2010/5/28
MODEL S-1800
（80kHz／180kHz）
Technical Manual
Contents Page
3 AFTER INSTALLATION
DAILY MAINTENANCE AND INSPECTION
4 CAUTIONARY NOTES
5 FLOWCHART into ECHO DISPLAY
6 "WAITING" stays more than 2 minutes and then "CHECK FUSE AT CONTROL-BOX" appears next. 7 SELF CHECK SCREEN
8 The hoist does not raise or lower the soundome.
The hoist stops raising or lowering the soundome on the way,
9 HOW TO CHECK THE LIMIT SWITCH / THE SYMPTOMS OF FAULTY LIMIT SWITCH
10 Sonar Scanning stops intermittently. Sonar Scanning stops.
11 "WAITING" will appear more than 2 minutes and next "CHECK FUSE AT CONTROL-BOX" appears. Normal Display does not appear on the screen even when Sonar Mode is set.
(HOIST NG)
Scanning stops when Gain Dial/Far Gain Dial is turned. Scanning stops when a Key is pressed.
12 No lighting of Sensor Lamp (LED)
13 LED does not light even if the Hoist is lowered.
Display does not change even if the tilt has been changed.
The depth readout is abnormal when Bottom Scanning is selected. 14 No Picture Display on the screen when scanning.
15 Only the surface echo is displayed. The sensitivity is poor.
The picture does not change even if the Gain or Far Gain Control dial is turned. 17 Alignment for soundome cable connectors.
18 S-1800M10: Nothing appears on the screen when powered. 19 S-1800M10: Screen gets bright, but nothing appears
Contents Page
21 S-1800M15: No picture on display screen when powered. 22 S-1800M15: Screen gets bright, but nothing appears.
S-1800M15: Screen does not change into bright even if the bright dial is turned. 23 S-1800M15: The picture is unstable and scrolling vertically.
S-1800M15: Stripes appears to the left or right direction on the screen and no normal echo display. 24 S-1800M15: The specific colors do not appear on the screen. All screen changes into a specific color.
S-1800M15: Vertical phase is in a wrong position. Horizontal phase is in a wrong position. 25 The temperature readout is abnormal.
26 The audio monitor is not audible. The memory data cannot back-up. 27 Key operation is not accepted.
"Beep" is not heard when a key is pressed.
28 Ship's speed cannot be displayed or abnormally displayed. Navigational display does not appear on the screen. 29 Adjusting the Power Supply PCB (No.654) for S-1800M10 30 Adjusting the Power Supply PCB (No.692) for S-1800M15 (MBB).
Confirming the voltage on the Power Supply PCB (No.694) for S-1800M15 (MBB). 31 Adjusting the voltage, 85V on the Power Supply PCB (No.703) for S-1800 Hull Unit 32 Adjusting the voltage, 70V on the Power Supply PCB (No.703) for S-1800 Hull Unit. 33 Main PCB for Monitor / Main PCB for Hull Unit
34 Power Supply PCB / TR PCB for Hull Unit DRAWINGS
【AFTER INSTALLATION】
Check to ensure the voltage between the flange and the battery (negative) is lower than 0.65V.
If the voltage is high, connect the thick wire and make it lower than the regulated value. The high voltage causes an electrolytic corrosion.
【DAILY MAINTENANCE AND INSPECTION】
For long-term trouble-free service, keep the unit away as much as possible from direct sunlight, moisture, dust, and shocks.
For keeping the equipment in good working order, check the following points regularly. Is the power supply is compatible with the voltage rating of the equipment?
Model Input Power supply S-1800M10 DC10.5∼40V
S-1800M15 DC20∼30V
S-1800H80/180 DC10.5∼30V
Dust or dirt must be removed from the equipment with a soft and dry cloth. Be sure to use “display cabinet cover” to protect the unit from salt damage.
CAUTION
Do not use chemical cleaners to clean the equipment.
Remove oyster or barnacles attach on the soundome that result in poor sonar performance. Tighten the screws of the mounting bracket, the flange, and the electrical connections. The Hoist Gears and Flange Unit require regular lubrication with grease.
【CAUTIONARY NOTES】
Prior to doing any repair work, please check the items listed below. Is the power supply voltage is normal?
Is the polarity (＋, −) of a power supply correct? Have any fuses blown out?
All the connectors wired correctly? Securely tighten all connections.
Check to see if the connectors to individual boards are connected. Check to see if the cable broke.
Check to see if there is any disordered appearance. When conducting repair work, care should be taken as follows.
Make sure to turn the main power off before repair work and remove the power cable.
Due to the high voltage in the inverter unit, it is very dangerous to touch the peripheral lines. C-MOS・ICs are on the boards. To avoid the damage by static electricity, do not wrap the board in any material that causes static electricity or do not use leaky soldering irons.
Do not place the board on a metal board since the battery is mounted on the board or some electric charge might remain on the condenser.
The following cases void its warranty and the high repair charge will be required. <Changing the chip parts>
<Soldering on the board>
[FLOWCHART into ECHO DISPLAY]
Turn on the power
The hoist starts to lower the soundome unit. "WAITING" appears on the screen.
Upper Limit Switch OFF
The hoist does not raise or lower the soundome unit.
"WAITING" appears for 2 minutes. And then "CHECK FUSE AT CONTROL-BOX" appears next.
Lower Limit Switch ON
Sonar Scanning starts. The hoist stops lowering the soundome.
Sonar Scanning starts.
Normal Picture Display appears
When the soundome does not protrude from the Trunk Pipe, Normal Display does not appear on the screen.
NO YES NO YES NO YES NO YES NO YES NO YES "WAITING" stays more than 2 minutes
And then "CHECK FUSE AT CONTROL-BOX" appears next.
Is the power supply connection in Hull Unit OK? Is the polarity of the power supply cable correct? Is the breaker of your ship ON?
Check the DC voltages and power cable connection.
Turn ON the breaker of your ship.
Is the fuse of Hull Unit normal?
Replace the blown fuse.
Is the Signal cable normal?
Verify the disconnection of the Signal cable.
Check if the DC voltages at check pins 5V-1-GND-1 and 5V-2-GND-2 in the Main PCB for Hull Unit portion is OK? (Voltage must be 5 Volt.)
Power Supply PCB in Hull Unit portion
Main PCB in Monitor portion
Is 5 Volt present in Main PCB for
Monitor portion? Power Supply PCB in Monitor portion
Are the waveforms of REQ-H, Are the waveforms of REQ-H, ACK-H, and BUSY-H in Main PCB for Monitor portion normal?
Main PCB in Hull Unit portion
* By selecting the mode selection dial to MENU 2, “SELF CHECK” appears on the screen. SELF CHECK
SELF CHECK
DATA-TX OK… Receiving the data between the Monitor unit and the Hull Unit. DATA-RX OK… Transmitting the data between the Monitor and the Hull Unit. DATA OK… Data transferred between the Monitor Unit and the Hull Unit.
HOIST OK… Hoist up and down
TILT OK… （Not available in this model）
TRAIN OK… Bearing direction control on the soundome ROM-VER OK… P-Rom version of Monitor or Hull unit OTHERS OK… （Not available in this model）
DATA-TX NG
Power Supply PCB for Monitor or for Hull unit (5V-2) is faulty.
Main PCB for Monitor or for Hull Unit is faulty. (C. Circuit: BUSY, ACK, REQ) Signal cable is faulty
DATA-RX NG
Main PCB for Monitor or for Hull Unit is faulty. (C. Circuit: BUSY, ACK, REQ) DATA NG
Main PCB for Monitor or for Hull unit is faulty. (C. Circuit: DIO 0∼DIO 3) Signal cable is faulty
HOIST NG
Fusing at FUSE 2 for hoist motor
Hoist control circuit in Main PCB for Hull unit is faulty. Hoist motor cable is faulty.
Limit Switch is faulty. Hoist Motor is faulty. TRAIN NG
Motor Control PCB for Hull Unit is faulty. (Train Control section) Soundome is faulty.
Soundome cable is faulty. ROM-VER NG
P-ROM version for Monitor or for Hull Unit is not correct. SELF CHECK SCREEN
NO YES NO YES NO YES NO YES FUSE
FUSE1 For the power supply circuit of the control unit. FUSE2 For the Hoist motor
FUSE3 For the hoist circuit
When the fuse 1 blows, the Hoist raised the soundome, but does not lower it. When the fuse 2 and 3 blow, the Hoist neither raises nor lowers the soundome. Barnacles or oysters that adhere to the soundome will cause the soundome trouble. Therefore remove them whenever they are found.
Also remove them when the ropes etc. got twisted round the soundome.
When overloaded, other than the fuse 2 the protect circuit in the monitor unit becomes active The hoist does not raise or lower the soundome.
The hoist stops raising or lowering the soundome on the way.
Are the fuses 1, 2 and 3 all OK?
Is the LED of the main board in the hull unit lit? Is 8 Volt present in the line at No.3 of J12 on the main board?
Replace the fuses.
Cut the breaker of your ship.
Remove the connector of the hoist motor. Manually shift the hoist halfway down. Turn on the breaker of your ship.
Is the voltage normal at the point between No.1 and No.2 of J10 on the main board of the hull unit?
Check 8Vcircuit And repair.
Replace the Hoist Motor Is the Limit Switch OK?
Main PCB in Hull Unit portion Replace the Limit Switch.
BEFORE MAINTENANCE AND INSPECTION (connected with the limit switch cables: red and black, brown) Turn the breaker of your ship OFF. Remove FUSE 2.
Move the joint arm into the position between the upper limit switch and the lower limit switch with the crank handle.
UPPER LIMIT SWITCH / LOWER LIMIT SWITCH (connected with the limit switch cables: yellow and green)
Check the current flows between the points, “NO”−”COM” with the tester. The following cases show the normal conditions:
- A short is found when the lever of the limit switch is pressed. - An open is found when the lever of the limit switch is released.
- The following voltages are detected, with the FUSE 2 removed and the breaker of your ship ON.
※When the plus lead of the tester is connected to “COM” and the minus lead is connected to “NO”, if 0V is detected with the limit switch ON and approx.7.3V with the limit switch OFF. THE SENSOR LAMP FOR THE LIMIT SWITCH (connected with the limit switch cables: white and brown)
It is the ON/OFF switch of the sensor lamp for the monitor. FIGURES OF LIMIT SWITCH CIRCUIT
THE SYMPTOMS OF FAULTY LIMIT SWITCH UPPER LIMIT SWITCH CAN NOT BE SET “ON”:
The hoist stops after going over the upper limit switch even if the power of the monitor is OFF.
The fuse 2 will blow, because the hoist motor circuit keeps working even if the hoist is stopped.
It damages the hoist motor circuit and hoist motor. LOWER LIMIT SWITCH CAN NOT BE SET “ON”:
When turning the power of the monitor on, the hoist starts to be lowered and reaches the lower damper rubber after going over the lower limit switch and then stops there.
The fuse 2 will blow, because the hoist motor circuit keeps working even if the hoist is stopped.
It damages the hoist motor circuit and hoist motor.
Some dust or dirt attached on the limit switch might be the cause of malfunction. HOW TO CHECK THE LIMIT SWITCH
NO YES NO YES NO YES NO YES NO Sonar Scanning stops intermittently.
Sonar Scanning stops.
