ST WS SINGLE INSTALLATION 6 19 CONNECTION DIAGRAM SELUX ST DUAL INSTALLATION CON...

Page 11: ...Selux ST Installation and service manual iv Rev E This page is intentionally left blank...

Page 12: ...and service manual v Rev E LIST OF TABLES TABLE 1 4 1 SUMMARY OF THE INPUT OUTPUT REQUIREMENTS 1 7 TABLE 1 10 1 VDR CONNECTION 1 13 TABLE 1 10 2 MONITOR TIMINGS 1 14 TABLE 5 1 LIST OF CORRECTIVE MAINT...

Page 13: ...FREQUENCY RADIATION Harmful effects particularly to the eyes may be caused by exposure of any part of the human body to radio frequency mean power densities in excess of 100 mW cm2 This power density...

Page 14: ...be highlighted Whenever a precaution relating specifically to a part of the technical manual is needed the information is given in the relevant part of the manual Warnings and Cautions precede applica...

Page 15: ...rcuit before touching it DO NOT SERVICE OR ADJUST ALONE Under no circumstances should any person initiate servicing or adjusting the unit except in the presence of someone capable of helping help RESU...

Page 16: ...EXTREME CARE WHEN WORKING ON THE EQUIPMENT ONCE THE FRONT COVER HAS BEEN OPENED THE MAGNETRON ASSEMBLY OPERATES AT VOLTAGES THAT MAY PROVE FATAL WARNING SET MAIN LINE BREAKER TO OFF BEFORE REPLACING A...

Page 17: ...Selux ST Installation and service manual 5 Rev E This page is intentionally left blank...

Page 18: ...s may heavily reduce the radar performance by creating blind sectors clutter on the radar display or generation of false echoes 1 2 Interference Due care should be taken with regard to the location of...

Page 19: ...ing unit so that the installation complies with the compass safe distance for the equipment 1 2 2 Blind sectors and range To make full benefit from the radar it is vitally important for the OOW that h...

Page 20: ...nd sectors All installations should facilitate protection of equipment including cabling from damage Safe service access should be provided using service platforms where necessary having a minimum siz...

Page 21: ...entation The cables should be kept as short as possible to minimize attenuation of the signal All cables between antenna and radar System units should be routed as directly as possible consistent with...

Page 22: ...MAST TRANSCEIVER CAN AFFECT THE RADAR PERFORMANCE THE SYSTEM HAS BEEN TESTED WITH 20M LENGTH FROM TRANSCEIVER TO THE ANTENNA PEDESTAL CONSIDER THAT TRANSMITTED RECEIVED POWER ARE HALVED FOR EVERY 10...

Page 23: ...2 WARNING THE RADAR UNIT IS PROVIDED WITH A SAFETY SWITCH WHICH DISABLE THE ANTENNA MOVEMENT DURING MAINTENANCE OPERATIONS AND AVOIDS HIGH VOLTAGE DAMAGE ALWAYS TURN THE SAFETY SWITCH OFF WHENEVER ADV...

Page 24: ...ture 15 C to 55 C Temperature 20 C to 60 C Gyrocompass Synchro Voltage value 50 115 Vac 10 reference 50 60 Hz or 300 400 Hz Gear ratio 1 360 1 180 1 90 1 36 Stepper Voltage value 15 to 100 V positive...

Page 25: ...nfigurable Active when an action is made on the control panel Max 125 V 30 W load Video and Combined data without ALPHA Expansion or CH3 and CH4 with this card Voltage value 0 8 to 1 5 Vpp adjustable...

Page 26: ...d reference voltage of the gyro Refer to the drawing below for the relevant configuration for Synchro and Stepper Fig 1 For Selux ALPHA PCB connect to TB14 Note Connection with stepper gyro full wave...

Page 27: ...the Alpha 1 The first one next to red LED is D33 and it indicates the first phase S1 2 The second one is D34 and it is the second phase indicator S2 3 The third one is D35 and it indicates the third p...

Page 28: ...een PIT and GND on TB14 In case of NMEA signal the speed log also can be connected to Alpha PCB input TB2 See the serial interface chapter for accepted sentences WARNING THE HEADING SENSOR A GYRO EQUI...

