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1. lt ft Initial Screen gt 1 1 Self ID DSC mode 9 SYSTEM SET 1 Self ID set Ex Input ID 111100000 Press any key on the initial screen Press WODE to go to DSC mode ERU 4 2 9 G9 C GJ oi ks Ch gt twice Press Als lang then go out to Main Menu Indicated MMSI Number in the right side on the bottom 2 SSB mode 2 1 Channel Selection e Press WODE to go to SSB mode select to the channel by dial CH Ref Press twice Func _ i and select to CH gt input channel with No button and then press gt 2 2 2 Frequency Selection 1 Press twice FUNC gt 4 and select to TX Input frequency by No button press 2 2 Press twice EC gt ii and select to RX 2 Input frequency by No button press 2 Ref Missing frequen input with alarm sound range Cannot be 2 3 TX RX 1 TX e Can use it after inputting to the frequency TX RX that want to communicate e Press to goto SSB mode 5 input the frequency that want to communicate 2 Press Mike switch PTT and communicate Ref Don t have a ATU Tunning date valor of the first channel ATU Tuning run automatically to the emergency TX 2 182 2 1875 4 2075 6 312 8 4145 12 477 16 8045 kHz 2 Received gain adjustment e Be easy to hear on condition of low noise as down GAIN and up VOLUME 3 DSC mode 3 1 Channel Selection e P
2. 3 Dist TEL CMD Set Telecommand 3 Dist TEL CMD is selected Press to change J3E TP FIB J2B T 4 LAT LON Set Set Lat Lon of GPS by hand operation 4 LAT LON Set is selected The below box shows POS N E UTC Date Set Number button Set up Input the value 5 ID FR TEL Set Edit ID Auto answering ID Operating frequency Telephone number 1 ID edit 5 ID FR TEL Set is selected Selected 1 ID is selected The below box shows 0606 01 02 03 04 05 06 07 08 09 10 The below box shows ox 02 E 1 alB QZ ABC DEF 4 5 6 38 GHI JKL MNO 7 8 9 PRS TUV WXY lescl O ent ESC ENT Number button gt Select move Select Character move The below box shows Character 000000000 Number button Input ID Set up If want to return menu Ex How to input ID and ship s SAMYUNG 101010000 e S amp 9 2 9 GJ C9 9 G3 9 G5 5tr19 4 1 gt 19 S 5t 19 8 9 amp amp 1 E E pe tal Aal A Lat 02 69 Cd Ci 9 9 GJ sl 2 name It is input as below 101010000 O1 SAMYUNG Oe z OS 3 04 O5 OS 07 Ref Blank is filling with 0 5 ID FR TEL Set is selected Selected 2 Auto ack ID is selec
3. While inputting frequency if press gt curser will move c Press Enter button Ref Available RX Frequency range 95 KHz 29 99999MHz 3 Coast Radio Station TX RX frequency set up a Press F3 button display as followings 04 03 2002 14 28 Station Shanghai Station ID Station Seoul 004400002 2361 Murmansk 37 Nagasaki NBDP MSI NAVTEX Hongkong 1480 1480 JJJ 2222222 Hongkong 463 453 Singapore 4620 Shanghai Moskva Novorossiy sk Vladivostok d Arkhangelsk 3708 LL WM EHE EH E E uiuuiNmop b Revert the other station you want to communicate using 4 1 gt button press Enter button the following screen will show 44 Station Shanghai 04 03 2002 14 28 Station Honakong 4631 ID 4631 Loc IN Tx 71 50 6 322 50 6 mT 50 8 451 50 8 384 50 8 424 50 D 12 483 00 12 585 50 6 12 488 50 12 591 00 16 698 00 16 821 00 66 16 708 00 16 831 00 22 87 00 22 379 00 L 2 EBD g E c n n BE m C Revert the channel you want to communicate using 4 gt button press Enter button Set TX RX frequency to registered freq on channel displaying the first display of NBDP 4 Setting TX RX Freq by calling channel a Press F6 b Input the channel with Number button C Press Enter button 13 4 ARQ mode 1 Connecting with the other station by ARQ mode e Connecting by present adjusti
4. b Channels are 300 to 399 can be confirmed on screen Ref A W Moving up and down with 1 step channel C If this mode is selected with the printer connected printing of the message starts automatically 28 9 System Set a in case of setting the value of SYSTEM 9 System Set is selected The below box shows Self ID Set 000000000 Group ID Set 000000000 Dist TEL CMD J3E TP LAT LON Set ID FR TEL Set WKR Scan Set Data Clear ID Printing Data Transmit Etc Set 1 Self ID Set Input own ship ID 1 Self ID Set is selected Selected Number button Input ID Set up 2 Group ID Set Input Group ID 2 Group ID Set is selected Selected Number button Input ID Set up Ref its possible to input just 1 time because ID is proper number of the ship so if you want to make modification you can reach in menu by password Distributor has a password Ref e How to cm ID Press to go to SSB mode GBD 4C rune gt gt gt Password Contact ien w ATL GJ Set as ENABLE JS 9 9 screen e Self ID Set Press MODE to go to DSC mode W 5 C 6 C Input by No button NED e Group ID Set Press KMODE to go to DSC mode MENU 0 s gt Input by No button J Return to main samvunc enc LLL _____ SS
5. Send Dot signal only 1 Dot Transmit 2 Mark transmit 3 Space Transmit Send Mark signal only Send space signal only Ref select on of them by w A gt eed Lg then it is transmitted immediatel so must be careful 30 Distress data among received The higher Data except Distress data among O Etc Set Set etcetera system 0 Etc Set is selected The below box shows BS GPS Alarm off Scan Speed 0 Default Channel Auto Ack off DSC Msg Receive off DSC Trans Mode SIN DSC Geo Range Dist Key Test Medi Trans Set on e 1 GPS Alarm 1 GPS Alarm is selected Press to change on off Ref Regardless of on don t received GPS oOO0140 N signal display error on screen and sound alarm continually e 2 Scan Speed Adjust SCAN speed of usable DSC channel by user number it is the slower speed 7 19Ch 2 Scan Speed is selected Selected Delete all data of DSC Channe Number button Input the value Set up e 3 Default Channel SIN If set Single MENU 3 Individual msg edit 3 Group msg edit 4 Use Geography msg edit 3 Default Channel is selected Selected 2 187 5 4 207 5 6 312 0 8 414 5 12 577 0 16 804 5 LAILY The frequency is selected Selected 4 Auto ACK Auto answer on distress calling 4 Auto ACK i
6. lt SRG 3150DN Main Unit gt QD KEY Panel Front Panel LCD Mode Frequency Channel Other function G Internal Speaker MIC connection jack Connect MIC provided Articulation Adjusting received signal clearly Gain Adjusting Gain of Receiver Volume Adjusting volume of speaker Channel Adjusting channel and frequency up down a V 2 2 Hold pressing 3sec Transmitting Distress signal 3 Transmitting frequency channel amp message edited by DSC mode or Stop alarm sound Stop distress and call display also 4 VK ACK Auto acknowledge for the received messages ON OFF in DSC mode 5 Selecting main menu 6 Func Hold this key and extend functions with random keys Power ON OFF in main unit e FUNC e Selecting CH TX RX in Order Be available to select Channel and TX RX Frequency e Func 2 Select ATT in order Display LCD left bottom The part of received diminution can select 3 levels e FUNC ON OFF internal test tone Signal at 1 4 KHz e FUNC A ON OFF Scan function Display LCD on top Scan function of channel or frequency can be started and finished e FUNC ON OFF Speaker Display LCD on top e runc AA Select printer function Can be printed to channel and message that received frequency e gt ON OFF N B Display LCD left bottom Ref when it is receiving H3E Noise
7. CATEGORY Purpose of calling A V Move to CATEGORY Press to change Safety Urgency PARTY AD reference to 24page TEL CMD1 Set Telecommandi A V Move to TEL CMD1 Press to change J3E TP FIB J2B TTY FFC TEL CMD2 Set Telecommand2 In case of setting Safety fix No information in CATEGORY In case of setting Urgency in CATEGORY MENU gt 9 SYSTEM SET gt O Etc Set 9 Medi Trans Set and select on A V Move to TEL CMD2 The below box shows No information Ship and aircraft Medical transport A V Goto the menu you want Selected WORK FRQ Operational frequency A V Move to WORK FRQ Selected Number button input TX frequency Set up Number button input RX frequency Set up EOS Completion of DSC message EOS Auto set fixed C Function Keys 1 Save 3 Search ID After inputting data press and it is saved 2 F C SP select PARTY ID 2 press and registered ID list shows select by Laiteial Al SAMYUNG 101010000 Ref How to register ID MENU 9 SYSTEM SET 5 ID FR TEL setzt ID Edit and register Select WORK FRO pressi and registered frequency list shows select by A V 9 TX FREG RX FREQ 10 000 0 20 000 0 14 000 0 14 000 0 register Ref How to frequency that communicate with voice MENU gt 9 SY
8. 50 100 HF Gain 100 E 2 INTE 5 GO a N So GUN REN NETT o CE Clarify 00 off off 1 Initial screen function explanation CH TX RX BAR GRAPH RF GAIN CLARIFY ATT Indicate calling channel and present channel Set transmitting frequency Set receiving frequency Indicate adjusting portion as Bar Graph Adjust the portion of RF GAIN properly using up down with direction keys 0 100steps The button to adjust the clarity of RX Using direction button increase or decrease to gain the best RX Adjustment range 10Hz Function to reduce the RX gain This function can be adjusted in 4 steps using up down button OFF OdBm 2 20 dBm 1 10dBm 3 30 dBm Adjust TX power HIGH MID LOW TX Power AGC Profit of input signal ON OFF automatically Vol GRAPH Volume sound is displayed on Graphic bar 0100 levels 2 Initial screen function button explanation 1 DIM Adjust the lightness of back light on LCD display 5 LEVEL 2LINK Automatic Repeat request mode amp FEC mode can be set up by F2 button 3 COMM Call the registered frequency 4 VOL Volume down the speaker 5 VOL Volume up the speaker 6 CH Set the frequency channel 7 TX TX Set TX frequency 8 Rx RX Set RX frequency 9 Tune is used when user want to do matching to antenna
9. Press to change on off Ref in case of setting on MENU gt 4 Geography msg edit gt TEL CMD2 and then can be set mr EA samvunc enc a Chapter 7 Transmitter of distress signal 7 1 Test of Distress alert signal psc EX NA 2 If don t have a answer flicker DISTS LED and shown following screen and then after 4 minutes 3min 30sec 4min 40sec transmit channel 1 6 4 ACK HIGH F AC DSC AK HIGH F AC 2187 TX 2 187 50 2 187 50 ATT3 AGC CH 1 RxG 0 0 MAN N 35 05 129 03 TX 2007 06 28 11 36 MMSI 111100000 7 e 2187 ere 50 90 2 187 50 1 AGC 1 Hold on 3 seconds MM iprsrnEss in the panel flicker DISTS LED with alarm and after 3 seconds shown following screen DISTS LED is lighted and transmit distress location distress time ID DSC T A HIGH F AC 113 ec d E CH 1 E MAN N 35 05 E129 03 tA 2007 06 28 11 36 UN 2007 06 28 Ref begin in countdown Left 04 00 3 If you want to stop to transmit press KCALLSTOP Even you press CALUSTOP channel that is transmitting will be stop after finishing the transmitting Ref MENU gt 9 System Set gt 1 Self ID Set If it didn t set and then flicker MMSI not entered on main screen and can t transmit MMSI 111100000 7 eTransmit channel 1 6 as follow
10. VOLT DETECTOR mm EW PWR S W S W REG SHI ELDI NG 12 REG SA SHIELDING UV KH S W REG REG frequency multiplier circuit and use as 2 nd LOCAL 3 rd LOCAL BFO Beat Frequency Oscillator makes 456 4kHz 125Hz signal directly from DDS IC62 PA 24V 24N SV gt 15V 12v V nEOL G SV PRT DIM REG KMA lt POWER SUPPLY BLOCK DIAGRAM gt Power circuit consists of control circuit of power unit to turn on off DC 24V in power amplifiable unit constant voltage circuit to supply DC voltage to be constant voltage in each unit AUDIO AMP for external speaker and operate through DC INPUT 24V BATTERY Main Power Circuit and Power Control Circuit e When switch on WES it controls Relay amp goes through Line Filter to supply the power The output power is 15V 12V 8V voltage for printer 7V Voltage for LCD DIMMER 5V In addition it supplies the voltage to NBDP terminal SN 100 ALARM BOX SD 25 Printer OKI or DPU 414 Protection Sensor Circuit Operated to turn off the power automatically in a condition of more than 31V or less than 19V owing to built in a Power sensor circuit and it is built in the circuit preventing conversing voltage to avoid damage In addition it is built in Current Sensor to protect the power circuit and power amp with 0 00250 resistance 39 samyunc enc 5 Control Circuit DETECTION INPUT VOLT 24V RX SIGM amp L LEVE
11. c Standing wave ratio Select F 0 Date time Display UTC if GPS receiver connected 5 Location mark MAN Manual Input GPS GPS location GPS connected MMSI Maritime Mobile Service Identity ID 6 Display according to the key input 7 Display Description A SSB Display communication mode in use b d FUNC S ON OFF Speaker qd ON Display H OFF Display C ACK Display if it selected an automatic acknowledge in DSC mode d SCN Press gt to start SCAN and press FUNC Lal cl and then SCAN is finished SAMYUNG ENC e HIGH Display transmitting power HIGH SRG 3150DN J3E 150W FIB 4 3 LCD display flow 100W MID SRG 3150DN J3E 100W F1B 100W MAIN DISPLAY LOW SRG 3150DN J3E 50W F1B 75W f F Display is in use or not g AC Indicate currency situation to POWER SUPPLIER SP 1250ADC AC AC Power Supply DC battery power supply SSB DSC AM H3E 2187 a H Display scanning W K frequencies SSB 6 channels i TX Transmitting Frequency MAIN MENU 1 Scan Type Set j RX Receiving Frequency 2 Scan Channel Set k ATTS Level of attenuation 3 Scan Frequency Set ATT1 10dB ATT2 20dB ATT3 30dB 4 SQL Set DNR Display Noise Blanker set m AGC Display Auto Gain Control SQ SOL Contest oct n
12. 0 Menu Indicate Main Menu 0 ARQ Communicate with Automatic Repeat Request Mode 1 FEC Communicate with 1 way Forward Error Correction 2 Station Edit Register the frequency of the other station 3 Station Print Print out the frequency of registered the other station 4 Macro Command Write Macro command Write short sentence in 20 words 5 Editor Edit file and save content 6 System set Use while adjusting TELEX mode condition 43 SAMYUNG ENC 00000000 5 8 NNNM 7 NBDP Test Transmitting signals of Dot Mark Space Use for testing printer and NBDP TX RX condition 8 LCD off F12 The function of LCD off and in the case that LCD is off if any button is pressed LCD is on 3 Control function in Keyboard PgUp Adjust channel to next channel But if next channel is not registered it moves to next channel of it PgDn Adjust channel to forward channel But if forward channel is not registered it moves to forward channel of it 13 3 SettingUpTX RX Frequency UNIT kHz 1 Setting TX frequency a Press F7 button on the keyboard b Input the frequency with Number button Ref While inputting frequency if press lt lt gt curser will move C Press Enter button Ref Available TX Frequency range 1 6MHz 27 5MHz 2 Setting Rx frequency a Press F8 button b Input the frequency with Number button Ref
