Table of Contents
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RF Exposure Warning :
※ 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.
※ 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.
Warning
Information to user
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Table of Contents
Summary of Contents for Samyung SRG-315DN
- Page 1 Warning RF Exposure Warning : ※ 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...
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Page 2: Table Of Contents
Contents SRG-3150DN Rev.1.1(080409) SRG-3150DN How to operate basic function and Distress transmitting 1. Set MMSI ID ......................... 5 1.1. Self-ID ......................5 2. SSB mode ........................5 2.1. Channel Selection ................5 2.2. Frequency Selection ................5 2.3. TX, RX ......................5 3. - Page 3 (4) SQL Set .....................16 (5) LCD Contrast Set ..................17 (6) Tx Power Set ...................17 (7) Manual Tuning..................17 (8) ATU – Version (ATU Program Version) ........17 (9) Remote Set .....................17 (10) System Set ....................17 5.3. Additional Functions (ITU Channel, AM mode, Etc.,) ......18 Chapter 6.
- Page 4 12.6. Front Panel (T-1114) ..................41 12.7. Function Diagram of Rear Side ..............42 Chapter 13. NBDP Terminal ....................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.
- Page 5 15.1. Overview.........................54 15.2. Measuring Instrument ..................54 15.3. Maintenance & repair of SRG-3150DN ...........54 (1) Antenna ....................54 (2) Power Supply ..................54 (3) Transmitter ....................54 (4) Receiver ....................54 (5) DSC Receiver ..................54 (6) Switch and Display ................55 15.4. NBDP SN-100.......................55 (1) Power Supply ..................55 (2) Screen Display ..................55 (3) NBDP Data Receiving .................55 (4) NBDP Data Transmitting ..............55...
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Page 6: Srg-3150Dn How To Operate Basic Function And Distress Transmitting
SRG-3150DN How to operate basic function and Distress transmitting 1. Set MMSI ID (Maritime Mobile Service Identity) 2.2. Frequency Selection • 1)Press twice( )and select to [TX] Press button and ON, It stop at the below Input frequency by [No. button] initial display, press •... -
Page 7: Call
3.3. Call 4. Distress transmit • Press to go to [DSC] mode 4.1. Transmit signal(DISTRESS) select to the channel by dial [CH] Emergency Transmitter KEY (1) Hold on 3 seconds [DISTRESS] and then transmit signal. 3.4. DSC Message RX Auto Reply •... -
Page 8: Chapter 1. Overview
Chapter 1. Overview • GMDSS(Global Maritime Distress and Safety 1.1. Features System) is an internationally recognized distress (1) Possible Range and radio communication safety system for ships • Because MF/HF Transceiver(SRG-3150DN), DSC replacing the previous ship to ship safety system, W/K Receiver, DSC, Distress alarm telephone is built which relied on a manual Morse code system on in SRG-3150DN, You are able to use itself without... -
Page 9: Basic Components
1.2. Basic Components • This equipment is composed of SRG-3150DN and SN-100(NBDP), each item is made by functional PCB and sorted by standard and option. << Standard Components List >> Remark Description Model Q’ty MF/HF-DSC 송 수신기 SRG-3150DN 1set MAIN BOARD T - 1110 TX FILTER T - 1101... -
Page 10: Chapter 2. Specifications
Chapter 2. Specifications 2.1. General specification • This radio equipment SRG-3150DN has been (7) Number of Channels: tested by the recommendation standard of IMO. SSB x 299, ITU x 271, DSC x 19 (8) Modulation type: (1) Power Supply (SP-1250ADC) AC 100-120/200-240V, 50/60Hz, 6% single-phase, Low power stage balanced modulation (9) Occupied Bandwidth:... -
Page 11: Dsc (Digital Selective Calling) W/K Receiver
(7) Clearness: ±120Hz (9) SPURIOUS RESPONSE: (8) Overall Distortion & Noise : With a wanted signal of 10㎶ and 31.6㎷ zero With an input voltage of 30uv, the ratio between modulated interference signal which excludes the an audio frequency output of 1000Hz and its range within 750hz of the wanted signal, the unwanted component is more than 20db. -