Page 29: ...ve RS422 or RS232 standard signal only at 38400 bps The sentences accepted are AIALR AIVDM and AIVDO NOTE it is also possible to connect the output from the RADAR to the AIS device to acknowledge the...

Page 30: ...e type Video 1280x1024 Video 1600x1200 Video1680x105 20 wide screen Video1680x105 26 wide screen Cable Distance m Cable Distance m Cable Distance m RG75 RG59 M202 M203 RG11 CT100 CT125 10 25 25 35 40...

Page 31: ...Vertical Front Porch 15 6 us 48 8 us 45 6 us 48 us Vertical Back Porch 410 us 116 us 324 us 418 us Table 1 10 2 Monitor timings 1 11 Radar Console Failure Output For installation where a continuous ch...

Page 32: ...D2 Termination Link closed when the Selux ST is standalone or the last equipment on the Video chain Close Serial P2 422 Termination Link closed when the Selux ST is standalone on 422 serial communicat...

Page 33: ...422 serial communication chain Open P11 232 RX7 Inversion Set this link to configure serial polarity 1 2 P14 232 RX8 Inversion Set this to configure serial polarity 1 2 Gyro P10 S3 Gyro set Normally...

Page 34: ...ast equipment on the Video chain Close P8 Video 4 Termination Link closed when the Selux ST is standalone or the last equipment on the Video chain Close P3 VD1 Level Close in Serial Data Communication...

Page 35: ...Selux ST Installation and service manual 1 18 Rev E This page is intentionally left blank...

Page 36: ...eceive at 4800 and 38400 bps also with RS232 connection but this is not a standard connection according to the IEC 61162 2 standard RS 422 Interface Listener Connection IN_1 A Data Input IN_1 B Data I...

Page 37: ...tion about the heading data and replaces the deprecated HDT sentence THS x x a hh CR LF Mode indicator see Note Heading degrees true NOTE Mode indicator This field should not be null A Autonomous E Es...

Page 38: ..._2 RX Data Input SHLD_2 and IN_2 Insulated ground Input Load 7K RS 422 Output Talker Connection OUT_2 A Data Output OUT_2 B Data Output GND C Ground Output Drive 150 mA This serial line is compliance...

Page 39: ...of an ITU R M 1371 message may require the transmission of multiple sentences The first field specifies the total number of sentences used for a message minimum value 1 The second field identifies th...

Page 40: ...s up to 60 valid characters Under certain conditions this field may support up to a maximum of 62 valid characters 1 When the message can be transmitted using a single sentence the sequential message...

Page 41: ...radio message see Note 4 AIS channel see Note 3 Sequential message identifier 0 to 9 see Note 2 Sentence number 1 to 9 see Note 1 Total number of sentences needed to transfer the message 1 to 9 see No...

Page 42: ...c x x c c hh CR LF Additional label pairs see Note 1 Label assigned to target n see Note 2 Target number n reported by the device NOTE 1 This sentence allows several target number label pairs to be s...

Page 43: ...cation number from 0 to 9 that is sequentially assigned and is incremented for each new multi sentence message The count resets to 0 after 9 is used For a message requiring multiple sentences each sen...

Page 44: ...SERIAL INTERFACE SPECIFICATION 2 9 Rev E...

Page 45: ...ding to the IEC 61162 2 standard RS 422 Interface Listener Connection IN_3 A Data Input IN_3 B Data Input SHLD_3 C insulated Ground Input Load 7K RS 232 Interface Listener Connection IN_3 RX Data Inpu...

Page 46: ...see Note 00 to 59 Local zone hours see Note 00 h to 13 h Year UTC Month 01 to 12 UTC Day 01 to 31 UTC UTC NOTE Local time zone is the magnitude of hours plus the magnitude of minutes added with the si...

Page 47: ...V data invalid UTC of position Longitude E W Latitude N S NOTE 1 Positioning system mode indicator A Autonomous D Differential E Estimated dead reckoning M Manual input S Simulator N Data not valid N...

Page 48: ...x xxxx hh CR LF Number of satellites in use 00 12 may be different from the number in view GPS quality indicator see Note 1 Longitude E W Latitude N S UTC of position NOTE 1 All GPS quality indicators...