13. Blanker removes noise out of it Noise Blanker It works to block high level of impulse of short duration as a device to cut off one stage from middle frequency of receiver 13 SAMYUNG ENC I e FUNC J ON OFF AGC Display LCD left bottom Adjust automatically gain that bundle of amplification of receiver Auto Gain Control It means that system maintain to regardless of changing of strength that input signal by the book of receiver s power As is higher signaling that incoming to system diminution degree of gain is increasing in conclusion low signal much more amplifier than high signal e FUNC A S ON OFF SQL Display LCD left bottom Delete to noise that occurred on standby receiving according to signal level Squelch mute the equipment and delete to harassing background noise and unwanted signal automatic control to the function of receiver or amplifier exception of incoming signal exceed to a set point FUNC gt 8 By check mode RX set displays RX signal RxG Voltage 24V VOLT TX set displays PA currency Ic Antenna currency ANT standing wave ratio SWR FUNC OM Adjust dimmer 5steps in front panel FUNC Switch AM receiving mode FUNC Sar Operating matching channel before input frequency FUNC A Jor v Change of TX Frequency take turns HIGH LOW MID FAN 7 C this button is for selecting to item of selection on menu mode and
14. MF HF Transceiver DSC WATCH KEEPING Receiver Frequency Program 2 DISTRESS Transmitting 2187 5 4207 5 6312 8414 5 12577 16804 5 kHz 3 Miscellany DISPLAY Remote Interface NBDP terminal ATU BOX ALARM BOX HAND MIC Printer DIMMER 4 MAIN PROCESSOR HD64F2506 5 EEPROM 24LC512 6 Display LCD BACK LIGHT DISPLAY 7 INTERFACE RS 232 INTERFACE 1 CHANNEL NBDP RS 422 232 INTERFACE 1 CHANNEL GPS PRINTER INTERFACE 1 CHANNEL CENTRONICS INTERFACE 2 6 Digital Selective Calling DSC 1 PROTOCOL CCIR recommendation 493 3 amp 541 2 2 EMISSION F1B J2B 100BAUD 3 Modulator Output frequency 1700Hz 85Hz Output max LEVEL 10dBm 600 ohm Unbalance Balance 4 Demodulator Input frequency 1700Hz 85Hz Input LEVEL 20dBm 5dBm 600 ohm Unbalance Balance 5 Processor CCIR recommendation 493 3ERROR mark 10 steps Correct CLOCK transmitting CLOCK frequency 14 000 KHz CLOCK stability within 5 x 10 6 DSC Memory Function e Distress Receipt 50EA e Ordinary 50EA e Transmit message 100EA SAMYUNG ENC 2 7 Narrow band direct Printing NBDP 1 Protocol CCIR recommendation 625 476 4 490491 492 3 amp CCIR F130 2 Calling mode Individual and group calling with 5 digits and 9 digits select call number 3 Operating mode ARQ Auto Repetition Request CFEC Collective Forward ERROR correction SFEC Selective Forward ERROR Correction 4 Status Display POWER ON STA
15. is on if you receive individual call amp group call automatically ACK reply transmits and the frequency is set to TX RX counter party 2 Flow Chart RX Individual Call In case Auto ACK set is off press button and transmit then the frequency is shifted to voice communication frequency and the voice communication is possible Green OTHER LED blinks and alarm sounds In case Auto ACK setting is on ACK reply is transmitted Automatically the frequency is shifted to voice communication frequency and then voice communication is possible Communicate with counter party SAMYUNG ENC Chapter 9 How to use print 9 1 DPU 414 Printer 1 Caution for use a The printing paper used for the DPU 414 is a special kind of paper which turns black by the thermo chemistry reaction Take as following precaution when using the paper e Store away from Hit Humidity light Dry hands before handling with the paper e Don t rub the paper with any kind of hard or coarse materials Don t use organic adhesive on the paper Instead of that water based starch adhesives or compound adhesive Don t use adhesive tape on the paper However using both sides tape is possible Don t allow the paper to remain in contact with polyvinyl chloride film for a long time e Don t leave the paper in contact with freshly coped giazo type or wet process paper Don t allow the paper to come into
16. shown PARTY AD input specific area A V Move to PARTY AD Selected Number button Input ID Set up Ref MENU gt 4 Geography msg edit PARTY AD and register TEL CMD fix Distress Relay Ref Distress Relay in case of relayin broadcast cause the distance is far from coast station DIST ID Input the ID of the vessel in distress A V Move to DIST ID Selected Number button Input ID Set up NATURE The type of distress A V Move to NATURE The below box shows Fire Explosion Flooding Collision Grounding Listing Sinking Adrift Undesignated Abandon ship Piracy Attack Man Overboard Tafel Goto the menu you want Selected POSITION Input the Position of the vessel in distress A w Move to POSITION The below box shows N eraran A MC EE North latitude 00 00 0000 90 00 0000 east longitude 000 00 0000 180 00 0000 CE ean eee IW Lr South latitude 00 00 0000 90 00 0000 west longitude 000 00 0000 180 00 0000 Number button Input the value Set up Ref Press A W to change IN E LIS W_ S E IN W in turns zw fthe value is beyond the value range the set up can not be done DIST UTC Input the time of distress LAILY Move to DIST UTC The below box shows 1 Time of Distress 00 00 23 59 Number button
17. 32 01 2 875 02 4 207 5 03 6 312 0 04 8 414 5 05 12 577 0 06 16 804 5 SAMYUNG ENC Chapter 8 RX of Distress amp general call 8 1 RX of Distress Alarm 1 Once Distress alarm is received from Distressed vessel Red color DISTS LED is blinking and Alarm sounds To stop the Alarm press CALLSTOP If the CRS reply to the Distress message the reply messages appear Normally within 3 min If the Distressed vessel receives ACK message from CRS follow the CRS instruction 2 Flow Chart alarm sounds Y Press CALUSTOP button to stop the Check the ID Distress position on the Saved message screen Beyond 150 nm from own ship Rx ACK within 3 min from CRS Alarm sounds own ship Yes v distress frequency Press CALUSTOP button and stop the alarm Check the saved messages distress Y Keep listening to the distress frequency Stand by for the CRS instruction and ship listen to the distress communication until it finishes Check the vessel is near own On the DSC menu select Distress relay Is the In case own ship go and distressed rescue the distress vessel vessel near use radio telephone on the After editing press call button to relay the distress After relay the distress signal wait for the reply from CRS 33 SAMYUNG ENC 8 2 General call RX 1 In case Auto ACK
18. 5 Transmitting of Macro Command e After performing 1 or 2 operate the unit as below order a Press Function button F5 2 Move the cursor to the sentence no to be transmitted using 4 button 2 Press Enter button and the sentence will be transmitted showing the command contents on the screen Ref pressin transmitting 13 5 FEC mode 1 Connecting the other station by Selective FEC mode Communication with present selecting Channel F8 button is able to sto a Press F2 button on the keyboard and Link Menu screen shows Station Shanghai 04 03 2002 14 28 CH 105 TLX TX 8 385 50 KHz RX 8 425 50 KHz 00 Link Menu VOLUME 100 1 ARQ Re 2 FECI Tx Power AGC High off IR WO es es ON ee ee 46 b Move the cursor to 2 FEC with 4 button Press Enter and the following screen shows Station Shanghai 04 04 2002 10 07 Station Name Select Station ID Station ID Seoul 004400002 Murmansk 3707 Nagasaki 2361 NBDP MSI NAVTEX Hongkong 1480 1480 AU 2222222 Hongkong 4631 4631 Singapore 4620 Shanghai 2010 Moskva 3701 Novorossiy sk 3711 Vladivostok 3714 Arkhangelsk 3708 Press Esc to Select CFEC Mode m NN NN NE OS UU UU ee RR EE C Revert the other station you want to communicate using 4 gt button press Enter button the following
19. Connect between keyboard and Connector To Main Unit SE Supply Toa Dalar Gi eto When connected to SRG 3150DN transceiver GND Receiver System Ground PTT IN PTT OUT READY Data AF AF 53 samyunc enc o Chapter 15 Troubleshooting 15 1 Overview e Cause of TROUBLE in equipment similar to mechanic cause and electronic cause appeared in external and inner of Equipment Theses can be block by periodic check This function has various protecting circuit for trouble of external or inner and blocking damage of circuit and part However in case of having trouble and damage users have to find out problem i e user should recognize first whether badness of equipment self or external problem To hold the performance of the initial equipment and the life it needs regular checking and wrong checking and wrong repair can reduce the performance and life Therefore users should know following contents for right checking and repair 15 2 Measuring Instrument e These equipment products for international radio telephone rule Maintenance amp adjustment of this equipment have to control from correcting test center by rated testers must have testers for maintenance amp adjustment daily as follow 1 Multi tester for check for check that don t need to be delicated ohm Voltage current 2 TEST PROBE that can be change from high frequency signal to direct current 3 High frequency transit power supply that can be che
20. IC15 it is demodulated to a signal of baseband with BFO Beat Frequency OSC The demodulated signal is divided to 3 species as follows Amplifiable signal for inner speaker audio Q Amplifiable signal for outer speaker audio FSK MODEM DSC Signal Demodulation Signal 1 st LO ANT WIXER 1 lt t TX BLOCK DIAGRAM gt e The baseband signal comes from MIC or NBDP terminal is mixed with BPF 2 nd LOCAL frequency each in MIXER 3 2 IC9 MX1 and goes through each intermediate frequency filters 455KHz FL3 49 455MHz XL1 XL2 each amplifier Q36 Q35 then is modulated to each intermediate frequencies and the modulated 1 st LOCAL frequency in a final MIER 1 MX2 goes through LPF Low Pass Filter 38 BPF of 9bands and then is input to Power Amplifier T 1113 and the sufficient amplified signal in PA Power Amp goes through a final TX filter T 1111 and at this time the harmonic wave Harmonics is removed and the signal comes out thru an antenna samvunc enc 3 Local Synthesizer Circuit 1 st LOCAL lt LOCAL SYNTHESIZER BLOCK DIAGRAM gt e The output of 14MHz OCXO Over Compensated X tal Oscillator is a standard frequency and PLL IC IC54 VCO VCO1 DDS IC56 is output as 1 st LOCAL input signal 49 455 79 4549MHz and 7MHz from output of DDS IC60 makes 49MHz in 7 CURREN SENSER SS 4 Power Supply Circuit FAN S W DC18 31wV CT11 025 LINE FILTER 99 DCMO1
21. ID Edit and register Select WORK FRQ pressi and registered frequency list shows select by A tv 2 TX FREQ RX FREQ 10 000 0 20 000 0 14 000 0 14 000 0 register Ref How to frequency that communicate with voice MENU gt 9 SYSTEM SET 5 ID FR TEL Set gt 3 Work Frequency Edit and register amp select WORK FRQI press to change WORK FRQ POSITION e Select POSITION byl gt Input by No button gt and C After setting items press individual call signal transmits d When ACK response signal is received communication can be possible with the voice communication frequency 3 Group msg edit a Call specified ships as such a same group or company simultaneously 3 Group msg edit is selected The below box shows CH 2300 NO DATA CH 2301 NO DATA CH 2302 NO DATA CH 2399 NO DATA AI v E The channel is selected The below box shows 1 Save 2 F C SP 3 Search ID Tx Freq 2 187 50 FORMAT Group CATEGORY Routine PARTY ID 000000000 TEL CMD1 J3E TP TEL CMD2 No information WORK FRQ 2 182 00 2 182 00 E0S EOS Q TX Freq Set TX frequency A V Move to ITX Freq The below box shows 01 2 187 50 02 4 207 50 03 6 312 00 04 8 414 50 05 12 577 00 06 16 804 50 19 8 414 50 LAILY The frequency is selected Selected Ref Indicate the freque
22. Name 1 Edit File Clear 2 Delete the Macro Command File amp Editor File 2 FEC Recv File Clear gt Delete the received FEC Recv File Set up Printer type 51 SAMYUNG ENC ee 13 11 NBDP test a Press F10 button on the keyboard and Main Menu screen shows Station Shanghai SPK 100 04 03 2002 14 28 105 T LX 1100 KHz KHz Ws FEC Station Edit VOLUME Station Print 100 Macro Command Editor o 5 System set NBOP Test LCD off F12 Main Menu AGC High off Power Lm EHE B gg gg ON EH HE M b Move the cursor to 7 NBDP with 4 Station Shanghai SPK 100 04 03 2002 14 28 105 TLX a3R ANA KHz Maii NBDP Test 00 VOLUME O Mark Transmission ail 1 Space Transmission 4 2 Dot Transmission 3 Printer Test 100 NBOP Rx Tx Test Freq Shift Correct 4 5 Syll 4 RE Gain gm 6 Freq Shill View 7 Freq Shift Clear 100 yn TT L O Eg uEHWMIE E uU C How to operate NBDP Test function Select cursor with 4 button Press Enter and each function operates If you want to change the function press Enter 0 Mark Transmission 1 7 kHz 85 Hz signal is transmitted for 40 seconds 1 Space Transmission 1 7 kHz 85 Hz signal is transmitted for 40 seconds 2 Dot Transmission 1 7 kHz 85 Hz signal is transmitted for 40 seconds 3 Printer Test Check the printe
