Pioneer Djm-V10 Rrv4703 [PDF]
ORDER NO. RRV4703 DJM-V10 DJ MIXER DJM-V10 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). Model Ty
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ORDER NO.
RRV4703 DJM-V10
DJ MIXER
DJM-V10 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). Model
Type
Power Requirement
DJM-V10
LSYXJ
AC 110 V to 240 V
DJM-V10
UXJCB
AC 120 V
DJM-V10
XJCN
AC 220 V
Remarks
THIS SERVICE MANUAL SHOULD BE USED TOGETHER WITH THE FOLLOWING MANUAL(S). Model DJM-V10
Order No. RRV4704
Remarks SCHEMATIC DIAGRAM, PCB CONNECTION DIAGRAM, PCB PARTS LIST
6F, Yokohama i-Mark Place, 4-4-5 Minatomirai, Nishi-ku, Yokohama, Kanagawa 220-0012 JAPAN
© 2020
K-ZZZ FEB. 2020
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SAFETY INFORMATION A
This service manual is intended for qualified service technicians; it is not meant for the casual do-ityourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safety repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safety, you should not risk trying to do so and refer the repair to a qualified service technician.
Caution B
Since the fuse may be neutral of the mains supply, disconnect the mains to de-energize the phase conductors.
CONTENTS
SAFETY INFORMATION..........................................................................................................................................................2 1. SERVICE PRECAUTIONS ....................................................................................................................................................3 1.1 NOTES ON SOLDERING ...............................................................................................................................................3 1.2 NOTES ON REPLACING................................................................................................................................................3 1.3 SERVICE NOTICE ..........................................................................................................................................................4 2. SPECIFICATIONS .................................................................................................................................................................5 3. BASIC ITEMS FOR SERVICE...............................................................................................................................................6 3.1 CHECK POINTS AFTER SERVICING............................................................................................................................6 3.2 JIGS LIST .......................................................................................................................................................................7 3.3 PCB LOCATIONS .........................................................................................................................................................10 4. BLOCK DIAGRAM...............................................................................................................................................................13 4.1 OVERALL WIRING DIAGRAM (1/2) .............................................................................................................................13 4.2 OVERALL WIRING DIAGRAM (2/2) .............................................................................................................................14 4.3 OVERALL BLOCK DIAGRAM.......................................................................................................................................15 4.4 DSP BLOCK DIAGRAM................................................................................................................................................16 4.5 POWER BLOCK DIAGRAM..........................................................................................................................................17 5. DIAGNOSIS.........................................................................................................................................................................18 5.1 POWER ON SEQUENCE .............................................................................................................................................18 5.2 MATRIX INFORMATION ...............................................................................................................................................20 5.3 TROUBLESHOOTING ..................................................................................................................................................22 5.4 INFORMATION ON POWER DIAGNOSTICS...............................................................................................................40 5.5 CUEVR ASSY DIAGNOSIS METHOD .........................................................................................................................42 5.6 STARTUP ERROR DISPLAY ........................................................................................................................................44 5.7 CONNECTION CHECK WITH EACH INTERFACE ......................................................................................................46 6. SERVICE MODE .................................................................................................................................................................47 6.1 TEST MODE .................................................................................................................................................................47 6.2 CROSSFADER CALIBRATION .....................................................................................................................................71 6.3 ABOUT THE DEVICE ...................................................................................................................................................75 7. DISASSEMBLY....................................................................................................................................................................76 8. EACH SETTING AND ADJUSTMENT ..............................................................................................................................106 8.1 NECESSARY ITEMS TO BE NOTED .........................................................................................................................106 8.2 UPDATING OF THE FIRMWARE ...............................................................................................................................107 8.3 WRITING THE SERIAL NUMBER OF THE UNIT ......................................................................................................108 8.4 USER SETABLE ITEMS .............................................................................................................................................109 9. EXPLODED VIEWS AND PARTS LIST.............................................................................................................................111 9.1 PACKING SECTION ...................................................................................................................................................111 9.2 EXTERIOR SECTION.................................................................................................................................................113 9.3 CHASSIS SECTION (1/2) ...........................................................................................................................................115 9.4 CHASSIS SECTION (2/2) ...........................................................................................................................................117 9.5 CONTROL PANEL SECTION (1/3).............................................................................................................................119 9.6 CONTROL PANEL SECTION (2/3).............................................................................................................................121 9.7 CONTROL PANEL SECTION (3/3).............................................................................................................................123
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1. SERVICE PRECAUTIONS 1.1 NOTES ON SOLDERING
For environmental protection, lead-free solder is used on the printed circuit boards mounted in this unit. Be sure to use lead-free solder and a soldering iron that can meet specifications for use with lead-free solders for repairs accompanied by reworking of soldering. Do NOT use a soldering iron whose tip temperature cannot be controlled.
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1.2 NOTES ON REPLACING The part listed below is difficult or impossible to replace as a discrete component part. When the part listed in the table is defective, replace whole Assy. Assy Name MAIN Assy
USBP Assy HPPW Assy AIN Assy
Part No. BD9328EFJ NJM78M09DL1A UA78M33IKVUG3 UA78M33IKVUG3 AM3352BZCZA100@V TPS65910A31A1RSL K4B1G1646I-BYMA LAN8720A-CP TPS65911AA2ZRC 66AK2G12ABYA100 LP2996AMR MT41K64M16TW107AIT W25Q64JVSSIQ H337S3959 D810K013DZKB456 SI5351C-B03300GM CSD87330Q3D TPS2557DRB BD9851EFV AK5578EN AK5574EN
Parts that is Diffcult to Replace Ref No. Function IC206 12V r 1.285 DC/DC Converter 12V r 9V Regulator IC211 12V r 3.3V Regulator IC212 5V r 3.3V Regurator IC213 IC401 USB/ETHER UCOM IC402 PMIC(AM3352) IC701 DDR3 SDRAM IC903 LAN PHY IC1001 PMIC(66AK) IC1101 MAIN CPU/DSP 1.35V r 0.675V VTT Regulator IC1401 IC1402, IC1403 DDR3L SDRAM FLASH ROM(64Mb) IC1502 Authentication Coprocessor IC1504 IC1901 SUB DSP IC2002 CLK GENERATOR Q1001 FET IC3152 High Side SW IC6301 12V r ±7V DC/DC Converter IC4701 CH1 to CH4 ADC IC4801 CH5, CH6 ADC
Remarks IC with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad BGA IC with heat-pad BGA IC with heat-pad BGA BGA IC with heat-pad BGA *1 USON IC BGA IC with heat-pad Transistor with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad
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*1 : Refer to "1.3 SERVICE NOTICE"_"g Confirmation of user-setting". E
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1.3 SERVICE NOTICE A
g Voltage monitoring This unit always monitors for power failure and will shut itself off immediately after an error is detected. If a power is defect, MIDI START/STOP (WAKE UP) LED is flashing in a cycle of 250 ms (light on 125 ms and light off 125 ms). Other LEDs light off, and SW and VR become not working. Repair the unit according to the diagnostic procedures described in "5.4 INFORMATION ON POWER DIAGNOSTICS."
g Confirmation of user-setting
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This product has [UTILITY] and [MY SETTINGS] settings that can be set by the user. [MY SETTINGS] is a setting for DJ and can be saved to a storage device (USB drive, etc.). [UTILITY] and [MY SETTINGS] settings can be saved in the product as [OWNER SETTING] setting and can be loaded at any time. Check and save each setting before repairing. Use the Check Sheet in "8.4 USER SETABLE ITEMS" to which you can transcribe the [UTILITY] settings (Start up/[OWNER SETTING]), as required. The settings are stored in FLASH ROM (64Mb) (IC1502) on the MAIN Assy. For details, refer to "Changing the settings" in the Instruction Manual.
g Flash ROM in the MAIN Assy
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Replacement of the FLASH ROM (IC1502) on the MAIN Assy are not possible during service, because writing of the MAC address on the production line is required. If the IC is defective, replace the whole MAIN Assy. This FLASH ROM contains data that can only be written in at the factory. An IEEE 802.3-based MAC address specific to this unit has been written. After replacing the the MAIN Assy, writing of the serial number of the unit is required. For details on how to write the serial number, see "8.3 WRITING THE SERIAL NUMBER OF THE UNIT."
g MAIN Assy replacement Perform the following correspondence surely if you change the MAIN Assy. ! Execution of the writing the serial number of the Unit For details on how to write the serial number, see "8.3 WRITING THE SERIAL NUMBER OF THE UNIT." ! Execution of the Crossfader calibration See "6.2 CROSSFADER CALIBRATION." D
g Cross Fader Service Assy replacement Noncontact faders are adopted for the cross faders with this product. Compared with conventional contact-type cross faders, noncontact faders offer dozens of times the durability. Because high accuracy is required for assembly of the fader section, the service part of this section will be supplied as a whole Assy. Use the Cross Fader Service Assy (DEA1096) for replacement. After replacement, be sure to perform Crossfader calibration. See "6.2 CROSSFADER CALIBRATION." If you don't, the unit may not start up properly. Even when replacing MAIN Assy, it is necessary to do calibration. The settings are stored in FLASH ROM (64Mb) (IC1502) on the MAIN Assy. E
g About LED replacement on the Control panel If you replace LED on the Control panel alone, be sure to confirm if there are any major differences in color and brightness from the surrounding LEDs of the same color. If there is a difference, replace the other LEDs at the same time.
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2. SPECIFICATIONS General Power requirements .......................AC 110 V to 240 V, 50 Hz/60 Hz Power consumption.................................................................. 66 W Main unit weight ................................................... 11.9 kg (26.2 lbs) Max. external dimensions ............437.6 mm (width) x 467.0 mm (depth) x 107.9 mm (height) Tolerable operating temperature ......................... ... +5 °C to +35 °C Tolerable operating humidity.......... .5 % to 85 % (no condensation) Audio Section Sampling rate ....................................................................... 96 kHz MASTER, BOOTH D/A converter ........................................ ... 32-bit CH input A/D converter....................................................... ... 32-bit Other A/D and D/A converters ............................................. .. 24-bit Frequency characteristic LINE................................................................ ....20 Hz to 40 kHz S/N ratio (rated output, A-WEIGHTED) USB, DIGITAL IN ........................................................... ...116 dB PHONO............................................................................... 88 dB LINE............................................................................... ...105 dB MIC1, MIC2 .................................................................... ....79 dB Total harmonic distortion (LINE — MASTER1, 20 Hz to 40 kHzBW) .......................... 0.005 % Standard input level / Input impedance PHONO................................................................ –52 dBu/47 kΩ LINE..................................................................... –12 dBu/47 kΩ MIC1, MIC2 ........................................................... –57 dBu/3 kΩ RETURN .............................................................. –12 dBu/47 kΩ Max. input level PHONO..................................................................... ...–17.8 dBu LINE................................................................................+15 dBu MIC1, MIC2 ...................................................................+2.6 dBu RETURN .........................................................................+12 dBu Standard output level / Load impedance / Output impedance MASTER1 ....................................................+6 dBu/10 kΩ/360 Ω MASTER2 ....................................................+2 dBu/10 kΩ/700 Ω REC OUT................................................. ....–8 dBu/10 kΩ/700 Ω BOOTH ........................................................+6 dBu/10 kΩ/360 Ω SEND ...................................................... ...–12 dBu/10 kΩ/700 Ω PHONES ..............................................+8 dBu/32 Ω/1 Ω or lower Rated output level / Load impedance MASTER1 .......................................................... . +25 dBu/10 kΩ MASTER2 .......................................................... . +21 dBu/10 kΩ BOOTH ............................................................... +25 dBu/10 kΩ Digital output impedance AES/EBU........................................................................... . 110 Ω Crosstalk (LINE) .................................................................. ...82 dB Channel equalizer characteristic HI .......................................................... ..–∞ dB to +6 dB (2 kHz) HI MID ............................................... –26 dB to +6 dB (1.2 kHz) LOW MID .......................................... . –26 dB to +6 dB (400 Hz) LOW......................................................–∞ dB to +6 dB (200 Hz) Microphone equalizer characteristic HI ...................................................... –12 dB to +12 dB (10 kHz) LOW............................................... .. –12 dB to +12 dB (100 Hz) BOOTH MONITOR equalizer feature HI .......................................................... –12 dB to +6 dB (3 kHz) LOW............................................... .... –12 dB to +6 dB (300 Hz)
Input / Output terminals PHONO input terminal RCA pin jacks.................................................................... .4 sets LINE input terminal RCA pin jacks.................................................................... .6 sets MIC1 input terminal (XLR/TRS) XLR connector & 1/4” TRS jack........................................... 1 set MIC2 input terminal (TRS) 1/4” TRS jack ....................................................................... 1 set RETURN Input terminals (TS) 1/4” TS jack .................................................................... ....3 sets DIGITAL IN coaxial input terminal RCA pin jacks.................................................................... .6 sets MASTER output terminal XLR connector..................................................................... 1 set RCA pin jacks...................................................................... 1 set BOOTH output terminal (TRS) 1/4” TRS jack ....................................................................... 1 set REC OUT output terminal RCA pin jacks...................................................................... 1 set SEND output terminal (TS) 1/4” TS jack .................................................................... ....3 sets DIGITAL MASTER OUT AES/EBU XLR connector..................................................................... 1 set MIDI OUT terminal 5P DIN ................................................................................. 1 set PHONES output terminal 1/4” stereo phone jack .................................................... ...2 sets 3.5 mm stereo mini jack .................................................... .2 sets USB terminal Type A ................................................................................. 1 set Power supply...5 V/2.1 A or less Type B .............................................................................. ..2 sets LINK terminal LAN terminal (100BASE-TX)............................................... 1 set
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! The specifications and design of this product are subject to change without notice.