Page 49: ...s described below If a GNSS receiver is capable simultaneously of producing a position using combined satellite systems as well as a position using only one of the satellite systems then separate GPGN...

Page 50: ...ers should take one of the following values N No fix Satellite system not used in position fix or fix not valid A Autonomous Satellite system used in non differential mode in position fix D Differenti...

Page 51: ...a hh CR LF Mode indicator see Notes 2 and 3 Magnetic variation degrees E W see Note 1 Date dd mm yy Course over ground degrees true Speed over ground knots Longitude E W Latitude N S Status see Note...

Page 52: ...el set degrees true Speed reference B M W R P see Note Vessel speed Course reference B M W R P see Note Vessel course degrees true Heading status A data valid V data invalid Heading degrees true NOTE...

Page 53: ...see Note 2 Origin 2 range see Note 2 Bearing line 1 EBL1 degrees from 0 Variable range marker 1 VRM1 range Origin 1 bearing see Note 2 degrees from 0 Origin 1 range see Note 2 from own ship NOTE 1 Dis...

Page 54: ...l otherwise Target status see Note 1 Target name Speed distance units K N S Time to CPA min increasing Distance of closest point of approach Target course degrees true relative T R Target speed Bearin...

Page 55: ...see Note 3 Lat offset min N S see Note 3 Local datum subdivision code see Note 2 Local datum see Note 1 NOTE 1 Three character alpha code for local datum If not one of the listed earth centred datums...

Page 56: ...nually entered or user defined offsets NOTE 4 Users should be aware that chart transformations based on IHO S60 parameters may result in significant positional errors when applied to chart data WPL Wa...

Page 57: ...s w working route first listed waypoint is FROM second is TO and remaining are rest of route Sentence number see Note 2 Total number of sentences being transmitted see Note 2 NOTE 1 A variable number...

Page 58: ...on and speed The direction from which the wind blows across the earth s surface with respect to north and the speed of the wind MWD x x T x x M x x N x x M hh CR LF Wind speed m s Wind speed knots Win...

Page 59: ...ith the vessel s own speed Example 1 If the vessel is heading west at 7 knots and the wind is from the east at 10 knots the relative wind is 3 knots at 180 In this same example the theoretical wind is...

Page 60: ...mbers provide the distance from the transducer to the part of the keel of interest DPT x x x x x x hh CR LF Maximum range scale in use Offset from transducer in metres see Notes 1 and 2 Water depth re...

Page 61: ...R Rudder order status Angle ordered for the rudder ROR x x A x x A a hh CR LF Command source location as TRC Port rudder order see Notes 1 and 2 Status A data valid V data invalid Starboard or single...

Page 62: ...udder sensor see Notes 1 and 2 Status A data valid V data invalid Starboard or single rudder sensor see Notes 1 and 2 Status A valid V data invalid NOTE 1 Relative measurement of rudder angle without...

Page 63: ...the sentence as an input and adds on its own data fields before retransmitting the sentence XDR a x x a c c a x x a c c hh CR LF Transducer n see Note 1 Data variable number of transducers Transducer...

Page 64: ...cubic metre Linear displacement D M metre compression Frequency F H Hertz Salinity L S ppt ppt parts per thousand Force N N newtons compression Pressure P P pascals vacuum Flow rate R l litres s Tach...

Page 65: ...with RS232 connection but this is not a standard connection according to the IEC 61162 2 standard RS 422 Interface Listener Connection IN_4 A Data Input IN_4 B Data Input SHLD_4 C insulated Ground In...

Page 66: ...Note 2 stern water speed A data valid V data invalid Stern transverse water speed see Note 1 knots Status see Note 2 ground speed A data valid V data invalid Transverse ground speed see Note 1 knots L...

Page 67: ...Rev E VHW Water speed and heading The compass heading to which the vessel points and the speed of the vessel relative to the water VHW x x T x x M x x N x x K hh CR LF Speed km h Speed knots Heading d...

Page 68: ...22 Interface Listener Connection IN_5 A Data Input IN_5 B Data Input GND C Ground Input Load 3 K RS 232 Interface Listener Connection IN_5 RX Data Input GND and IN_5 Ground Input Load 3 K RS 422 Outpu...