23. SQL Display Squelch set 6 TX POWER Set 0 CH Display channel 7 Manual Tunin RxG 0 0 2 8 ATU VERSION p 2007 06 28 11 36 indicate a 9 Remote Set received gain and use to button and can select to 0 SYSTEM Set indictable to FUNC 5 SWR standing wave ratio VOLT PS current IC TX current ANT Antenna currency indicate to date and time DSC and automatic indicate to UTC when connected GPS GPS receiver MAIN MENU 1 Distress msg edit MAN N 35 05 129 03 2 Individual msg edit q MMSI not entered Indicate GPS 3 Group msg edit received date latitude longitude when input hand operated coordinate receive directly date from 4 Geography msg edit GPS receiver and indicate screen to GPS indicate 5 Auto Semi AT msg edit tuning situation in changing channel with MMSI ID I 6 Dist ack rly msg edit 7 Ordinary ack msg edit 8 Display amp Print msg 9 System Set AM Only Receive Function 15 SAMYUNG ENC ee Chapter 5 SSB TEL mode 5 1 oe Mode Press MODE button on front panel and then go to E mode sep 12 015 67 esst 12 345 67 ATT3 NB AGC SQL RxG 0 0 cH 299 MAN N 35 05 E129 03 X 2007 06 28 11 36 MMSI not entered 5 2 SSB Menu e On SSB Mode when press display to Menu screen as follow MEN d E fy YN HE wx am um E AC SSI 1 Scan Type Freq 2 Scan Ch Set TA 2187 3 Scan Freq Set 5 LCD
24. Test Power AGC LCD off F12 High olf SS Lada ss ON DE EE b Move the cursor to 1 FEC with 4 button Press Enter and the following screen shows Station Shanghai SPK 100 04 04 2002 11 35 Station Name Select Station 1D Station ID Seoul 004400002 Murmansk 3707 Nagasaki 2361 NBDP MSI NAVTEX Hongkong 1480 1480 JJJ 2222222 Hongkong 4631 4631 Singapore 4620 Shanghai 2010 3701 Novotossiy Sk 3711 Vladivostok 3714 Arkhangelsk 3708 Press Esc to Select CFEC Mode IR 7 WM o OM 3 ss ee O c Press Esc button and CFEC mode initial screen shows Display counter party with the frequency of the channel which was set up on the Telex initial screen Station Shanghai 04 04 2002 11 40 01 03 2000 09 27 51 FFFF X HERE IS SAMYUNGENC MEN DESS 5 UTER 4 GET DESS IM NN E OPER PS Ref to stop callin ress F8 Then it is changed to first display of Telex d When the call is connected with counter party cursor blinks on the top left of message screen 3 Communication in FEC mode e After performing 1 or 2 above operate the unit as following order a When the telex is connected with counter party in FEC mode initial screen of CFEC Mode shows and the communication starts on this condition b After typing message with keyboard press ENT to send Ref Transmitting is not avai
25. board T 020 us 53 14 3 NBDP receiving unit TJ 53 14 4 Local Synthesizer board T 53 14 5 Power Circuit T 025 einen 53 14 6 Function Diagram of Rear Side EEN 53 Chapter 15 Troubleshooting recurrere cernere een nine 54 samvune enc NE 15 1 Overview einen 54 15 2 Measuring Instr ment see i A tes 54 15 3 Maintenance amp repair of SRG 3150DN en 54 D Antenra ence er c D ER C e RR ERR 54 2 Power Supply nes 54 3 rans elt tete De eget dites 54 A R CEIMET trei E A N 54 G DSG TE 54 6 Switch and Display 55 15 4 NBDP SNSTQOQ o atte tete teme tees 55 1 Power Supp 55 2 Screen DIsplay e eee epe Mee e ARE dee 55 3 NBDP Data Receivimg eene 55 4 NBDP Data Transmtttimg esent 55 15 5 Modulation of simple modulator EE 55 LS 6 UE 55 Chapter 16 Circuit Diagram amp External Diagram s 56 SAMYUNG ENC Dac teaAOBb SS SRG 3150DN How to operate basic function and Distress transmitting 1 Set MMSI ID Maritime Mobile Service Identity Press h button and ON It stop at the below initial display Then input SELF ID or handle dial key of the front panel to be operated regularly SAWYUNG ENC SRG 3150DN MMSI is not registered in this equipment DSC call can not be transmitted until the MMSI is registered VERSION A1 00B 06 11 20A loading D
26. for over 8hrs with transmitting for 1minute stand by for 4minutes 5 Output Power 50 ohm loaded MF HF transmitter output a AC 1 6MHz 27 5MHz 150WPEP b DC 1 6MHz 27 5MHz 75WPEP C Power Reduction 3steps J3E 50 100 150W F1B 75 100 100W 6 Frequency Deflection Below 10Hz within 0 3ppm SAMYUNG ENC 7 Number of Channels SSB x 299 ITU x 271 DSC x 19 8 Modulation type Low power stage balanced modulation 9 Occupied Bandwidth BEE within 3kHz J2B within 0 5kHz 10 Carrier Attenuation 40dB or more J3E 11 Spurious Attenuation J3E 1 5 4 5 kHz 31dB or more 4 5 7 5 kHz 38dB or more 7 5 kHz or more 43dB or more F1B 138Hz 15dB or more 76Hz 31dB or more 500Hz 43dB or more 12 Overall Frequency Deflection 6db max At 350 2 700Hz 13 Overall Distortion and Noise 20dB or more 14 Out Impedance bOohm 15 Input Low Frequency 10dB 35dB IMPEDANCE 600 ohm 2 3 MF HF Receiver 1 Type of Emission J3E USB H3E only RX F1B FSK 2 Reception method Up conversion double super heterodyne type using phase locked digital frequency synthesizer First intermediate frequency 49 455MHz Second intermediate frequency 455 kHz 3 Frequency Range 500 kHz 29 99999MHz 10Hz STEP 4 Voice Output Max 5 6W or more 5 Receiving Sensitivity SSB is less 3 V at the 500KHz 29 9999MHz i e SSB S N D N D 20dB BAND width 3 kHz Output 100mW In case of
27. gt Fi 1 Lord select the file amongRECV 01 RECV 20 Press Enter button and you can see the file 47 samvunc Enc a 5 Transmitting file e After done above 1 of 2 follow the operation as below a Press F4 and below PK S OC creen is displayed Station Shanghai I 04 04 2002 11 40 SS RE HT Select Slot Number Slot 01 Slot 02 Slot 03 Slot 04 Slot 05 Slot 06 Slot 07 Slot 08 Slot 09 Slot 10 RER D D D D D RM MEN 2 TS o Ka DE DESS 6 ON 7 ON 6 EX Ro DER Select the file to transmit with 4 button press Enter button and file will be transmitted showing the contents of the file on the screen 6 Transmitting of Macro Command e After performing 1 or 2 above operate the unit as following order a Press F5 gt moves the cursor amp select sentence no with 4 button Press Enter and the command will be transmitted showing the contents of command Ref pressing FS is able to stop transmitting 13 6 Other sea station or ship station edit amp resister frequency a Press F10 button on the keyboard and Main Menu screen shows Station Shanghai 04 03 2002 14 28 1 05 TLX 1100 K H Z 50 Main Menu ARQ KHz 00 FEC VOLUME Station Print 100 Macro Command or 100 0 1 3 4 5 Edit B ra 8 LI da HH ss L J 48 b M
28. is response in receiving CHANNEL 2 Receiving signal to pass filter is amplified by high frequency amplifier of width band and is supplied to 1 st MIXER MX2 through 20MHz LOW PASS FILTER The signal is mixed with 1 st local frequency W K Uet LO supplied from inner SYNTHESIZER and converted to i st intermediate frequency 1 st IF 49 455MHz and it goes through X tal filter IF amplifier then is supplied to 2 nd MIXER and in 2 nd MIXER is mixed with 2 nd local frequency W K 2 nd LO 49MHz and converted to 2 nd intermediate frequency 2 nd IF 455KHz 3 It consists of AGC circuit controlling amplify of IF AMP by 2 nd IF and the intermediate frequency supplied to 3 rd MIXER is mixed with BFO signal and demodulated to baseband signal and the output digitalized signal through MODEM is input to CPU 12 5 Power Amplifier Circuit T 1113 e The PCB circuit consists of PA 24V Switching circuit effected by TX KEY signal 2 pieces of Drive s part Power Amp part and after the TX 12 6 Front Panel T 1114 e The PCB circuit consists of LCD LED a kind of tap switch with a power switch variable resistance controlling brightness gain receiving volume signal input from a main board T 1110 is sufficient amplified sent to the TX Filter board of MF HF T 1101 channel dial and it is put into a front panel along with the connector for inter speaker hand Mic SM 1150 41 samvune enc _ eee 12 7 Function Diagra
29. screen will show Station Shanghai 04 04 2002 10 10 Station Singapore 11D 4620 Loc IN Rx Tx Rx 4 210 50 4 214 50 0 6 320 50 6 323 50 8 420 50 8 424 50 8 426 50 8 428 50 8 430 00 7 00 12 579 00 12 487 50 12 590 00 12 491 00 12 593 50 12 494 50 12 597 00 16 683 50 16 807 00 16 691 50 16 815 00 16 695 50 16 818 50 16 699 50 16 822 50 16 750 00 16 868 00 19 Ei EI Es GN URL ON ELO RUE Ref to be back to forward display Press ESC button d Revert the channel you want to communicate using 4 gt button press Enter button e Call the other station with selected frequency displaying next SFEC mode first display SPK 100 Station Shanghai 04 04 2002 10 16 Phasing English 04 04 2002 10 16 51 HERE IS SAMYUNGENC n MEN 2 ESS 5 RDA AER DES 6 HN NN 6 EXT 9 LUS 0 LUE Ref to stop callin ress F8 and it will be back to Telex initial screen f If connected cursor blinks on the left top of the screen SAMYUNG ENC Pe UAUC C OOOASCCOCCC UO QOO QI 2 Connecting with the other station by collective FEC mode a Press F10 button on the keyboard and Main Menu screen shows Station Shanghai SPK 100 04 03 2002 14 28 105 TLX 1100 KHz KHz VOLNE 2 Station Edit 3 Station Print 100 Macro Command Main Menu 0 ARQ Editor System set In Ml ama 7 NBDP
30. space delete one character on the left Before you press Enter button transmitting is not complete C Usable keys in ARQ mode The usable characters ABDCDEFGHIKLMNOPQRSTUVWXYZ1234567890 abcdefghijklmnopqrstuvwxyz Back space Delete one character on the left e Enter Send one line e Left Shift Space Convert language English Russian Korean is selected Korean English shift English is selected English Russian is selected Russian English shift e F1 1 WHU Demand Answer back code of the other station e F2 2 Hereis Transmit Answer back code of yourself e F3 3 TMS Transmit the present time e F4 4 Esend Transmit the file written in edit mode Refer to 4 TX of file e F5 5 Macro You can use the sentence no Written in Macro Command Refer to 5 Macro Command RX e F7 7 Over Convert the direction of transmitting the message e F8 8 Stop Stop communication e F9 9 VOL Volume can be reduced e F10 0 VOL Volume can be increased 45 SAMYUNG ENC o 4 Transmitting file e After performing 1 or 2 operate the unit as below order a Press Function button F4 gt Move the cursor to the file you want using 4 button Press Enter button and the file will be transmitted showing the file contents on the screen Ref pressing F8 button is able to sto transmitting
31. 00 2 9 Printer OKI 1 Features e Printer Head e Speed CPS 9 pins 300CPS Max speed 240CPS High speed 50CPS High quality e Carriage width 80letters 10CPI e Graphic Resolution 240X216DPI Max e Paper Space From top 15mm CUT SHEET From top 17mm ROLL e Interval between letters 10 12 17CPI e Type of Font Dark Stress Thick Lean e Remember 1 Line 2 Paper e Dimensions 241 254mm e Weight 35 52 g m 3 Interface and Standardization e Standardization micro line espon fx ibm pro printer centronics parallel serial rs232c rs422 e Interface 4 Reliability e Head Life 2 billion letters e Ribbon Life 3 million letters e MTBF 6000hrs 5 Miscellany e Power DC 24V e Dimensions HXWXD 80mmX360mmX275mm e Weight 4 5Kg e NOTE DC available 10 30V DC 11 SAMYUNG ENC 000 NNNEENMNMMIMAMN Chapter 3 Power Supply 3 1 Power On 1 AC power plug put in plug receptacle connect the battery with rear socket 2 Check the indication of light on AC IN DC IN and DC OUT of front panel 3 Connect cables of SRG 3150DN 4 Switch AC and DC power on 5 Push the WE button 3 2 Operation by AC power e When it comes to supply AC power to the main unit it works with AC power automatically W K LED displays the condition that 6 scanning frequency is working on DSC WKR of the transceiver Refer to Operation of Dis
32. 50 ALARM BOAX SD 250 and connectors of PL 259 type connected with aerial coaxial cable for MF HF transceiver receiver and for W K receiver a terminal for GPS DATA receiving external BK Connecting Printer power supply and besides connectors for power supply fuse earth terminal for system earthing external SPK jack and D SUB connectors connected with a Printer Remote Interface NBDP SN 100 37 SAMYUNG ENC 12 2 CONTROL CIRCUIT T 1110 The Control Circuit consists of MF HF TX RX circuit Local Synthesizer circuit Power circuit and CPU circuit 1 MF HF RX Circuit MIXER 3 MIXER 2 Bro 2 nd LO Pee QU 49 455MHz MIXER 1 1 st Lo t RX BLOCK DIAGRAM gt e RX method is a Double Super heterodyne receiver using two intermediate frequencies l st IF 49 455MHz and 2 nd IF 455 KHz Receiving signal in whip antenna pass BPF of 9 bands then after amplify in RF Q 53 and e in 1 st MIXER MX2 it is mixed with 1 st LOCAL frequency and demodulated to a first intermediate frequency and the intermediate frequency goes through 49 455MHz X tal filter XL5 6 and IF amplifier Q22 and 2 MF HF TX Circuit EFO 2 nd LO MIXER 2 AL BPF KENE TE e in 2 nd MIXER MX1 it is mixed with 2 nd LOCAL frequency and demodulated to a second intermediate frequency and the demodulated frequency goes through 455KHz X tal filter FL3 and IF amplifier Q21 023 Q950 and e In 3 rd MIXER
33. 8 Selecting of 7 NAVTEX ID Data Clear Use this menu to delete the received Navtex ID How to set up After b 2 select 7 NAVTEX ID Data Clear 2 Enter gt NAVTEX ID Data Clear Screen shows gt Select Yes2 Press Enter and NAVTEX ID Data will be deleted and back to System Setting Menu screen 9 8 ID Printing set up After b 2 select 8 ID Printing press Enter and own country ID is printed out 10 9 Etc Setting set up After 2 2 select 9 Etc Setting press Enter and the following screen will show 04 03 2002 14 28 Station Shanghai 1 Printer Type DOPU 2 Printer Port Local 3 Date Set 4 Time Set 5 Data Clear 9 Etc Setting 100 L O EHE E OS 9 9 nm Items can be reset with 4 button amp Enter button 0 Language Set Set up Language Korean Russian English e 1 Printer Type OKI DPU e 2 Printer Port Local Main unit printer Remote SN 100 printer can be set up Ref regarding the above 0 1 2 article select the item and press Enter to shift the function and select the function you want e 3 Date Set Set up date e 4 Time Set Set up time Ref to set up the above 3 4 select the item and press Enter input Number button Press Enter and it will be saved and input window will disappear e 5 Data Clear There are sub menu like below 0 Memory data Clear gt Delete the Station