DATA (-TX,-RX) NG appears on the MENU 2 screen.
Refer to "WAITING" stays more than 2 minutes
TRAIN NG appears on the MENU 2 screen.
Does the Train Motor sound?
Check 12 Volt is present at J8-No.2 in Main PCB for Hull Unit.
Power Supply PCB in Hull Unit portion
Check the waveform at J8-No.3 output from Hall IC is normal.
Soundome
Main PCB in Hull Unit portion
Check 15Volt is present at J2-No.5 in Drive PCB for Hull Unit.
Check the waveforms of J1-No.1, No.2, No.3 and No.4 are normal.
Main PCB in Hull Unit portion Power Supply PCB in Hull Unit portion
Refer to the Hoist does not raise or lower the soundome.
Refer to the "WAITING" stays more than 2 minutes.
[Bearing 0°and Scanning]
Bearing does not show 0°after Train starts.
Scanning starts after lowering the hoist and turning the Limit Switch on even if Bearing does not show 0°
"MENU 2" screen shows SELF CHECK -TRAIN NG 0°can not be adjusted while bearing.
Scanning is normal other than stopping temporarily. "MENU 2" screen shows SELF CHECK -TRAIN NG 0°can not be adjusted and scanning stops occasionally.
"MENU 2" screen shows SELF CHECK -TRAIN NG only when the scanning stops intermittently. Scanning is normal, though Train is inactive.
"MENU 2" screen shows SELF CHECK -TRAIN NG [When Signal cable disconnected while operating.]
Hoist raises Scanning stops
"MENU 2" on the screen shows:
SELF CHECK DATA-TX NG DATA-RX NG DATA OK HOIST OK TILT OK TRAIN OK ROM-VER OK OTHERS OK
"WAITING" stays more than 2 minutes and then "CHECK FUSE AT CONTROL-BOX" appears next. Normal Display does not appear on the screen even when Sonar Mode is set.
(HOIST NG)
Scanning stops when Gain Dial/Far Gain Dial is turned. Scanning stops when a Key is pressed.
* Turn off power to the Hoist system and keep the Hoist neither being lowered nor raised. No lighting of Sensor Lamp (LED)
Hull Unit
Control Box (inside)
Limit Switch
AUDIO
Plug Monitor
Remove the Connector J11 of Limit Switch in Hull Control Box and short the line between No.5 and No.6 at J11 in Main PCB for Hull Unit.
(Audio plug for Monitor is connected.)
Short the line between No.3 and 4 at the Audio receptacle.
LED lights.
LED does not light.
LED lights.
LED does not light. Limit Switch NG Monitor NG Monitor OK Monitor OK Monitor
NO YES NO YES NO YES NO YES NO YES
LED does not light even if the Hoist is lowered.
Is Limit Switch for LED in the Hoist portion normal?
Remove the Connector J3 in Monitor Control PCB and check if there is short circuit in the
connector No.1 and No.3 you pulled or not.
Limit Switch for LED.
Disconnection
Control PCB
Display does not change even if the tilt has been changed.
The depth readout is abnormal when Bottom Scanning is selected.
Check 15V is present at
J2-No.10 in Motor Drive PCB. Power Supply PCB in Hull Unit portion
Are the waveforms of J2-No.6, No.7, No.8, and No.9 normal?
Soundome
Are the waveforms of J1-No.5, No.6, No.7, and No.8 normal?
Motor Drive PCB
NO YES NO YES NO YES NO YES NO YES NO YES YES NO
No Picture Display on the screen when scanning.
Is there a transmission line in red in the center of the screen?
Consult Low Sensitivity. Nothing has changed when Gain
Control/TVG is turned into level 10.
Soundome Is the transducer normal?
Hull Unit portion Main PCB
TR PCB
Check Pin on the TR PCB J1-No.2: 12Volt
J1-No.5: 70Volt
(or 85Volt in case Power Supply PCB-85Volt)
Is the output voltage normal when J1 in TR PCB is removed?
Are the trigger waveforms seen at J3-No.1 in the TR PCB normal?
Hull Unit portion TR PCB Power Supply PCB
Does the whole screen turn into red when J3 is removed from TR PCB?
NO YES NO YES NO YES NO NO YES YES NO NO YES
* DUMMY RESISTANCE * OUTPUT WAVEFORM （Transducer−GND）
120Ω／0.0057μＦ 160Ω／375μH
（180kHz） （80kHz） 180kHz：500Vp-p
(or 600Vp-p in case Power Supply PCB-85V) Only the surface echo is displayed.
The sensitivity is poor.
The picture does not change even if the Gain or Far Gain Control dial is turned.
Set TX POWER D in FUNCTION SET, MENU2. Is TX POWER D set?
Reset TVG curve setting in FUNCTION SET, MENU2. Is TVG CURVE setting changed
from the user setting?
Does Picture Display on the screen change by turning Gain/Far Gain Control dial?
TR PCB J1-No.2: 12V & J1-No.5: 70V
(or 85Volt in case Power Supply PCB-85V)
Are the output waveforms are normal?
Are the output waveforms normal when replacing Transducer with Dummy? *
* To be continued to the next page.
Hull Unit portion Power Supply PCB
* NO YES NO YES NO YES NO YES Monitor portion Control PCB Does voltage at J2-No.3
change when Gain/Far Gain Control dial are turned?
Hull Unit portion Main PCB
Are the waveforms seen between J6-No.1 and No.8 in Main PCB for Hull Unit portion when Gain 0 and Far Gain 10 are selected?
0Volt is present when Gain 0 is selected. 5Volt is present when Gain 10 is selected.
Are the waveforms of check pin (CP) B normal?
Does the waveform at J3-No.3 in Main PCB for Hull Unit change when Gain/Far Gain dial are turned?
[Soundome Check by using a tester]
The temperature sensor is connected to the No.1 and No.2 pins of XHP-5 (5P connector) and it is normal when the resistance value of a temperature sensor at 25C., 5k ohm is covered.
In case of other temperatures 0℃ approx.17k ohm 10℃ approx.10k ohm 20℃ approx.6.3k ohm 30℃ approx.4k ohm
When Train Motor is normal, there is 25 ohm of resistance value between check pins No.1 (or No.2 to No.4) and XHP-10-B (10P connector) - No.5.
When Tilt Motor is normal, there is 21 ohm of resistance value between check pins XHP-10-B (10P connector) - No.10 and No.6 (or No.7 to No.9).
Alignment for soundome cable connectors
1 2 3 4 5 6 7 8 9 10 TR MOTOR1 TR MOTOR2 TR MOTOR3 TR MOTOR4 TR MOTOR COM TL MOTOR1 TL MOTOR2 TL MOTOR3 TL MOTOR4 1 2 3 4 5 1 2 3 TEMP 12V IN HALL IC GND N.C. TRANSDUCER N.C. TRANSDUCER
NO YES YES NO NO YES NO YES NO YES S-1800M10
Nothing appears on the screen when powered.
Replace the fuse Is fuse in Monitor portion OK?
Is fuse OK after new fuse replacement?
Are 5Volt at J5-No.1 and 5Volt at J5-No.3 present in the power supply board?
Are the 5V and 12V lines on the power supply board normal when J13 on the main board is removed?
Are the waveforms of V-SYNC, H-SYNC and RGB at J15 in the main PCB normal?
LCD UNIT MAIN PCB POWER SUPPLY
PCB RGB：
R2∼R5 G2∼G5 B2∼B5
NO YES NO YES NO YES NO YES S-1800M10
Screen gets bright, but nothing appears
POWER SUPPLY PCB Verify that 5 volt is present in Main
PCB for Monitor portion.
Verify there is RGB OUTPUT at J15 in Main PCB normal. RGB： R2∼R5 G2∼G5 B2∼B5 LCD UNIT MAIN PCB S-1800M10
Screen doesn't change into bright, even if the brightness dial is turned.
Verify if the voltage changes at J2-No.2 in Control PCB when the brightness dial is turned.
Change brightness volume.
Verify if the voltage changes at J5-No.3 in Main PCB when the brightness dial is turned.
Disconnection in Main PCB
LCD UNIT (INVERTER) (BACKLIGHT)
NO YES NO YES NO YES S-1800M10
The picture is unstable and scrolling vertically.
MAIN PCB Verify if V-SYNC signal is
normal at J15-No.4 in Main PCB for Monitor portion.
LCD UNIT
S-1800M10
Stripes appear to the left or right direction on the screen and no normal picture display.
Verify if H-SYNC signal is normal at J15-No.3 in Main PCB for Monitor portion.
MAIN PCB
LCD UNIT
S-1800M10
The specific colors do not appear on the screen. All screen changes into a specific color.
Verify there is RGB OUTPUT at J15 in Main PCB for Monitor portion.
MAIN PCB
NO YES NO YES NO NO YES YES NO YES NO YES NO NO YES YES NO S-1800M15
No picture on display screen when powered.
Is fuse in Control Box OK?
Replace the fuse.
Is fuse OK after new fuse replacement?
Check if the replaced fuse blows after removing J1 on Power supply board (No.694.) POWER SUPPLY
PCB NO.694 Check the 12V output is
present at J3-No.2 in Power Supply PCB No.694.
Check the connection between Control Box and Monitor Unit is correct.
Are the below point normal on power supply board in the control box? Is 5V present at J3-No.1? Is 12V present at J3-No.3?
Are the waveforms of V-SYNC, H-SYNC and RGB seen at J9 and J10 in Main PCB for Control Box?
Is the VGA cable between Control Box and Monitor
POWER SUPPLY CABLE
Check the connectors are securely connected.
Are the 5V and 12V lines on the power supply board normal when J13 on the main board is removed?
NO YES NO YES NO YES NO YES NO YES NO YES S-1800M15
Screen gets bright, but nothing appears.
Verify that 5V is present at 5V check pin in Main PCB for Control Box.
POWER SUPPLY NO.692
Verify there is RGB OUTPUT at J9 or J10 in Main PCB for
Control Box. MAIN PCB
Verify there is RGB OUTPUT at No.1, No.2 and No.3 in VGA PCB for Control Box.
Disconnection in VGA PCB
Check the wiring of VGA cable between Control Box and Monitor Unit is OK.
VGA connection cable
Check the connectors are securely connected.
MONITOR UNIT
S-1800M15
Screen does not change into bright even if the bright dial is turned.
Verify that 12 volt is present at J7-No.2 in Relay PCB for Monitor Unit
Does the voltage change at J9-No.2 in Replay PCB for Monitor Unit when the brightness dial is turned?
POWER SUPPLY PCB NO.694 or POWER SUPPLY CABLE
NO YES NO YES NO YES NO YES NO YES NO S-1800M15
The picture is unstable and scrolling vertically.
Verify if V-SYNC signal is normal at J9 or J10-No.1 in Main PCB for Control Box.
MAIN PCB
Verify if V-SYNC signal is normal at J14 in VGA PCB for Control Box.
Disconnection on VGA PCB
Is the VGA cable between Control Box and Monitor Unit connected correctly?
VGA connection cable
Check the connectors are securely connected. MONITOR UNIT
S-1800M15
Stripes appear to the left or right direction on the screen and no normal echo display.
Verify if H-SYNC signal is normal at J9 or J10-No.2 in Main PCB for Control Box.