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! Power cord (LSYXJ: DDG1124) (UXJCB: DDG1123) (XJCN: DDG1125) ! Quick Start Guide (LSYXJ: DRH1574) (UXJCB: DRH1574) (XJCN: DRH1575) ! Precautions for use (Warranty) (LSYXJ: DRH1579) (UXJCB: DRH1579) (XJCN: DRH1580)
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! Warranty (LSYXJ only)
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3. BASIC ITEMS FOR SERVICE
3.1 CHECK POINTS AFTER SERVICING A
Items to be checked after servicing To keep the product quality after servicing, confirm recommended check points shown below. No. Procedure Check points 1
Confirm the firmware version in Test mode.
The version of the firmware must be latest. Update firmware to the latest one, if it is not the latest.
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Confirm whether the customer complaint has been solved. If the customer complain occurs with the specific source, such as Mic, each Input, Fader, Equalizer, and Trim, input that specific source for checking.
The customer complain must not be reappeared. Audio and operations must be normal.
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Check the analog audio input (each channel, MIC1, MIC2 and RETURN). (Make the analog connections with CDJ player, analog player and MIC.)
Audio and operations must be normal.
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Check the analog audio output (MASTER1, MASTER2, BOOTH and SEND). (Make the analog connections with CDJ player.)
Audio and operations must be normal.
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Check the digital audio input. (Make the digital connections with AES/EBU input equivalence device.)
Audio for each channel and operations must be normal.
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Check the digital audio output. (Make the digital connections with CDJ player.)
Audio and operations must be normal.
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Check the headphones output. (1/4” stereo phone plugs and 3.5 mm stereo mini plugs)
There must be no errors, such as noise, in the audio output.
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Check playback, using the fader function. (Select the fader function then check operations of each channel with audio signals via the DSP.)
There must be no errors in audio output and operations of each channel.
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Check the connection of each interface.
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MULTI I/O terminal
Plug in a USB memory device and check that the USB connection indicator light on.
USB A, USB B terminal
The device must be properly recognized by the PC.
LINK
The Main unit being conected to LAN normally in Test mode.
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Check the buttons and controls.
Make sure that all buttons and controls on the main unit function properly.
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Check the LCD display.
Check that there is no dirt or dust trapped inside the LCD display.
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Check the Touch panel.
Touch the Touch panel in Test mode and check that it operates properly.
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Check the LEDs.
Check that all the LEDs light on in Test mode.
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Confirm user setting contents.
Being repaired to the contents before repairing.
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Check the appearance of the product.
No scratches or dirt on its appearance after receiving it for service.
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See the table below for the items to be checked regarding audio. Item to be checked regarding audio
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Distortion
Volume too high
Noise
Volume fluctuating
Volume too low
Sound interrupted
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3.2 JIGS LIST A
Jigs List Jig Name
Part No.
Purpose of use / Remarks
Crossfader calibration position setting jig GGF1731
Jig for position settings of Crossfader calibration
ISO knob setter position setting jig
GGF1732
Master ISO knob center position setting jig
Software for writing the serial number of Main unit
GGS1807
For writing the serial number of the unit to the MAIN Assy after replacement. The file is uploaded to Niis. Refer to "8.3 WRITING THE SERIAL NUMBER OF THE UNIT."
Lubricants and Glues List B
Name Lubricating oil (FLOIL G-424Z)
Part No. GEM1107
Remarks Used for "9.5 CONTROL PANEL SECTION (1/3)". Refer to "7. DISASSEMBLY".
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g DJM-V10 Service check sheet Check contents Check target Version display Firmware SYSTEM MAIN MAIN-BOOT MAIN-UPDATE DSP DSP-BOOT SRCDSP AM3352 AM3352-BOOT AM3352-UPDATE PANEL1 PANEL1-BOOT PANEL2 PANEL2-BOOT
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All LEDs and LCDs All LED, LCD light off(or light on dimly)
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All LEDs and LCDs light on All LED, LCD KEY operation
Button
Service mode
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1/2
Operation part, Setting
Display part (LED)
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Display part (LCD) Version SYSTEM MAIN MAIN-B MAIN-UP DSP DSP-B SRC DSP AM AM-B AM-UP PANEL1 PANEL1-B PANEL2 PANEL2-B
Status
Check g Ver. g Ver. g Ver. g Ver. g Ver. g Ver. g Ver. g Ver. g Ver. g Ver. g Ver. g Ver. g Ver. g Ver.
Firmware version display
All LED, LCD
LED/LCD All OFF
This is shown for about 1 second from the start of the mode.
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All LED, LCD
LED/LCD All ON
This is shown for about 1 second from the start of the mode. LCD brightness: MAX
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Effect Select SW MIDI ON MIDI START/STOP (WAKE UP) BEAT FX ASSIGN CH1 BEAT FX ASSIGN CH2 BEAT FX ASSIGN CH3 BEAT FX ASSIGN CH4 BEAT FX ASSIGN CH5 BEAT FX ASSIGN CH6 BEAT FX ASSIGN MIC BEAT FX ASSIGN MASTER FILTER (LPF) FILTER (HPF) SEND FX (SHORT DELAY) SEND FX (LONG DELAY) SEND FX (EXT1) SEND FX (DUB ECHO) SEND FX (REVERB) SEND FX (EXT2) MASTER MIX PRE EQ MONO SPLIT CUE A CH1 CUE A CH2 CUE A CH3 CUE A CH4 CUE A CH5 CUE A CH6 LINK CUE A CUE A MASTER CUE B CH1 CUE B CH2 CUE B CH3 CUE B CH4 CUE B CH5 CUE B CH6 LINK CUE B CUE B MASTER MASTOR ISOLATOR ON MULTI I/O MODE select MULTI I/O ON/OFF BEAT c BEAT d FX FREQUENCY (LOW) FX FREQUENCY (MID) FX FREQUENCY (HI) BEAT FX ON/OFF TAP
KEY TEST MIDI ON MIDI START BEAT FX 1 BEAT FX 2 BEAT FX 3 BEAT FX 4 BEAT FX 5 BEAT FX 6 BEAT FX MIC BEAT FX MST FILTER 1 FILTER 2 SEND 1 SEND 2 SEND 3 SEND 4 SEND 5 SEND 6 MASTER MIX PHONES A PRE EQ PHONES A MONO SPLIT CUE A 1 CUE A 2 CUE A 3 CUE A 4 CUE A 5 CUE A 6 CUE A LINK CUE A MST CUE B 1 CUE B 2 CUE B 3 CUE B 4 CUE B 5 CUE B 6 CUE B LINK CUE B MST ISOLATOR ON MULTI I/O MODE (4 LEDs) MULTI I/O ON BEAT < BEAT > FREQ L FREQ M FREQ H EFX ON TAP
SW select l start and self-lighting button light on
MIDI ON MIDI START/STOP (WAKE UP) BEAT FX ASSIGN CH1 BEAT FX ASSIGN CH2 BEAT FX ASSIGN CH3 BEAT FX ASSIGN CH4 BEAT FX ASSIGN CH5 BEAT FX ASSIGN CH6 BEAT FX ASSIGN MIC BEAT FX ASSIGN MASTER FILTER (LPF) FILTER (HPF) SEND FX (SHORT DELAY) SEND FX (LONG DELAY) SEND FX (EXT1) SEND FX (DUB ECHO) SEND FX (REVERB) SEND FX (EXT2) MASTER MIX PRE EQ MONO SPLIT CUE A CH1 CUE A CH2 CUE A CH3 CUE A CH4 CUE A CH5 CUE A CH6 LINK CUE A CUE A MASTER CUE B CH1 CUE B CH2 CUE B CH3 CUE B CH4 CUE B CH5 CUE B CH6 LINK CUE B CUE B MASTER MASTOR ISOLATOR ON MULTI I/O MODE select (4 LEDs) MULTI I/O ON/OFF Non Non FX FREQUENCY (LOW) FX FREQUENCY (MID) FX FREQUENCY (HI) BEAT FX ON/OFF TAP
Press l light off, LCD indication
Press l LCD indication
Press l light off, LCD indication
All button press complete l RESULT is [OK] indication
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SW select/ TIME knob operation
SW
SW TEST CH1/CH6 INPUT SELECT
CH2/CH5 INPUT SELECT
CH3/CH4 INPUT SELECT
E CH1 to CH6 CROSS FADER ASSIGN MIC
CH SELECT
BEAT FX
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USB A USB B DIGITAL LINE PHONO BUILT-IN EXT 1 BULT-IN, EXT1, EXT2 USB A USB B DIGITAL LINE MULTI I/O BUILT-IN EXT 1 EXT 2 USB A USB B DIGITAL LINE PHONO BUILT-IN EXT 1 EXT 2 Assign A THRU Assign B OFF ON TALK OVER MIC 1 2 3 4 5 6 MASTER DELAY ECHO PING PONG SPIRAL HELIX REVERB SHIMMER FLANGER PHASER FILTER TRANS ROLL PITCH VINYL BRAKE