Page 69: ...422 Interface Listener Connection IN_6 A Data Input IN_6 B Data Input GND C Ground Input Load 3 K RS 232 Interface Listener Connection IN_6 RX Data Input GND and IN_6 Ground Input Load 3 K RS 422 Outp...

Page 70: ...th RS232 connection but this is not a standard connection according to the IEC 61162 2 standard RS 422 Interface Listener Connection RX_7 A Data Input RX_7 B Data Input GND C Ground Input Load 3 K RS...

Page 71: ...SERIAL INTERFACE SPECIFICATION 2 36 Rev E...

Page 72: ...Keyboard 232 232 38400 ttyS2 TB10 Wind Sensor RAALR 422 232 232 4800 ttyS3 TB4 Not Used 422 232 232 4800 B ttyS0 Standard Out Console 232 232 57600 ttyS1 TB9 Gyro 422 232 422 4800 38400 ttyS2 TB8 AIS...

Page 73: ...Selux ST Installation and service manual 2 38 Rev E This page is intentionally left blank...

Page 74: ...where all the adjustments for the System Configuration plus some Debug and Simulation facilities are available After being enabled this condition is functional until the system is switched to STAND BY...

Page 75: ...ing Fig 3 1 1 Security Check The console setup is necessary for the commissioning of the system From the console display using only the trackball it s possible to configure and adjust all the parts of...

Page 76: ...ro Connected As regards the type of Gyro we are using Pressing the button A on fig 3 2 1 the following list will be open The selection changes the kind of interface used and in case of NMEA serial the...

Page 77: ...rnal the checkbox should not be activated Another checkbox Negative Phases is available in stepper mode and it should be checked when the voltage on phase is going from zero to negative The S1 S2 S3 s...

Page 78: ...ted Pressing the A button on fig 3 3 1 the following list will be open If the speed log signal is NMEA is necessary to select the Input where it is connected push the B button on fig 3 3 1 to switch b...

Page 79: ...he chosen selection related to the tonnage of the ship will be used to define the Rate of Turn for the Trial Manoeuvre computing Be sure to select a reliable value otherwise the Trial Manoeuvre will g...

Page 80: ...rdinate of the antenna position Length and width are not used when the AIS is connected instead they are extracted from the VDO static message The CCRP will be located on the conning position EPFS Ant...

Page 81: ...sensor Cfg With this function it is possible to configure specific sensors A without them necessarily being connected to the radar The menu above as well as identifying the selected sensor has the ch...

Page 82: ...ow range scale The PPI will be centred on the cross representing the position of the Radar The antenna height is one of the parameters used to calculate the Anti Sea Clutter processing As consequence...

Page 83: ...on with transceiver has already been established if the Heading Line pulse is being received and if it has been correctly set is possible to read the PPR value measured by he system in the on the labe...

Page 84: ...Line polarity positive for a signal that is zero with positive voltage as then active state negative when the signal is bipolar going from negative to positive voltage or active with a negative level...

Page 85: ...P C B on board instead of an RTM Control B P C B TXRX software version lower than 54 the buttons in position 12 15 16 17 19 will not be activated In case of connection with a non Consilium Selesmar t...

Page 86: ...ine SXI n Comm for video combined connections all the signals needed are combined with the video on only one coaxial cable n is the console priority for that transceiver Higher numbers have higher mas...

Page 87: ...the scope The Amplitude shall be adjusted to be about 4 4 2V The Slope shall be adjusted to be about 2 3 s The PRESTC is not a video processing to be used continuously during the normal operating but...

Page 88: ...e installation If for example the Power Level is low and so the distance is less than 24 NM couldn t mean that the Performance Monitor is not well adjusted but cloud be that the performance of the TXR...

Page 89: ...tem Warning if the magnetron is on the limit of the end of its life A Magnetron EOL End Of Life will be displayed under the TXRX field in the System Status Display Menu Everything described in this pa...

Page 90: ...RADAR CONFIGURATION 3 17 Rev E 3 9 Video Trigger Adjustments Pressing the H button of fig 3 1 2 is possible to adjust the radar video and trigger Figure 3 9 1 Video and Trigger Setting A B...