MAIN PCB
Verify if H-SYNC signal is normal at No.13 in VGA PCB for Control Box.
Is the VGA cable between Control Box and Monitor Unit
Disconnection on VGA PCB
NO YES NO YES NO YES YES NO NO YES S-1800M15
The specific colors do not appear on the screen All screen changes into a specific color.
Is RGB OUTPUT present correctly at J9 or J10-No.1, No.2 and No.3 on Main PCB in Control Box?
MAIN PCB
Is RGB OUTPUT present correctly at No.1, No.2 and No.3 on VGA PCB in Control Box?
Disconnection on VGA PCB
Check the wiring of VGA cable between Control Box and Monitor Unit.
VGA connection cable
Check the connectors are securely connected. MONITOR UNIT
S-1800M15
Vertical phase is in a wrong position. Horizontal phase is in a wrong position.
Does the phase go back to normal when the Push switch is pressed?
The phase goes back to the factory settings.
The result is OK.
Note: Pressing the Push switch backs the phase to the factory settings.
Check the wiring of VGA cable between Control Box and Monitor Unit is OK.
VGA connection cable
Check the connectors are securely connected.
NO YES
OR
NO
YES The temperature readout is abnormal.
Remove the J8 connector in Main PCB for Hull Unit portion and check the resistance at No.1 and No.2.
※Alignment for soundome cable connectors. Soundome Check by using a tester
Is the correct resistance rate
found to be normal? SOUNDOME
MAIN PCB in HULL UNIT Portion
Remove the J8 connector in Main PCB for Hull Unit portion.
Connect the 5k ohm resistance between the terminal No.1 and No. 2.
Is approx. 25℃. displayed?
SOUNDOME
NO YES NO YES NO YES NO YES NO YES The audio monitor is not audible.
Is a Speaker (4 ohm) connected? Connect a Speaker (4 ohm).
Turn the volume up enough?
Go to "MENU 2" and set the level in OTHERS.
Is the signal present at J13-No1 in Main PCB for Hull Unit portion?
MAIN PCB in HULL UNIT portion
SPEAKER
The memory data can not back-up.
Is Battery fully charged in Main
PCB for Monitor portion? Charge Battery more than 10 hours continuously.
Check with a tester to verify that the audio is connected by setting it to the AC range and the maximum audio level and the indicator moves.
MAIN PCB Can it be back-up short time by
NO YES NO YES NO YES *
Some dust or dirt on the keys leads the switch ON.
Remove some dust or dirt to back to the normal state if key control.
NO
YES
NO
YES Key operation is not accepted.
Are all keys not accepted in Monitor Unit?
CONTROL PCB *
Is there a short circuit at any of the key switches?
MAIN PCB KEY SWITCH DISCONNECTION
Is the only one key not accepted?
"Beep" is not heard when a key is pressed.
Verify that 12 volt is present at 12V check pin in Main PCB for Monitor Unit.
POWER SUPPLY PCB
Is the output waveform of the buzzer circuit normal when a key is pressed?
MAIN PCB
NO YES NO YES NO YES
Ship's speed can not be displayed or abnormally displayed. Navigational display does not appear on the screen.
Is a Navigator connected?
Not displayed. Does the Navigator adopt
NMEA-0183?
Is "WAKE DISPLAY - ON"
set in MENU? Set in "MENU 2" screen.
Connect the digital tester to the 12V and GND-1 check pins and adjust VR4 so that the voltage is 12.0V. Connect the digital tester to the 5V and GND-1 check pins and adjust VR5 so that the voltage is 5.0V.
Connect the oscilloscope to the FRQ and GND-P check pins and adjust the waveforms at VR2 so that the below is shown.
The value of frequency counter is 78.43 kHz.
12.75μsec（78.43 kHz） Adjust the Power Supply PCB (No.654) for S-1800M10 （Reckless adjustment may cause serious problem.）
Connect the digital tester to the 5V-S and GND-S check pins and adjust VR3 so that the voltage is 5.0V. Connect the digital tester to the 12V and GND-S check pins and verify the voltage is 12.0±0.6V.
Connect the oscilloscope to the FRQ and GND-P check pins and adjust the waveforms at VR1 so that the below is shown.
The value of frequency counter is 56.0 kHz.
17.85μsec（56.0 kHz）
Verify the voltage between +VOUT and VOUT (GNDS) in the Power Supply PCB No.694 is 12.0.0V, +0.46V, -0.26V.
Adjust the Power Supply PCB (No.692) for S-1800M15 (MBB) （Reckless adjustment may cause serious problem.）
Connect the digital tester to the 15V and GND-1 check pins and adjust VR3 so that the voltage is 15.0V. Connect the digital tester to the 85V and GND-1 check pins and adjust VR2 so that the voltage is 85.0V, when J3 connector is not connected.
Connect the digital tester to the 12V and GND-1 check pins and verify the voltage is 12.0±0.6V. Connect the digital tester to the 5V-1 and GND-1 check pins and verify the voltage is 5.0±0.25V. Connect the digital tester to the 5V-2 and GND-2 check pins and verify the voltage is 5.0±0.25V.
Connect the oscilloscope to the FRQ and GND-P check pins and adjust the waveforms at VR1 so that the below is shown.
The value of frequency counter is 115.0 kHz.
8.69μsec（115.0 kHz）
Connect the oscilloscope to the 85V and GND-1 check pins and the Dummy Load between the J3-No.4 (85V) and No.3 (GND).
And adjust VR4 voltage rate that starts to degrease at 275Ω and keeps it not to degrease at 290Ω.
※85V on the No.703 is designed to reduce the voltage when overloaded. 85V is output constantly when minimum loading. However carefully measure the changeable voltage on loading.
Verify the voltage by changing Power Reduction Control (TX POWER) as follows. TX POWER Voltage (V)
C 61±3.0V
B 38±3.8V
A 22±5.0V
Adjust the voltage, 85V on the Power Supply PCB (No.703) for S-1800 Hull Unit （Reckless adjustment may cause serious problem.）
Connect the digital tester to the 15V and GND-1 check pins and adjust VR3 so that the voltage is 15.0V. Connect the digital tester to the 70V and GND-1 check pins and adjust VR2 so that the voltage is 70.0V, when J3 connector is not connected.
Connect the digital tester to the 12V and GND-1 check pins and verify the voltage is 12.0±0.6V. Connect the digital tester to the 5V-1 and GND-1 check pins and verify the voltage is 5.0±0.25V. Connect the digital tester to the 5V-2 and GND-2 check pins and verify the voltage is 5.0±0.25V.
Connect the oscilloscope to the FRQ and GND-P check pins and adjust the waveforms at VR1 so that the below is shown.
The value of frequency counter is 115.0 kHz.
8.69μsec（115.0 kHz）
Connect the oscilloscope to the 70V and GND-1 check pins and the Dummy Load between the J3-No.4 (70V) and No.3 (GND).
And adjust VR4 voltage rate that starts to degrease at 150Ω and keeps it not to degrease at 160Ω.
Reference: Power Reduction Control (TX POWER) TX POWER Voltage (V)
C 50V± 5％（approx.47∼53V）
B 31V±10％（approx.28∼34V）
A 21V±20％（approx.16∼25V）
Adjust the voltage, 70V on the Power Supply PCB (No.703) for S-1800 Hull Unit （Reckless adjustment may cause serious problem.）
【MAIN BOARD for MONITOR】
There are two types of the main boards, which are No.681and No.748. The difference between No.681 and No.748 are circuit and some parts. No.748 is interchangeable with No.681.
No.748 conforms to RoHS directive. IMPORTANT NOTE for P-ROM
Ver. 2.1 or previous version of P-ROM works only on No.681 board.
Ver. 3.0 or latest version of P-ROM works on both No.681 and No.748 boards. S-1800M10 Product label: S/No.0 - 1393 ⇒ Main board is No.681.
Product label: S/No.1394 - up ⇒ Main board is No.748. S-1800M15 Product label: S/No.0 - 1486 ⇒ Main board is No.681. Product label: S/No.1487 – up ⇒ Main board is No.748. S-1800MBB Product label: S/No.0 - 1349 ⇒ Main board is No.681. Product label: S/No.1350 – up ⇒ Main board is No.748.
【MAIN BOARD for HULL UNIT】
There are two types of the main boards, which are No.691and No.751. No.751 conforms to RoHS directive.
No.751 is interchangeable with No. 691. (However, caution should be taken on P-ROM.) IMPORTANT NOTE for P-ROM
Ver. 2 or previous version of P-ROM works only on No.691 board. Ver. 3 or latest version of P-ROM works only on No.751 board.
S-1800H80kHz Product label: S/No.0 - 8075 ⇒ Main board is No.691. Product label: S/No.8076 - up ⇒ Main board is No.751. S-1800H180kHz Product label: S/No.0 - 2222 ⇒ Main board is No.691.
Product label: S/No.2223 - up ⇒ Main board is No.751.
RoHS： The Directive on the Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment (commonly referred to as the Restriction of Hazardous Substances Directive or RoHS) was adopted by the European Union.
【POWER SUPPLY PCB and TR PCB for HULL UNIT】
POWER SUPPLY PCB: NO.703
OLD NEW
TR PCB: NO.685 -180kHz（In total 3 types, 2 old types and one new type）
OLD NEW
There are 2 kinds on the There is one kind on the “No seal” type. “12dB seal ” type.