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CH1/CH6 Level indicator LED_12dB CH1/CH6 Level indicator LED__9dB CH1/CH6 Level indicator LED__6dB CH1/CH6 Level indicator LED__3dB CH1/CH6 Level indicator LED__0dB CH1/CH6 Level indicator LED_-3dB CH1/CH6 Level indicator LED_-6dB CH1/CH6 Level indicator LED_-9dB CH2/CH5 Level indicator LED_12dB CH2/CH5 Level indicator LED__9dB CH2/CH5 Level indicator LED__6dB CH2/CH5 Level indicator LED__3dB CH2/CH5 Level indicator LED__0dB CH2/CH5 Level indicator LED_-3dB CH2/CH5 Level indicator LED_-6dB CH2/CH5 Level indicator LED_-9dB CH3/CH4 Level indicator LED_12dB CH3/CH4 Level indicator LED__9dB CH3/CH4 Level indicator LED__6dB CH3/CH4 Level indicator LED__3dB CH3/CH4 Level indicator LED__0dB CH3/CH4 Level indicator LED_-3dB CH3/CH4 Level indicator LED_-6dB CH3/CH4 Level indicator LED_-9dB CH1 to CH6 Level indicator LED_-30dB CH1 to CH6 Level indicator LED_-27dB CH1 to CH6 Level indicator LED_-24dB CH1 Level indicator LED_-15dB CH1 Level indicator LED_-18dB CH1 Level indicator LED_-21dB Master Level indicator Lch LED__9dB Master Level indicator Lch LED__6dB Master Level indicator Lch LED__3dB Master Level indicator Lch LED__0dB Master Level indicator Lch LED_-3dB Master Level indicator Lch LED_-6dB Master Level indicator Lch LED_-9dB Master Level indicator Lch LED_-12dB Master Level indicator Rch LED__9dB Master Level indicator Rch LED__6dB Master Level indicator Rch LED__3dB Master Level indicator Rch LED__0dB Master Level indicator Rch LED_-3dB Master Level indicator Rch LED_-6dB Master Level indicator Rch LED_-9dB Master Level indicator Rch LED_-12dB Master Level indicator Rch LED_-15dB Master Level indicator Rch LED_-18dB Master Level indicator Rch LED_-21dB Master Level indicator Rch LED_-24dB Master Level indicator Rch LED_-27dB Master Level indicator Rch LED_-30dB
g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g g/g/g/g/g/g g/g/g/g/g/g g/g/g/g/g/g g g g g g g g g g g g g g g g g g g g g g g g g g
SW select l Applicable LED indication
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2/2 Check contents Check target SW select/ Knob TIME knob operation Volume
Service mode
Rotary volume operation
Fader value
LCD pattern
TIME
Operation part, Setting Initial value Clockwise Counterclockwise
Display part (LED) ————
0 1 to 100 -1 to -100
Status Numerical value indication to LCD Turn clockwise l Numerical value indication Turn counterclockwise l Numerical value indication All SWoperation complete l RESULT is [OK] indication
BEAT d, BEAT c Group 1 CH1 to CH6 TRIM MIC LOW MIC HI
CH1 to CH6 Level indicator LED Master Level indicator Lch LED Master Level indicator Rch LED
VOL TEST VOL TEST 1/9 CH1 to CH6 TRIM MIC LOW MIC HI
Press l Group select LED light off (-12) to light on (+12) to the position of VR. LED light off (-12) to light on (+12) to the position of VR. LED light off (-12) to light on (+12) to the position of VR. Complete l RESULT is [OK] indication
Group 2 CH1 to CH6 COMP
CH1 to CH6 Level indicator LED
VOL TEST 2/9 CH1 to CH6 COMP
LED light off (MIN) to light on (MAX) to the position of VR. Complete l RESULT is [OK] indication
Group 3 CH1 to CH6 EQ HI MASTER ISO HI MASTER ISO MID
CH1 to CH6 Level indicator LED Master Level indicator Lch LED Master Level indicator Rch LED
VOL TEST 3/9 CH1 to CH6 EQ HI MASTER ISO HI MASTER ISO MID
LED light off (-∞) to light on (+6) to the position of VR. LED light off (-∞) to light on (+6) to the position of VR. LED light off (-∞) to light on (+6) to the position of VR. Complete l RESULT is [OK] indication
Group 4 CH1 to CH6 EQ HI MID MASTER LEVEL MASTER ISO LOW
CH1 to CH6 Level indicator LED Master Level indicator Lch LED Master Level indicator Rch LED
VOL TEST 4/9 CH1 to CH6 EQ HI MID MASTER LEVEL MASTER ISO LOW
LED light off (-26) to light on (+6) to the position of VR. LED light off (-∞) to light on (0) to the position of VR. LED light off (-∞) to light on (+6) to the position of VR. Complete l RESULT is [OK] indication
Group 5 CH1 to CH6 EQ LOW MID BOOTH EQ HI BOOTH EQ LOW
CH1 to CH6 Level indicator LED Master Level indicator Lch LED Master Level indicator Rch LED
VOL TEST 5/9 CH1 to CH6 EQ LOW MID BOOTH EQ HI BOOTH EQ LOW
LED light off (-26) to light on (+6) to the position of VR. LED light off (-12) to light on (+6) to the position of VR. LED light off (-12) to light on (+6) to the position of VR. Complete l RESULT is [OK] indication
Group 6 CH1 to CH6 EQ LOW BOOTH MONITOR BFX LEVEL/DEPTH
CH1 to CH6 Level indicator LED Master Level indicator Lch LED Master Level indicator Rch LED
VOL TEST 6/9 CH1 to CH6 EQ LOW BOOTH MONITOR BFX LEVEL/DEPTH
LED light off (-∞) to light on (+6) to the position of VR. LED light off (-∞) to light on (0) to the position of VR. LED light off (MIN) to light on (MAX) to the position of VR. Complete l RESULT is [OK] indication
Group 7 CH1 to CH6 FILTER MASTER FILTER FILTER RESONANCE
CH1 to CH6 Level indicator LED Master Level indicator Lch LED Master Level indicator Rch LED
VOL TEST 7/9 CH1 to CH6 FILTER MASTER FILTER FILTER RESONANCE
LED light off (MIN) to light on (MAX) to the position of VR. LED light off (MIN) to light on (MAX) to the position of VR. LED light off (MIN) to light on (MAX) to the position of VR. Complete l RESULT is [OK] indication
Group 8 CH1 to CH6 EQ SEND MULTI I/O LEVEL
CH1 to CH6 Level indicator LED Master Level indicator Lch LED
VOL TEST 8/9 CH1 to CH6 EQ SEND MULTI I/O LEVEL
LED light off (MIN) to light on (MAX) to the position of VR. LED light off (MIN) to light on (MAX) to the position of VR. Complete l RESULT is [OK] indication
Group 9 SEND SIZE/FEEDBACK SEND TIME SEND TONE SEND MASTER MIX LEVEL HEAD PHONES A MIX HEAD PHONES A LEVEL HEAD PHONES B MIX HEAD PHONES B LEVEL
CH1 Level indicator LED CH2 Level indicator LED CH3 Level indicator LED CH4 Level indicator LED CH5 Level indicator LED CH6 Level indicator LED Master Level indicator Lch LED Master Level indicator Rch LED
VOL TEST 9/9 SEND SIZE/FB SEND TIME SEND TONE SEND MST MIX LV HP A MIXING HP A LEVEL HP B MIXING HP B LEVEL
LED light off (MIN) to light on (MAX) to the position of VR. LED light off (MIN) to light on (MAX) to the position of VR. LED light off (LOW) to light on (HIGH) to the position of VR. LED light off (MIN) to light on (MAX) to the position of VR. LED light off (CUE) to light on (MASTER) to the position of VR. LED light off (-∞) to light on (0) to the position of VR. LED light off (CUE) to light on (MASTER) to the position of VR. LED light off (-∞) to light on (0) to the position of VR. Complete l RESULT is [OK] indication
CH1 to CH6 Fader Crossfader
CH1 to CH6 Level indicator LED Master Level indicator Lch LED
FDR TEST CH1 to CH6 CROSS
BEAT d, BEAT c
————
Fader operation
LCD
Display part (LCD)
LED light off (0) to light on (10) to the position of Fader. LED light off (A) to light on (B) to the position of Fader. Complete l RESULT is [OK] indication
9. LCD CHECK "1 MONO" Monochrome 7 "2 COLOR" 7 color bar "3 BLACK" Black "4 WHITE" White "5 BRIGHT 4" Brightness: 4 "6 BRIGHT 3" Brightness: 3 "7 BRIGHT 2" Brightness: 2 "8 BRIGHT 1" Brightness: 1 "9 BRIGHT 0" Brightness: 0 (Screen saver) "10 RED" Red "11 GREEN" Green "12 BLUE" Blue "13 ITIMATU" Checks
This is shown for about 1 second from the start of the mode and group select. Press l Group select
Press l Page select, This is shown for about 1 second from the start of the mode. Touch four g position lblue. Complete l [OK] indication Normal (value other than 0) l Operation is unnecessary
Touch panel checking & calibration
Touch operation Check Calibration
BEAT d, BEAT c
————
TOUCH PANEL TOUCH PANEL 1/2 TOUCH PANEL 2/2 CALIBRATION
Device check
Device status DSP SDRAM LAN MAC Address IP Address Subnet Mask PORT
BEAT d, BEAT c
————
DEVICE CHECK SDRAM LAN MAC Add IP Add Subnet Port
Level indicator LED check
Level indicator LED light on
A
Check g g g g
g/g/g/g/g/g g g g g/g/g/g/g/g g g/g/g/g/g/g g g g g/g/g/g/g/g g g g
B
g/g/g/g/g/g g g g g/g/g/g/g/g g g g g/g/g/g/g/g g g g g/g/g/g/g/g g g g g g g g g g g g
C
g/g/g/g/g/g g g g g g g g g g g g g
D
g g g g g g
CHK ! OK ! NG OK ! NG — — — — — . . . . . . OK ! NG
Check result indication
Level indicator TEST CH1 Level indicator LED CH2 Level indicator LED CH3 Level indicator LED CH4 Level indicator LED CH5 Level indicator LED CH6 Level indicator LED Master Level indicator Lch /CLIP LED Master Level indicator Rch LED
CH1 CUE A CH2 CUE A CH3 CUE A CH4 CUE A CH5 CUE A CH6 CUE A MASTER CUE A MASTER CUE B
Level indicator LED turns on button every pressing one by one from the bottom.
Volume AD value check
Rotary volume AD ———— value fluctuation range
————
VOL AD
Operation is unnecessary
Fader AD value check
Fader AD value fluctuation range
————
FDR AD
Operation is unnecessary
————
g g g g g g g g
E
F
9
DJM-V10 5
6
7
8
1
2
3
4
3.3 PCB LOCATIONS A
" Chassis Section
B C D
SNRT1 ASSY SNRT2 ASSY SNRT3 ASSY
MAIN ASSY
F
O AOUT ASSY
USBB ASSY
H
I
USBA ASSY
MTRM ASSY
E
P
PSWB ASSY
AIN ASSY
A J
USBP ASSY
B
C
FGP1 ASSY
FGP2 ASSY
D
AG SW POWER SUPPLY HPPW ASSY
K
HPJK ASSY
L
HPJM ASSY
N M
G REGB ASSY
HPJC ASSY
CCB1 ASSY
E Note: The 1 to 3 Assys of SNRT Assys have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1, 2 or 3 Assy of the respective Assys is assembled in the respective place.
F
10
DJM-V10 1
2
3
4
5
6
7
8
A
" Control Panel Section (Top)
AE
LEDB ASSY
B
C
SWBTM ASSY
SWTOP ASSY
" Top view
" Control Panel Section (Bottom)
SHADE1 or 2 ASSY PNLR ASSY
AC PNLL ASSY
AD
AA SHADE6 ASSY
SFXB ASSY
SHADE1 or 2 ASSY
LCDB ASSY
AF
CUEVR ASSY
AB
Q UCOM ASSY SHADE4 or 5 ASSY SHADE4 or 5 ASSY SHADE3 ASSY
R S T Z
W CHF5 ASSY V CHF4 ASSY U CHF6 ASSY
BFXB ASSY
D
X
CRFDG ASSY
Y
CHF1 ASSY CHF2 ASSY
E
CHF3 ASSY CRFSW ASSY
CRFB ASSY
" Bottom view
Note: The 1 to 6 Assys of CHF Assys have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1, 2, 3, 4, 5 or 6 Assy of the respective Assys is assembled in the respective place.
11
DJM-V10 5
6
7
8
F
1
A
NOTES:
-
2
3
4
Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List. The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.
Mark No.
Description
Part No.
Mark No.
Description
Part No.