34. ATU Version is selected Selected Ref if ATU DATA cable has any trouble Display Error 9 Remote Set a Set remote operating 9 Remote OFF is selected Press can be changed 9 Remote ON Display REM on the main screen b Press MENU and then change to remote off 10 System Set a Select system s value 0 System Set is selected The below box shows Tuning Clear SSB CH Clear Date Set Time Set Key Tone on ADC Value IC Auto Tune Self lest Key Test Reserved Ki OO C2 0 1 Tuning Clear Clear all the memory tuned Li 1 Tuning Clear is selected The below box shows No Yes d v Move to Yes Reboot system 2 SSB CH Clear Delete channel data and set channel E 2 SSB CH Clear is selected The below box shows No Yes v Move to Yes Reboot system 3 Data Set Set data in system In external GPS Data input UTC Universal Time Coordinated is displayed 4 Time Set Set time in system In external GPS Data input UTC Universal Time Coordinated is displayed 5 Key Tone 5 Key Tone is selected Press can be changed On Off 17 SAMYUNG ENC ee 6 ADC Value RXG in first display Show selecting ON OFF 6 ADC Value is selected Press and then can select IC ANT SWR VOLT Ref RxG _ Rx Signal Level On set
35. C SP 3 Search ID select PARTY ID press and registered ID list shows select by Laiteial Al SAMYUNG 101010000 Ref How to register ID MENU 9 SYSTEM SET 5 ID FR TEL Set 1 ID Edit and register 25 SAMYUNG ENC 20 Cu Select WORK FRQ gt press re and registered b is Hd channel using from 400 to 499 as right on the top frequency list shows select by AILv 2 Rell TAIT wl Moving ub and down with TX FREQ RX FREQ 1 step channel DR ER Pre Lal kl Moving up and down with 14 000 0 14 000 0 10 step channels C When received recently distress signal from other ship can check the message Press input ID press KCALUSTOP and then transmit to Distress signal Ref How to register frequency that communicate with voice MENU gt 9 SYSTEM d Press shown new relay message on screen SET 5 ID FR TEL Set gt 3 Work Frequency and will be editable Edit and register 2 Manual Tx F 2 187 50 select WORK FRQ gt press to change FORMAT Individual CATEGORY Dist WORK FRQ POSITION PARTY ID 000000000 e Select POSITION bal i 9 3 TEL OD Distress Relay Input by No button A kuch ads DIST UTC OSelect TEL NO press and shown Le CMD T La registered Telephone No List select by AItv1 2 When can not send distres
36. Contrast 4 6 TX Power HIGH TA T Manual Tuning attra ng D ATU Version None IO RxG 9 Remote OFF Re 0 System Set 03 X 2007 oe EE 1 Scan Type Set a Decision scanning channel or frequency 1 Scan Type is selected Select switching CH Freq in rotation Return to Main Display gy FUNC 4 scan to select SACN Type Ref Scan type is CH scan channel Scan type is Freq scan frequency 2 Scan Channel Set a Fix setting value in case of scanning channel 2 Scan Ch Set is selected The below box shows Start 1 End 299 Speed 0 16 A V Move and select to wanted function Selected Number button Input the value Set up Press to back to main screen Ref Start Set Start channel End Set Last channel Speed Set speed of scan channel 0 9 0 Fastest 9 Slowest 3 Scan Frequency Set a Set value in case of scanning Frequency 3 Scan Freq Set is selected The below box shows Start 500 00 kHz End _29 999 99kHz Speed 0 Step 0 1 kHz A v Move and select to wanted function Selected Number Button Input the value Set up Press to back to main screen Ref Start Set Start Frequen End Set Last Frequency Speed Set speed of scan Frequency Step Set step of scan Frequency 100HZ step 10 0 at 10kHz step 4 SQL Set a On standby if
37. DSC NBDP Symbol error rate at a receiver input voltage of 14V is less than 1 x 10 i e Receiving Mode FSK BAND width 0 3 kHz 6 1 signal selectivity a 3 kHz FILTER for SSB in detailed features The pass band below 6dB 2 4 kHz 2 8 kHz The pass band at an attenuation of 26dB is less than 1 7kHz The pass band at an attenuation of 46dB is less than 1 9kHz The pass band at an attenuation of 66dB is less than 2 1kHz b 0 3 kHz FILTER for DSC NBDP Below 6dB of the pass band is 270Hz 300Hz Attenuation at 380Hz is 30dB or more Attenuation at 550Hz is 60dB or more samyunc ENC 0000000 NENNEN 7 Clearness 120Hz 8 Overall Distortion amp Noise With an input voltage of 30uv the ratio between an audio frequency output of 1000Hz and its unwanted component is more than 20db 9 AGC characteristics Change in audio frequency output for antenna between 34V and 100mV is 10db or less 10 Frequency Stability within 10Hz 11 Image frequency interference ratio Above 70dB 12 Intermediate frequency interference ratio Above 80dB 13 SPURIOUS RESPONSE Above 70dB In case of DSC NBDP When a wanted signal of 104V and a 31 6mV unwanted signal excluding the range within 750Hz of the wanted signal whose range of IF it s three times that of the wanted signal the symbol error rate is less than 1 x 10 14 Selectivity Suppression With a wanted signal of 10uV and an unwanted s
38. DSC 6 CH in order If there is no answer it does sending till getting an answer through CH1 to CH 6 2 In order to stop the transmitting press the Reset key e If distress signal is sent by mistakes contact to marine police or station SAR 10 2 In case of receiving distress signal 1 Distress LED blinks and sounds bip Check contents displayed on the screen and press Reset key to stop 10 3 Operation by DC Battery 1 If AC power is turned off POWER LED is blinking with Bip sound and presses the Reset key to stop the sound 2 POWER LED keeps blinking while the equipment is operated by DC power Chapter 11 How to use SP 1250ADC 11 1 Specification 1 Input AC110V AC220V Conversion Type Basis AC220V 2 Output DC24V 50A AVR 3 Charging current 20A Max 11 2 Input power shift In case of AC Power stopping the buzzer is ringing and LED green light of AC OFF is on In order to stop the buzzer s ringing you can turn to OFF in the switch of ALARM 11 3 How to Charge 1 In case of transmitting SSB it doesn t be charged 2 There is AUTO OFF NORMAL in a switch of the Charger 3 AUTO in a long time charging and it turns to auto off when it is completed e In charging the LED of CH turns on a light e In less 23 voltages auto charged and finished for charging in less 0 5 A 36 4 OFF Not charging Middle of Switch 5 NORMAL Sometimes charge it in the m
39. F10 button on the keyboard and Main Menu screen shows Station Shanghai SPK 100 04 03 2002 14 28 100 105 TLX CH TX 8 BAR 50 KHz je KHz 00 RX soma FECI 2 Station Edit VOLUME 0 3 Station Print Macro Command Editor System set NBDP Test LCD olf F12 LL EL BL EL ILL EL o b Move the cursor to 3 Station Print with 4 button 2 Press Enter and the following screen shows Station Shanghai 04 03 2002 09 15 Station Name Select Station ID Station ID Seoul 004400002 Murmansk 3107 Nagasaki 2361 NBDP MSI NAVTEX Eo uA 1480 JJJ Hongkong 4631 4631 Singapore 4620 Shanghai 2010 Moskva 3701 Novotrossiy sk 3711 Vladivostok 3714 Arkhangelsk 3708 2222222 IR Ss RE ee es ee c Move the cursor to the counter party you want with 4 button Press Enter and counter party s registered contents will be printed out and will be back to Main Menu 13 8 Registration of macro command Can resister TXL number that is often used or abbreviated words in 20 words a Press F10 button on the keyboard and Main Menu screen shows Station Shanghai 04 03 2002 14 28 1 05 TLX n100 KHz 50 Main Menu TARG KHZ 00 FEC 2 Station Edit VOLUME i 100 System set 2 NBOP Test Power AGC _ 8 LCD off F12 High off Lada HH Hu E Hu ou uu iu i b Move the cur
40. Input the time Selected Ref Set automaticall GPS in connection with TEL CMD Set Telecommand A v Move to TEL CMD Press to change J3E TP FIB J2B TTY FFC EOS Completion of DSC message EOS End of Sequence ACK RQ Auto set fixed e After setting items press WA SIE D and signal transmits f When other ship or coast station send ACK answer ship that transmitted distress be going to receive 27 samvunc enc a 7 Ordinary ack msg edit a In case of common answer call 7 Ordinary ack msg edit is selected The below box shows 07 10 04 12 10 Freq 2 182 00 500 FORMAT Individual CATEGORY Routine PARTY ID 123000000 TEL CMD1 J3E TP TEL CMD2 No information WORK FRQ 2 182 00 2 182 00 EOS ACK RQ b Memory channel is from 500 to 599 and it shows on the right top of the box You can see the general info Except distress signal Ref A Ww Moving up and down with 1 step channel Tal KI Moving up and down with 10 step channels C In this menu press and can be answered 8 Display and print msg a In checking the written messages or auto printing 8 Display and print msg is selected The below box shows FORMAT Individual No 300 CATEGORY Routine PARTY ID TEL CMD1 J3E TP TEL CMD2 No information WORK FRQ 2 182 00 2 182 00 EOS ACK RQ
41. L ANT CURRENT ANT A7 P amp CURRENT I c FRONT PANNEL e TEE E Siwa Y wt CLARITY CHOHHEL DIAL Er GOIH STANDING WAVE SWR VOLUUE 4 RS 422 232 amp TU ALARM BOXY HBDP NEOP TERMINALS CPU HD64F2 506 PRINTER MIC amp TU POWER SUPPLY EXT MCOEM 24LC16 PWR LEVEL DSC ID R W MAIN CONTROL LCD amp LEDs 1 st LOCAL FREQ SET PLL DISPLAY BFO FREQ SET CLI RIT Y BPF amp LPF SELECT AGC MB MUTE CLIRIFIER ATT APC PWP LEVEL SELECT FAN S W LCD DIM CONTRA ST lt CONTROL BLOCK DIAGRAM gt e The control part consists of CPU IC30 frequency for SYNTHESIZER or REF BFO In EEPROM IC33 37 REAL TIME CLOCK IC28 addition the CPU pass signal LOCAL CONTROL to CLOCK Generator X3 RS 232 422 Data Com indicate various information receiving frequency device MODEM Audio amplifier IC32 1 0 receiving mode band width set by operating Amplifier IC IC22 IC42 IC46 IC48 LCD Contrast DIMMER Control Circuit and it controls the whole operation of the unit with the data signals of RS 422 232 from front PANEL operation external connecting devices interface CPU device is set by operating PANEL and set synchronizing circuit responded by receiving frequency selecting channel Then according to receiving frequency set information setting panel of controller unit and transmit in control unit Except this function in case of interception of power or supply cease the CPU control memory dega
42. MHz e Type of Frequency Power J3E 150W HIGH 100W MID 50W LOW F1B 100W HIGH amp MID 75W LOW 1 1 Features 1 Possible Range e Because MF HF Transceiver SRG 3150DN DSC W K Receiver DSC Distress alarm telephone is built in SRG 3150DN You are able to use itself without NBDP terminal SN 100 NBDP function is worked by connecting SN 100 terminal However it is not available to use NBDP terminal only 2 Total Control System e SRG 3150DN is set up with the major modules combined as one unit or circuits within a single cabinet Thus it is possible to rationalize the total control system by interlinking the respective module controls e And narrow band direct printing is available by connecting NBDP unit SN 100 to SRG 3150DN simply 3 User Friendly e All general operation such as communication controls and monitoring are performed by SRG 3150DN NBDP Terminal and printer which is installed in a convenient place 4 Configuration e SRG 3150DN consists of one unit therefore a large space is not required for installation and operation e SN 100 Terminal is able to use by connecting with SRG 3150DN cable 5 Trustworthy Adopted new DDS Direct Digital Synthesize and improved the quality of sound trustworthy stability 6 Construction e In order to endure in bad condition of marine environment hard aluminum body is manufactured 7 External Shape e Channel Frequency Transmitting and receiv
43. ND BY CALLED CALLING FREE SIGNAL ARQ CFEC SFEC SEND RECEIVER PHASING REPHASING REPEAT ERR 5 Code 7 bit CORD 4B 3Y constant ratio mark signal B 1785Hz Y 1615Hz 6 Memory 16M 7 SYSTEM PARAMETER OPERATOR DATA is saved at FLASH DISK PROGRAMING and back up 8 Center frequency 1700Hz 9 Frequency SHIFT width 85Hz 10 Modulation Speed 100BAUD ARQ FEC MODE 11 Modulation phase continuity AFSK 12 Frequency Deflection within 0 5Hz 13 Modulation Input OdBm 600ohm Unbalance Balance 14 Modulation Output OdBm 600ohm Unbalance Balance 2 8 Printer DPU 414 1 Specifications e Typing Thermal serial dot matrix e Total Dots 9 x 320 dot line e Composition of Dots 9 x 7 dots wide e Internal Dots 1 dot e Typing Quantity 40letters Standard 80letters Shortened e Typing Direction Single Both Logical seek 2 Bit image graphics mode e Total Dots 8 x 320 dot line e Typing Direction Single Logical seek e Typing width 89 6mm e Typing speed Max 52 5cps Standard Max 80cps Shortened 3 Ambient e Temperature 0 C 40 C e Humidity 30 80 RH no condensation 4 Print Paper e Model No e Width TP411 28CL TP 411L 112mm e Diameter 48mm e Length about 28m 5 Etc e Power Supply DC 6 5 13 6V e Dimensions 160mmx 170mmx 66 5mm e Weight about 580g e Durability about 500 000 lines 8 40letters continuously Color thickness 1
44. Number button Input the time Selected Ref Set automaticall GPS in connection with TEL CMD Set Telecomm and A V Move to ITEL CMD Press to change J3E TP FIB J2B T EOS Completion of DSC message EOS End of Sequence EOS Set automatically fixed shown File Saved and be saved b After setting items press WALUSTOP and then transmit DISTRESS signal as Frequency that before edition on DSC main screen 2 Individual msg edit a Used in an individual call or coast station call 2 Individual mag edit is selected The below box shows CH 2300 NO DATA CH 2301 NO DATA CH 2302 NO DATA CH 2399 NO DATA Ref A VY Moving up and down with 1 step channel Tal Kl Moving up and down with 10 step channels A V lt gt The channel is selected The below box shows 2 F C SP 1 Save 3 Search ID Tx Freq 2 187 50 FORMAT Individual CATEGORY Routine PARTY_ID 000000000 TEL CMD1 J3E TP TEL CMD2 No information WORK FRQ 2 182 00 2 182 00 EOS ACK RQ 20 TX Freq Set TX frequency A V Move to ITX Freq The below box shows 01 2 187 50 02 4 207 50 03 6 312 00 04 8 414 50 05 12 577 00 06 16 804 50 19 8 414 50 Ref MENU gt 9 SYSTEM _SET gt 0 Etc Set gt 3 Default Channel possible to select default