TR PCB: No.685-80kHz
OLD NEW
Check pin
Silk screen printing : 85V
Next to Check pin 「70V」seal
No seal 12dB seal
How to distinguish the type U1: 3-terminalregulator Circuit Diagram: 180kHz①
How to distinguish the type U1: Choke Coil
Circuit Diagram: 180kHz②
Circuit Diagram:180kHz②
How to distinguish the type U1: 3-terminalregulator Circuit Diagram: 80kHz①
How to distinguish the type U1: Choke Coil
Circuit Diagram: 80kHz②
S-1800M10
S-1800H80/180
Monitor
Hull unit
Audio・LED cable
Hoist motor cable
Monitor
36125D
Control box
35189D
Hoist
（15m）
（5.5m）
Remote control Communication cable cableLimit switch cable
36124D
35190D
（4m）
（15m）
（5.9m）
Soundome cable35188D
Soundome
（7.7m）
special:35126D（15m）
S-1800M10 Block diagram
※Option
Monitor（M10）
Remote control
D.C. IN
Power supply board
LCD
Speaker
NO.654-G122
Navigation
（NMEA-0183）
Control board
Main board
Gyrocompass
NO.688-M10
NO.681
（NMEA-0183）
or
NO.748
Plotter
Fish finder
（TRIG）
External monitor
（VGA）
Hull unit H80/180
Control box
Hoist
Power supply
Main board
Motor
D.C. IN
board
NO.691
NO.703
or
NO.751
Transceiver Motor
control
Limit
switch
board
board
NO.685
NO.633
S-1800M15
S-1800H80/180
Monitor
Hull unit
Display part
VGA cablePower supply cable
（1m）
35170D
（0.5m）
Hoist motor cable
Audio LED cable
35000D
Control box
35189D
Hoist
（15m）
（5.5m）
Remote controlControl unit
cable CommunicationLimit switch cable
cable
34999D
35190D
（4m）
（15m）
（5.9m）
Soundome cable35188D
Soundome
（7.7m）
S-1800M15 Block diagram
Monitor（M15）
Display part
LCD
Relay board
NO.699
※Option
Remote control
D.C. IN
Control unit
Speaker
Power supply
Power supply VGA
board
board
board
Navigation
NO.692
NO.694
（NMEA-0183）
Gyrocompass
Main board
（NMEA-0183）
NO.681
Control board
or
Plotter
NO.688-BB
NO.748
Fish finder
（TRIG）
VGA
Hull unit H80/180
Control box
Hoist
D.C. IN
Power supply
Main board
Motor
board
NO.691
NO.703
or
NO.751
Transceiver Motor
control
Limit
switch
board
board
NO.685
NO.633
モニター M10
・回路図
S/NO.1000 番台は総合配線図が S-1800M10 です。 S/NO.2000 番台は総合配線図が S-1800M10A です。・波形図
MONITOR UNIT (M10)
CIRCUIT DIAGRAM
Circuit diagram is different based on the S/No. of S-1800M10. S/No.1001 - 1999 ⇒ S-1800M10
S/No.2001 - 2999 ⇒ S-1800M10A
3:FGND KI2 GND TRIG IN KI4 GND RI3 6:N.C. TX + H-SYNC 4:TX + RX -GAIN KI3 K00 CNT OFF-SW V-SYNC N.C. KI2 KO3 WJ504 V-SYNC GND R0 R1 R2 R3 ON-SW H-SYNC OPTION(OP-305) B5 R5 2:RX TX -5V KI0 KO5 WJ506 R4 GND CK RO1 B3 B1 B0 G5 G3 G1 G0 G2 G4 GND GND LED SW. VOLT GND R5 B2 B4 GND RI2 KI6 KO3 WJ507 GND GND B1 WJ505 − R4 4:TX + RX -TVG KI0 B5 GND B3 B2 B4 GND RX + 5V OFF-SW R3 5V N.C. KI5 KO1 34557D B0 ENAB 5V ON-SW R2 GND ENAB 5V 5V 5V R/L U/D N.C. RO0 TRIG IN 12V 12V R1 G4 5V R/L U/D 5V TX -KI3 KO4 OPTION(OP-326) OFF-SW RX + 34537D R0 G5 5V 12V DATA0 GND GND-P BRT
ON-SW ON-SW OFF-SW
RI1 BRT KO1 GND G3 2:RX -N.C. CNT KI6 5:TX -GND GND KO2 1:RX + OPTION (OP-322) GND KI1 G2 CNT WJ502 12V GND GND H-SYNC V-SYNC B G R GND GND LED SW. 34487D-1 G1 GND BRT VOLT GND V-SYNC RI0 3:FGND RX + GAIN KI1 N.C. WJ503 TX + K00 G0 12V ＋ TX + H-SYNC GND B G R GND BUZZER KI7 GND KI5 12V POWER SUPPLY POW- DATA1 1:RX + TX -5V KI7 GND GND-P N.C. 35018D N.C. 5V ACK REQ DATA3 POW+ BUSY GND-2 KO2 BRT RX -KO5 GND CNT GND CK DATA2 5:TX -GND TVG KI4 KO4 {Doc} 3 S-18 00M10 Internal connection A3 11 Thursday, May 29, 2008 Title Size Document Number R ev Date: Sheet of NMEA-OUT BOARD NO.664
CONTROL BOARD NO.688-M10
DC201 INVERTER BOARD
CXA-023
1
LC201 TFT-LCD
LQ104V1DG11
POWER SUPPLY BOARD
NO654-G121
NAV-IN BOARD
NO.645
MAIN BOARD NO.748
P008 XHP7 1 2 3 4 5 6 7 P006 XHP 6 1 2 3 4 5 6 P004 XHP 5 1 2 3 4 5 P002 B_XHP 2 1 2 P007 B_XHP 6 1 2 3 4 5 6 P011 XHP 8 1 2 3 4 5 6 7 8 P003 XHP 5 1 2 3 4 5 P014 XHP1 0 1 2 3 4 5 6 7 8 9 10 P015 DF11-32DS-2C 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 P009 XHP 7 1 2 3 4 5 6 7 P010 B_XHP 7 1 2 3 4 5 6 7 P013 XHP 9 1 2 3 4 5 6 7 8 9 P005 B_XHP 5 1 2 3 4 5 P305 XHP 9 1 2 3 4 5 6 7 8 9 P304 B_XH P 8 1 2 3 4 5 6 7 8 P303 XHP 7 1 2 3 4 5 6 7 P302 B_XH P 4 1 2 3 4 P301 XHP 4 1 2 3 4 HS21R-2 1 2 FUSE 1u 1u P201 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 DF9-31S 12 CN2 3 P202 PHR-5 1 2 3 4 5 CN3 1 2 3 P404 XHP 7 1 2 3 4 5 6 7 1 2 3 4 5 1 2 3 4 5 6 J504 FM214-2S M 1 2 P001 XHP 2 1 2 P405 XHP 8 1 2 3 4 5 6 7 8 P402 XHP 5 1 2 3 4 5 P403 XHP6 1 2 3 4 5 6 P012 XHP 6 1 2 3 4 5 6 P401 XHP 3 1 2 3
5V 5V 12V 12V GND GND BRT VOLT GND BRT GND GND-P ON-SW ON-SW OFF-SW OFF-SW
−
GND CK H-SYNC V-SYNC GND R0 R1 R2 R3 R4 R5 GND G0 G1 G2 G3 G4 G5 GND B0 B1 B2 B3 B4 B5 GND ENAB 5V 5V R/L U/D
5V 5V 12V 12V GND GND BRT VOLT GND 12V GND CNT N.C. 5V GND CK H-SYNC V-SYNC GND R0 R1 R2 R3 R4 R5 GND G0 G1 G2 G3 G4 G5 GND B0 B1 B2 B3 B4 B5 GND ENAB 5V 5V R/L U/D N.C. OFF-SW GND GND-P BRT
ON-SW ON-SW OFF-SW
GND
H-SYNC
V-SYNC B G R GND V-SYNC H-SYNC GND B G R GND
POW- DATA3 REQ ACK POW+ DATA2 DATA1 DATA0 BUSY GND-2 RI0 RI1 RI2 RI3 RO0 RO1
GND TRIG IN GND BUZZER 2:RX - 3:FGND 4:TX + 5:TX -＋ 1:RX + 2:RX - 3:FGND 4:TX + 5:TX - 6:N.C. TRIG IN POWER SUPPLY RX + RX -GND TX + TX -RX + RX -GND TX + TX -N.C. RX + RX -GND TX + TX -N.C. N.C. N.C. LED SW. LED SW. 5V CNT GAIN TVG GND 5V CNT GAIN TVG GND KI2 KI3 KI4 KI5 KI7 KI6 KI1 KI0 KI2 KI3 KI4 KI5 KI7 KI6 KI1 KI0 KO2 KO3 KO4 KO5 KO1 K00 KO3 KO1 KO5 KO2 K00 KO4 WJ501 35017D 35018D 34557D 34487D-1 WJ507 34537D WJ506-1 WJ505 WJ504 WJ502 WJ503 WJ509 1:RX + OPTION(OP-305) OPTION(OP-326) OPTION (OP-322) 35016D 12V GND 5V CNT GND N.C. GND V low V high2 V high1 12V 36271D WJ506 {Doc} 4 S-1800
M10A Internal connection
A3 11 Monday, December 07, 2009 Title Size Document Number R ev Date: Sheet of NMEA-OUT BOARD NO.664
CONTROL BOARD NO.688-M10-NEC
DC201 INVERTER BOARD C X A -0 3 0 8 LC201 TFT-LCD NL6448BC33-64
POWER SUPPLY BOARD
NO654-G121
NAV-IN BOARD
NO.645
MAIN BOARD NO.748
P008 XHP7 1 2 3 4 5 6 7 P006 XHP 6 1 2 3 4 5 6 P004 XHP 5 1 2 3 4 5 P002 B_XHP 2 1 2 P007 B_XHP 6 1 2 3 4 5 6 P011 XHP 8 1 2 3 4 5 6 7 8 P003 XHP 5 1 2 3 4 5 P014 XHP1 0 1 2 3 4 5 6 7 8 9 10 P015 DF11-32DS-2C 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 P009 XHP 7 1 2 3 4 5 6 7 P010 B_XHP 7 1 2 3 4 5 6 7 P013 XHP 9 1 2 3 4 5 6 7 8 9 P005 B_XHP 5 1 2 3 4 5 P305 XHP 9 1 2 3 4 5 6 7 8 9 P304 B_XH P 8 1 2 3 4 5 6 7 8 P303 XHP 7 1 2 3 4 5 6 7 P302 B_XH P 4 1 2 3 4 P301 XHP 4 1 2 3 4 HS21R-2 1 2 FUSE 1u 1u P201 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 DF9-31S P404 XHP 7 1 2 3 4 5 6 7 1 2 3 4 5 1 2 3 4 5 6 J504 FM214-2S M 1 2 P001 XHP 2 1 2 P405 XHP 8 1 2 3 4 5 6 7 8 P402 XHP 5 1 2 3 4 5 P403 XHP6 1 2 3 4 5 6 P012 XHP 6 1 2 3 4 5 6 J503 FM214-4S M 3 4 P401 XHP 3 1 2 3 1 2 3 4 5 6 7 CN2 BHR-03VS-1 1 2 3 CN1 51021-0800 1 2 3 4 5 6 7 8
GND
BRT
GND-P ON-SW ON-SW OFF-SW OFF-SW
KO3 KO2 KO1 KO0 KI7 KI6 KI5 KI4 KI3 KI2 KI1 KI0 ON-SW OFF-SW ･･･ GAIN 5V TVG GND CNT BRIGHTNESS FAR GAIN GAIN MODE SECTOR RANGE LED-SW LED-SW N.C. KO4 KO5 NO.688-BB Unused :VR3 N O .688A-M10 / NO.688A-BB CONTROL BOARD B 11 Thursday, March 25, 2010 2 Title Siz e Document Number R ev Date: Sheet of S1 AB06T-F100 J4 XH7 1 2 3 4 5 6 7 LP1 LAMP LP2 LAMP LP3 LAMP LP15 LAMP J2 XH5 1 2 3 4 5 VR1 10K-VR 1 3 2 R2 *** VR2 10K-VR 1 3 2 VR3 10K-VR 1 3 2 J1 XH3 1 2 3 D1 MU11-2201 Q1 2SK170BL R1 1K J5 XH8 1 2 3 4 5 6 7 8 RS2 SRRN1018 4 8 2 5 1 7 10 11 18 RS3 SRRN1016 2 8 1 4 7 5 18 RS1 SRRN1018 4 8 2 5 1 7 10 11 18 J3 XH6 1 2 3 4 5 6 LP4 LAMP S2 AB06T-F100
S6 AB06T-F100 S10 AB06T-F100 S13 AB06T-F100 S16 AB06T-F100
S3 AB06T-F100 S5 AB06T-F100 S7 AB06T-F100 S9 AB06T-F100 S11 AB06T-F100 S14 AB06T-F100 S18 AB06T-F100
SYNCHRONIZING H-SYNC SIGNAL OSC DRIVE V-SINC X2:25MHz RED DRIVE FPGA CIRCUIT R U39:74HCT244 U2:EPF10K10TC144 GREEN DRIVE G
CIRCUIT BLUE DRIVE
B CIRCUIT U40:74HCT244 VGA OUT VGA OUT CIRCUIT U34:74HC04 VGA OUT U41:BA7623F CPU U1:HD6412392F20 DP-RAM DP-RAM U6:HM534251 U7:HM534251
"Scrolling" of the others on the screen.