LIST OF ASSEMBLIES
B
NSP
1..MOTHER ASSY 2..MAIN ASSY 2..USBA ASSY 2..USBB ASSY 2..USBP ASSY
DWM2730 DWX4331 DWX4332 DWX4333 DWX4334
NSP
1..AINB ASSY 2..AIN ASSY 2..CRFSW ASSY 2..REGB ASSY
DWM2735 DWX4364 DWX4365 DWX4366
NSP
1..AOUTB ASSY 2..AOUT ASSY 2..HPJK ASSY 2..HPJM ASSY 2..HPJC ASSY
DWM2731 DWX4336 DWX4337 DWX4338 DWX4339
2..HPPW ASSY 2..MTRM ASSY 2..FGP2 ASSY
DWX4344 DWX4348 DWX4349
1..SUB ASSY 2..CRFB ASSY 2..UCOM ASSY 2..LEDB ASSY 2..LCDB ASSY
DWM2732 DWX4340 DWX4341 DWX4342 DWX4343
2..CCB1 ASSY
DWX4410
NSP
NSP
C
NSP NSP
1..PNLR ASSY
DWX4345 >
1..PNL2 ASSY 2..PNLL ASSY 2..BFXB ASSY 2..PSWB ASSY 2..SNRT1 ASSY
DWM2733 DWX4346 DWX4352 DWX4350 DWX4355
2..SNRT2 ASSY 2..SNRT3 ASSY 2..SHADE1 ASSY 2..SHADE2 ASSY 2..SHADE3 ASSY
DWX4356 DWX4357 DWX4389 DWX4390 DWX4391
2..SHADE4 ASSY 2..SHADE5 ASSY 2..SHADE6 ASSY
DWX4392 DWX4393 DWX4394
1..PNL3 ASSY 2..CUEVR ASSY 2..SFXB ASSY 2..CHF1 ASSY 2..CHF2 ASSY
DWM2734 DWX4347 DWX4351 DWX4358 DWX4359
2..CHF3 ASSY 2..CHF4 ASSY 2..CHF5 ASSY 2..CHF6 ASSY 2..FGP1 ASSY
DWX4360 DWX4361 DWX4362 DWX4363 DWX4395
2..CRFDG ASSY 2..SWBTM ASSY 2..SWTOP ASSY
DWX4396 DWX4397 DWX4398
1..SW POWER SUPPLY
DWR1581
D
E
F
12
DJM-V10 1
2
3
4
2
5
1
SND1_R_O
6
4
3
NC
NC
SND1_L_O
7
GNDA_SND1
9
8
NC
11
NC
12
NC
13
10
RTN1_R
KM200NA13L
RTN1_L
RTN1L_DET
NC
GND_LED
58
V+9LED
59
V+9LED
60
GND_LED
13
WHITE
KEY_PSW
GNDD
2 2
3
GNDD KEY_PSW
CPU_xMUTE
GNDD
V+12M
3
2
1
GNDA 5
23
V+12M
L=300mm
22
GNDD
PF05PP-S30
21
CPU_xMUTE
18
MUTE_OUT
19
17
GNDA
20
16
GNDA
15
GNDA
SND3_L_DAC
KEY_PSW
14
11
12
SND3_R_DAC
9
10
13
GNDA
GNDA
GNDA
SND1_L_DAC
SND2_L_DAC
8
GNDA
SND2_R_DAC
6
7
SND1_R_DAC
4
5
GNDA
3
GNDA
REC_R_DAC
2
19
MAS_R-
1
18
MAS_R+
CN6
17
MASTER_MUTE
VKN1427
16
GNDA
15
REC_L_DAC
13
14
12
MAS_L+
GNDA
11
GNDA
GNDA
10
GNDA
GNDA
9
GNDA
MAS_L-
7
8
6
BTH_R+
GNDA
5
GNDA
BTH_R-
4
GNDA
1
1
V+15U
V+5U
2
2
V+5U
GNDAU
3
3
GNDAU
GNDAU
4
4
GNDAU
V-15U
5
5
V-15U
P4
GNDD_USBC
3
HP_A_L
2
NC
1
JA6101 DKN1669
CN6151
HP_A mini
KM200NA3L
M HPJM ASSY JA6151 XKN3017
(DWX4338)
HP_A_Rmini
3
GNDD_PO
2
HP_A_Lmini
1
7
HP_A_ROUT
6
GNDD_PO_A
5 4
L=75mm
1
USBC_DP
GNDD_PO
HP_A_LOUT NC
3
HP_A_Rmini
2
GNDD_PO_A_mini
1
HP_A_Lmini
GNDA
V+15A
V+15U
8
9
6
7
8
9
V-15U
GNDA
V+15A
V+15U
G REGB ASSY
CN6353
1 2
(DWX4366)
GNDD_PO
3
GNDD_PO
4
1
2
2
V+12M
3
3
V+12M
GNDD
4
4
GNDD GNDD
1-1
GNDD
5
5
AC_OFF_DETECT
6
6
DIGI_P_CON
7
7
DIGI_P_CON
ANA_P_CON
8
8
ANA_P_CON
AC_OFF_DETECT
AG
SW POWER SUPPLY (DWR1581)
P3
B4B-PH
PF04PP-S15 L=150mm
CN6352
CN6201
KM200NA3
1
1
HP_B_LOUT
GNDD_PO_B
2
2
GNDD_PO_B
HP_B_ROUT
3
3
HP_B_ROUT
1
V+12M
2
V+12M
3
GNDD_PO
4
GNDD_PO
HP_B
KM200NA3L
HP_B_LOUT
PF03PP-D30
JA6201 DKN1669
L=300mm
KM200NA7
V+12E
1
V+12M V+12M
L=300mm
V-15U 6
7
4
5
V-15A
3
1
CPU_xMUTE
V+5U
2
GNDA
GNDA
3
2
4
1
5
GNDA
V+15A
GNDA
6
GNDA
V-15A
V+5A
7
HP_A_R
KM200NA9
8
GNDA
CN5351
9
HPPW ASSY (DWX4344)
V+12M V+12M
B8B-PH
PF08PP-S30
GNDA
V-15A
4
5
V+5U 3
V+5A
GNDA
1
2
CPU_xMUTE 19
AKM1280-A
GNDA 18
CN12
V-15A
GNDA
V+15A
HP_A_R
GNDA
17
15
16
GNDA 12
14
HP_A_L
13
GNDA 10
11
GNDA
GNDA
12
HP_A_L
13
14
GNDA
GNDD_USBC 1
HP_B_L
USBC_DP
HP_B_R
USBC_DM
VKN1423
GNDD_USBC
3
CN6351
GNDD_USBC 5
2
3
2
USBC_DM
I USBA ASSY (DWX4332)
4
BROWN (NEUTRAL)
WHITE (LIVE)
1
GNDD SND3_L_DAC
MUTE_OUT 6
SND3_R_DAC
GNDA 7
SND2_L_DAC
GNDA
8
9
SND2_R_DAC
GNDA
GNDA
10
GNDA
11
13
12
14
16
15
GNDA
GNDA
SND1_L_DAC
17
GNDA
SND1_R_DAC 18
GNDA
REC_R_DAC
REC_L_DAC
19
20
22
23
21
VKN1427
MAS_R19
CN5403
GNDA
GNDA
MAS_R+ 18
GNDA
MASTER_MUTE
MAS_L-
17
MAS_L+
16
14
12
13
GNDA
15
GNDA
11
GNDA
GNDA
10
BTH_R_DET
9
8
GNDA
BTH_R-
7
GNDA
BTH_R+
4
6
BTH_L-
3
5
2 2
3
BTH_L-
BTH_R_DET
1
BTH_L+
CN5
AKM7077
GNDA 9
10
HP_B_R
11
HP_B_L
GNDA
6
GNDA
7
V7HP_CONT
8
GNDA
5
VKN1423
JA3102 DKN1607
POWER CORD LSYXJ : DDG1124 UXJCB : DDG1123 XJCN : DDG1125 JXJ : DDG1122
GNDD 1
3
RED BLUE
BTH_L+ 1
GNDA
AKP7199
4
CN5402
GNDA
V+15A
V-15A
2
3
CN5401
KM200NA4
1
4
7
GNDA
3
6
V+15A
GNDA
5
CN13 JA3101 DKN1607
(DWX4334)
HP_A_R
DDA1061-
GND_LED
57
J USBP ASSY
(DWX4333)
4
56
H USBB ASSY
5
V+5LED
6
GND_LED
55
GNDD_USBC
V+5LED V+5LED
54
GNDD_USBC
AKM1291
V+5R2D_VBUS
52 53
4
CN14
V+12M
V+12M 6 6
V+12M
2
5
4
1
3
USBPSW_FA
GNDD_USBC
V+12M
USBPSW_EN
GNDD_USBC
CN3151 AKM1292
9
USBB_DM
GNDD_USB 1 0
8
CN3152
L HPJK ASSY
(DWX4337)
7
V+5LED
4 5
V+5R2D_VBUS
V+5LED
51
GNDD GNDD
K ( K 1/2, K 2/2)
KM200NA4L
HP_A
8
8
50
AKM1276-A
USBPSW_FA
GNDD_USBC
GNDD_USBC
USBPSW_EN
4
5
1
3
2
CN11
AKM1277-A
9
USBB_DM
1 0 GNDD_USB
GNDD_USB
USBB_DP
GNDD_USB
USBB_VBUS
8
7
5
6
7
2 3
9
GND_LED
V+5R2D_VBUS V+5R2D_VBUS
49 V+5LED
CN6101
GNDD_USBC
48
L=75mm
KM200NA4
V+5R2D_VBUS
GND_LED
PF09PP-S07
CN6301
1
AKM1281
47
DDD1955L=77mm 1mm pitch
L=135mm V+5R2D_VBUS
GNDD_USBC 1 0
V+9CRF GNDD
V-15A
4
JA2601 DKB1127
L=292mm
CN3051
45 46
4
GNDD
3
44
USBA_DM
V+3R3E
USBA_DP
GNDD
43
1
42
L=150mm
2
V+3R3D
PF06PP-S15
L=155mm
GNDD_USB
GNDD
41
DDA1095-
USBA_VBUS
40
1
JA2901 DKB1093-
CH2 CH4 CH6
DDA1096AKM1281
V+3R3D
CN3101
GNDD V+3R3D
39
2
GNDA 3
1
2
3
2
GNDD
ADAT_RTN3
V-15A
3
1
ADAT_RTN2
GNDA
4
GNDD
AKM1281-A
5
CN10
6
GNDD
ADAT_CH5
ADAT_RTN1
9
8
10
GNDD
7
11
GNDD
12
GNDD
ADAT_CH6
CH6_SEL
14
13
GNDD
RTN3L_DET
15
RTN2L_DET
18
17
19
16
20
GNDD
GNDD
GNDD
MCLK_ADC
RTN1L_DET
23
V+3R3D_CLK
22
24
21
25
GNDD
26
V+3R3D_CLK
27
31
28
32
GNDD
33
GNDD
CH3_SEL
GNDD
34
GNDD
MDSP_ADC_SCL
GNDD
35
MDSP_ADC_SDA
BICK_ADC
36
GNDD
LRCK_ADC
37
30
38
29
39
GNDD
40
GNDD
CH4_SEL
41
GNDD
ADAT_CH2
44
GNDD
ADAT_CH3
45
xRST_ADC
ADAT_CH1
46
GNDD
43
48
47
GNDD
CH1_SEL
CN4 CH1 CH3 CH5
B5B-PH
8
L=250mm 0.5mm pitch
DDD1958-
FFC REVERSE
CPU_XMUTE
37 38
6
DIGI_P_CON
36
5
ANA_P_CON
35
USBB_DP
AC_OFF_DETECT
34
GNDD_USB
FAULT_DET
33
GNDD_USB
GNDD
32
USBB_VBUS
31
KEY_PSW
1
SND2_R_O
JA901 VKN2023
LIVE NEUTRAL
P2
V+15U
V+12E JA3001 DKN1188-
FFC SAME
USBA_DM
V+5D_MDSP_CONT V+3R8D_AM_CONT
USBA_VBUS
V+3R3D_MDSP_CONT
29 30
USBA_DP
V+5D_CONT
28
4
27
3
V+2R5D_CONT
GNDD_USB
26
1
GNDD
2
25
P1
AKM1279-A
MAIN ASSY (DWX4331)
CN1
V+3R3D_CONT
CN8 AKM1276-A
!
CN3
F ( F 1/25- F 25/25)
AKM1281-A
V+1R285D_CONT
24
AKM1275
OUT
IN
22 V+12LCDBL_CONT 23
4
2
5
3
4
NC
NC
SND2_L_O
6
NC
GNDA_SND2
7
NC
LAN
15
MDAC_V_CONT
(XLR)
GNDA
V+15A_CONT
21
DIGITAL
GNDA
20
DKP3992-
L=77mm 1mm pitch
V-7HP
MDSP_OFF
N
DDD1957-
L=50mm
3
AM_OFF
19
L
L=250mm&76mm
1
GNDD
18
!