Page 12: Narrow Band Direct Printing (Nbdp)
2.7. Narrow band direct Printing (NBDP) (1) Protocol • Diameter : 48mm CCIR recommendation 625.476-4.490491.492-3 • Length : about 28m & CCIR F130 (2) Calling mode : (5) Etc Individual and group calling with 5 digits and 9 • Power Supply : DC 6.5 ~ 13.6V digits select call number. -
Page 13: Chapter 3. Power Supply
Chapter 3. Power Supply 3.1. Power On 3.4. BATTERY Charging • When connected to AC power, except of switch (1) AC power plug put in plug receptacle, connect the battery with rear socket. on of transmitter power supply AMP power, the (2) Check the indication of light on: AC IN, DC IN, battery is automatically charged, a low current is and DC OUT of front panel. -
Page 14: Chapter 4. Front Panel
Chapter 4. Front Panel 4.1. About Button, Knob, Lamp < SRG-3150DN Main Unit > : Selecting "CH" "TX" "RX" in ①. KEY Panel Order. (Be available to select Channel and TX/RX Frequency) ②. Front Panel(LCD) - Mode / Frequency / Channel : Select ATT in order. -
Page 15: Lcd Display
(14) LED Display : ON/OFF AGC. [DISTS]: When receive a Distress signal by W/K (Display LCD left-bottom) receiver or transmit a Distress alarm signal, be Adjust automatically gain that bundle flickered LED indicator. amplification of receiver. [OTHER]: when receive DSC without DISTRESS (Auto Gain Control: It means that system maintain signal, be flickered Green LED Indicator. -
Page 16: Lcd Display Flow
e) HIGH : Display transmitting power. 4.3. LCD display flow HIGH : SRG-3150DN (J3E:150W, FIB: 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). -
Page 17: Chapter 5. Ssb (Tel) Mode
Chapter 5. SSB (TEL) mode 5.1. SSB Mode [▲][▼] Move, and select to wanted function, Press button on front panel, and then go to SSB mode. Selected. [Number button] Input the value. Set up. Press to back to main screen. [Ref.] ☞... -
Page 18: Lcd Contrast Set
(9) Remote Set (5) LCD Contrast Set a) Set remote operating. 9. Remote OFF is selected. 5. LCD Contrast is selected. Press, can be changed 9.Remote Press to change the LCD brightness Display "REM" on the main screen. From [1] ~ [5] step. b) Press and then change to remote off. -
Page 19: Additional Functions (Itu Channel, Am Mode, Etc.,)
5.3. Additional Functions ⑥ [6.ADC Value]: RXG in first display – Show (ITU Channel, AM mode, Etc.,) selecting ON/OFF. 6. ADC Value is selected. (1) ITU Channel [CH401 - CH2510], it can be Press, and then can select IC, ANT, SWR, VOLT. selected by [CH] and [Number] on SSB Mode, if it is [Ref.] ☞... -
Page 20: Chapter 6. Digital Selective Calling (Dsc) Mode
Chapter 6. Digital selective calling (DSC) mode 6.1. The selection of DSC mode Press, display can edit msg. on the Set DSC Mode by on the front Panel as screen. (Or can be edited what you want.) follow. ① [FORMAT]: A kind of calling. Distress : Distress calling(fixed) ②... -
Page 21: Individual Msg Edit
① [TX-Freq]: Set TX frequency. ④ [DIST-UTC]: Set time of distress. [▲][▼] Move to TX-Freq [▲][▼] Move to DIST-UTC The below box shows. The below box shows. 2,187.50 - - : - - - : Time of Distress(00:00 - 23:59) 4,207.50 [Number. -
Page 22: Group Msg Edit
⑦ [WORK FRQ]: Operational frequency. c) After setting items, press [▲][▼] Move to WORK FRQ “individual call” signal transmits. Selected. When response signal received, [Number. button] Input TX frequency. communication can be possible with the voice Set up. communication frequency. [Number. -
Page 23: Geography Msg Edit
④ [PARTY ID] : Input the ID of counter party. ☞ How to register [Ref.] frequency that communicate with voice: MENU>9.SYSTEM [▲][▼] Move to PARTY_ID SET>5.ID/FR/TEL Set>3.Work Frequency Selected. Edit and register. [Number. button] Input ID. c) After setting items, press and “group Set up. - Page 24 c) Function Keys [Ref.] ☞ Indicate the frequencies which is memorized by user in DSC mode CH7~19. ① After inputting data press and it is saved. ② [FORMAT]: A kind of calling. Geography : local calling(fixed) ②select [PARTY-ID] press and registered ID list shows select by [▲][▼] ③...