45. RF Exposure Warning X The radiated output power of this device is below the FCC radio frequency exposure limits Nevertheless the device should be used in such a manner that the potential for human contact during normal operation is minimized In order to avoid the possibility of exceeding the FCC radio frequency exposure limit human proximity to the antenna should not be less than 6 feet during normal operation Information to user X The user s manual or instruction manual for an intentional or unintentional radiator shall caution the user that changes or modifications not expressly approved by the party responsible for compliance could void the user s authority to operate the equipment In cases where the manual is provided only in a form other than paper such as on a computer disk or over the Internet the information required by this section may be included in the manual in that alternative form provided the user can reasonably be expected to have the capability to access information in that form SAMYUNG ENC Wee Contents SRG 3150DN Rev 1 1 080409 SRG 3150DN How to operate basic function and Distress transmitting Te Set MMSLID rte ne REOR RU t NR EO m ets 5 Tp Self RE 5 2 SSB Tolga 5 2 1 Channel Selection 5 2 2 Frequency Selectionner 5 DSTI eebe eer 5 ENK Elle 5 3 1 Channel Selection 5 3 2 Frequency Selectionner 5 3 23 Cale ee ne ee 6 3 4 DSC Message RX Auto Reply 6 4 Distress trabis
46. STEM SET 5 ID FR TEL Set gt 3 Work Frequency Edit and register C After setting items press and Geography call signal transmits d When ACK response signal is received communication can be possible with the voice communication frequency 23 samvunc enc PARTY AD Input location data A V Move to PARTY AD Ref Latitude Selected Longitude N__ North latitude 00 90 S South latitude 00 90 Aq Latitude Range W __ _ West longitude 000 180 A DA _ Latitude range Offset Value 710 Do Longitude range Offset Value CTA Number button Input the value Set up Ref every press A V N E S W S E N W be switched in turns Geozraphic coordinates Ar 20 15 10 597 094 7 5 109 159 209 Pa 11 South A 12 East Ag 3 Sector Pa A AA P 10 South As 10 East Ag 10 AA 10 C 10 North 20 West Ag 20 Ar 30 Format Category specifier 24 SAMYUNG ENC ES 5 Auto Semi AT msg edit a Use for communicating telephone 5 Auto Semi AT mag edit is selected The below box shows connected with CH 2300 NO DATA CH 2301 NO DATA CH 2302 NO DATA CH 399 NO DATA A Ev E 1 The channel is selected The below box shows 1 Save 2 F C SP Tx Freq 2 187 50 FORMAT AT sem
47. Sy Scan Frequency Set cette ge Mets 16 samvunc enc Ee A SOE SeU aet e E RR Ten 16 5 ECD Contrast Setup ie CREE RR TEES 17 6 IX Ower Set crt REESE RHET 17 CA GEIER ele DEE 17 8 ATU Version ATU Program Version 17 END e EE 17 10 System Set eee nn 17 5 3 Additional Functions ITU Channel AM mode Etc 18 Chapter 6 Digital selective calling DSC mode eese 19 6 1 The selection of DSC mode 19 6 2 DSC menu displays RS 19 1 Distress msg edit ix see ett Ue 19 2 Individual msg edit 20 3 Group msg edit 21 4 Geography msg edit eere 22 5 Auto Semi AT msg edit sees 25 6 Dist ack rly msg edit 26 7 Ordinary ack msg edit 28 8 Display and print msg 28 9 System EE 28 Chapter 7 Transmitter of distress signal 32 7 1 Test of Distress alert signal ette 32 Chapter 8 RX of Distress amp general call nes 33 8 1 RX of Distress Alarm 33 82 General call Bee 34 Chapter 9 How to use print mennennnnnnnennnennnnnnns 35 9 1 DPU 414 Printer see etre tec erectae ceci eve dete 35 9 27 OKT BIDS n roses ARS nee er osque Trop t 35 Chapter 10 How to use SD 250 Alarm box ss eseereeee enne nennt 36 10 1 Distress transmitting tte ettet retten 36 10 2 In case of receiving distress signal 36 10 3 Operation by DC Battery 36 Chapter 11 How to use SP 1250ADC nimes 36 T1 T Sp
48. TX frequency LAILY The frequency is selected Selected Ref Indicate the frequencies which is memorized by user in DSC mode CH7 19 Q FORMAT A kind of calling Individual an individual calling fixed CATEGORY Purpose of calling LAILY Move to CATEGORY The below box shows Routine Safety Urgency A w Goto the menu you want Selected PARTY ID Input the ID of counter party A V Move to PARTY ID Selected Number button Input ID Set up TEL CMD1 Set Telecommandi A V Move to TEL CMD1 The below box shows J3E TP F1B J2B TTY FEC F1B J2B TTY ARQ Data A V Goto the menu you want Selected TEL CMD2 Fix No information SAMYUNG ENC u WORK FRQ Operational frequency A v Move to Selected Number button Input TX frequency Set up Number button Input RX frequency Set up EOS Completion of DSC message EOS End of Sequence ACK RQ Auto set Fixed Ref ACK RQ Function to request other s response ACK Acknowledge Auto response b Function Keys 1 Save 2 F C SP 3 Search ID After inputting data press and it is saved select PARTY ID press and registered ID list shows 2 select by AItv19 2 SAMYUNG 101010000 Ref How to register ID MENU 9 SYSTEM SET 5 ID FR TEL setzt
49. be mixed And then MARK 1 7kHz 85Hz and SPACE 1 7 kHz 80 Hz signals are generated Q One side is delivered to SRG 3150DN through attenuator and matching tool 14 4 Local Synthesizer board T 133 e As T 133 is SYNTHERSIZER PLL PCB PLL IC and VCO POS 100 make up PLL And it is outputted to 1 LOCAL input signal and as 7 MHZ that is generated from output of PLL IC IC15 generates 49MHZ in 7 multiply circuit it is used as 2 LOCAL BFO signal is that DM1 received 7MHZ generated 456 7 kHz Besides as it transmits and receives with CPU BOARD it generates the signal that controls NBDP receiver 14 5 Power Circuit T 025 Power circuit consists of constant voltage circuit And while power on it makes ON main power DC 24V convert constant voltage 12V 8V 45V If it is overpowered 32V then power off Prevention to reversing voltage circuit is built in 14 6 Function Diagram of Rear Side 8 9 10 ii aN PRN PAS FUSE 3A MAIN EFMINAI 1 e f C3 o el NT CUT KE GNO FUSE SALPRN K p E C c o CERTES e 1 i i Gi ei EMC Supply power 24 to emg light FUSE 5A Fuse Printer 24V Fuse RX ANT IN Impedance 500 MF HF RX ant Printer Connect to Printer Input jack Printer Power Connector which supplies G ANT OUT Connect which send W K signal 24V 8V GND to printer Received from RX ant in to main unit FUSE 3A Fuse Power Supply Fuse Key Board
50. be saved and back to Main Menu screen Ref Value ranges from 1 to 100 SAMYUNG ENC 6 Selecting of 5 NAVTEX Station Selection Function to select NAVTEX station RX Select the character from A to Z with button and you can choose whether you receive with the first character of station or not How to set up After b 2select 5 NAVTEX Station Selection Enter NAVTEX Station Selection Set Up screen will show gt set up O X for the first character of the station with gt button amp Enter button29 press ESC button and it will be saved and back to System Setting Menu O Recognized as the station is possible to receive NAVTEX broadcasting X Recognized as the station is not possible to receive NAVTEX broadcasting 7 Selecting of 6 NAVTEX Message Selection Function to select whether you receive NAVTEX message or not From C E to Z select each character with 9 button and you can select whether you receive or not with the first character How to set up After b 2 select 6 NAVTEX Message Selection gt Enter gt NAVTEX Message Selection set up screen shows2 Set up O X for the message starting character with button amp Enter button Press ESC and it will be saved and back to System Setting Menu screen O Recognized as NAVTEX starting message e X Not Recognized as NAVTEX starting message Ref A B D is set up as RX always
51. cifications eee eee deet 36 11 2 Input power shift 36 11 3 How to Chargen ERR ERR E b id 36 1141n case of over curterit eti dett d 36 Chapter 12 Circuit explain eeeeeieeeeeees esee esee e nennen nennt nnn nnn n nennt assa ennenen 37 12 1 Overview of SRG 3150DN nes 37 12 2 CONTROL CIRCUIT T 1110 ns 38 I ME HE RX EIERE 38 2 MF HF TX CIFEUIE ice tete 38 3 Local Synthesizer Circuit 39 4 Power Supply Circuit 39 ER alaia EE E ECKE 40 12 3 MH HF Transmitting Filter Circuit T 1101 40 12 4 W K Receiving Circuit T 1112 esee 41 12 5 Power Amplifier Circuit T 1113 s sees 41 SAMYUNG ENC Wee 12 6 Front Panel CT 111L01 41 12 7 Function Diagram of Rear Side EE 42 Chapter 13 NBDP Terminal eeeeeeeieee siens nien eene enne nn KREE vanea nnn nnns ssa nn nnn nn nnns 43 13 1 NBDP Terminal Main Unit 43 13 2 Initial Display of Telex NBDP mode 43 1 Initial screen function explanation 43 2 Initial screen function button explanation 43 3 Control function in Keyboard 44 13 3 SettingUpTX RX Frequency ENEE 44 1 Setting TX frequency 44 2 Setting Rx frequency 44 3 Coast Radio Station TX RX frequency set Up 44 4 Setting TX RX Freq by calling channel 44 13 45 ARQ mode eee ete edet e e e RU 44 1 Connecting with the other station by ARQ
52. ck of traveling wave of until 1 6MHz 27 5MHz band max 150W 500W 4 100MHz band max 150W dummy load of 500 5 Frequency counter that can be check 100MHz band 6 OSCILLOSCOPE that can be check 100MHz band 7 Other testers 15 3 Maintenance amp repair of SRG 3150DN 1 Antenna e When happened interface receiving sensitivity degrees duplex communication interface during installation or using have to check to fault of antenna for the first time a Check that antenna control to vertical bearings WHIP ANTENNA correctly b Check that posits metal things around antenna c Is it O K connect condition amp insulation of antenna and connecting parts between transmitter receiver d After connecting the high frequency wattmeter between this equipment and ATU measure the progress wave and the reflected wave If the 54 VSWR Voltage Standing Wave Ratio is less than 2 1 the connection of the antenna connectors and coaxial cable is stable and the parts have no defect If the VSWR is more than 2 1 the connection of the antenna connectors and coaxial cable is bad or the parts have defect 2 Power Supply e Check power supply circuit even though volume amp squelch control not appear any sound and display at the front panel after connect power transmitter receiver a Check is cut the fuse after open fuse holder at the rear of transmitter receiver Fuse 30A b Is it correct connects condition power con
53. contact with organic solvents b Caution for operation Check there is a paper in it before use e Don t turn off while operation and turn off after PRINT HEAD is at HOME POSITION e Printer test function is built in 2 Operation Panels a POWER Switch Switch on the turn this unit on Printer head do going and returning once the paper is fed by one column On condition that main unit of SRG 3150DN is power on b FEED Switch Press FEED switch when feed the paper out by force On pressing this switch once it will be feed once and on pressing this switch continuously it will be kept feeding C CUTTER Use for cutting the printer paper d Exit of paper It is the part where the paper is ejected through it e PAPER COVER Store up the paper inside it 3 Usual operation Check the main unit of SRG 3150DN is turned on If power on it is able to print TX RX DSC MESSAGE and DATA from SRG 3150DN automatically 4 How to store the printer paper roll a Cut the printer paper horizontally If there is the wrinkle on the paper it may cause the paper jam e De em Ge j H l o TT ANINA lt PRINTER PAPER HANDLING gt A Switch off the printer SR the PAPER COVER and pull out the CENTER d Insert the CENTER SHAFT in the center of the PAPER ROLL and put the end of the paper into the way in of the paper e Switch of the PRINTER and press the FEED KEY until the paper is hau
54. d on U1 of T 025 e Check that SRG 3150DN receive W K signal If SRG 3150DN does not receive W K signal Check the third pin IC4 of T 132 is approximately 3 2V 3 2V is normal And check 1 2 5 BFO is supplied e Check that 1 7 kHz 85Hz on CN8 of T 132 is generated e Check that DOT PATTERN signal on 13th of U9 of 1 130 is generated e Check that DOT PATTERN signal on 18th of IC3 of 1 130 is generated 4 NBDP Data Transmitting QD Data is not transmitted e Check the connector that is correctly connected between SRG 3150DNand terminals e Check that 1 7 kHz 85Hz on the 11th of DM1 of T 130 PCB e Check that the signal is supplied to SRG 3150DN 15 5 Modulation of modulator e This equipment is designed to minimize adjust parts and all modulator except the modulator for power supply is to be required to manufacturer because it needs an accurate measuring instrument and a skilled technology 15 6 Caution 1 In case of checking transmitter unit please contact dummy load simple 2 In case of separating PCB pay attention to static electronic 3 In case of modulating use tools for modulation 4 In case of checking or modulating when measuring instrument contact in each circuit user should match signal of the circuit and PROBE of measuring 5 In case of checking or modulating pay attention to the difference when measuring instrument is Connected into each circuit or not 6 All mai
55. e According to manual confirm error using or setting value and in case of no error check as follows a Check T 1114 PCB In case of error replacing same product b Check connector and LCD or cable connected to T 1110 PCB of or T 1114 PCB of equipment In case of error replacing same product 15 4 NBDP SN 100 As SN 100 is NBDP terminal error can happen on transceiver power supply CPU BOARD LCD When error happens Check as follow 1 Power Supply Power supply is not working e Power voltage is 24V in only the case that power supply is connected toSRG 3150DN And if there is error check the power supply switch the connector cable to SRG 3150DN fuse 5A power polarity Q No power on the screen Firstly check the 12V on U8 of T 025 5V on DC DC CONVERTER and then check power supply cable that is connected power supply board and screen If 12V is not supplied LCD CPU BOARD is not operated If 5V is not supplied CPU BOARD is not operated 2 Screen Display QD Screen display is not able to turn on e Check that power is correctly supplied to LCD Screen is waved or there is white line on the screen e If the condition of the connect point of LCD connector or of LCD board are bad connector and board should be cleaned with detergent material that is volatile 3 NBDP Data Receiving QD Data is not received e Firstly check that ANT is correctly connected Check that 12V is generate