Page 91: ...hows two different samples of wrongly adjusted trigger delay in the n 1 it is clear that the dock or the pier is attracted to the centre the video is too squeezed so the delay value is too high in the...

Page 92: ...d pulse length with the weather the humidity and so on so the preferred solution is to activate the Auto Threshold With this selection the automatic tracking software measures the PFA Probability of F...

Page 93: ...ard every temporary modification on the sector blanking configuration The on off button next to the sector n label 1 2 shall be pressed to cancel the current sector blanking NOTE The settings of the S...

Page 94: ...11 1 System Configuration 3 11 1 Display Resolution Fig 3 11 1 A The Selux display video output DVI and VGA can support up to 4 monitor resolutions The table below shows which resolution is needed wit...

Page 95: ...TFT Hatteland 1600x1200 10CM 006 23 TFT ISIC 1600x1200 10CM 008 27 TFT Hatteland 1920x1200 In case of special project or special installation or anyway using other kinds of monitor NOTE This setting...

Page 96: ...ST console searches trough 10 x x x 192 168 0 x 172 1 x x and 212 4 5 x subnetworks for other Selux ST units All the consoles available will be presented in the table Set All Sequentially After a sca...

Page 97: ...to use at the start up of the system For example if the Port Selux Console is normally used with TXRX n 2 the selection TXRX2 shall be chosen in the left list and when a blackout occurs or the system...

Page 98: ...ormation and Twin Scan functions ECDIS interface Figure 3 11 6 A Selecting deselecting this function enables disables the sending of the Overlay video on ECDIS Clicking on the More button expands the...

Page 99: ...bling disabling the Twin PPI Mode function which is used to select different radar transceivers for each PPI Figure 3 11 6 C 3 12 Restart button With this button Fig 3 1 2 M is possible to reboot the...

Page 100: ...the following window will be displayed Figure 3 13 1 USB Menu If no USB memory is connected to the Antares USB socket or in case of incompatibility of the USB memory with Linux OS the above window wil...

Page 101: ...directory tree By pressing the Format Module button the window will change as the first picture of this page and it will be possible to operate over all the facilities The USB flash disk will be mount...

Page 102: ...RMINUTES the date and time in UTC format from EPFS sensor of the picture 3 13 1 Save Screenshots Figure 3 13 4 Save screenshots Screen Capture function allows me to save the views of the radar in orde...

Page 103: ...figuration In this mode it is possible to save or transfer system configuration files from Selux to a USB pen drive and vice versa 3 13 4 System log files In this mode it is possible to save or transf...

Page 104: ...s PCB TXRX Gyro configuration Log configuration Own ship dimensions Ship Tonnage ROT Conning position coordinates EPFS antenna position coordinates Radar antenna position and type Sea clutter attenuat...

Page 105: ...ransferred in the memory stick Other updates are available like the srt update X Y YEARMONTHDAY and they will be automatically recognized as upgrade files for the SRT and transferred accordingly Press...

Page 106: ...1 1 Debug and simulation men Trigger if the transceiver is in failure is possible to test most of the functions of the display just choosing a PRF to be simulated in the first row of the menu Antenna...

Page 107: ...is the on off video used by the ARPA to make the tracking Could be necessary to visualize the Q V to see if the ARPA sees all the echoes and if the Q V threshold is correctly adjusted or if the auto...

Page 108: ...normally not displayed Anti Sea Clutter On the PPI will be displayed some concentric circles filled with different levels of yellow colour showing the intensity of the threshold of clutter suppression...

Page 109: ...ord There are more than one special features in the system and every one has a different password Please contact Consilium Selesmar for further information Video Oscilloscope This button opens a menu...

Page 110: ...it In this window is possible to read some prints out of the system The Debug Display Menu gives the possibility to print a lot of information on the screen By pressing the first button on the left a...

Page 111: ...n refused TXRX Communication Messages prints all the sentences transmitted between the display console and the TXRX The commands from the display to the transceiver are written in white colour and the...

Page 112: ...are colour coded Yellow background colour is used for not accepted sentences because their wrong CRC Red background colour is used for not accepted sentences when they have wrong syntax or some field...

Page 113: ...essages In these positions the sensors enabled in the configuration window Unconventional sensor Cfg Cap 3 6 are displayed ECDIS Outgoing Messages prints all sentences outgoing from the radar normally...