FFC SAME
BtoB
4
AM_XRST
17
!
PF04PP-D05
2
16
(DWX4357)
16
VMUTE_CONT
L=100mm & 125mm
D SNRT3 ASSY
MIDI OUT
!
YELLOW
DDA1099-
V7HP_CONT
MDSP_XRST
SND3_R_O
17
14 15
GNDA_SND3
1
4
GNDA
GNDD
2
3
RTN3_L
18
13
2
RTN3L_DET
19
UPD_PNL1_MDSP
GNDA_RTN3
GNDA
12
KM200NA3LY
KM200NA3E
JA7854 DKN1682
V-7HP
MDSP_PNL1_XINT GNDD
42
GNDD
GNDD
MDSP_P12_MISO
9
11
ADAT_CH4
8
10
49
MDSP_P12_LCD_MOSI GNDD
50
GNDD
6 7
CN2
5
DKP3953
MDSP_P12_LCD_SCK
GNDD
4
ADAT_MIC
MDSP_PNL1_RDY GNDD
JA7853 DKN1682
PF10PP-D07 L=75mm
GNDD
3
CN7701
L=125mm
SND3_L_O
V+12M
L=90mm 0.5mm pitch
2
1
PF03PP4B12
3
GNDA
CKS6543-A
1
AOUT ASSY (DWX4336)
CN5407 KM200NA3Y
1
GNDD
DDD1956-
JA7852 DKN1682
2
7
7
To/From UCOM Assy(CN8413)
FFC SAME
CN7
JA7851 DKN1682
3
ASG1102-A
L=75mm
RTN3_R
CN7851 GNDD
V+12M
1
2
GNDD 49
ADAT_RTN3
ADAT_RTN2 48
50
CN4002
KM200NA10L
CH6_SEL
GNDD 47
ADAT_CH5
GNDD
ADAT_RTN1
ADAT_CH6
GNDD
GNDD
RTN3L_DET
GNDD
GNDD
46
45
44
43
41
42
40
39
38
37
MCLK_ADC
RTN2L_DET 36
GNDD
RTN1L_DET
GNDD
GNDD 35
33
32
31
34
BICK_ADC
V+3R3D_CLK
GNDD 30
29
LRCK_ADC
GNDD
GNDD
V+3R3D_CLK 28
GNDD
26
27
25
24
23
MDSP_ADC_SCL
GNDD
CH4_SEL 22
21
MDSP_ADC_SDA
GNDD
GNDD
CH3_SEL
18
19
17
GNDD
GNDD
16
GNDD
ADAT_CH1
10
15
ADAT_CH3
ADAT_CH2
13
11
14
12
GNDD 9
xRST_ADC
ADAT_CH4 8
GNDD
GNDD
GNDD
7
60
6
KEY_PSW
GNDD
59
GNDD
GNDD
CH1_SEL
MDSP_PNL2_RXD
58
ADAT_MIC
MDSP_PNL2_RDY GNDD
57
5
MDSP_PNL2_XINT
55 56
20
GNDD
54
3
DJM-V10
53
SND2_R_O
GNDA
LCD_xRST
LCD_LED_A LCD_LED_A
1
V+15A
LCD_DE
GNDD
51
GNDA_SND2
1
CN5406
KM200NA4LE
4
50
2
2
4
DDA1098-
CN4005
1
48 49
52
SND2_L_O
3
5
SEND3 (TS) L/MONO R
1
LCD_XCS
3
RT1 RT1
6
RT2 RT2
(DWX4356)
RETURN3 (TS) L/MONO R
SND3_R_O
GNDD
47
MIC2_TRM_IN
2
LCD_B2
46
6
3
GNDD
45
6
4
LCD_B3
44
MIC2_TRM_OUT
5
GNDD
43
GNDA_MIC
5
NC
42
GNDA_MIC
4
5
MIC2_TRM_IN
O ( O 1/7- O 7/7)
JA7804 DKN1682
C SNRT2 ASSY
3
4
NC
LCD_B4
MIC1_TRM_IN
3
GNDA_MIC
SND3_L_O
GNDD
41
JA7803 DKN1682
GNDA_SND3
LCD_B5
40
2
BtoB
GNDA_MIC
MIC2_TRM_OUT
6
GNDD
39
2
MIC1_TRM_IN
MIC1_TRM_OUT
7
38
1
NC
LCD_B6
1
MIC1_TRM_OUT
NC
GNDD
37
CKS3561
8
LCD_B7
36
CN5201
CKS3533-A
NC
35
S1
6
KM200NA3R
8
GNDD
L=75mm
CN5405
NC
34
(DWX4348)
4
9
LCD_G2
3
RTN2_L
10
GNDD
33
2
RTN2L_DET
NC
LCD_G3
32
GNDA_RTN2
RTN2_R
31
AIN ASSY (DWX4364)
E MTRM ASSYCN6251
9
GNDD
10
LCD_G4
30
NC
GNDD
29
(DWX4350)
DDA1097-
1
RTN3_R
LCD_G5
28
RTN2_R
12
27
A ( A 1/13- A 13/13)
13
GNDD
11
26
RTN2_L
LCD_G6
GNDA_RTN2
GNDD
25
P PSWB ASSY
SEND2 (TS) L/MONO R
JA7802 DKN1682
JA7801 DKN1682
RTN2L_DET
24
KM200NA4LR
CN7801 KM200NA13L
LCD_G7
JA5601 DKB1112
4
13
23
JA5702 DKN1654
JA5502 DKB1093
KM200NA3
CN4004
KM200NA13L
GNDD
RTN3_L
22
JA5701 DKN1653
JA5501 DKB1093
5
GNDA_RTN3 1 1
LCD_R2
RTN3L_DET 1 2
GNDD
21
R
(DWX4355)
RETURN2 (TS) L/MONO R
V+5A
20
CN5404
L/MONO
B SNRT1 ASSY
GNDA
LCD_R3
SND1_R_O
GNDA
GNDD
19
1
4
8
LCD_R4
18
3
RTN1_L
9
17
RTN1L_DET
10
GNDD
GNDA_SND1
8
LCD_R5
16
2
9
GNDD
15
2
10
LCD_R6
14
MASTER2/REC L R
RTN1_R
GNDA
GNDD
13
(XLR)
MASTER1 L R
JA7754 DKN1682
GNDA_RTN1
GNDA
12
JA7753 DKN1682
SND1_L_O
V+5A
LCD_R7
JA7752 DKN1682
3
GNDA
GNDD
JA7751 DKN1682
1
7
LCD_HSYNC
11
JA4601 DKB1112
RED
9 10
JA4501 DKB1119
KM200NA4L
BLUE
GNDD
JA4401 DKB1112
(TRS)
BOOTH BALANCED
CN4003
GNDA
8
JA4301 DKB1112
L R
V+15A
LCD_VSYNC
JA4201 DKB1119
L R
6
GNDD
7
JA4101 DKB1112
L R
V-15A
LCD_DCLK
6
JA5202 DKN1653
L R
5
5
JA5201 DKB1124
L R
4
GNDD
2
L=250mm 0.5mm pitch
4
L R
CN4001 CKS6645
To/From UCOM Assy(CN8416) DDD1958-
GNDD
SEND1 (TS) L/MONO R
6
6 FFC REVERSE
GNDD MVR_MUTE
3
RETURN1 (TS) L/MONO R
CH6 LINE/PHONO
5
5
1 2
CH5 LINE
GNDA_RTN1
CH1 CH2 CH3 CH4 LINE/PHONO LINE LINE/PHONO LINE/PHONO
CN7751
MIC2
Note: The 1 to 3 Assys of SNRT Assys have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1, 2 or 3 Assy of the respective Assys is assembled in the respective place.
WHITE
(TRS)
MIC1
4. BLOCK DIAGRAM
(XLR/TRS)
CN9 CKS6543-A
4.1 OVERALL WIRING DIAGRAM (1/2)
4. BLOCK DIAGRAM
N HPJC ASSY
(DWX4339)
JA3051 DKB1118
HP_B mini JA6202 XKN3017
: Diagnostics Point
A
B
C
D
E
F
4 39 V+3R3D
40 GNDD
41 V+3R3D
42 GNDD
43 V+3R3E
44 GNDD
45 V+9CRF
46 GNDD
47 GND_LED
48 GND_LED
49 V+5LED
50 V+5LED
51 V+5LED
52 V+5LED
53 V+5LED
54 GND_LED
55 V+5LED
56 GND_LED
57 GND_LED
V+9LED
59 V+9LED
60 GND_LED
LCD MODULE (3.5inch) DWX4228TOUCH PANEL DSX1147Y CRFB ASSY (DWX4340)
5 6 7 8 9
KEY_S9 KEY_GRID1 GNDD KEY_GRID0 CRFSW_DET
2
PF06PP-B10 4
L=100mm
3
1
KEY_S7
X KEY_GRID5
KEY_S9
CRFSW_DET
KEY_GRID0
GNDD
KEY_GRID1
3 2 1
AD_BLV V+3R3REF1
3 2 1
4
V+9CRF
5
GND_REF2
AD_CRFD1 AD_CRFD3
AD_CRFD2
8
LED_EFECT_SW
6
9
FFC SAME
L=270mm 1mm pitch
7
10
FFC SAME
GND_REF2
11
V+5LED
GND_LED
DDD1966-
L=195mm 1mm pitc h
AD_CRFD0
13 12
LED_G7_TR
14
LED_S17_TR
LED_G6_TR
15
LED_S18_TR
CN7602 VKN1246
4
5
AD_LVDP
AD_HPBLV
AD_HPBMIX
NC 4
16 17
AD_MUX2 GND_REF1
4 3 2 1
VR_SEL_A VR_SEL_B
AD_MUX0 GND_REF1
2 3 4 5 6 7 8 9 10
NC NC
LED_CH1_CUE_A_TR LED_CH6_CUE_A_TR LED_CH2_CUE_A_TR LED_CH5_CUE_A_TR LED_CH3_CUE_A_TR LED_CH4_CUE_A_TR
AD_BLV V+3R3REF1 24
LED_G5_TR LED_G7_TR V+5LED
3 4 5
15
V+9CRF
GND_REF2
AD_CRFD3
AD_CRFD1
AD_CRFD2
AD_CRFD0
GND_REF2
LED_EFECT_SW
GND_LED
16 17
V+5LED
19
1 2
Z CRFSW ASSY (DWX4365)
FFC SAME
L=80mm 1mm pitch
DDD1962-
AD_MUX8
12
AD_MUX2 GND_REF1
3 2 1
LED_G2_TR
KEY_S5
KEY_S0
GND_REF1
NC
LED_CH2_CUE_A_TR 7
GND_LED V+9LED
1
PNLR ASSY (DWX4345) 5
6
7
8
9
1
2
LED_USB_S/R_TR
LED_S16_TR
LED_S15_TR
LED_G5_TR
LED_G6_TR
LED_G7_TR
LED_G4_TR
V+5LED
KEY_RTYPE
1 0 KEY_SR_ON
1 1 KEY_ISO
1 2 LED_S/R_ON_OFF_TR
1 3 GNDD
1 4 MVR_MUTE
1 5 GND_REF1
1 6 AD_MUX3
1 7 AD_MUX7
1 8 AD_MUX4
1 9 AD_MUX6
2 0 AD_MUX5
2 1 V+3R3REF1
2 2 VR_SEL_A
2 3 VR_SEL_C
2 4 VR_SEL_B
VKN1255
CN7301