56. for cursor moving on the display 8 GO be useful to input the number 9 Adjust LCD back light internal by 4steps Holding FUNC and press DIM Adjust by 5steps 10 Switch SSB amp DSC mode Holing FUNC and press MODE Switch AM mode Ref SSB J3E use to voice communication DSC F1B use to digital selective calling communication 11 Matching with user s antenna then push this button Press FUNC and hold with ATU for 2sec Matching all channel 12 Cancel set or return precious menu 13 Execute extend etc at the menu selecting input and 14 14 LED Display DISTS When receive a Distress signal by W K receiver or transmit a Distress alarm signal be flickered LED indicator OTHER when receive DSC without DISTRESS signal be flickered Green LED Indicator TX LED on transmitting W K LED display LED on W K receiver is operating Always Working 4 2 LCD display e The following information is displayed in general r SSB 42 015 67 12 345 67 RxG 0 0 CH 299 MAN N 35 05 129 03 2007 06 28 11 36 MMSI not entered N TIE 1 Communication Mode SSB DSC AM only RX Speaker Acknowledge Scan TX power Time UTC GPS being connected 2 W K receiving channel TX RX frequency amp channel 3 Attenuator ATT Noise Blanker N B AGC Squelch 4 RX signal level Voltage Currency I c ANT
57. g 4631 4631 Singapore 4620 Shanghai 2010 Moskva 3701 Novorossiy sk 3711 Vladivostok 3714 Arkhangelsk 3708 2222222 L O Eg u E HWIMIE EHE O C Revert the other station you want to communicate using 4 1 button press Enter button the following screen will show Station Shanghai Station Hongkong 1480 ID 4631 Loc IN E Tx Rx Tx Hx 6 271 50 6 322 50 41 8 381 50 8 451 50 8 384 50 8 424 50 12 483 00 12 585 50 12 488 50 12 591 00 16 598 00 16 821 00 6 70 1 10 16 708 00 16 831 00 22 287 00 22 379 00 d p Ld EH set OM o OM o OM 9 o Ref can be back to forward displa pressing ESC button d Revert the channel you want to communicate using 4 gt button press Enter button e Call the other station with selected frequency displaying next ARQ mode first display SAMYUNG ENC 04 03 2002 14 28 EN 2 S o Ka GEO DESS 6 ON DE E LUE FER Ref to stop callin ress F8 and it will be back to Telex initial screen f If connected cursor blinks on the left top of the screen 3 Communication in ARQ mode e Perform 1 or 2 and operate as below order a As long as you can connect with the other station in ARQ mode above screen is displayed You can keep communicating in this condition b After typing the message with keyboard press Enter button Ref Back
58. i AT CATEGORY Routine PARTY ID 000000000 TEL CMD1 J3E TP TEL CMD2 No information WORK FRQ TEL NO EOS ACK RQ 3 Search ID TX Freq Set TX frequency A V Move to ITX Freq The below box shows 01 2 187 50 02 4 207 50 03 6 312 00 04 8 414 50 05 12 577 00 06 16 804 50 19 8 414 50 A w The frequency is selected Selected Ref Indicate the frequencies which is memorized by user in DSC mode CH7 19 FORMAT A kind of calling AT semi AT A7 semi AT Calling fixed CATEGORY Purpose of calling Routine use generally fixed PARTY ID Input ID A V Move to PARTY ID Press Number button Input ID Set up TEL CMD1 Set Telecommandi A V Move to TEL CMD1 The below box shows USE TP F1B J2B TTY FEC F1B J2B TTY ARQ End of call A V Goto the menu you want Selected TEL CMD2 fix Mo information WORK FRQ Operational frequency A V Move to WORK FRQ Selected Number button input TX frequency Set up Number button input RX frequency Set up TEL NO Input telephone number A V Move to TEL NO Selected Number button Input telephone number Set up EOS Completion of DSC message ACK RQ Auto set fixed b Function keys 1 Save After inputting data press and it is saved 2 F
59. ial included or OKI Printer WHIP ANT TX SAN 308 8m WHIP ANT RX SAN 30R 6m MM Chapter 2 Specifications 2 1 General specification e This radio equipment SRG 3150DN has been tested by the recommendation standard of IMO 1 Power Supply SP 1250ADC AC 100 120 200 240V 50 60Hz 6 single phase DC24V Power Supply 1200VA Max 2 Consumption Current DC24V 15 Receiving 2 5A at transmitting 15A Max 3 Frequency Selection a ITU CHANNEL Maritime Mobile 271 b 299 USER CHANNEL Editable at the screen or set frequency directly by keyboard C DSC CHANNEL 2187 5 4207 5 6312 8414 5 12577 16804 5 kHz FIB is scan receiving all the time d DSC Channel 13EA Editable 4 Frequency Switching Time Between CHANNEL within 5sec Between BAND within 15sec Including ANTENNA MATCHING TIME 5 Ambient Condition Temperature 15 C 55 C Humidity 95 55 C Oscillation Full amplitude 3 2mm at 5 12 5Hz Full amplitude 0 8mm at 12 5 25Hz Full amplitude 0 2mm at 25 50Hz 6 Dimensions mm SRG 3150DN 324 W X 170 H X 347 D SN 100 300 W X 255 H X 125 D 7 Weight SRG 3150DN about 8 1Kg SN 100 about 5 Kg SAT 100 about 3 4Kg 2 2 MF HF Transmitter 1 Type of Emission J3E USB F1B FSK 2 Type of Communication SIMPLEX amp SEMI DUPLEX 3 Frequency Range TX 1 6MHz 27 5MHz 10Hz STEP 4 Continuous Operating Operating
60. ignal that is effect than 3kHz from the wanted signal an unwanted signal input voltage of 10m suppresses the wanted scanning output to 3db In case of DSC NBDP With a wanted signal of 10 W and Lu unwanted signal 500hz from the wanted signal the character error rate is less than 1 x 107 15 Spurious Emission The power of emission from air antenna terminal is less than 4000 16 Nominal input load 50 ohm unbalanced 2 4 DSC Digital Selective Calling W K Receiver 1 Type of Emission F1B 2 Frequency 2 187 5 4 207 5 6 312 8 414 5 12 577 16 804 5 kHz 3 Frequency Stability within 10Hz 4 SCANNING Reception Scanning reception of above frequencies is continued up to 2sec for each frequency and stop only when detects a 100 baud dot pattern 5 Receiving Sensitivity Character error rate is 1 x 10 or less at receiving input voltage 14V 6 1 signal selectivity 6dB bandwidth 30dB bandwidth 270 300Hz Within 380Hz 60dB bandwidth Within 550Hz 7 Nominal input load 50 ohm unbalanced 8 Display DSC received word Maximum 256EA Figure and word 10 9 SPURIOUS RESPONSE With a wanted signal of 104V and 31 6mV zero modulated interference signal which excludes the range within 750hz of the wanted signal the character error rate is less than 1 x 107 10 Spurious emission The power of emission from air antenna terminal is less than 4000 M 2 5 MF HF Control 1 Control Items
61. ing conditions can be seen on large LCD at one sight And each key is made by soft rubber material It has stylish shape and makes you feel comfortable when you press the button Further there is frequency sheet for users SN 100 NBDP Terminal has large thin colorful LCD and convenient keyboard samyunc ENC 1 2 Basic Components e This equipment is composed of SRG 3150DN and SN 100 NBDP each item is made by functional PCB and sorted by standard and option lt lt Standard Components List gt gt Description Model MF HF DSC amp 417 SRG 3150DN MAIN BOARD T 1110 TX FILTER T 1101 W K RX T 1112 TX PA T 1113 KEY BOARD T 1114 SRG 3150DN Assembly Automatic Antenna Tuner SAT 100 Installation material included HAND MIC SM 1150 Accessory SSB A C SRG 2050D PC User Installation Manual lt lt Options Components List gt gt Description SRG 3150DN Eng Model Remark EMG Light EMG Light External Speaker SS 6000 Power Supply SP 1250ADC NBDP Teminail SN 100 Connection Board T 130 NBDP AIS T 132 NBDP PLL T 133 aas T 025 CPU Board G 1151 SN 100 Assembly Installation material included KEY Board SPR8695 MF HF Distress Box SD 250 SCN 16 5P included Printer DPU 414 Installation mater
62. lable unless ou press Enter button C Usable keys in FEC mode The usable characters ABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890 abcdefghijklmnopqrstuvwxyz e Back space Delete one character on the left e Enter Send one line Left Shift Space Convert language English Russian Korean is selected Korean English shift English is selected English Russian is selected Russian English shift d The use of Function button on the initial screen of FEC mode Ref Message can be transmitted by Function button on the FEC mode initial screen e Press the function button Press Enter button to transmit e Select the function with material Press Enter button to transmit e F2 2 Hereis Transmit Answer back code of yourself e F3 3 TMS Transmit the present time e F4 4 Esend Transmit the file written in edit mode Refer to 5 TX of file e F5 5 Macro Sentence no made in Macro Command can be selected and used Refer to 6 Macro Command TX article e F8 8 Stop Stop communication e F9 9 VOL Reduce speaker volume e F10 0 VOL Increase speaker volume 4 Receiving of FEC mode a If the data of FEC mode is received automatically it is printed And when it is completely received automatically it is saved b To open the file on the initial screen select F10 gt 5 Editor mode gt Enter
63. led f Store up the center shaft and the paper gets out of the way out g Press FEED KEY until the end of paper gets out of the way out h Close the PAPER COVER and put it down to shut 9 2 OKI Printer 1 Common Operation a Check out the power of SRG 3150DN connected with a Printer ON b Pull the switch of the POWER up to turn on the power C The DATA and DSC MESSAGE transferred from SRG 3150 s transmitting and receiving process is automatically activated 2 PAPER LOADING a Place the printer on a slotted printer stand carefully aligning the slot in the stand with the opening in the base of the printer b Place the box of paper under the printer stand C Remove the access cover and lift the column indicator bar d Open the paper release lever e Insert the first sheet of paper through the opening in the bottom of the printer f Slide the paper up until it appears in front of the platen 9 Lower the column indicator bar h Close the paper release lever i Use the platen knob to advance the paper to the first printing line j Replace the access cover 35 samyunc enc Chapter 10 How to use SD 250 Alarm box 10 1 Distress transmitting 1 If you press Distress key Red Button for 3 sec it alarms for 3 seconds After that the red light is turned on with bip sound While Distress Key is blinking transmitting is started to work and location of disaster time ship s ID are sent to
64. m of Rear Side ANT IMPEDANCE 50Q MF HF TX RX ANT JACK W K IMPEDANCE 500 W K RX ANT JACK TERMINAL 7 PRINTER POWER 8V GPS DATA BK Connector ATU BOX SAT 100 connector Control Cable AC DC Power Supply SP 1250 connector AC DC Detect ALARM BOX ALARM BOX SD 250 connector ATU 42 PRT or D L 9 PRINTER OKI DPU 414 connector or PROGRAM Down Load connector REMOTE 9 REMOTE INTERFACE connector MOD or NBDP 15 Outer MODEM NBDP terminal SN 100 connector SPK JACK Outer Speaker connector JACK EARTH SYSTEM GROUND 2 24V POWER 24V SUPPLY connector d3 FUSE 30A FUSE SAMYUNG ENC Chapter 13 NBDP Terminal 13 1 NBDP Terminal Main Unit SN 100 NBDP TERMINAL 6 SAMYUNG e3 eo Go oo t NBDP PICTURE gt FRONT PANEL LCD CHANNEL TX RX FREQUENCY RF GAIN CLARIFY ATT AGC and FUNCTION KEYS are displayed SPEAKER Alarm rings when it receives data or warning signal G TX LED Red light on TX LED RX LED Green light blinks while receiving data 9 POWER SWITCH SN 100 Power ON OFF 13 2 Initial Display of Telex NBDP mode Power on indicate first display as followings CH TX RX 0 Station Shanghai 04 03 2002 14 28 105 TLX 8 385 50 KHz y 8 425 50 KHz Fo VOLUME
65. mitc a acturi IR IWON WERT IU ER RENE I 6 How to use SN 100 NBDP Terminal 1 Selection of Channel 6 2 Selection of Frequency 6 3 ele 6 e 6 real Pm 7 lA Features eter ettet eren e e e eee eren red 7 1 2 Basic Components ie grt RP puedes 8 Chapter 2 Specifications meneennsnnnnnsnnnnnss 9 2 1 General specification tenente teens 9 2 2 ME HF Transmitter si RR RR ahs ahaa aces 9 2 3 ME HF Receive iy art ioner Ea E VN RE EENEN REEERE 9 2 4 DSC Digital Selective Calling W K Receiver ss 10 2 5 MFJHF Control tte aurais 10 2 6 Digital Selective Calling DSC 10 2 7 Narrow band direct Printing NBDP es 11 2 8 Printer DRU 414 deett e e ERE nette 11 2 9 Printer OKD c rtt ERR ERE REA EROR ERR 11 Chapter 3 Power Supply 5 eterne ei eere 12 3 1 Power Once ER QR ner AR 12 3 2 Operation by AC power eterne ttes 12 3 3 Operation by DC BATTERY power 12 34 BATTERY Charging iiiter ciet ig tid e i D ER ERROR 12 Chapter 4 Front Panel siisninnnennenenennensneennenenneeennnneeneneennnes 13 4 1 About Button Knob Lampe 13 2 2 LED display si teet tte epe e a o gen 14 4 3 ECD display Own tte ERR te RE ts 15 Chapter 5 SSB TEL mode uar rues e reose xci eee uana addi 16 Bil SSB Mode ee REI RU I Unde 16 5 2 SSBzMeRDU eet a ERR RERO DA entrent 16 1 Sean Type Set ett tete edens 16 2 Scan Channel Seto uuu RR US 16
66. mode 44 2 Connecting specific station 45 3 Communication in ARQ mode 45 4 Transmittinig file ettet ei recent 46 5 Transmitting of Macro Command 46 13 5 FEG EE 46 1 Connecting the other station by Selective FEC mode Ap 2 Connecting with the other station by collective FEC mode 47 3 Communication in FEC mode 47 4 Receiving of FEC mode 47 b Transmitting file ette tes 48 6 Transmitting of Macro Command 48 13 6 Other sea station or ship station edit amp resister frequency 48 13 7 Station print Counter party amp Frequency print 49 13 8 Registration of macro command 49 13 9 Elte E Friedl Ge 49 13 10 Initial setting of system set eee 50 1 Setting of 0 ARQ FEC 4 or 5 digit ID 50 2 Setting of 1 ARQ FEC 9 digit ID 50 3 Setting of D Answer Back Code 50 4 Setting of D Collective FEC Receiving sss 50 5 Setting of 4 Maximum FEC Error Ratio 50 6 Selecting of IS NAVTEX Station Selection 51 7 Selecting of 6 NAVTEX Message Selection 51 8 Selecting of 7 NAVTEX ID Data Clear sss 51 O 8 ID El ugoe E OT EE 51 LO 9 Etc Setting set Up 51 TST SNBDP test RR ERR ERRORS 52 132 ICD Off eee ee e ten e ee em eR net 52 Chapter 14 NBDP Terminal Circuit eeeeeeeeeeeeeees sienne nennen nnne nnnm nnns 53 14 1 Overview eee 53 14 2 Connection