Page 114: ...rs and Terminal Boards on the Antares PCB Traking debug the standard messages of the tracking program At these messages is possible to add all the debug tracking prints Is possible to activate the tra...

Page 115: ...Selux ST Installation and service manual 4 10 Rev E This page is intentionally left blank...

Page 116: ...OF THE EQUIPMENT AND HANG TO IT A PLACARD READING WORK IN PROGRESS DO NOT SWITCH ON before removing any component be sure the spare part is available verify the integrity of the spare part and if poss...

Page 117: ...ion 5 4 2 Alpha Expansion Board Replacement optional 5 4 3 ANTARES Assy Replacement 5 4 4 Alpha Board Replacement 5 4 5 Line Filter Replacement 5 4 6 P S Assy Replacement 5 4 7 Fans Assy Replacement 5...

Page 118: ...der 5 4 2 Alpha Expansion Board Replacement optional Required Tools Set screwdrivers Socket wrench 5 5 mm Removing Figure 6 2 1 By following the procedure of Para 6 2 1 remove the DISPLAY CORE UNIT co...

Page 119: ...all the new assy perform the removing operations in reverse order 5 4 4 Alpha Board Replacement Required Tools Socket wrench 5 5 mm Removing Figure 6 4 1 By following the procedure of Para 6 2 1 remov...

Page 120: ...to install the new Line Filter perform the removing operations in reverse order 5 4 6 P S Assy Replacement Required Tools Socket wrench 7 mm Set of screwdrivers Removing Figure 6 5 1 By following the...

Page 121: ...Y CORE UNIT Cover 2 By following the procedure of Para 6 2 3 remove the Antares assy 3 By means of the scissor cut the cable ties fixing the fans cable 4 By means of the T10 Torx wrench loose and remo...

Page 122: ...TROUBLESHOOTING 5 7 Rev E Fig 5 1 Display core unit 2 1 x4...

Page 123: ...TROUBLESHOOTING 5 8 Rev E FIG 5 2 Display core unit 1 x6 2...

Page 124: ...TROUBLESHOOTING 5 9 Rev E FIG 5 3 Display core unit 2 x3 3 1 x2...

Page 125: ...TROUBLESHOOTING 5 10 Rev E FIG 5 4 Display core unit 2 1 x9 3 x2...

Page 126: ...TROUBLESHOOTING 5 11 Rev E FIG 5 5 Display core unit 2 1 x2 4 3 x6...

Page 127: ...TROUBLESHOOTING 5 12 Rev E FIG 5 6 Display core unit 2 1 x4...

Page 128: ...er socket wrench loose and remove the nuts pos 4 fixing the cover pos 5 Remove the cover Installation In order to install the cover perform the removing operations in reverse order 5 6 2 KEYNT_2K Boar...

Page 129: ...s Removing 1 By following the procedure of par 5 6 1 remove the Keyboard Unit cover Remove the connector pos 10 of the Track Ball pos 1 By means of the proper screwdriver loose and remove the screws p...

Page 130: ...TROUBLESHOOTING 5 15 Rev E FIG 5 7 Keyboard Unit 4 5 7 8 3 6 10 1 1 9...

Page 131: ...allation Perform the procedure of para 5 6 1 5 7 2 KEYNT_2K Board Replacement Perform the procedure of para 5 6 2 5 7 3 Track Ball Replacement Perform the procedure of para 5 6 3 5 7 4 Keyboard Panel...

Page 132: ...of the replaceable part assigned by the supplier Column 4 REQUIRED QUANTITY N the column indicates for each replaceable part how many of them are assembled on the equipment 5 8 2 Part Location Illustr...

Page 133: ...on Number or Type Required Quantity N 1 Track ball 90A156P006 1 2 Keyboard Panel 304001G001 1 3 KEYNT_2K Board 973211A1 1 List of Items of DISPLAY CORE Unit Pos Description Drawing Specification Numbe...

Page 134: ...TROUBLESHOOTING 5 19 Rev E FIG 5 8 SELUX ST Units 1 2 3...