V+5LED V+5LED GND_LED
5
2
6
3
7
4
GNDD LED_SEG_xG V+3R3D GND_LED
8
GNDD
LED_SEG_RCK
10 9
GNDD
GNDD
LED_SEG_SI
12 11
14 13
LED_SEG_SCK
15
GNDD
GNDD
LED_GRID_SI
LED_GRID_SCK
16
18 17
19
CKS3860
LED_CH4_CUE_A_TR
CN8701
LED_CH3_CUE_A_TR 9 10
LED_CH5_CUE_A_TR
LED_CH6_CUE_A_TR 6
8
LED_MAS_CUE_A_TR LED_CH1_CUE_A_TR
5
NC
V+5LED 2
4
3
1
VKN1241
CN8202
AD_MUX0
3 2
VR_SEL_B
4
1
VR_SEL_C VR_SEL_A
V+3R3REF1
6 5
KEY_GRID0 KEY_GRID1
KEY_GRID5
9
7
10
8
KEY_GRID4
11
KEY_S1
KEY_S2
KEY_S4
13 12
KEY_S3 KEY_S6
14
LED_S19_TR
15
LED_S20_TR
18 17
19
16
LED_G0_TR
20
LED_S20_TR
LED_G6_TR 23
LED_G1_TR
LED_G3_TR 24
21
LED_G4_TR 25
22
LED_G5_TR
27 26
VKN1258
CN8201
V+3R3REF1 AD_MUX1
4
VR_SEL_C
GNDD
VR_SEL_B 5
VR_SEL_A 7 6
KEY_MIDI_ON
9 8
LED_STBY_TR
LED_USBB 13
KEY_STBY
LED_MIDI_ON
LED_USBA
14
10
V+5LED
16 15
11
GND_LED V+5LED
17
VKN1248
CN7501
LED_G3_TR_9V LED_S16_TR_9V 29
LED_G2_TR_9V
LED_S18_TR_9V LED_S17_TR_9V 28
LED_S15_TR_9V 26 27
24
LED_G0_TR 23
25
LED_S18_TR
LED_S17_TR
LED_S16_TR
LED_G1_TR 21
19
22
KEY_GRID7 KEY_GRID2 KEY_S2 18
20
16
KEY_GRID3
17
KEY_GRID6
KEY_S5 14 15
KEY_S4
KEY_S1
12 13
KEY_S0
VR_SEL_A 10 11
9
KEY_S3
VR_SEL_C 8
VR_SEL_B 6 7
24
LED_G5_TR
FFC SAME
L=85mm 1mm pitch
LED_USB_S/R_TR
20
LED_G6_TR
FFC REVERSE
3
19
LED_G7_TR
DDD1960-
L=145mm 1mm pitch
4
18
DDD195923
17
V+5LED
FFC REVERSE
L=195mm 1mm pitch
21
16
KEY_RTYPE
FFC SAME
22
15
KEY_SR_ON
LED_G4_TR
DDD1963-
L=80mm 1mm pitch
LED_S15_TR
14
KEY_ISO
DDD1965-
LED_S16_TR
13
GNDD LED_S/R_ON_OFF_TR
10
GND_REF1
11
9
AD_MUX3
12
8
AD_MUX7
MVR_MUTE
6 7
AD_MUX4
5
AD_MUX6
4
AD_MUX5
3
V+3R3REF1
VR_SEL_A
VR_SEL_C
VR_SEL_B
VKN1316
CN8420
V+9LED
18
15
V+5LED
GND_LED GND_LED
14
13
12
GND_LED
V+3R3D
11
10
9
8
7
6
5
4
3
FFC REVERSE
L=85mm 1mm pitch
DDD1961-
14
13
12
11
10
9
8
7
LED_G6_TR
LED_S17_TR 2
6
LED_S18_TR 1
CKS3856
CN8401
23
LED_SEG_xG AD_LVDP
AD_HPBLV
AD_HPBMIX
20
22
GND_REF1 19
21
GNDD
GNDD 18
LED_SEG_RCK
GNDD
17
GNDD LED_SEG_SI
CRFSW_DET TIME_ENC_A TIME_ENC_B
15
LED_SEG_SCK
GNDD
LED_GRID_SI
16
KEY_GRID0 KEY_EFX_ON
13
KEY_TAP 12
14
GNDD
KEY_GRID1 11
2
1
VKN1311 GNDD
NC
LED_GRID_SCK
4
KEY_GRID3
2
10
CN8410
1
V+5LED
LED_MAS_CUE_A_TR
VKN1302
CN8419
6 5
VR_SEL_C
7
V+3R3REF1
8
14
9
15
KEY_S2 KEY_S5
KEY_GRID1
16
KEY_S6
KEY_GRID0
17
KEY_S3
10
18
LED_S19_TR
KEY_GRID5
19
LED_G0_TR
KEY_GRID4
20
LED_S20_TR
11
21
LED_G1_TR
KEY_S0
22
LED_S20_TR
13
23
LED_G2_TR
12
24
LED_G6_TR
KEY_S4
25
LED_G3_TR
KEY_S1
27 26
LED_G4_TR
RKN1068 LED_G5_TR
NC 4
AD_CH1FD
15
AD_MUX1
AD_CH6FD
GND_REF2
14
V+3R3REF1
GND_REF2 3
2
13
VR_SEL_B
CN8406
12
VR_SEL_C
9 10 11
GNDD KEY_MIDI_ON VR_SEL_A
8
KEY_STBY
5
LED_USBB
6
4
LED_MIDI_ON
7
3
V+5LED
LED_USBA
2
V+5LED
LED_STBY_TR
1
GND_LED
RKN1058
29
LED_S16_TR_9V
CN8412
27
25
28
LED_G3_TR_9V
26
LED_S17_TR_9V
LED_S15_TR_9V LED_S18_TR_9V
KEY_S7
3
23
LED_G0_TR
KEY_GRID4
MDSP_P12_MISO
KEY_GRID6
GNDD
KEY_GRID5
L=125mm
KEY_GRID2
PF04PP-B12
7
V+3R3REF2
1
LCD_LED_A
5
V+3R3REF2 1
GND_REF2
3
NC
AD_CH1FD
2
4
V+3R3REF2
1
(DWX4363)
8
KEY_GRID7 4
2
GND_REF2 3
AD_CH5FD
V+3R3REF2 1
NC
AD_CH1FD GND_REF2
2 3 4
V+3R3REF2
1
UCOM ASSY (DWX4341)
6
KEY_S8 3
NC 4
NC
AD_CH1FD
2 3 4
V+3R3REF2
GND_REF2
1
W CHF6 ASSY
9
KEY_S6 2
2
GND_REF2 3
AD_CH4FD
V+3R3REF2 1
GND_REF2
3
NC
AD_CH1FD
2
4
V+3R3REF2
1
22
24
21
LED_G1_TR LED_S17_TR
LED_G2_TR_9V
19 20
18
LED_S16_TR LED_S18_TR
16
15
17
14
KEY_S5 KEY_GRID3
KEY_S2
13
KEY_S1
KEY_GRID7
12
KEY_GRID6
KEY_GRID2
9
11
8
10
AD_RESO
GND_REF1
3
5
V+3R3REF1
GND_REF1
1
4
LEDB ASSY (DWX4342)
9
8
7
6
5
KEY_GRID4
KEY_S8
KEY_S7
1
4
3
2
VKN1824
LED_G5_TR
BFXB ASSY (DWX4352) CN7603
7 6
8
GNDD
9
TIME_ENC_B
GND_REF1
10
CRFSW_DET TIME_ENC_A
12
KEY_GRID0
11
13
KEY_TAP
KEY_EFX_ON
14
FFC REVERSE
KEY_GRID1
DDD1964-
15
L=130mm 0.5mm pitch
KEY_GRID3
18 17
20
16
KEY_GRID4
19
KEY_GRID6
KEY_S7
KEY_GRID5
KEY_GRID2
21
KEY_GRID7
KEY_S9 1
CKS3865
LCD_LED_A
60
CN8402
LCD_LED_A
59
58 GNDD
MDSP_PNL1_XINT
KEY_S8
GND_CRFD 6
22
KEY_S8
LCMDET
56
NC 4
AKM1290
KEY_GRID5
AD_CRFD2 5
23
KEY_S6
LCD_xRST
55
2
GND_REF2 3
AD_CH3FD
V+3R3REF2 1
CN8404
KEY_GRID4
AD_CRFD3 4
24
VKN1255
LCD_DE
54
57 V+3R3D
LCD_xCS
53
LCD_SDA
GNDD
52
GNDD
LCD_SCL
51
GNDD LCD_B2
GNDD
50
LCD_B3
49
GNDD
45
48
LCD_B4
44
46
43
47
GNDD
42
NC
2 3 4
V+3R3REF2 AD_CH1FD GND_REF2
1
KM200NA4
VKN1824
FPC
L=47mm 1mm pitch
CN8061
CN5301
FPC
L=63.5mm 0.5mm pitch KEY_S9
CN7601
60
LCD_LED_A
55
LCD_xRST
59
54
LCD_DE
LCD_LED_A
53
LCD_xCS
58
52
GNDD
GNDD
51
LCD_SCL
56
50
GNDD
57
49
LCD_SDA
V+3R3D
48
GNDD
LCMDET
46 47
GNDD LCD_B2
LCD_B5
41
NC 4
AKM1290
AD_CRFD1
42
GNDD
GNDD
40
AD_CH2FD
GND_REF2 3
CN8405
3
41
LCD_B6
2
V+3R3REF2 1
PF04PP-B12
L=125mm
V+5CRFD
40
GNDD LCD_B5
GNDD
LCD_G2
35
39
GNDD
34
38
LCD_G3
33
PF04PP-B12
L=125mm
AD_CRFD0
39
GNDD
32
AD_VR_SELECT 4
PF04PP-B12
L=125mm
1
38
GNDD LCD_B6
LCD_G4
31
GNDD
GNDD
30
LCD_B7
LCD_G5
29
36
GNDD
28
37
GNDD LCD_G6
26 27
2
GND_REF2 3
AD_CH1FD
V+3R3REF2 1
PF04PP-B12
L=125mm
2
37
LCD_R2
23
PF04PP-B12
L=125mm
6
XR
36
GNDD LCD_B7
43
35
LCD_G2
45
34
GNDD
44
33
LCD_G3
GNDD
32
GNDD
LCD_B4
31
LCD_G4
LCD_B3
30
GNDD
GNDD
22
LCD_G7
LCD_R3
21
25
GNDD
20
GNDD
LCD_R4
19
24
GNDD
18
KM200NA4
GND_REF2
YB
3 4
CN7604
XL
2
KM200NA6
YT
1
CN8902
LCDB ASSY (DWX4343)
CKS6625-A
60 GND
59 GND
58 ENABLE
57 NC
56 NC
55 NC
54 NC
53 NC
52 NC
51 NC
50 NC
49 NC
48 VCI
47 VCI
46 NC
45 NC
44 DOTCLK
43 VSYNC
42 HSYNC
41 DATA17
40 DATA16
39 DATA15
38 DATA14
37 DATA13
36 DATA12
35 NC
34 NC
33 DATA11
32 DATA10
31 DATA9
30 DATA8
29
25
LCD_G7
28
24
GNDD
26
23
LCD_R2
27
22
GNDD
GNDD
21
GNDD
20
LCD_G5
19
GNDD LCD_R3
LCD_G6
18
GNDD LCD_R4
LCD_R6
LCD_R5
GNDD
15 GNDD
14
16 17
CN8407
CN8051
5
26 NC 27 NC
29 DATA7
16 17
14 15
GNDD
GNDD