67. n 2 How to use this function with function key a Press F12 and LCD will be off b Other functions are on except LCD If any button is pressed or RX is done LCD screen will be on MM M SAMYUNG ENC Chapter 14 NBDP Terminal Circuit 14 1 Overview e SN 100 consists of NBDP Receiver CONNECTION BOARD CPU BOARD PLL BOARD and POWER SUPPLY e There is power input SRG 3150DN connector W K receiving connector TX AND RX cable connector EARTH Plate keyboard connector EMC LIGHT connector in the down part of rear side 14 2 Connection board T 130 e As T 130 is PCB which is connecting CPU BOARD and other PCBs when receiving the signals that come from NBDP receiver pass active filter consisted of IC5 IC6 IC7 IC8 and then as it is made square wave as clipping through U5 DOT PATTERN signal is generated When receiving 1 7kHz 85Hz signals are generated through DM1 and then it is delivered to SRG 3150DN 14 3 NBDP receiving unit T 132 e 1 132 PCB is NBDP receiving unit which consists of frequency filter and amplifier MIXER ATT AGC B K control circuit After the signals received through MF HF Antenna amplify with wide amplifier it is divided into two parts through SPLTTTER SP1 The inside of NBDP Receiving unit The signal that comes into filter selects the filter assigned each frequency as U4 and U6 And 1 st LOCAL through IC2 2 nd LOCAL through IC1 and BFO signal through U1 should
68. ncies which is memorized by user in DSC mode CH7 19 Q FORMAT A kind of calling Group Group calling fixed CATEGORY Purpose of calling Routine use general fixed 21 SAMYUNG ENC ee PARTY ID Input the ID of counter party A V Move to PARTY ID Selected Number button Input ID Set up TEL CMD1 Set Telecommandi A V Move to TEL CMD1 Press to change J3E TP FIB J2B TTY FFC TEL CMD2 Fix No information WORK FRQ Operational frequency A V Move to WORK FRQ Selected Number button Input TX frequency Set up Number button Input RX frequency Set up EOS Completion of DSC message EOS End of Sequence EOS Auto set fixed b Function Keys 1 Save 2 F C SP 3 Search ID After inputting data press and it is saved select PARTY ID press and registered ID list shows select by allv gt SAMYUNG 101010000 Ref How to register ID MENU 9 SYSTEM SET 5 ID FR TEL setzt ID Edit and register Select WORK FRQ pressis and registered frequency list shows gt select by AItv 2 TX FREQ RX FREQ 10 000 0 20 000 0 14 000 0 14 000 0 22 Ref e How to register frequency that communicate with voice MENU gt 9 SYSTEM SET gt 5 ID FR TEL Set gt 3 Work Frequency Edit and register C After
69. necting at rear of the transmitter receiver Fuse be cut in case of power polarity supply opposite C Check power supply voltage at the power supply connector If 24V 10 is 21 6 26 4V it s correct Have to maintenance if over or less the badness of power supply equipment POWER SUPPLY or BATTERY d Change same goods if check power circuit T 1110 PCB SRG 3150DN it is badness 3 Transmitter e Check follow as when hand set is correct When transmitter switch hand set can t receiver at the operating check the connecting condition a Check antenna amp power Can t receiver when channel selecting is incorrect or selected ban channel b Check T 1110 SRG 3150DN PCB and T 1113 SRG 3150DN PCB if this part is not good have to change C Not able to receive from unmatched channel and error sign is displayed 4 Receiver e After check each switch selecting is correct for the first time check as follow a Check connects of speaker after check air antenna or power b Check T 1110 PCB if this part is not goods have to change same goods C Check to become OFF MODE check MAIN or EXTERNAL speaker select correctly 5 DSC Receiver e After check each switch selecting is correct for the first time check as follow a Check air antenna connection for DSC b Check T 1112 or T 1110 PCB of inside of equipment if this part is not good have to change same goods SAMYUNG ENC 6 Switch and Display
70. ng channel a Press F2 button on the keyboard and Link Menu screen shows Station Shanghai 04 03 2002 14 28 CH 105 TX 8 385 RX 8 425 Link Mem TLX 50 KHz 50 KHz 00 VOLUME 100 J Tx Power fl AGC Hn of Ln EB lI ED D EH mu b Move the cursor with 4 button to 1 ARQ gt press Enter then it will be connected with other party through ARQ mode in present setting Channel Station Shanghai 04 03 2002 14 28 100 CH 105 TLX TX 8 385 50 KHz RX 8 425 50 KHz Bo Link Menu VOLUME 100 INIT r 2 FECI I 100 off IR OS EE um uulmuulxs i 2 Connecting specific station a Call the menu pressing F10 to call SUB MENU key Station Shanghai 04 03 2002 14 28 100 CH 105 TLX Main Menu TX R ann AN KHz I RX KHz 00 FEC Vi Station Edit Kate 0 Station Print 100 Macro Command 5 Editor System set RF Gain Power NBDP Test 100 LCD off F12 High L Mr LB HE HH E HuuIuiu O b Move the cursor with 4 button to O ARQ gt press Enter and the following screen will appear Station Shanghai 04 03 2002 09 15 Station Name Select Station 1D Station ID Seoul 004400002 Murmansk 3707 Nagasaki 2361 NBDP MSI NAVTEX Eam 1460 JJJ Hongkon
71. ntenance had better be carried out in our agent or SAMYUNG ENC CO LTD 55 samvune enc Chapter 16 Circuit Diagram amp External Diagram 56
72. ode 6 In case of checking the charged current the switch of CURRENT is turned to CHARGER n case of transmitting SSB the switch is turned to TX in order to check the current e REFERENCE SP 1250ADC is designed to connect with SSB SRG 3150D only and it is charged as own battery power according to the regulation of IMO GMDSS If it is connected with other SSB equipment you should intercept the charging circuit in SP 1250ADC and use the high capacity charging 11 4 In case of over current e In case of being over than 45A current the LED red light of OVER CURRENT is on and the buzzer is ringing On this occasion intercept the Power Switch AC DC for over than 1 minute and turn the Power on after deleting the occasion SAMYUNG ENC Chapter 12 Circuit explain 12 1 Overview of SRG 3150DN e SRG 3150DN MF HF DSC RADIO equipment consists of circuit PRINTER ATU SAT 100 RX ANT TX RX ANT W K NBDP SN 100 SRG 3150DN SYSTEM e Control circuit e MF HF Transmitting filter Circuit ATU W K Receiving Circuit SAT 100 Power Amplifier Circuit e Front Panel PRINTER lt ft SRG 3150DN MF HF BLOCK DIAGRAM gt SRG 3150DN consists of Power Amplifier circuit Control circuit MF HF Transmitting filter circuit Front Interface W K Receiving Circuit At the rear side of this equipment there are connectors connected with ATU BOX SAT 100 SP 12
73. ollow Undesignated P Abandon ship if E a V Piracy Attack DSC ose a Man Overboard 1 Distress msg edit Sg 5 Jesse waa di Tafel Goto the menu you want Sei 3 Group msg edit Selected 4 Geography msg edit 5 Auto Semi AT msg edit s 6 Dist ack rly msg edit POSITION Position of distress ATT3 7 Ordinary ack msg edit BxG 8 Display amp Print msg Auto set in a connection with GPS E 9 System Set A V Move to POSITION CA 2007 o EE The below box shows 1 Distress msg edit ME E a In case of calling distress North latitude 00 00 0000 90 00 0000 east longitude 000 00 0000 180 00 0000 1 Distress msg edit is selected IW Ee The below box shows South latitude 00 00 0000 90 00 0000 west longitude 000 00 0000 180 00 0000 NENNEN NO DATA Number button Input the value CH 2301 NO DATA CH 302 NO DATA Set up CL LZ Ref Press A Ww to change N E CH 399 NO DATA L S W S E IN W_ in turns H the value is beyond the value range the set up can not be done Ref a Ww Moving up and down with 1 step channel Cal Kl Moving up and down with 10 step channels A LV L lt 4 gt Select Channel that format is Distress 19 SAMYUNG ENC eee DIST UTC Set time of distress A w Move to DIST UTC The below box shows Time of Distress 00 00 23 59
74. or 5 digit ID 2 Enter A Input the ID with Number button Enter press ESC and it will be saved and back to Main Menu Ref this wil be done durin and the user can not change installation 2 Setting of 1 ARQ FEC 9 digit ID e After b select 1 ARQ FEC 9 digit ID 2 Enter input the ID with Number button2 Enter press ESC button and it will be saved and back to Main Menu Ref this will be set up durin and users can not change installation 3 Setting of 2 Answer Back Code e After b select 2 Answer Back Code Enter gt input the code with Number amp Alphabet button 2 Enter 2 press ESC button and it will be saved and back to Main Menu ex MMSINo 9 digit ANS Backcode X gt 123456789 ABCD X Ref this will be done durin and users can not change installation 4 Setting of 3 Collective FEC Receiving e After b gt select 3 Collective FEC Receiving select On or Off with Enter button press ESC and it will be saved and back to Main Menu 5 Setting of 4 Maximum FEC Error Ratio If RX character error rate in the FEC MODE is higher than the set up value the RX will stop Example if error rate set up value is 30 the error rate is above 30 the RX will stop How to set up After b 2select 4 Maximum FEC Error Ratio Enter gt input the ratio by Number button 2 Enter 2 press ESC button and it will
75. ove the cursor to 2 Station Edit with button 2 Press Enter and the following screen shows Station Shanghai 04 04 2009 2 38 Station Name Select Station D Station ID 004400002 236 Murmansk 3707 361 NBDP MSI NAVTEX Hongkong 1480 1480 JJJ 2222222 Hongkong 4631 4631 Singapore 4620 Shanghai 2010 Moskva 3701 Novorossiy sk 3711 Vladivostok 3714 Arkhangelsk 3708 LB gu dg E3sxu Z8 I C Revert the other station you want to communicate using 4 gt button gt press Enter button the following screen will show Station Shanghai 04 04 2002 2 39 Station BR ID 4631 J Loc IN EF J Rx 6 271 50 6 322 50 8 381 50 8 451 50 8 384 50 8 424 50 12 483 00 12 585 50 12 488 50 12 591 00 49 5 ON ob of SOU ON CN oO bp T d Move the cursor to Station input part 5 press Enter e Input Station name 2 Press Enter and it will be saved f Move the cursor to ID input part press Enter g Input ID Press Enter and it will be saved h Move the cursor to the TX of the channel 5 press Enter button I Input TX Frequency press Enter and it will be saved j Move the cursor to Rx of the Channel press Enter k Input RX Frequency 2 Press Enter and it will be saved L Press ESC and Main Menu screen shows SAMYUNG ENC 13 7 Station print Counter party amp Frequency print a Press
76. r status by printing the test print 4 NBDP Rx TX Test Test NBDP terminal by TX RX signal 5 Freq Shift Correct Function to compensate 1 Local frequency Transmitter send 14MHz 1400Hz signal and exclusive receiver receives the signal and compensate the 1 local frequency 52 button Press Enter and the following screen shows 6 Freq Shift View After Freq Shift Correct this shows how well the frequency compensation is done Ref press Enter button or ESC button and it will be back to NBDP Test Menu screen 7 Freq Shift Clear Function to clear the frequency compensation Ref Freq Shift Correct precaution Operate main unit and terminal after full warm up Perform NBDP RX TX Test and check it is ok Check the Freg Shift View Perform NBDP RX TX Test and check the test result is ok 13 12 LCD Off 1 Operation on MENU a Press F10 button on the keyboard and Main Menu screen shows Station Shanghai 04 03 2002 14 28 105 285 AN Main Menu TLX KHz reu KHz Bo FEC 2 Station Edit VOLUME 3 Station Print 100 cro Command 5 Editor System set NBDP Test B LCD of f F12 LB EHE uu se mnm b Move the cursor to 8 LCD Off F12 with 4 button press Enter button and LCD screen will be off C Other function is working except LCD off If any button is pressed or reception is made LCD will be o
77. ress KMODE to go to DSC mode select to the channel by dial CH Ref Press twice CN Lech and select to the channel CH and input the wanted channel by Number and then press 3 2 Frequency Selection e Press twice FUNC J A and select TX Input the wanted frequency by No button press 2 Ref Missing frequen input with alarm sound range Cannot be SAMYUNG ENC a 3 3 Call e Press KMODE to go to DSC mode select to the channel by dial CH gt Cas 3 4 DSC Message RX Auto Reply e When receive DSC message and Auto ACK on can work automatic answer e When receive DSC but Auto ACK off and then don t work automatic answer 1 How to set DSC mode press MENU 9 SYSTEM SET 0 Etc Set 4 Auto Ack and finished setting 4 Distress transmit 4 1 Transmit signal DISTRESS by Emergency Transmitter KEY 1 Hold on 3 seconds MM pprsrREsS and then transmit signal 2 If you don t have any reply flicker the red DISTS display as follow on screen and transmit channel from 1 to 6 after 4 minutes 3min and 30sec 4min 40sec 3 Press CALUSTOP and then stop to transmit How to use SN 100 NBDP Terminal 1 Selection of Channel 1 1 Change CH on screen gt Select wanted channel by No button and press Enter 1 2 Press F6 Input the wanted channel by No button Press Enter 2 Selection of Frequency 2 1 TX e Pre
78. s selected Press to change on off Ref showed ACK on screen in case of n setting on SAMYUNG ENC Pct teABNLL LCOUn n00 UnO OUR U Q CQ QO QQQ QT e 5 DSC Msg Receive Receive DSC message 5 DSC Msg Receive is selected Press to change on off Ref message receiving is not available e 6 DSC Trans Mode Set DISTRESS TX channels SIN single or MUL multi 6 DSC Trans Mode is selected Press to change MUL SIN Ref Select MUL transmit 6channels in turns and select SIN the first channel 2 187 50 KHz just transmit 5 times repetitively e 7 DSC Geo Range Geography message transmitting 7 DSC Geo Range is selected Press to change 120 240 360 500 600 NM Ref MENU gt 4 Geography msg edit on screen In case of settin PARTY AD area range just input latitude and longitude and press and then setting value shown that are inputted of changing value of latitude range and longitude Set area range 8 Dist Key Test DISTRESS button Test 8 Dist Key Test is selected The below box shows Press Distress Key Press Ministres for 3 seconds and the below box shows Press Stop Key Back to Main screen e 9 Medi Trans Set Set Medical Transport on off O Medi Trans Set is selected