"Scrolling" of one side
on the screen.
DP-RAM
DP-RAM
U8:HM534251
U9:HM534251
"Data" of the others on the screen.
"Data" of one side on the scr
een.
DP-RAM
DP-RAM
U10:HM534251
U11:HM534251
"Characters" of the others on the screen.
"Characters" of one sid
e on the screen.
DP-RAM
DP-RAM
U12:HM534251
U13:HM534251
"Menus" of the others on the screen.
"Menus" of one side on the s
creen.
ADDRESS DATA CONTROL
BACKUP S-RAM P-ROM P-ROM CIRCUIT U5:TC551001F U4:27C020 U3:27C020
RESET CIRCUIT U31:M62021FP BT1:VL2330/1VC
SYNCHRONIZING H-SYNC SIGNAL OSC DRIVE V-SINC X2:25MHz RED DRIVE FPGA CIRCUIT R U39:74HCT244 U2:EP1K10TC144-3 GREEN DRIVE G
CIRCUIT BLUE DRIVE
B CIRCUIT U40:74HCT244 VGA OUT VGA OUT CIRCUIT U34:74HC04 VGA OUT U41:BA7623F CPU U1:H8S/2392 DP-RAM DP-RAM U6:HM534251 U7:HM534251
"Scrolling" of the others on the screen.
"Scrolling" of one side
on the screen.
DP-RAM
DP-RAM
U8:HM534251
U9:HM534251
"Data" of the others on the screen.
"Data" of one side on the scr
een.
DP-RAM
DP-RAM
U10:HM534251
U11:HM534251
"Characters" of the others on the screen.
"Characters" of one sid
e on the screen.
DP-RAM
DP-RAM
U12:HM534251
U13:HM534251
"Menus" of the others on the screen.
"Menus" of one side on the s
creen.
ADDRESS DATA CONTROL
BACKUP S-RAM P-ROM P-ROM CIRCUIT U5:TC551001F U4:27C040 U3:27C040
RESET CIRCUIT U31:M62021FP BT1:VL2330/1VC
NO.748 BUSY CH1：「BUSY」−「GND」 CH2：「BUSY-M」−「GND」 REQ CH1：「REQ」−「GND」 CH2：「REQ-M」−「GND」 ACK CH1：「ACK」−「GND」 CH2：「ACK-M」−「GND」
NO.748 H-SYNC
CH1：「J15 3pin」−「GND」
V-SYNC
POWER INVERTER RECTIFIER CONSTANT REDUCTION HI FREQUENCY T1:PT043 CIRCUIT VOLTAGE CIRCUIT TX POWER D13,D14:ERB44-10 CIRCUIT Q12:2SC2555 U10:LM358 Q13:2SC2482 HI FREQUENCY DRIVE U11:TL431CLPB Q14:2SC2235 POWER REDUCTION CIRCUIT Q18~20:2SC2482 SIGNAL Q5:2SA1015 Q8:2SK902 POWER REDUCTION LO FREQUENCY CIRCUIT TX POWER ERROR DETECTION Q15:2SC2555 AMPLIFIER CIRCUIT Q16:2SC2482 LO FREQUENCY U7:IR3M02 U4:TLP521 Q17:2SC2235 POWER REDUCTION Q21~23:2SC2482 SIGNAL INVERTER RECTIFIER RIPPLE FILTER CONSTANT 12V T2:PT044 CIRCUIT CIRCUIT VOLTAGE D17:YG225C4 L2:SBC2-100-212 CIRCUIT DRIVE C49:16V1000u Q24:2SC458 CIRCUIT C50:16V470u Q6:2SA1015 Q10:2SK902 BRIGHTNESS BRT CIRCUIT ERROR DETECTION Q27:2SB1642 BRT AMPLIFIER CIRCUIT Q27:2SC2235 SIGNAL U8:IR3M02 U5:TLP521 Q28:2SC458 INVERTER RECTIFIER RIPPLE FILTER CONSTANT 5V T3:PT045 CIRCUIT CIRCUIT VOLTAGE D19:SB50-09J L3:SBC2-100-212 CIRCUIT DRIVE C53,C54:10V1000u Q25:2SC458 CIRCUIT Q7:2SA1015 Q11:2SK902 DETECTION ERROR CIRCUIT AMPLIFIER U6:TLP521 V-F U9:IR3M02
CIRCUIT U1:TA78L005 U4:M51848
VOLT
U3:TLP521
(V-F)
12V GND GND 5V 5V 12V 12V GND GND BRT 2.3 H-FRQ L-FRQ 12V GND GND TX P O W L-B GND GND L-C L-A H-C H-B H-A OFF-SW ON-SW ON-SW BRT GND N.C. OFF-SW 6 1 VOLT GND V-F 1 2 4.5 11 8 1.2 4.5 9.10 6.7 9.10 6.7 3 2 5V 130V 4 2 1 TX-V 1 G1 G2 G3 1 2 12V 1.2 4.5 TX P O W 1 2 3 #1 ※ 内削除 #2 #3 #4 #4 #4 #4 #4 #6 G00-080 C59,C60(200V223) #6 #6 14/10/28 #7 #2 内容 G00-056 12/04/21 VR1/102→202 記号 #1 G00-030 #3 日付 14/08/02 G00-041 改訂 R1/100k→75k D17/ESAC25M-04C→YG225C4 14/09/18 #4 G00-069 R43,R45/5.1→4.7*T1,T2,T3 14/10/16 G00-077 R33/1k→2k 14/10/23 #5 #7 G04-002 R8 10K(F)→9.1K 16/01/08 7.5V 5.0V 2 1 4 3 7 5 8 6 9 1.1V 3.8V 3.1V 2.1V 1.1V 2.8V Delete
POWER SUPPLY BOARD No.654 A
A3 11 Thursday, March 25, 2010 2 Title Size Document Number R ev Date: Sheet of Q5 A1015 Q8 K902 C20 200V0.022u D10 ERB44-10 D9 1SS119 Q7 A1015 Q11 K902 C35 200V0.022u C5 **** D7 1SS119 C9 0.1 D6 1SS119 C13 0.1 T1 PT-043 T3 PT-045 U3 TLP5 21 FRQ C10 10V47u + U1 TA78L0 05AP I 1 G 3 O 2 C29 0.1 D16 S5277J C46 200V0.1u Q26 B1642 Q14 C2235 VR3 1K-VR 1 3 2 D15 S5277J TX-V D17 YG225C4 Q17 C2235 Q12 C2555 12V Q25 C458 Q15 C2555 D19 SB50-09J 0 JP1 Q16 C2482 D20 1SS119 C45 1u D13 ERB44-10 V-F BRT Q27 C2235 C8 0.1u R3 91K R4 12K R7 10K(F) R5 24K(F) R8 9.1K R9 10K R10 470 U2 M5184 8 TR 2 CV 5 Q 3 DIS 7 THR 6 R 4 VCC 8 GND 1 CT 5 ERA2+ 16 GND 7 VCC 12 C1 8 C2 11 E1 9 E2 10 CT 5 ERA2+ 16 GND 7 VCC 12 C1 8 C2 11 E1 9 E2 10 R42 1W22K R16 1K R18 20 CT 5 ERA2+ 16 GND 7 VCC 12 C1 8 C2 11 E1 9 E2 10 Q6 A1015 Q10 K902 C27 200V0.022u D11 ERB44-10 R26 1K R28 20 R36 1K R38 51 T2 PT-044 R66 2K R45 4.7 R44 1W22K C51 1u R70 4.7K R64 200K VR4 2K-VR 1 3 2 D18 1SS119 Q24 C458 R43 4.7 Q13 C2482 R77 750 R79 200 C34 100V2200p C11 DSR4700p RY1 G6E134P C28 16V22u + R20 1W470 C21 16V22u + R2 10K R29 1W220 C38 50V1000u + R39 1W470 C39 50V1000u + C14 16V22u + GND-P C15 0.1 D12 ERB44-10 C37 50V1000u + C22 0.1 C12 0.01u R48 12K C41 **** R47 22K R75 5.1K C42 160V100u + R46 51K J4 B_XH 8 1 2 3 4 5 6 7 8 C48 0.1 R65 4.3K J5 XH9 1 2 3 4 5 6 7 8 9 R50 1K R55 51K R56 22K C50 16V470u + U10A LM 358 + -3 2 1 8 4 C54 10V1000u + J3 XH7 1 2 3 4 5 6 7 J1 XH4 1 2 3 4 R72 3.3K U3 TLP5 21 R57 12K C47 0.1u C43 200V0.022u R80 1K Q28 C458 C57 0.1u R59 1K C44 200V0.022u R73 1.3K C49 16V1000u + R76 680 C53 10V1000u + J2 B_XH 4 1 2 3 4 R71 1K C 5 8 0.1u R41 2W47K VR1 2K-VR R67 22K R49 1K Q23 C2482 GND-1 Q20 C2482 U5 TLP5 21 Q19 C2482 R58 1K U4 TLP52 1 R62 10K R51 1K R53 10K Q21 C2482 R81 10K R61 10K Q18 C2482 R63 10K R60 1K R52 10K Q22 C2482 U6 TLP5 21 R54 10K R69 1K U11 TL431CLPB 2 3 1 L2 SBC2-100-212 C36 1u R68 7.5K R78 75 L3 SBC2-100-212 C56 0.1u 5V VR5 10K-VR 1 3 2 C40 1u C52 ECQP100p D14 ERB44-10 R6 24K(F) C59 200V0.022u C60 200V0.022u D8 1SS119
NO.654 電源入力 24.0V D.C. IN: 24.0V ① CH1：「Q6 base」−「GND-P」 ② CH2：「Q6 emitter」−「GND-P」 ③ CH1：「Q10 gate」−「GND-P」 ④ CH2：「Q10 drain」−「GND-P」 ⑤ CH1：「Q7 base」−「GND-P」 ⑥ CH2：「Q7 emitter」−「GND-P」 ⑦ CH1：「Q11 gate」−「GND-P」
NO.654
FRQ
⑨
モニター M15
・回路図
M15 は LCD-15 の背面シールの S/NO.により回路図が異なります。 S/NO.1000 番台は LC201 が LCD-A15CE S/NO.2000 番台は LC201 が LCD-A152GS(A) S/NO.3000 番台は LC201 が LCD-AD152CWHS/NO.4000 番台／5000 番台は LC201 が AA150XC03 と SSC-TA01A-SZK
・波形図
MONITOR UNIT (M15)
CIRCUIT DIAGRAM
Circuit diagram is different based on the S/No. of LCD-15. S/No.1001 - 1999 ⇒ LC201 is LCD-A15CE