LCD_R6
GNDD
LCD_HSYNC
LCD_R7
GNDD
13
11 12
10
AKM1290
AE AD ( AD 1/2, AD 2/2)
4
58 KM200NA4
(DWX4362)
AD_CRFD2
V+3R3D AKM1290
CN8041
V CHF5 ASSY
4
GNDD
38
CN8408
(DWX4361)
AD_CRFD3
ANA_P_CON AKM1290
CN8031 KM200NA4
U CHF4 ASSY
3
CPU_XMUTE
37
CN8409
(DWX4360)
AD_CRFD1
DIGI_P_CON
36
AF KM200NA4
CN8021
T CHF3 ASSY
2
35 LCD_R5
MDSP_OFF
(DWX4359)
1
34 10
AM_OFF
S CHF2 ASSY
V+5CRFD
AC_OFF_DETECT 12
GNDD
28 DATA6
V+5D_MDSP_CONT
V+3R8D_AM_CONT
(DWX4358)
AD_CRFD0
FAULT_DET
33
R CHF1 ASSY
AKM1292
GNDD
32
PNLL ASSY (DWX4346) CUEVR ASSY (DWX4347)
CN8301
31 AKM1290
25 DATA5
29
30
CN8411
24 DATA4
V+3R3D_MDSP_CONT KM200NA4
23 DATA3
V+5D_CONT
28
CN8011
22 DATA2
V+3R3D_CONT
NC
V+2R5D_CONT
27
NC
GNDD
26 11
GNDD
21 DATA1
25
20 DATA0
V+1R285D_CONT
24
19
23 LCD_VSYNC
CKS6543-A
18
V+12LCDBL_CONT
15 CS
22
16 SCL
MDAC_V_CONT
Q ( Q 1/4- Q 4/4)
17 SDI
V+15A_CONT
21
13
19 9
CN8413
14 RESET
20
AC ( AC 1/2, AC 2/2) AB ( AB 1/2, AB 2/2)
3
18
AA ( AA 1/2, AA 2/2)
2
17
GNDD
AM_XRST
GNDD
MDSP_XRST
LCD_R7
VMUTE_CONT
16
LCD_HSYNC
15
11 NC
GNDD
14
13 NC
13
SFXB ASSY (DWX4351)
12 NC
UPD_PNL1_MDSP
10 GND
GNDD
12
9
11
LCD_VSYNC
9
NC
8
9
GNDD
GNDD
GNDD
GNDD
MDSP_P12_LCD_MOSI
7
LCD_DCLK
GNDD
8
6
6
MDSP_P12_LCD_SCK
5
7
4
8
3
6
MDSP_PNL1_RDY
7
GNDD
2
GNDD
1
GNDD
GNDD
LCD_DCLK
KEY_PSW
60
NC
GNDD
59
NC
58
NC
MDSP_PNL2_RXD
8
GNDD
57
7
56
6
10 LCD_LED_A
Xin-YB
MDSP_PNL2_XINT
MDSP_PNL2_RDY
Yin-XL
54
55
XV-XR
GNDD
YV-YT
50
5
LCD_xRST
4
LCD_DE
49
3
LCD_xCS
48
2
LCD_B3
5
GNDD
47
4
GNDD
LCD_B2
46
3
44
45
2
GNDD
43
XV-XR
LCD_B4
42
YV-YT
GNDD
41
Xin-YB
LCD_B5
40
Yin-XL
GNDD
39
LED-
LCD_B6
38
LED+
LCD_G2
LED-
GNDD
37
GND
GNDD
LCD_B7
36
5
34
35
4
GNDD
33
3
LCD_G3
32
2
GNDD
31
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 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60
LCD_G4
30
LEDLEDLEDLED+ GND NC NC NC NC GND NC NC NC RESET CS SCL SDI NC NC DATA0 DATA1 DATA2 DATA3 DATA4 DATA5 NC NC DATA6 DATA7 DATA8 DATA9 DATA1 DATA1 NC NC DATA1 DATA1 DATA1 DATA1 DATA1 DATA1 HSYNC VSYNC DOTCL NC NC VCI VCI NC NC NC NC NC NC NC NC NC ENABL GND GND
GNDD
29
GNDD
28
1
LCD_G5
CN8415
27
1
GNDD
KEY_S0
LCD_G7
GNDD
GNDD
LCD_G6
26
CN8903
24
25
KEY_S4
GNDD
23
KEY_S3
LCD_R2
22
VR_SEL_A
GNDD
21
7
LCD_R3
20
6
GNDD
19
VR_SEL_C
18
VR_SEL_B
LCD_R4
2
LCD_R6
5
GNDD
17
GND_REF1
GNDD
LCD_R5
16
4
14
15
GND_REF1
13
LED-
53 LCD_HSYNC
VKN1260
GNDD
3
12
1
52 GNDD
AD_MUX8
LCD_R7
CN8102
11
CKS6543
51 LCD_VSYNC
2
GNDD
1
10
VKN1321
GNDD
AD_RESO
9
V+3R3REF1
8
CN8414
GNDD
CKS6543-A
To/From MAIN Assy(CN9)
GNDD
LCD_DCLK
6
When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or "PCB PARTS LIST". The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. : The power supply is shown with the marked box.
4.2 OVERALL WIRING DIAGRAM (2/2)
4
5
CKS6646
FFC REVERSE
DDD1958L=250mm 0.5mm pitch
MVR_MUTE
3
CN8901
To/From MAIN Assy(CN7)
GNDD
2
Note: The 1 to 6 Assys of CHF Assys have the same circuitry, parts, and board shapes. Only printed information is different, because their part numbers and wiring numbers are different. They are handled similarly in their production management. Therefore, either 1, 2, 3, 4, 5 or 6 Assy of the respective Assys is assembled in the respective place. -
1
3
L=250mm 0.5mm pitch
DJM-V10 DDD1958-
2
FFC REVERSE
-
A
1
B
CKS6543
C
CN8416
D
1 7
E
F
14 -
DDD1967-
L=85mm 1mm pitch
FFC REVERSE
DDD1968-
5
6
7
8
4.3 OVERALL BLOCK DIAGRAM F
MAIN ASSY
TRSTZ
SPI (CS0)
NRESPWRON
AM_xRST
IC402 PMIC(AM3352) TPS65910A31A1RSL
AM_XRST
PORz
PMIC_XINT
INT1
I2C
MIDI
EMIF (DDR3)
Chip address 0x2D
IC903 LAN PHY LAN8720A-CP
SPI (CS1)
I2C0 GPIO McASP0
6slot TDM
GPIO
I2C
SPI (for SDSP BOOT)
6slot TDM PC1 OUT_CH1/CH2/CH3 McASP0
Chip address 0x60
McSPI0(S)
USB1 (USBA)
AM_SDSP_RDY
I2C2
VBUS_USBA
TRSTZ
JTAG
AM_SDSP_XINT
PC1 OUT_CH4/RTN 6slot TDM PC1 IN_CH1/CH2/CH3
B
6slot TDM PC1 IN_CH4/SND/REC 6slot TDM PC2 OUT_CH1/CH2/CH3
McSP1I(S)
6slot TDM
6slot TDM
GPIO
AG
UPD_MDSP_AM
AM_MDSP_XINT
McSPI0(M)
McSPI0(S)
PC2 OUT_CH4/RTN
IC1901 SUB DSP (SRC) D810K013DZKB456 456MHz
PC2 IN_CH4/SND/REC
MDSP_AM_RDY
McSPI1(M)
6slot TDM
PC2 IN_CH1/CH2/CH3
SPI (CS1)
SPI (CS0)
McSPI0_1
McASP1
CLKGEN1_XOEB
GPMC
IC2002 CLK GEN IC SI5351C-B03300
McASP2
USB2.0 HighSpeed (Differential 90Ω)
VBUS_USBB
AM_OFF
IC401 USB/ETHER UCOM AM3352BZCZA100@V 1GHz
USB0 (USBB)
USB2.0HS Type-B Conn.
GPIO
JTAG_SDSP_TRSTZ LAN_LINKST
REGOFF#
USB2.0 HighSpeed (Differential 90Ω)
SDSP_XRST
LAN_XINT
INTB/PMEB
Chip address 0x70
V+5D_MIDI_CONT RESETz
LAN_XRST
NRST
USB2.0HS Type-B Conn.
I2C1
RMII PHY_MDC PHY_MDIO
MDIO
H USBB ASSY
MIDI OUT
IC701 DDR3 SDRAM (DDR3-1600 1Gbit) K4B1G1646I-BYMA
16bit data bus Data speed 800MHz
McSPI1(M)
100Base-TX (Differential 100Ω)
GEMAC
RJ45 Conn.
IC806 FLASH ROM(16Mb) (SPI Serial NOR FLASH) DYW2189
SPI_AM_BOOT
UART4
PWRHOLD
UART2 McSPI0(M)
VCC7 V+1R83_AM_RTC
A
for MAC address Writing
TP
JTAG_AM_TRSTZ
JTAG
V+3R8D_AM
SW POWER SUPPLY
GPIO
V+3R8D_AM
PC OUT_CH1/CH2/CH3
USBA ASSY
6slot TDM PC OUT_CH4/RTN USB
USB2.0HS Type-A Conn.
DC/DC Conv.
USB2.0 HighSpeed (Differential 90Ω)
JTAG
V+3R3D V+1R2A_MDAC
GPIO
RESETz
V+3R8D_AM_CONT
Q UCOM ASSY V+3R3D_CONT
DC/DC Conv.
V+5D_MDSP
V+1R285
R
Reg
V+5D_MDSP_CONT
DC/DC Conv.
I2C0
I2C
IC1504 Authentication Coprocessor H337S3959
AC_OFF_DETECT
6slot TDM
USBPSW_EN
PNL1_XRST
PC2 IN_CH1/CH2/CH3 6slot TDM PC2 IN_CH4/SND/REC
ANA_P_CON
IC8407 RESET IC PST8430N
McASP1
McASP2
6slot TDM
USBPSW_FAULT
DIGI_P-CON
6slot TDM PC1 IN_CH4/SND/REC
USBP ASSY
IC3152 Highside SW TPS2557DRB
I
PC1 IN_CH1/CH2/CH3
GPIO
J
TP
UART0
6slot TDM
4
for Debug TXD/RXD/CTS/RTS
V+3R3A_MDAC
V+1R285D_CONT
DC/DC Conv.