- Page 25 ④ [PARTY AD]: Input location data [▲][▼] Move to PARTY_AD [Ref.] ☞ φ = Latitude Selected. λ = Longitude N _ _ : North latitude (00 - 90) (φ ) Δφ = Latitude Range S _ _ : South latitude (00 - 90) (φ...
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Page 26: Auto/Semi-At Msg Edit
(5) Auto/Semi-AT msg edit ⑤ [TEL CMD1]: Set Telecommand1. communicating connected with [▲][▼] Move to TEL CMD1 telephone. The below box shows. 5.Auto/Semi-AT mag edit is selected. The below box shows. CH = 300 (NO DATA) CH = 301 (NO DATA) CH = 302 (NO DATA) ……... -
Page 27: Dist Ack/Rly Msg Edit
b) It is memory channel using from 400 to 499 as ③ Select[WORK FRQ] press and registered right on the top. frequency list shows select by [▲][▼] [Ref.] ☞ [▲] [▼] : Moving up and down with 1 step channel. [◀][▶] : Moving up and down with 10 step channels. - Page 28 ⑧ [POSITION]: Input the Position of the vessel ④ [PARTY ID] : Input the ID of counter party. In case of selecting [Individual] in [FORMAT], in distress. input ID [▲][▼] Move to POSITION [▲][▼] Move to PARTY_ID The below box shows. Selected.
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Page 29: Ordinary Ack Msg Edit
(7) Ordinary ack msg edit (9) System Set a) In case of common answer call. a) in case of setting the value of SYSTEM. 7. Ordinary ack msg edit is selected. 9. System Set is selected. The below box shows. The below box shows. - Page 30 ③ [3.Dist TEL-CMD]: Set Telecommand. “SAMYUNG”, “101010000” 3. Dist TEL-CMD is selected. Press to change [▶] [▶] [▶] [J3E TP] / [FIB/J2B T]. [▶] [▶] [▶] ④ [4.LAT / LON Set]: Set Lat/Lon of GPS by hand-operation.
- Page 31 ⑩ [0.Etc. Set]: Set etcetera system. ⑥ [6.WKR Scan Set] 0. Etc. Set is selected. 6. WKR Scan Set is selected. The below box shows. The below box shows. 2187.5 4207.5 6312.0 8414.5 12577.5 16804.5 [▲][▼] The frequency is selected. Press to change [on] / [off].
- Page 32 [8. Dist-Key Test]: [DISTRESS] button Test. [5. DSC Msg Receive]: Receive DSC message. 8. Dist-Key Test is selected. 5. DSC Msg Receive is selected. The below box shows. Press to change [on] / [off]. [Ref.] ☞ message receiving is not available. Press Distress Key [DISTRESS] for 3 seconds and the [6.