Page 135: ...2 Fans Assy DISPLAY CORE Unit 304550A2 304559A1 1 30 3 P S Assy DISPLAY CORE Unit 304550A1 304554A1 1 48 List of Lifetime of Pedestal SU and S Band TXRX Pos Description Drawing Specification Number or...

Page 136: ...on 12KW 89A504P024 1 12 5 B MG4010 X Band Magnetron 10KW TBD 1 12 5 C M1475A X Band Magnetron 25KW 89A504P021 1 7 5 D MG5414 X Band Magnetron 25KW TBD 1 7 List of Lifetime of X Band Upmast and X Band...

Page 137: ...TROUBLESHOOTING 5 22 Rev E Estimated depending from use WARNING ALL THE COMPONENTS INDICATED IN THE TABLE SHALL BE REPLACED BEFORE THE MAXIMUM LIFE TIME AS SPECIFIED IN THE TABLE...

Page 138: ...ANNEX B 6 1 Rev E CHAPTER 6 ANNEX A Display Core Unit Internal Connection...

Page 139: ...ANNEX B 6 2 Rev E Display Core Unit Internal Connection with Power Supply...

Page 140: ...ANNEX B 6 3 Rev E Alpha Board...

Page 141: ...ANNEX B 6 4 Rev E Alpha Expansion Board...

Page 142: ...ANNEX B 6 5 Rev E Antares Board...

Page 143: ...ANNEX B 6 6 Rev E ANNEX B Block Diagram Dual SELUX ST with SRT X Band and RTM S Band Up Mast Radar Sensor...

Page 144: ...ANNEX B 6 7 Rev E Block Diagram SELUX ST WS SRT UP MAST SU UP MAST...

Page 145: ...ANNEX B 6 8 Rev E Block Diagram SELUX ST with SRT Up Mast Radar Sensor...

Page 146: ...ANNEX B 6 9 Rev E Block Diagram SELUX ST WS SU DOWN MAST...

Page 147: ...ANNEX B 6 10 Rev E Block Diagram SELUX ST with RTM S Band Up Mast Radar Sensor...

Page 148: ...ANNEX B 6 11 Rev E Block Diagram SELUX ST WS SU UP MAST...

Page 149: ...ANNEX B 6 12 Rev E Block Diagram Dual SELUX ST with SRT X Band and RTM S Band Down Mast Radar Sensor...

Page 150: ...ANNEX B 6 13 Rev E Block Diagram SELUX ST WS SRT DOWN MAST...

Page 151: ...ANNEX B 6 14 Rev E Block Diagram SELUX ST with SRT X Band Down Mast Radar Sensor...

Page 152: ...ANNEX B 6 15 Rev E Block Diagram SELUX ST WS SRT DOWN MAST SU DOWN MAST...

Page 153: ...ANNEX B 6 16 Rev E Block Diagram SELUX ST with RTM S Band Radar Sensor...

Page 154: ...ANNEX B 6 17 Rev E Block Diagram SELUX ST with RTM S Band Radar Sensor...

Page 155: ...ANNEX B 6 18 Rev E Connection Diagram SELUX ST Single Installation SELUX ST 250 ST 340 Display Core Unit...

Page 156: ...ANNEX B 6 19 Rev E Connection Diagram SELUX ST WS Single installation...

Page 157: ...ANNEX B 6 20 Rev E Connection Diagram SELUX ST Dual Installation console 1 SELUX ST 250 ST 340 Display Core Unit PORT...

Page 158: ...ANNEX B 6 21 Rev E Connection Diagram SELUX ST WS Single installation console...

Page 159: ...ANNEX B 6 22 Rev E Connection Diagram SELUX ST Dual Installation console 2 SELUX ST 250 ST 340 Display Core Unit STB...

Page 160: ...ANNEX B 6 23 Rev E Connection Diagram SELUX ST WS dual installation...

Page 161: ...ANNEX B 6 24 Rev E Connection Diagram SRT X Band Up Mast Radar Sensor SRT X BAND RADAR SENSOR 6 9 Ft Antenna and Pedetal with 12 25 KW Transceiver Up Mast...

Page 162: ...ANNEX B 6 25 Rev E Connection Diagram RTM S Band Up MAST Radar Sensor RTM S POWER SUPPLY S BAND RADAR SENSOR 12 Ft Antenna and Pedestal with 30Kw Transceiver Up Mast...