S/No.2001 - 2999 ⇒ LC201 is LCD-A152GS(A) S/No.3001 - 3999 ⇒ LC201 is LCD-AD152CWH
S/No.4001 - ⇒ LC201 is AA150XC03 and SSC-TA01A-SZK
OFF-SW CK G0 PANEL LIGHT GND GND N.C. KI7 K00 OPTION(OP-125) VOLT R1 5V H-SYNC DATA1 KI3 KO4 GND OFF-SW GND B1 OFF-SW POW-RI3 TVG KI0 WJ604 1 12V VOLT GND G5 B4 GND BUSY TX -5V KI7 PILOT LED
PANEL LIGHI CONTROL
V-SYNC G2 ON-SW G GND GAIN KI3 K00 R3 R/L B RI0 LED SW. KI1 KO1 5V GND GND GND-P REQ RO1 KI5 KO1 12V ON-SW
PANEL LIGHIT CONTROL
G1 ENAB H-SYNC DATA2 KI2 KO3 WJ603 WJ606 ON-SW R0 GND GND GND GAIN KI1 WJ605
PANEL LIGHT CONTROL
5V R4 N.C. R RI1 TX + GND KI5 35019D DC+ 12V H-SYNC B2 ON-SW POW+ TRIG IN CNT KI2 KO2 35018D 5V GND GND G4 5V B DATA0 LED SW. KI6 KO3 OPTION(OP-126) 5V R2 B5 V-SYNC ACK KI4 KO5 GND CNT G3 GND V-SYNC RO0 GND KO2 WJ602 1 GND GND B0 OFF-SW GND-2 BUZZER CNT KI6 WJ607 GND-P 5V GND GND-P N.C. GND U/D R RI2 GND TVG KI4 KO4 35020D DC-12V R5 B3 G DATA3 TRIG 5V KI0 KO5 OPTION (OP-122) VGA CABLE 35170D 12V 1:RX + 2:RX - 3:FGND 4:TX + 5:TX -1:RX + 2:RX - 3:FGND 4:TX + 5:TX - 6:N.C. RX -RX + TX -TX + GND RX -RX + N.C. RX + TX -RX - GND TX + N.C. N.C. ON SIG DC+ DC-GND-P 12V GND GND 12V FUN GND DC+ N.C WJ612 WJ613 WJ614 SHEELD WJ301 WJ301 (G03-112) MONITOR UNIT LCD-15 POWER SUPPLY
POWER SUPPLY CABLE
{Doc} 1 S-1800M15 Internal connection Custom 11 T h ursday, May 29, 2008 Title Size D oc um en t N umber R ev Date: Sheet of
POWER SUPPLY BOARD NO692
CONTROL BOARD NO.688-BB
MAIN BOARD NO.748
POWER SUPPLY BOARD
NO694 1 2 6 7 8 10 13 14 4 9 11 12 15 GND GND 3 5 P003XHP5 1 2 3 4 5 P404 XHP7 1234567 F501 FH-001AF P007 B_XHP6 123456 P005 B_XHP5 12345 P004XHP5 1 2 3 4 5 P301 XHP-3 1 2 3 P304 XHP2 12 P002B_XHP2 1 2 C5011u J504FM214-2SM 1 2 P405XHP8 1 2 3 4 5 6 7 8 P010 B_XHP7 1234567 P303 XHP9 123456789 C5021u NAV-IN FM214-5SM P402XHP5 1 2 3 4 5 P001 XHP2 12 P006XHP6 1 2 3 4 5 6 NMEA-OUTFM14-6SM P008XHP7 1 2 3 4 5 6 7 P015 DF11-32DS-2C 1234567891011121314151617181920212223242526272829303132 P403XHP6 1 2 3 4 5 6 P012XHP6 1 2 3 4 5 6 P401 XHP3 123 P014 XHP10 12345678910 P302 XHP7 1234567 P011XHP8 1 2 3 4 5 6 7 8 P009 XHP7 1234567 P013 XHP9 123456789 J506 FM214-2SM 1 2 J203 PLUG JR21PK-16P 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 J201 JR21RK-16S 1 2 3 4 5 6 7 8 910 11 12 13 14 15 16 P301-2 XHP4 1 2 3 4 P302-2 XHP2 12 P304-2 B_XHP2 1 2 P303-2 XHP5 1 2 3 4 5 J509 FM214-3SM 123 PLUG FM14-3P 123
VGA CABLE WJ202 GND 12V CNT 12V 12V GND CNT 12V KEY DATA GND 5V BRT GND/GND-P BUZZER ON-SW ON-SW OFF-SW OFF-SW 12V N.C. CNT GND 12V GND G H-SYNC GND GND N.C. R N.C. N.C. GND B V-SYNC N.C. GND N.C. 12V N.C. CNT GND 12V TOP LIGHT BOTTOM LIGHT ON-SW GND 5V WJ201 BRT ON-SW OFF-SW GND BUZZER 12V GND OFF-SW GND KEY DATA 12V GND-P POW-SW GND LED LED AUTO/+ FUNC/-N.C. 12V 12V GND GND 12V-IN GND CNT CNT-V GND AOTO GND WJ206 WJ207 WJ204 35169D 35169D 35169D 35169D WJ203 WJ203 WJ208 WJ205 P203 WJ210 (G03-112) WJ209 PHR-6 : NO.699A JP2,JP3,JP4,JP5 6P side PHR-8 : NO.699A JP2,JP3,JP4,JP5 8P side MONITOR UNIT OR DC201 INVERTER BOARD CXA-0231 LC201(LCD-A15CE) DC202 INVERTER BOARD CXA-0231 CONNECTION BOARD ＮＯ．６９９Ａ 1 2 3 5 6 7 8 10 1314 4 9 11 12 15 4 9 1112 15 HV LV LV HV LV LV HV HV 3 7 2 5 8 10 6 13 1 14 J203 CN2 1 2 3 P202-1 PHR-5 1 2 3 4 5 J202 JR16RK-10S 1 2 3 4 5 6 7 8 9 10 P706 XHP10 1 2 3 4 5 6 7 8 9 10 P701 XHP4 1 2 3 4 P702 XHP4 1 2 3 4 CN3 1 2 3 CN2 1 2 3 P202-2 PHR-5 1 2 3 4 5 CN3 1 2 3 PHR-6 CONNECTOR-6P 1 2 3 4 5 6 CONNECTOR-5P 1 2 3 4 5 P708 XHP6 1 2 3 4 5 6 J201 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 P703 B_XHP3 1 2 3 P704 XHP7 1 2 3 4 5 6 7 1 2 3 4 5 P705XHP5 P709 XHP3 1 2 3 P710 XHP2 1 2 P707 B-XHP5 1 2 3 4 5 VR201 EVH-COAP15B14 1 2 3 S201 DS-193 C201 16V6800u + CONNECTOR-8P PHR-8 1 2 3 4 5 6 7 8 P708 XHP6 1 2 3 4 5 6
VGA CABLE MONITOR UNIT WJ202 GND 12V CNT 12V 12V GND CNT 12V KEY DATA GND 5V BRT GND/GND-P BUZZER ON-SW ON-SW OFF-SW OFF-SW 12V N.C. CNT GND 12V GND G H-SYNC GND GND N.C. R N.C. N.C. GND B V-SYNC N.C. GND N.C. 12V N.C. CNT GND 12V TOP LIGHT BOTTOM LIGHT ON-SW GND 5V BRT ON-SW OFF-SW GND BUZZER 12V GND OFF-SW GND KEY DATA 12V GND-P POW-SW GND LED LED AUTO/+ FUNC/-N.C. 12V 12V GND GND 12V-IN GND CNT CNT-V GND AOTO GND WJ206 WJ207 WJ209 35169D 35169D 35169D 35169D WJ203 WJ203 WJ208 WJ205 P203 WJ210 (G03-112) DC201 INVERTER BOARD CXA-0231 LC201(LCD-A152GS) DC202 INVERTER BOARD CXA-0231 CONNECTION BOARD ＮＯ．６９９Ａ 1 2 3 5 6 7 8 10 1314 4 9 11 12 15 4 9 1112 15 HV LV LV HV LV LV HV HV 3 7 2 5 8 10 6 13 1 14 J203 CN2 1 2 3 P202-1 PHR-5 1 2 3 4 5 J202 JR16RK-10S 1 2 3 4 5 6 7 8 9 10 P706 XHP10 1 2 3 4 5 6 7 8 9 10 P701 XHP4 1 2 3 4 P702 XHP4 1 2 3 4 CN3 1 2 3 CN2 1 2 3 P202-2 PHR-5 1 2 3 4 5 CN3 1 2 3 CONNECTOR-5P 1 2 3 4 5 P708 XHP6 1 2 3 4 5 6 P703 B_XHP3 1 2 3 P704 XHP7 1 2 3 4 5 6 7 1 2 3 4 5 P705XHP5 P709 XHP3 1 2 3 P710 XHP2 1 2 P707 B-XHP5 1 2 3 4 5 VR201 EVH-COAP15B14 1 2 3 S201 DS-193 C201 16V6800u + CONNECTOR-8P PHR-8 1 2 3 4 5 6 7 8
WJ202 GND 12V CNT 12V 12V GND CNT 12V KEY DATA GND 5V BRT GND/GND-P BUZZER ON-SW ON-SW OFF-SW OFF-SW 12V N.C. CNT GND 12V GND G H-SYNC GND GND N.C. R N.C. N.C. GND B V-SYNC N.C. GND N.C. 12V N.C. CNT GND 12V TOP LIGHT BOTTOM LIGHT GND WJ201 BUZZER KEY DATA POW-SW GND -+ AUTO MENU N.C. 12V 12V GND GND 12V-IN GND CNT CNT-V GND AUTO GND WJ206 WJ211 WJ212 35169D 35169D 35169D 35169D WJ203 WJ203 WJ208 WJ205 P203 WJ210 (G03-112) ON-SW 5V BRT GND GND-P ON-SW OFF-SW OFF-SW 12V 12V GND GND MONITOR UNIT M-2018 S202 GND POW1 1 2 3 DC201 INVERTER BOARD CXA-0231 LC201 (CD-AD152CWH) DC202 INVERTER BOARD CXA-0231 CONNECTION BOARD ＮＯ．６９９Ｂ 1 2 3 5 6 7 8 10 1314 4 9 11 12 15 4 9 1112 15 HV LV LV HV LV LV HV HV 3 7 2 5 8 10 6 13 1 14 J203 CN2 1 2 3 P202-1 PHR-5 1 2 3 4 5 J202 JR16RK-10S 1 2 3 4 5 6 7 8 9 10 P706 XHP10 1 2 3 4 5 6 7 8 9 10 P701 XHP4 1 2 3 4 P702 XHP4 1 2 3 4 CN3 1 2 3 CN2 1 2 3 P202-2 PHR-5 1 2 3 4 5 CN3 1 2 3 CONNECTOR-5P 1 2 3 4 5 P708 XHP6 1 2 3 4 5 6 J201 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 P703 B_XHP3 1 2 3 P704 XHP7 1 2 3 4 5 6 7 P705 XHP5 1 2 3 4 5 P709 XHP3 1 2 3 P710 XHP2 1 2 P707 B-XHP5 1 2 3 4 5 VR201 RK1631110U0Q 1 2 3 C201 16V6800u + CONNECTOR-9P PHR9 1 2 3 4 5 6 7 8 9 P711 B-XHP2 1 2