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Page 33: Chapter 7. Transmitter Of Distress Signal
Chapter 7. Transmitter of distress signal 7.1. Test of Distress alert signal (2) If don’t have a answer, flicker[DISTS] LED and shown following screen then after minutes(3min 30sec ~4min 40sec), transmit channel 1 ~ 6. (1) Hold on 3 seconds [DISTRESS] in the panel, flicker DISTS] LED with alarm and after 3 seconds shown following screen, [DISTS] LED is... -
Page 34: Chapter 8. Rx Of Distress & General Call
Chapter 8. RX of Distress & 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 If the CRS reply to the Distress message, the reply messages appear. -
Page 35: General Call Rx
8.2. General call RX (1) In case [Auto ACK] is [on], if you receive individual call & group call, automatically, ACK reply transmits and the frequency is set to TX/RX counter party. (2) Flow Chart RX Individual Call Green [OTHER] LED blinks and alarm sounds. In case [Auto ACK] set is [off], press button and transmit , then the frequency is shifted to voice communication frequency and the voice... -
Page 36: Chapter 9. How To Use Print
Chapter 9. How to use print 9.1. DPU-414 Printer (1) Caution for use (4) How to store the printer paper roll a) The printing paper used for the DPU-414 is a a) Cut the printer paper horizontally. special kind of paper which turns black by the If there is the wrinkle on the paper, it may cause thermo chemistry reaction. -
Page 37: Chapter 10. How To Use Sd-250(Alarm Box)
Chapter 10. How to use SD-250(Alarm box) 10.1. Distress transmitting 10.2. In case of receiving distress signal (1) If you press 'Distress key' (Red Button) for 3 (1) Distress LED blinks and sounds 'bip'. sec., it alarms for 3 seconds. Check contents displayed on the screen and press After that, the red light is turned on with bip-sound. -
Page 38: Chapter 12. Circuit Explain
Chapter 12. Circuit explain 12.1. Overview of SRG-3150DN SRG-3150DN MF/HF DSC RADIO equipment consists of circuit, PRINTER, ATU (SAT-100). RX ANT TX/RX ANT NBDP SN-100 SRG-3150DN SYSTEM Control circuit MF/HF Transmitting filter Circuit W/K Receiving Circuit SAT-100 Power Amplifier Circuit Front Panel PRINTER <... -
Page 39: Control Circuit (T-1110)
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 < RX BLOCK DIAGRAM > RX method is a Double Super-heterodyne receiver in 2'nd MIXER (MX1), it is mixed with 2'nd LOCAL using intermediate frequencies,... -
Page 40: Local Synthesizer Circuit
(3) Local Synthesizer Circuit The output of 14MHz OCXO(Over Compensated frequency multiplier circuit and use as 2'nd LOCAL. X-tal Oscillator) is a standard frequency and PLL 3'rd LOCAL (BFO, Beat Frequency Oscillator) makes IC(IC54), VCO(VCO1), DDS(IC56) is output as 1'st 456.4kHz_125Hz signal directly from DDS (IC62). -
Page 41: Control Circuit
(5) Control Circuit control part consists 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), receiving mode, band, width) set by operating Amplifier, IC(IC22,IC42,IC46,IC48), LCD Contrast / panel of controller unit and transmit in control unit. -
Page 42: W/K Receiving Circuit (T-1112)
12.4. W/K Receiving Circuit (T-1112) RX method is a Double Super-heterodyne receiver PASS FILTER. as such MF/HF receiving method and The signal is mixed with 1'st local frequency (W/K 1'st intermediate frequency is 49.455MHz and 1'st LO) supplied from inner SYNTHESIZER and 2'nd is 455 KHz. -
Page 43: Function Diagram Of Rear Side
12.7. Function Diagram of Rear Side ① ANT ⑦ PRT or D/L(9) : : IMPEDANCE 50Ω MF/HF TX/RX. ANT. JACK PRINTER (OKI / DPU-414) connector or PROGRAM Down Load connector ② W/K : IMPEDANCE 50Ω W/K RX. ANT. JACK ⑧ REMOTE(9) : REMOTE INTERFACE connector ③... -
Page 44: Chapter 13. Nbdp Terminal
Chapter 13. NBDP Terminal 13.1. NBDP Terminal Main Unit ①. FRONT PANEL (LCD): CHANNEL, TX/RX FREQUENCY, RF.GAIN, CLARIFY; ATT, AGC, and FUNCTION KEYS are displayed. ②. SPEAKER : Alarm rings when it receives data or warning signal. ③. TX LED : Red light on TX LED ④. -
Page 45: Control Function In Keyboard
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. -
Page 46: Connecting Specific Station
(2) Connecting specific station a) Call the menu pressing [F10] to call SUB MENU key. [Ref.] ☞ to stop calling, press [F8] and it will be back to Telex initial screen. f) If connected, cursor blinks on the left top of the screen. -