79. s signal edit and press Bei How to register Telephone No MENU CALLSTOP and then can be transmitted 9 SYSTEM SET 5 ID FR TEL Setz TX Freq Set TX frequency 3 Telephone No Edit and register A w Move to Irx Freg C After setting items press WAS and signal The below box shows transmits 01 2 187 50 02 4 207 50 d Coast station call by telephone with calling data 03 6 312 00 connect the signal and send ACK signal to ship and 04 8 414 50 then will be communicated as switching fixed voice 05 12 577 00 communication frequency 06 16 804 50 19 8 414 50 6 Dist ack rly msg edit A Y The frequency is selected a After inputting the info use this menu to respond to distress signal and manual relay of the Selected distress message Ref Indicate the frequencies which is 6 Dist ack rly msg edit is selected memorized by user in DSC mode CH7 19 The below box shows FORMAT A kind of calling 2 Manual A w Move to FORMAT a m press E to chenge PARTY ID 000000000 Geography Individual NATURE POSITION No E CATEGORY Purpose of calling DIST UTC TEL CMD Distress Distress calling fixed EOS ACK RQ 26 SAMYUNG ENC PARTY ID Input the ID of counter party n case of selecting Individual in FORMAT input ID A V Move to PARTY ID Selected Number button Input ID Set up e Select FORMAT In case of Geography
80. screen press Enter and it will be saved and it will be back to Edit screen message screen e Press F1 and you can call the saved message FEC NAVTEX RX data Ref From Slot 01 to Slot 20 User can save the file from RECV 01 to RECV 20 FEC Received Data NAVTEX Received Data are automatically saved Ref Press ESC and back to edit ms screen f Press F10 and Edit Exit Screen shows select Yes Press Enter and it will back to Main Menu 13 10 Initial setting of system set a Press F10 button on the keyboard and Main Menu screen shows Station Shanghai SPK 100 04 03 2002 14 28 CH 105 TLX KHz KHz 00 VOLUME TX amp 3846 n Main Menu RX rv voi FEC 2 Station Edit 0 3 Station Print 4 Macro Command 5 Editor 6 System se 7 NBDP Test IR 9 o sg E HH3mxu o bt liu b Move the cursor to 6 System Set with 4 button Press Enter and the following screen shows Station Shanghai 04 03 2002 14 28 System Setting RENTREE 0000 ARQ FEC 9 digit ID 111111111 Answer back Code FFFF X Collective FEC Receiving On Maximum FEC Error Ratio 1096 auAun NAVTEX Station Selection NAVTEX Message Selection NAVTEX ID Data Clear ID Printing Etc Setting oon IR WM ss UN DE EE 50 1 Setting of O ARQ FEC 4 or 5 digit ID e After b select TO ARQ FEC 4
81. set setting value of SSB particular sound clearance highly cannot receive slight signal 4 SQL Set is selected The below box shows SQL Sense 10 Set range 1 20 SQL Delay 5 Set range 1 20 A V Move and select to wanted function Selected Number button Input the value Set up Press to back to main screen Ret SQL Sense Set sensibility of SQL SQL Delay Set delay time of SQL circuit SAMYUNG ENC BE LLLLL LL I AI3XIlS 5 LCD Contrast Set 5 LCD Contrast is selected Press to change the LCD brightness From 1 5 step Higher value and more thicker 6 Tx Power Set a Adjust TX power 6 Tx Power is selected Select HIGH MID LOW b If Tx Power HIGH Display HIGH SRG 3150DN J3E 150W FIB 100W MID display MID SRG 3150DN J3E 100W F1B 100W LOW display LOW SRG 3150DN J3E 50W F1B 75W 7 Manual Tuning a ATU tuning by manual 7 Manual Tuning is selected The below box shows TX Power Tune 0 0 uH OFF OFF lt gt Select the point which it is to be adjusted by 9 A V Adjust it s value by A V Selected Ref ress the value adjusted is input and return main menu On manual tuning TX power has not changed while switching frequency 8 ATU Version ATU Program Version 8
82. setting items press GALUSTOP and group call signal transmits d When ACK response signal is received communication can be possible with the voice communication frequency 4 Geography msg edit a calling all ships by coast station call Use for communicating with all ships about safety and others by coast station call e When coast station call will be waited automatically all ships as set voice communication frequency b calling all ships by base of ships It s no use generally Use for emergency or sending information 4 Geography msg edit is selected The below box shows important CH 2300 NO DATA CH 2301 NO DATA CH 302 NO DATA CH 399 NO DATA LAJ V lt gt The channel is selected The below box shows 1 Save 2 F C SP 3 Search ID Tx Freq 2 187 50 FORMAT Geography CATEGORY Safety PARTY ID N E DA DO TEL CMD1 J3E TP TEL CMD2 No information WORK FRQ EOS EOS TX Freq Set TX frequency A V Move to ITX Freq The below box shows 01 2 187 50 02 4 207 50 03 6 312 00 04 8 414 50 05 12 577 00 06 16 804 50 19 8 414 50 LAILY The frequency is selected Selected SAMYUNG ENC Dac tliAELL O E Q Q QC QC CQ CQ Ref Indicate the frequencies which is memorized by user in DSC mode CH7 19 Q FORMAT A kind of calling Geography ocal calling fixed
83. sor to 4 Macro Command with button gt Press Enter and the following screen shows Station Shanghai 04 03 2002 14 28 100 105 TLX 8 3 Macro Command Edit S NOO N003 VOLUME N004 N005 100 NOO6 N007 RF Gain Gain 100 No OS RO 3 WM RM OM 9 RR CURL ee C Move the cursor amp select the command no with Tafele button2 Enter 2 Type command with keyboard 2 Press Enter and it will be saved d Press ESC and Main Menu screen shows 13 9 Editor mode a Press F10 button on the keyboard and Main Menu screen shows Station Shanghai 04 03 2002 14 28 1100 105 TLX KHz te KHz 00 1 FEC 2 Station Edit VOLUME 3 Station Print 100 4 Macro Command 5 Editor 8 System set ae me M 7 NBDP Test Power AC 8 LCD of FI2 high off LL B HH EH E ON 9 DNS ONE b Move the cursor to 5 Editor with 4 button Press Enter and the following screen shows Main Menu 0 ARQ 04 04 2002 18 05 os WR Ren EE c NN RS E EE EC o NN GE 0 EN 49 samyunc enc c Message can be written and revised Also FEC NAVTEX Received DATA is saved here Ref The Function can be used to make message using function key on the botton of Edit message screen d Press F2 input File Name gt Enter Select Slot no on the Slot Number
84. ss F7 input the wanted communicate frequency by Number press Enter 2 2 RX e Press F8 input the Number press Enter 3 ARQ mode e Hold F2 Select ARQ You can access to one by ARQ MODE 4 FEC mode e Hold F2 Select FEC You can access to one by FEC MODE wanted communicate frequency SAMYUNG ENC Chapter 1 Overview e GMDSS Global Maritime Distress and Safety System is an internationally recognized distress and radio communication safety system for ships replacing the previous ship to ship safety system which relied on a manual Morse code system on 500 kHz and voice radiotelephony on Channel 16 and 2182 kHz The GMDSS is an automated ship to shore system using satellites and digital selective calling technology The GMDSS is mandated for ships internationally by the International Maritime Organization IMO Safety of Life at Sea Convention SOLAS 1974 as amended in 1988 and carries the force of an international treaty e SRG 3150 and SN 100 are composed of MF HF transceiver DSC DSC W K Receiver NBDP Automatic alarm telephone for suitable automatic digital communication at the distress and safety normal situation SN 100 uses being connected to Transceiver SRG 3150DN output sub carrier signal to transmit NBDP data displays the information on the display which is demodulated RX signal receiving from antennas e SRG 3150DN frequency range TX 1 6MHz 27 5MHz RX 500kHz 29 99999
85. ssage appears goes to mode and edit and change DSC channel by front knob hand MIC up down Ref DSC mode MENU gt 2 Individual Msg Edit can be edited in DSC Message by A V 4 It can be moved by cursor on menu mode by CH dial 5 If you want to stop on receiving DISTS amp OTHER press SAMYUNG ENC ES Chapter 6 Digital selective calling DSC mode 6 1 The selection of DSC mode e Set DSC Mode by on the front Panel as Press display can edit msg on the follow screen Or can be edited what you want f FORMAT Distress 300 NATURE Undesignated E a M AO HIGH F AC H DSC POSITION N DIST UTC eme R 2 187 i 50 TEL CMD J3E TP E0S EOS RX 2 a 1 87 50 FORMAT A kind of calling 1 Distress Distress calling fixed ATT3 AGC RG 0 0 CH IN MAN N 35 05 E129 03 NATURE The type of distress KA 2007 06 28 11 36 MMSI not entered L fA w Move to NATURE a CH1 CH6 In case of emergency only Not possible to use in a normal condition The below box shows b CH7 CH19 Normal can be used by users and Fire Explosion pressing SCAN key it can scan only in specified Cell ing data location within CH7 CH19 channel OSON Grounding z Listin 6 2 DSC menu display Sinking Press on the initial screen of the DSC Adrift mode the sub menu screen is set as f
86. ted IE Selected Number button Input ID Set up e 3 Work Frequency edit 5 ID FR TEL Set is selected Selected V 3 Work Frequency is selected Selected Number button Input TX frequency Set up Number button Input RX frequency Set up 008 e m 4 Telephone No Edit 5 ID FR TEL Set is selected Selected 4 Telephone No is selected Selected Number button Input telephone number Set up 0808 29 SAMYUNG ENC 6 WKR Scan Set 6 WKR Scan Set is selected The below box shows 21875 on 4207 5 on 6312 0 off 8414 5 on 12577 off 16804 5 off A V The frequency is selected Press to change on off Ref 2187 5 and 8414 5 must be on 7 Data Clear Able to delete the user data and received data 7 Data Clear is selected The below box shows 1 DSC Made File clear User DSC data 2 DSC Distress clear DSC data 3 DSC Ordinary clear Received data 4 DSC Channel clear Clear all data of DSC to make an initial A VW Goto the menu you want The below box shows No Yes 5 DSC All Data clear v Move to Yes The data will be deleted 8 ID printing Print ID 9 Data Transmit Able to select type of transmitting data and can be used in data transmitting L 9 Data Transmit is selected The below box shows
87. ting IC ANT SWR displayed on receiving IC End Current ANT Antenna Current SWR Standing Wave Ratio VOLT it means electricity voltage and In case of setting IC ANT and SWR display reference to transmitting 7 Auto Tune Matching all channels automatically 7 Auto Tune is selected The below box shows Freq 2 032 0kHz Tune Tuning 8 Self Test Self test function LI 8 Self Test is selected The below box shows Version 2 0 Receiver good Watch R good Exciter good Tuner good 9 Key Test Test button the front screen EJ 9 Key Test is selected When press selected button and then display title that selected button on the screen 18 5 3 Additional Functions ITU Channel AM mode Etc 1 ITU Channel CH401 CH2510 it can be selected by CH and Number on SSB Mode if it is within reference to range channel it can be switching channel by dial or button up down of Hand MIC 2 Press RODEN it switches AM H3E mode use it switches another mode SSB or DSC Ref there s no TX display at the AM onl RX AGC is set automatically y eg a Y n M dE HIGH AC 2187 E El LII RX AGC RxG 0 0 CH 1 MAN N 35 05 129 03 tX 2007 06 28 11 36 MMSI not entered Fi 3 y VT us 3 DSC Channel CH300 CH399 DSC me
88. tress Acknowledge Signal for operation instructions If DSC distress or alarm call rings 3 3 Operation by DC BATTERY power e When AC power is disconnected the SRG 3150DN switches to DC operation and DC LED on MF HF control panel will light up automatically When it is transmitted to DSC AC signal will be changed to DC on upside of transceiver LCD display Moreover changing to DC mode will be displayed on downside of that And receiving output is converted to LOW 12 3 4 BATTERY Charging e When connected to AC power except of switch on of transmitter power supply AMP power the battery is automatically charged a low current is supplied to maintain the rated battery voltage The charge mode indicator between automatic and normal is by the charge switch on the system cabinet 1 AUTO MODE When the battery is out charged automatically Full time charged is set general mode 2 NORMAL MODE It is charged battery regardless battery is status To use battery longer it is required to maintain properly for battery Maintaining battery according to the instruction manual 3 OFF MODE Set the middle of switch between AUTO amp NORMAL SAMYUNG ENC Wee Chapter 4 Front Panel 4 1 About Button Knob Lamp ae AIT3 8 AR t SCN HIGH F A 9SB 42 015 67 B 12 245 67 en Sp 0 0 E HAM N 95 05 129 09 cH 299 WHS not entered
89. ussing to be back up by battery built Memory status before normal of power and in case of normal possible to rebuild 12 3 MH HF Transmitting Filter Circuit T 1101 e This PCB circuit converts the TX RX signal as Relay RY17 by a TX 12V e The signal comes from whip antenna is transferred to a main board T 1110 through Diminishable Relay BK Relay Over input protect 40 circuit and it receives a TX signal from PA board T 1113 and select the proper filter in a frequency band and then remove the harmonic wave and transferred to antenna through power sensor circuit samyunc enc 12 4 W K Receiving Circuit T 1112 mE FA 40 455 UH VOX 17 xt LOCAL gt PLS Sq ae ckHz W WiK SIC pay pm umeu FI E erm Err wk oro UIS WIEK ANT N wer 2unz a P m q o P ead Se je 8 5 eounz 3 bii 1B 46 Ups MOX 8 ng LOAL W K RECEIVER BLOCK DIAGRAM gt e RX method is a Double Super heterodyne receiver as such MF HF receiving method and 1 st intermediate frequency is 49 455MHz and 2 nd is 455 KHz 14MHz standard frequency supplied from MAIN T 1110 is supplied to MIXER making each SYNTHESIZER frequency into a PCB board 1 Receiving signal in ANTENNA terminal pass through input over voltage protecting circuit and BAND PASS FILTER per frequency 2 187 5 4 207 5 6 312 8 414 5 12 577 16 804 5MHz and is closing in DSC distress safety frequency FILTER

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