WJ202 GND 12V CNT 12V 12V GND CNT 12V KEY DATA GND 5V BRT GND/GND-P BUZZER ON-SW ON-SW OFF-SW OFF-SW 12V N.C. CNT GND 12V GND G H-SYNC GND GND N.C. R N.C. N.C. GND B V-SYNC N.C. GND N.C. 12V N.C. CNT GND 12V GND BUZZER KEY DATA POW-SW GND -+ AUTO FUNC N.C. 12V 12V GND GND CNT CNT-V GND AUTO GND WJ206 WJ207 WJ213 35169D 35169D 35169D 35169D WJ203 WJ203 WJ208 WJ214 WJ210 ON-SW 5V BRT GND GND-P ON-SW OFF-SW OFF-SW 12V 12V GND GND MONITOR UNIT GND POW1 TOP LIGHT BOTTOM LIGHT 12V-IN GND GND MENU FFC ET-B type AUTO + -FFC ET-B type DC201 INVERTER BOARD CXA-0231 DC202 INVERTER BOARD CXA-0231 CONNECTION BOARD ＮＯ．６９９Ｂ SSC-TA01A-SZK LC201 AA150XC03 1 2 3 5 6 7 8 10 1314 4 9 11 12 15 4 9 1112 15 HV LV LV HV LV LV HV HV 3 7 2 5 8 10 6 13 1 14 J203 CN2 1 2 3 P202-1 PHR-5 1 2 3 4 5 J202 JR16RK-10S 1 2 3 4 5 6 7 8 9 10 P706 XHP10 1 2 3 4 5 6 7 8 9 10 P701 XHP4 1 2 3 4 P702 XHP4 1 2 3 4 CN3 1 2 3 CN2 1 2 3 P202-2 PHR-5 1 2 3 4 5 CN3 1 2 3 P708 XHP6 1 2 3 4 5 6 P703 B_XHP3 1 2 3 P705 P709 XHP3 1 2 3 P710 XHP2 1 2 P707 B-XHP5 1 2 3 4 5 VR201 RK1631110U0Q 1 2 3 C201 16V6800u + P711 B-XHP2 1 2 CONNECTOR-10 PHR10 1 2 3 4 5 6 7 8 9 10 CONNECTOR-4 VHR4 1 2 3 4 P704 S201 DS-193
RECTIFIER CONSTANT FILTER CIRCUIT VOLTAGE 12V D11:S3L20 CIRCUIT U5:TA7812S
CONSTANT VOLTAGE CIRCUIT
ERROR DRIVE LUMP Q1:2SK117Y AMPLIFIER CIRCUIT TRANSFORMER RECTIFIER CONTROL PL Q2:2SD2012 U1:TL494CN Q4:2SA1015 T1:PT-050 CIRCUIT CIRCUIT D3:HZ9C1 Q5:2SK902 D13:SB50-09J Q6:2SB1642 PL/CONT ON CIRCUIT Q7:2SC2235 RY1:G6E134P Q8:2SC458 OFF CIRCUIT Q3:2SC458 D4:1SS119
RECTIFIER CIRCUIT D9:D1NL20U
DETECTION CONSTANT CIRCUIT VOLTAGE 5V U6:TLP521-1GR CIRCUIT U7:TL431CLP CONSTANT V-F VOLTAGE CIRCUIT VOLT CIRCUIT U3:NE555 U2:TA78L005AP U4:TLP521-1GR
GND GND 12V 5V 5V 12V PL/CONT OFF-SW ON-SW ON-SW PL GND GND-P OFF-SW VOLT GND 2 5V G 2 1 1 V-F 1 3 6 2 ＦＬ１∼６ ＥＸＣＥ２５ＬＤＲ 3 8 7 10 9 4 5 9.1V 19.0V 4.3V 3.2V 2.5V 1 2 3 4
POWER SUPPLY BOARD No.６９２A
A3 11 Wednesday, May 26, 2004 1 Title Size Document Number Rev Date: Sheet of Q6 B1642 D13 SB50-09J Q7 C2235 R30 750 R32 750 J3 XH-9 1 2 3 4 5 6 7 8 9 C35 10V1000u + R33 1K Q8 C458 C39 0.1u R28 4.7K C34 10V1000u + PL J2 XH-7 1 2 3 4 5 6 7 C28 35V470u + D11 S3L20 C29 35V470u + R17 24K(F) R19 10K(F) R21 470 C17 100V0.1u C18 100V0.1u R13 30 D5 1SS119-14 D6 1SS119-14 D7 1NL20U D8 S5277J C26 0.1 ERA2+ 16 GND 7 VCC 12 C1 8 C2 11 E1 9 E2 10 OUTCON 13 U3 NE555 TR 2 CV 5 Q 3 DIS 7 THR 6 R 4 VCC 8 GND 1 U4 TLP521-1GR D10 1SS119 C6 0.1u C5 **** R15 1W47 R20 10K Q4 A1015 R11 1K Q5 K902 VR2 2K-VR C27 100V1000p R18 10K(F) C24 DSR4700p C25 0.01u RY1 G6E134P T1 PT-*** R23 C33 R31 470 VR3 5K-VR 1 3 2 5V-S C36 10V1000u + R24 330 U7 TL431CLP 2 3 1 R26 U6 TLP-521-1GR 1 2 C37 0.1u R25 10K R29 4.3K U4 3 4 V-F C38 100p U5 TA7812S VIN 1 GND 3 VOUT 2 12V L2 SBC2-100-212 C30 0.22u C31 0.1u C32 16V220u + D12 S5277J R22 1W2.2K Q2 D2012 Q1 K117-Y Q3 C458 C7 0.1 R1 91K R2 12K C19 35V470u + D9 D1NL20U 5V-P FL2 FL3 FL4 FL5 FL1 D14 1W0.1 R27 0 R34 10K GND-S R12 300 R14 1W2.2K D3 HZ9C1 C10 16V22u + C11 0.1u C9 16V100u + C8 50V1000u + C40 10V470u + D4 1SS119 R4 10K R3 100K RY1 G6E134P 7 12 C20 10V47u + C23 0.1 L3 EXEC25LDR
NO.692 電源入力：24.0V D.C. IN: 24.0V ① CH1：「Q4 base」−「GND-P」 ② CH2：「Q4 emitter」−「GND-P」 ③ CH1：「Q5 gate」−「GND-P」 ④ CH2：「Q5 drain」−「GND-P」 FRQ ⑤ CH1：「FRQ」−「GND-P」
GND 12V 12V N.C. GND DC-DC 12V GND 3A
POWER SUPPLY BOARD No.694
A4 11 Wednesday, May 26, 2004 0 T itle Size Document Number R e v Date: Sheet of DC1 CBS50241 2 IN + CASE RC IN -+VOUT + S TRM - S -VOUT J4 B-XH-2 1 2 J3 XH-5 1 2 3 4 5 C1 0.1 C3 50V470u + C2 0.1 C5 16V470u + D1 ERZ-V20D390 D2 10DL2CZ47A Q1 2SK2065 C4 0.47 F1 F-205P*2
OFF-SW GND GND BRT GND CNT GND ON-SW ON-SW KEY DATA CNT
INVERTER UNIT 2 AUTO / POWER 1
BR T OFF-SW BUZZER 12V ON-SW 5V 12V GND-P +(NC) 12V 5V GND 12V POWER-SW GND GND ON-SW CNT-V GND FUNC(FUNC/-) CNT KEY BOARD BRIGHTNESS VR(10K) GND LCD POWER KEY DATA GND N.C. AUTO(NC) 12V 12V OFF-SW VR-3P BUZZER 12V 12V GND OFF-SW -(AUTO/ + ) GND INVERTER UNIT 1 AUTO 111 1 2 33 33 22 2 GND POW1 2 1 3
CONNECTION BOARD No.699B
A4
11
Tuesday, November 23, 2004
SUZUKI FISH FINDER CO., LTD.
0 T itle Size Document Number R e v Date: Sheet of S2 + J10 XH-2 1 2 C4 10V470u + C6 1u S3 -J5 XH-5 1 2 3 4 5 R2 1.1K J2 XH-4-B 1 2 3 4 J4 XH-7 1 2 3 4 5 6 7 J8 XH-6 1 2 3 4 5 6 S 4 FUNC R1 7.5K J1 XH-4 1 2 3 4 J6 XH-10 1 2 3 4 5 6 7 8 9 10 C1 0.1 R3 1.1K R4 1.8K J3 XH-3-B 1 2 3 S1 AUTO R5 1.1K C5 0.1 R6 1.8K J7 XH-5-B 1 2 3 4 5 J9 XH-3 1 2 3 C2 0.1 C3 16V470u + JP2 JP3 JP4 JP5 J11 XH-2-B 1 2 JP1
ハルユニット
・回路図
・波形図（180kHz）
HULL UNIT
CIRCUIT DIAGRAM
WAVE FORMS (180 kHz)
POWER SUPPLY BOARD No703
MAIN BOARD No.691 or No751
TRANSCEIVER BOARD No685
TX-V
GND-1 GND-1
12V GND-1 12V GND-1 GND-1 TX-V
15V 15V GND-1 GND-1 TR CK1 TR CK2 TR CK3 TR CK4 TL CK1 TL CK2 TL CK3 TL CK4 GND-1 AUDIO SIG AUDIO GND NC AUDIO SIG AUDIO GND SHIELD
GND-1 +12V -12V 5V-2 GND-2 POW RED A GND-1 3.3V POW RED B POW RED C GND-1 5V-1 GND-1 +12V GND-1 POW OFF CONT POW ON/OFF SIG
DC IN+ DC IN- POW SW+ POW SW- DIO 3 DIO 2 DIO 1 DIO 0 REQ BUSY ACK GND-2 MOTOR POW MOTOR GND
UP SIG UP GND DOWN SIG DOWN GND
U/D LED SW
DC IN+ DC AUDIO OUT AUDIO GND
UP LIMIT SW UP LIMIT SW HOIST MOTOR HOIST MOTOR
EX TRIG
NC
EX TRIG TEMP +12V HALL IC
GND TRIG GND SIG GND RD7 RD6 RD5 RD4 RD3 RD2 RD1 RD0 GND TRIG NC SIG NC RD7 RD6 RD5 RD4 RD3 RD2 RD1 RD0 GND TRANSDUCER TRANSDUCER DC IN GND-P 8V 5V-2 GND-2 POW RED A POW RED B POW RED C GND-1 5V-1 GND-1 +12V GND-1 POW OFF CONT POW ON/OFF SIG
SUZUKI FISH FINDER CO.,LTD.
SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD TX- SHIELD
WJ009 WJ010 WJ011 WJ002 WJ004 WJ007 WJ005 WJ003 WJ006 WJ012 WJ013 SHIELD WJ001 WHITE BLACK
12V F001- 10A F002- 5A F003-0.5A 24V F001- 6A F002- 8A F003-0.5A
U/D LED SW ++ --34996D 34999D 35190D(G02-076) 34998D 35000D 35189D(G02-076) 34997D OPTION 35188D(G02-076) 34995D {Doc} 1 S -1
800 HULL-UNIT INTER CONNECTION
A3 11 Thursday, April 01, 2010 Title Size Document Number R ev Date: Sheet of P102 XHP1 2 1 2 3 4 5 6 7 8 9 10 11 12 P605 B-XHP 3 1 2 3 P112 XHP 3 1 2 3 P105 XHP 3 1 2 3 P602 XHP 3 1 2 3 P306 B-XHP 31 2 3 P109 1-480318-0 1 2 P307 XHP 21 2 P103 XHP 4 1 2 3 4 P113 B-XHP 4 1 2 3 4 P603 XHP 4 1 2 3 4 P303 XHP 4 1 2 3 4 P104 B-XHP 3 1 2 3 P108 XHP 5 1 2 3 4 5 P601 XHP 5 1 2 3 4 5 P101 XHP 8 1 2 3 4 5 6 7 8 P106 XHP9 1 2 3 4 5 6 7 8 9 P604 XHP9 1 2 3 4 5 6 7 8 9 P301 XHP 2 1 2
F001 FH-001AF F002 FH-001AF F003 FH-001AF
TM001 A118A-3P C002 1u C001 1u P302 1-480698-0 1 2 P304 5265-04 1 2 3 4 P107 B-XHP9 1 2 3 4 5 6 7 8 9 P305 X H P12 1 2 3 4 5 6 7 8 9 10 11 12 P110 ML-40S1BYF-2P 1 2 P111 XHP6 1 2 3 4 5 6 P115 XHP2 1 2 COMMUNICATION CABLE
PARALLEL
DATA
INTERFACE U18:74LS374 U9~U12:PC9D17
P-ROM TRAIN/TILT U13~U16:PC9D17 CPU ADDRESS U2:27C020 MOTOR TR CK1~4 Q1~Q8:2SA1015 U1: CONTROL CONTROL TL CK1~4 OSC HD6412392F20 U20:74HC175 X1:20MHz S-RAM U3:62256
TRIG OUT CIRCUIT U17:74LS00 U4:PC816 TRIG CIRCUIT U17:74LS00
RECEIVER CONTROL RECEIVER Q18:RN1011 CIRCUIT CONTROL U21:74HC244 TEMP COMPARATOR HALL-IC U25:LM324 HOIST MOTOR ENCODER DRIVE CIRCUIT LIMIT SWITCH U19:74HC148 U30:TC4093BP COMPARATOR U31:LM358 OVERCURRENT U26:LM324 Q21~Q24:RN1011 PROTECTION HOIST Q25,Q26:2SJ334 CIRCUIT MOTOR Q27,Q28:2SK2385 R115:RLD60P300X
AUDIO CIRCUIT U27:TC9210P
AUDIO
U28:TA7252AP
OUT
Q9~Q12:2SC458
PARALLEL
DATA
INTERFACE U18:74LS374 U9~U12:PC9D17
P-ROM TRAIN/TILT U13~U16:PC9D17 CPU ADDRESS U2:27C010 MOTOR TR CK1~4 Q1~Q8:2SA1015 U1:H8S/2392 CONTROL CONTROL TL CK1~4 OSC U20:74HC175 X1:20MHz S-RAM U3:62256
TRIG OUT CIRCUIT U17:74LS00 U4:PC816 TRIG CIRCUIT U17:74LS00
RECEIVER CONTROL RECEIVER Q18:RN1011 CIRCUIT CONTROL U21:74HC244 TEMP COMPARATOR HALL-IC U25:LM324 HOIST MOTOR ENCODER DRIVE CIRCUIT LIMIT SWITCH U19:74HC148 U30:TC4093 COMPARATOR U31:LM358 OVERCURRENT U26:LM324 Q21~Q24:RN1011 PROTECTION HOIST Q25,Q26:2SJ334 CIRCUIT MOTOR Q27,Q28:2SK2385 R115:RLD60P300X
AUDIO CIRCUIT U27:M62429P
AUDIO
U28:LA4425A
OUT
Q9~Q12:2SC458
NO.751 設定：レンジ 120m RANGE: 120m CH1：「BUSY」−「GND」 CH2：「BUSY-H」−「GND」 CH1：「REQ」−「GND」 CH2：「REQ-H」−「GND」 CH1：「ACK」−「GND」 CH2：「ACK-H」−「GND」 HALL IC
DRIVE TRANSFORMER RECTIFIER CONSTANT VOLTAGE 85V CIRCUIT T1:PT054 CIRCUIT CIRCUIT Q3,Q4:2SK3219-01 D17~D20:S3L60 U6:LM358 POWER ERROR DETECTION REDUCTION POWER AMPLIFIER CIRCUIT CIRCUIT REDUCTION U2:TL598CN U4:TLP521-1GR Q7~Q10:2SC1815 SIGNAL U5:TL431CLP
DETECTION CIRCUIT U7:TLP521-1GR
DRIVE TRANSFORMER RECTIFIER 15V CIRCUIT T2:PT055 CIRCUIT Q5,Q6:2SK3219-01 D24,D25:10DL2CZ47A CONSTANT VOLTAGE 12V CIRCUIT ERROR DETECTION U10:TA7812S AMPLIFIER CIRCUIT U3:TL598CN U8:TLP521-1GR CONSTANT U9:TL431CLP VOLTAGE 5V-1
CIRCUIT U11:LM2676 RECTIFIER
P SW PW ON/OFF CIRCUIT CIRCUIT D27:SB50-09 U1:TLP521-1GR RECTIFIER CONSTANT CIRCUIT VOLTAGE 5V-2 D28~D31:D1N20U CIRCUIT U12:TA7805S
* Check pin: 85V
GND-1 3,4 14.9V D29 5,6 21.3V GND-1 2 D19 GND-1 POW C G D17 1 POW B POW A D20 D18 GND-1 PW OFF CONT 9.2V 15V 7.8V 2.5V GND-1 8.0V 2.5V 14.9V D28 GND-1 TX 85V 7 1,2 12V 2,3 9 1 10,11 2 11.8V 15V 4 10,11 12 1 4,5 1 5V-2 GND-1 12.9V 9.2V PW ON/OFF 9 1 7 12 8 2 S 2 D31 D30 GND-2 12V 12 5V-1 1.4V 2 POWER SUPLLY BOARD NO.703B A3 11 Wednesday, March 31, 2010 Title Size Document Number R ev Date: Sheet of 12V 12V R59 4.7K R58 10K R45 2.7K R30 10K Q10 C1815 Q9 C1815 Q8 C1815 Q7 C1815 C66 150p R57 1W22K R56 1K R54 1K R55 1K R53 1K R52 8.2K R51 5.1K D12 1SS293 D9 1SS293 R49 1W220 C56 470p R41 22K C39 0.1u TX-V D25 10DL2CZ47A D24 10DL2CZ47A D27 SB50-09 C41 150p C32 150p R26 7W1K U11 LM267 6 VIN GND VOUT ON/OFF B FB C43 + C58 C61 10V470u + 5V-2 FL6 GND-2 D1NL20U*4 -+ D23 1SS119 D22 1SS119 C38 0.1u C36 0.1u C35 0.33u 5V R35 1K D21 1SS119 U7 3 4 D8 1SS293 D5 1SS293 RY1 7 12 R34 1K R48 4.7K U1 3 4 U7 TLP521-1GR C52 25V470u(PS) + C33 160V100u(PS) + FL11 FL2 C34 160V100u(PS) + FL9 FL3 FL5 FL10 FL12 C55 25V1000u(PS) + C54 0.01u 33u L4 L5 CMT 3 C53 0.47u C40 100V1200u(LS) + R36 3W 6.8 L2 CH-1018 85V R40 10K1% C46 C45 L3 CH-1019 R42 1K U6A LM35 8 + -3 2 1 8 4 R38 10K1% R37 100K1% R39 100K1% R33 18K R32 22K R47 4.3K GND-1 S3L60*4 -+ T2 PT-05 5 VR3 1K 1 3 2 VR2 1K 1 3 2 FL13 FL8 J5 XH-12 1 2 3 4 5 6 7 8 9 10 11 12 12V FL7 T1 PT-05 4 C50 0.1u C62 0.1u C47 0.1u U12 TA780 5S VIN 1 GND 3 VOUT 2 U4 TLP521-1GR R46 22K 15V U9 TL431CLP 2 3 1 R28 1W22K D32 S5277J D26 S5277J U8 TLP521-1GR U1 TLP521-1GR D1 C49 0.22u U10 TA781 2S VIN 1 GND 3 VOUT 2 C51 16V220u + C48 25V470u(PS) + R50 1W680 C57 25V470u(PS) + C60 0.1u C59 0.22u R44 470 C44 + C42 25V 1000u(PS)*3 + J4 5275-04A 1 2 3 4 FL4 Q2 2SD2012 U5 TL431CLP 2 3 1 R29 1W3.3K R31 150K R27 1W22K C4 0.22u C2 1u J3 XH-4 1 2 3 4 R1 1W1K C64 150p C65 150p C37 1u R60 10K R61 6.8K R62 100K D33 1SS119 R63 100K D34 1SS119 VR4 1K 1 3 2 R43 1W470 C67 150p C68 10V1000u + Q12 2SD2012 Q1 2SK117 Q5 K3219-01 C14 C72 0.1u Q4 K3219-01 C26 Q6 K3219-01 ERA2+ 16 S-GND 7 VCC 12 OUT1 8 VC 11 OUT2 9 P-GND 10 L1 SC-10-100 C22,C23,C24,25 50V1000u(PS)*4 + C73 0.1u C70 16V220u + C28 100V1000p R7 2.2K + C27 + + C3 1u C9 0.1u C30 100V3300p R9 10 Q11 2SK117 C7 16V220u + R8 10 R18 10 R19 10 C63 0.1u Q3 K3219-01 C29 100V1000p C31 100V3300p C5 0.22u ERA2+ 16 S-GND 7 VCC 12 OUT1 8 VC 11 OUT2 9 P-GND 10 D16 S5277J R22 1W220 D13 S5277J D7 R25 1W47 D6 C6 0.1u R24 1W47 D11 D4 HZ9C1 R21 1k D35 HZ9A2 R11 1k D10 C15 16V22u + R10 1k D15 S5277J R23 1W220 C16 0.1u R20 1k C69 0.1u D14 S5277J C8 16V22u + C71 16V100u + R65 R64 R66 1W10
DRIVE TRANSFORMER RECTIFIER CONSTANT VOLTAGE 70V CIRCUIT T1:PT054 CIRCUIT CIRCUIT Q3,Q4:2SK3219-01 D17~D20:S3L60 U6:LM358 POWER ERROR DETECTION REDUCTION POWER AMPLIFIER CIRCUIT CIRCUIT REDUCTION U2:TL598CN U4:TLP521-1GR Q7~Q10:2SC1815 SIGNAL U5:TL431CLP
DETECTION CIRCUIT U7:TLP521-1GR
DRIVE TRANSFORMER RECTIFIER 15V CIRCUIT T2:PT055 CIRCUIT Q5,Q6:2SK3219-01 D24,D25:10DL2CZ47A CONSTANT VOLTAGE 12V CIRCUIT ERROR DETECTION U10:TA7812S AMPLIFIER CIRCUIT U3:TL598CN U8:TLP521-1GR CONSTANT U9:TL431CLP VOLTAGE 5V-1
CIRCUIT U11:LM2676 RECTIFIER
P SW PW ON/OFF CIRCUIT CIRCUIT D27:SB50-09 U1:TLP521-1GR RECTIFIER CONSTANT CIRCUIT VOLTAGE 5V-2 D28~D31:D1N20U CIRCUIT U12:TA7805S