Page 47: Transmitting File
(4) Transmitting file b) Move the cursor to 2. [FEC] with [ ]/[ ] After performing ‘(1)’ or ‘(2)’, operate the unit as button Press [Enter] and the following screen below order. shows. a) Press Function button [F4] Move the cursor to the file you want using [ ]/[ ] button Press [Enter] button and the file will be transmitted... -
Page 48: Connecting With The Other Station By Collective Fec Mode
(2) Connecting with the other station by (3) Communication in FEC mode After performing ‘(1)’ or ‘(2)’ above, operate the collective FEC mode. a) Press [F10] button on the keyboard and Main unit as following order. Menu screen shows. 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... -
Page 49: Transmitting File
(5) Transmitting file b) Move the cursor to 2. Station Edit with After done above (1) of (2), follow the operation [ ]/[ ] button Press [Enter] and the following as below. screen shows. a) Press [F4] and below screen is displayed. Revert other station... -
Page 50: Station Print (Counter Party & Frequency Print)
b)Move the cursor to 4. Macro Command with 13.7. Station print (Counter [ ]/[ ] button Press [Enter] and the following party & Frequency print) screen shows. a) Press [F10] button on the keyboard and Main Menu screen shows. c) Move the cursor & select the command no. with [ ],[ ],[ ],[ ] button [Enter] b) Move the cursor to 3. -
Page 51: Initial Setting Of System Set
(1) Setting of [0. ARQ/FEC 4~ or 5~digit ID] c) Message can be written and revised. Also FEC, After ‘(b)’ NAVTEX, Received DATA is saved here. select [0. ARQ/FEC 4- or 5-digit ID] [Ref.] ☞ The Function can be used to make [Enter] Input the ID with [Number] button message using [function key] on the botton of... -
Page 52: Selecting Of [5. Navtex Station Selection]
(10) [9. Etc. Setting] set up (6) Selecting of [5. NAVTEX Station Selection] ① Function to select NAVTEX station RX. Select the ① After ‘(2)’ select [9. Etc Setting] character from A to Z with [ ]/[ ] button and you press [Enter] and the following screen will show. -
Page 53: Nbdp Test
13.11. NBDP test ⑦ 6. Freq-Shift View a) Press [F10] button on the keyboard and : After Freq-Shift Correct, Main Menu screen shows. 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. -
Page 54: Chapter 14. Nbdp Terminal Circuit
Chapter 14. NBDP Terminal Circuit assigned each frequency as U4 and U6. And, 1'st 14.1. Overview LOCAL through IC2, 2'nd LOCAL through IC1, and SN-100 consists of NBDP Receiver, CONNECTION BFO signal through U1 should be mixed. And then, BOARD, CPU BOARD, PLL BOARD, and POWER MARK (1.7kHz-85Hz) and SPACE (1.7 kHz + 80 Hz) SUPPLY. -
Page 55: Chapter 15. Troubleshooting
Chapter 15. Troubleshooting VSWR(Voltage Standing Wave Ratio) is less than 15.1. Overview 2:1, the connection of the antenna, connectors and Cause of TROUBLE in equipment, similar to coaxial cable is stable and the parts have no defect. mechanic cause and electronic cause appeared in If the VSWR is more than 2:1, the connection of external and inner of the antenna, connectors and coaxial cable is bad or... -
Page 56: Switch And Display
(5) In case of checking or modulating, pay attention Check that +12V is generated on U1 of T-025 to the difference when measuring instrument is Connected into each circuit or not. (6) All maintenance had better be carried out in our agent or SAMYUNG ENC CO., LTD. -
Page 57: Chapter 16. Circuit Diagram & External Diagram
Chapter 16. Circuit Diagram & External Diagram...
Need help?
Do you have a question about the SRG-315DN and is the answer not in the manual?
Questions and answers
Panel not displayed
The panel on the Samyung SRG-315DN is not displaying because of a power supply issue. To troubleshoot:
1. Check if +12V is present on U8 of T-025.
2. Check if +5V is present on the DC-DC converter.
3. If +12V is not supplied, the LCD and CPU board will not operate.
4. If +5V is not supplied, the CPU board will not operate.
5. Ensure the power supply cable is properly connected to the power supply board.
If any of these voltage levels are missing, inspect the power supply, connectors, fuse (5A), and power polarity.
This answer is automatically generated