Page 163: ...ANNEX B 6 26 Rev E Connection Diagram SRT X Band Down Mast Radar Sensor X BAND DOWN MAST TRANSCEIVER SRT X BAND RADAR SENSOR 6 9 Ft Antenna and Pedestal...

Page 164: ...ANNEX B 6 27 Rev E Connection Diagram RTM S Band Down Mast Radar Sensor S BAND DOWN MAST TRANSCEIVER S BAND RADAR SENSOR 12 Ft Antenna and Pedestal...

Page 165: ...IEW SIDE VIEW TOP VIEW PANEL CUT OUT REAR VIEW A Drill n 4 thru holes metric thread M6x1x6 minimum thread code x pitch x depth for steel or stainless steel panel For aluminium panel increase depth to...

Page 166: ...VIEW SIDE VIEW TOP VIEW PANEL CUT OUT REAR VIEW A Drill n 4 thru holes metric thread M6x1x6 minimum thread code x pitch x depth for steel or stainless steel panel For aluminium panel increase depth t...

Page 167: ...IEW SIDE VIEW REAR VIEW PANEL CUT OUT A Drill n 4 thru holes metric thread M6x1x6 minimum thread code x pitch x depth for steel or stainless steel panel For aluminium panel increase depth to 12 minimu...

Page 168: ...2 Kg IP 64 Drill n 6 thru holes metric thread M4x0 7x4 minimum thread codex pitch x depth for steel or stainless steel panel For aluminium panel increase depth to 8 mm minimum Or drill n 6 thru holes...

Page 169: ...in line input 3D VIEW Ground bolt For installation drill n 4 thru holes 12 or drill n 4 thru holes metric thread M8x1 25x8 minimum thread code x pitch x depth for steel or stainless steel support For...

Page 170: ...ANNEX B 6 33 Rev E SELUX ST WS DISPLAY Cables length 1 Main line cable max length 2 m 2 Monitor line cable max length 3 m 3 Keyboard cable max length 3 m 4 DVI cable max length 3 m 1 2 3 4...

Page 171: ...ANNEX B 6 34 Rev E DISPLAY CORE UNIT internal view DISPLAY CORE UNIT 304550A1 bottom view...

Page 172: ...ANNEX B 6 35 Rev E DISPLAY CORE UNIT 304550A2 bottom view DISPLAY CORE UNIT side view...

Page 173: ...the desk mechanical part all dimensions are in mm Output cables Optional output cables Grounding bolt Panel cut out for optional output cables only Drill n 4 thru holes 12 mm For installation use only...

Page 174: ...the bottom of pedestal used for SELUX ST DISPLAY deck mounting ship s main line connection Grounding bolt Optional grounding bolt inside the pedestal Panel cut out for input cables Drill n 4 metric t...

Page 175: ...ANNEX B 6 38 Rev E TB1...

Page 176: ...0 1 360 For Gyro NMEA Fast NMEA connection Com1 Com2 Com3 Check Gyro clockwise anticlockwise rotation for synchro stepper after gyro preset Check Gyro value validity with NMEA serial connection B Spee...

Page 177: ...X 12 S Antenna Position Height X m Y m H m PPR 128 132 1024 4096 HL Alignment HL Type Positive Negative Created STC Tabs Wide Log TXRX 3 6 X 9 X 12 X 12 S Antenna Position Height X m Y m H m PPR 128 1...

Page 178: ...Auto Sector1 On Sector2 On Draw Borders TXRX 2 PreSTC Performance Monitor Tuning Auto Sector1 On Sector2 On Draw Borders TXRX 3 PreSTC Performance Monitor Tuning Auto Sector1 On Sector2 On Draw Borde...

Page 179: ...nsole 3 Priority Console 4 Priority Communication Protocol Type CS NMEA Trigger Positive Negative Delay m QV Threshold Auto Manual Video Positive Negative H TXRX Radar Console Settings TXRX 3 SXI Seri...

Page 180: ...AIS target superimposition on correct radar echoes Check Interswitch function and Master Slave operation Check CCRP correctness at the lowest scale displaying radar antenna position Backup Settings in...

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