V+5D_MDSP MFI_XRST
MDAC_V_CONT
Reg
PMIC_SLEEP PMIC_MDSP_xRST
MDSP_xRST
NRESPWRON2
Power monitor
LCD_XCS
3.5inch LCD
JTAG
Display CLK, data, SYNC MDSP_RSTFULLn
RESETFULLn RESETSTAT
RESETn
MDSP_RSTn
V+2R5D_CONT
RESET
LRESETNMIENn BOOTCOMPLETE
D-IN_SRC_XRST
D-IN_SRC_XRST
DC/DC Conv. V+2R5D_CONT
Pulled up to V+3R3D_MDSP
LRESETn
DIR_XRST
DIR_XRST
V+5D_CONT
V+5D_CONT
MDSP_XRST
TRSTZ
TP
IC8406 PNL1 UCOM (EUP) DYW2191 24MHz GPIO
DSS
MDSP_XRST
for Debug
Tr
FAULT_DET
AM_XRST
PORz
C
GPIO
V+12LCDBL_CONT
TP
X-PAD (TouchPanel)
KEY
Power Monitor
MDSP_BOOTCOMP
LDO
KEY
GPIO
SLEEP
PWRHOLD
V+12LCDBL
V+3R3D_MDSP_CONT
DC/DC Conv. LCD_XRST
PMIC_MDSP_xINT
INT1
GPIO
IC1001 PMIC(66AK) TPS65911AA2ZRC
I2C2
VCC5
V+3R3D_MDSP
Chip address 0x2D
VCC7
GPIO
V+3R3D_MDSP
V+1R83_MDSP_RTC
SW
SW
MUTE VOL MDSP_OFF
VOL
EUP (STBY LED)
ADC
TC7SH08FUS1 V+3R3D
ADC_XRST
ADC/DAC_XRST
UPD_PNL1_MDSP MDSP_PNL1_XINT
6 (CH1~CH6) UART1
DIR_CS*
ADC_XRST I2C
R
SPI for DIR
CH1-
GPIO
IC8409 PNL2 UCOM (SUB) DYW2192 24MHz
MDSP_PNL2_XINT GPIO
PHONO
MDSP_PNL2_RDY
UART2
CH2
LINE CH2-
CH3+
CH2_ANA_DATA
LINE CH3
UART (FADER & Communication)
R S T U VW CHF1 - 6 ASSY
LED (except STBYLED)
D
Y CRFB ASSY
CH1_ANA_DATA
CH1-4 ADC IC4701 AK5578EN
MAIN CPU/DSP IC1101 66AK2G12ABYA100 EMIF(DDR3L-1066)
CH3PHONO
CH3_ANA_DATA
CH4_SEL CH4_ANA_DATA
CH4+ LINE CH4
CHF
CRF
GPIO
CH3_SEL
LED
SCIF7
CRF (Mgvel) CH2+
JTAG
CHF
SPI for DIT
GPIO
CH1
SPI (CS1)
I2C1
CH1+
MUTE Circuit (output)
RESETz
SCIF0(S)
SPI (CS0)
CH1_SEL
LINE
McSPI3(M)
SPI( update only)
A AIN ASSY
GPIO
SCIF6(S)
ADC
SPI (CS1)
CPU_MUTE
GPIO
SCIF6(M) PNL1_PNL2_RDY
MUTE (output)
GPIO
PNL2_RST
SPI(for Parameter)
McSPI2(M)
SPI (CS0)
GPIO
MDSP_PNL1_RDY
SPI( for LCD BOOT & PNL1)
4 (CH1,3,4,6)
UPD_PNL1_PNL2
LCD_XCS
CH*_SEL
AM_OFF
SCIF0(S)
THRU_D-OUT
TURU_D-OUT
GPIO
D-OUT_SRC/DIT_xRST
D-OUT_SRC/DIT_xRST
AM_OFF
GPIO
DAC_XRST
TOUCH PANEL
16bit
IC1402 DDR3L SDRAM (DDR3L-1866 1Gbit) MT41K64M16TW107AIT
16bit
IC1403 DDR3L SDRAM (DDR3L-1866 1Gbit) MT41K64M16TW107AIT
32bit
CH4PHONO
O AOUT ASSY
D-OUT_CLK_CLR McASP1
CH5
CH5+ LINE
MUTE Circuit (output)
DAC_xRST
CH6_SEL CH6+ CH6
LINE
CH5-6 ADC IC4801 AK5574EN
I2C
I2C
CH5-
MASTER/BOOTH DAC IC2101 ES9016SD1
RTN2
EXT2(RETURN)
RTN3 MULTI I/O(RETURN)
RETURN ADC IC4902 PCM1803ADB
RTN1_DATA
BOOTH_OUT_DATA
MIC2(mono)
MIC ADC IC5203 AK5358AET
SND1
Tr MUTE
EXT1(SEND)
SND2
Tr MUTE
EXT2(SEND)
SND3_OUT_DATA
SND3
Tr MUTE
MULTI I/O(SEND)
RECOUT_DATA
REC
RTN3_DATA
3
SND2_OUT_DATA
MIC1_2_DATA
SEND/REC DAC IC2401 AK4359AVF
CH3 SRC IC2705 CS8421-CZ
CH4 DIR IC2704 AK4113VF
CH4 SRC IC2706 CS8421-CZ
CH5
CH3 DIR IC2703 AK4113VF
DIN5
CH6
DIN3
DIN4
DIN6
CH5 DIR IC2803 AK4113VF
CH5 SRC IC2805 CS8421-CZ
CH6 DIR IC2804 AK4113VF
CH6 SRC IC2806 CS8421-CZ
REC
CH1_DIGI_DATA HP_A_DATA CH2_DIGI_DATA
HP A DAC IC2502 AK4382AVT
Relay MUTE
McASP0
CH2 SRC IC2611 CS8421-CZ
Tr MUTE
B SNRT1 ASSY C SNRT2 ASSY D SNRT3 ASSY
HP A
L HPJK ASSY
HP A MINI
M HPJM ASSY
CH3_DIGI_DATA
HP_B_DATA
CH4_DIGI_DATA
HP B DAC IC2501 AK4382AVT
Relay MUTE
K HPPW ASSY
HP B
N HPJC ASSY
HP B MINI
CH5_DIGI_DATA
CH6_DIGI_DATA
IC1502 FLASH ROM (64Mb) (SPI Serial NOR FLASH) DYW2190
QSPI
D_OUT_DATA
DOUT SRC IC2902 CS8421-CZ
DOUT DIT IC2904 AK4104ET
DRIVER IC2905 ADM3485ARZ
Pulse Trans VL2901
15
DJM-V10 5
F
DIGITAL MASTER OUT
QSPI
CH1
CH2 DIR IC2607 AK4113VF
CH3
DIN2
CH1 SRC IC2610 CS8421-CZ
CH4
CH1 DIR IC2606 AK4113VF
CH2
E MTRM ASSY DIN1
E
BOOTH
SND1_OUT_DATA
RETURN ADC IC5003 PCM1803ADB
McASP0
MIC1(mono)
MASTER2
RTN2_DATA
BTH_R_DET MIC1
Tr MUTE
BTH-
RETURN ADC IC5002 PCM1803ADB
RTN*_DET
MIC2
Tr MUTE
MASTER1
BTH+
GPIO
RTN1 EXT1(RETURN)
MASTER-
MASTER_OUT_DATA
PHONO
B SNRT1 ASSY C SNRT2 ASSY D SNRT3 ASSY
Relay MUTE
CH5_ANA_DATA
CH6_ANA_DATA
CH6-
MASTER+
6
7
8
1
2
3
4
4.4 DSP BLOCK DIAGRAM A AIN ASSY
F
MAIN ASSY
CH1
PHONO
CH2
LINE
LINE
O AOUT ASSY MIC
ADC IC4701
LINE
CH3
A
CH4 CH5 CH6
PHONO
MASTER2
BOOTH
CH 2
LINE
LINE
MASTER1
DAC IC2101
CH 1
PHONO
PHONO
MASTER
BOOTH
CH 3
B SNRT1 ASSY C SNRT2 ASSY D SNRT3 ASSY
CH 4 CH 5
ADC IC4801
LINE
CH 6 EXT1 : SEND
EXT1 SEND
EXT2 : SEND
B SNRT1 ASSY C SNRT2 ASSY D SNRT3 ASSY
B
EXT2 SEND
DAC IC2401
MULTI I/O : SEND
MULTI I/O SEND
REC OUT
EXT1 RETURN
ADC IC4902
EXT1 RETURN
EXT2 RETURN
ADC IC5002
EXT2 RETURN
MULTI I/O RETURN
ADC IC5102
MULTI I/O RETURN
MIC1
ADC IC5203
MIC2
DSP IC1101
REC OUT
L HPJK ASSY DAC IC2502
PHONES A
PHONES A
M HPJM ASSY PHONES A
N HPJC ASSY DAC IC2501
PHONES B DIGITAL CH1
DIR
DIGITAL CH2
DIR
SRC
DIGITAL CH3
DIR
SRC
DIGITAL CH4
DIR
SRC
DIGITAL CH5
DIR
SRC
DIGITAL CH6
DIR
USB B
IC2904
SRC
DIT
DIGITAL MASTER OUT
SRC IC2610,2611, IC2705,2706 IC2805,2806
USB UCOM IC401
USB A
PHONES B
IC2902 DIGITAL MASTER OUT
IC2606,2607, IC2703,2704, IC2803,2804
H USBB ASSY
C
SRC
USB A
SRC IC901,902
USB B
I USBA ASSY
MULTI I/O : SEND ( USB )
MULTI I/O ( USB )
MULTI I/O : RETURN ( USB )
DSP
CH 1-6 CH INPUT SELECT
PHONO LINE
USB CROSSFADER A/B
LEVEL METER CHx
MULTI I/O
USB Control Tone CHx
USB POSTCHx FADER
MULTI I/O SEND CHx DETECTCHx BPM
DIGITAL
COMP CHx
USB B MULTI I/O
PRE EQ CUE A CH
BEAT FX CHx
4BAND EQ CHx
BUILT-IN EXT 1
BEAT FX CHx
BUILT-IN/EXT1/2
SEND SEND CHx
Thru A
CUE A/B CHx
BEAT FX CHx
B
(INSERT) MULTI I/O RETURN CHx
CLIP CHx
EXT 2
FILTER CHx
SEND USB:FX SEND CHx
CROSSFADER
CH FADER
TRIM
USB A
CROSSFADER ASSIGN switch CUE A CHx CUE B CHx
CUE A CHx
USB:FX RETURN CHx
BOOTH LEVEL
D
MIC OUT TO BOOTH LEVEL
MIC
MIC PEAK LIMITER
+
BOOTH EQ
BOOTH MONO/ STEREO
FILTER MASTER
BEAT FX MASTER
(INSERT) MULTI I/O RETURN MASTER
MASTER ISOLATOR
CLIP MASTER
Master LEVEL
BALANCE
+
LEVEL METER MASTER
CUE A MASTER CUE B MASTER
MULTI I/O SEND MASTER
BOOTH OUT
BOOTH ATT.
MULTI I/O
DETECT MASTER BPM
TALK OVER
TALK OVER ON/OFF
to MASTER SEND RETURN
MASTER MONO/ STEREO
CUE MASTER
+ MIC PEAK LIMITER
MASTER PEAK LIMITER
DIGITAL REFERENCE LEVEL
DIGITAL MONO/ STEREO
MASTER ATT.
DIGITAL PEAK LIMITER
MASTER OUT
DIGITAL MASTER OUT
Detect MIC BPM MASTER MONO/ STEREO
MULTI I/O
REC OUT USB DJM-REC USB MIX(REC OUT)
MULTI I/O SEND MIC MIC ON/OFF
MIC 1 LOW CUT FILTER
+
MIC LEVEL DETECT BEAT FX MIC
MIC EQ
MIC 2
MIC USB MIC
(INSERT) MULTI I/O RETURN MIC
E
MULTI I/O(SEND)
MULTI I/O CH SELECT
HEADPHONES A
SEND LEVEL
MODE CH 2/CH 5
MULTI I/O : SEND CHx MULTI I/O : SEND MASTER
INSERT
(EXTERNAL)
CUE A CHx
MULTI I/O SEND
CUE A LINK
MULTI I/O (RETURN) RETURN LEVEL
MODE MULTI I/O ON/OFF
MULTI I/O RETURN MASTER
(EXTERNAL) EXT 1 RETURN EXT 2 RETURN
HEADPHONES B OUT
CUE B LINK CUE B MASTER
USB Output
(EXTERNAL) EXT SEND
SEND EXT 1
USB Post CHx Fader
EXT 2 SEND
SEND EXT 2
USB CROSSFADER A
USB EXT 2(SEND EXTERNAL)
USB CROSSFADER B
BUILT-IN FX to CH INPUT BUILT-IN
USB OUTPUT LEVEL USB A OUT
USB MIC USB MIX(REC OUT)
MASTER MIX
OUTPUT SELECT
USB Control Tone CHx
USB EXT 1(SEND EXTERNAL)
MASTER MIX LEVEL
LEVEL
MULTI I/O
SEND
to CH INPUT EXT 1
MIXING
+
to CH INPUT
CH 2/CH 5
F
CUE B CHx
INSERT
+
HEADPHONES A OUT MONO SPLIT/STEREO
CUE B ON/OFF
(INSERT) MULTI I/O RETURN CHx
MULTI I/O RETURN MIC
SEND
LEVEL
HEADPHONES B
MULTI I/O CH SELECT
(EXTERNAL) MULTI I/O RETURN
CH1 CH2 CH3 CH4 CH5 CH6
MIXING
+
CUE A MASTER
MULTI I/O : SEND MIC
SEND SEND SEND SEND SEND SEND SEND SEND SEND SEND SEND SEND
CUE A ON/OFF
USB B OUT
to MASTER
+
USB FX SEND CHx
SEND RETURN
USB EXT 1(SEND EXTERNAL) to CH INPUT EXT 2
USB EXT 2(SEND EXTERNAL)
16
DJM-V10 1
2
3
4
V+15A
O AOUT ASSY
V+15U
IC5353 1 NJM7815FA
3
V-15U
V-15A IC5352
3 LM7915CT@V 2
22 23
2
5
9
6
2
CN10
CN2
IC207
CN8202
3
1
8
7
5
4
F
5 V+3R8D_DIGI
5
AC PNLL
LEDB ASSY
IC401 USB/ETHER UCOM
ASSY
CN8701
CN7501
1
IC402
4
V+3R8D_AM
PMIC
3,6,41,47
TPS65910A31A1RSL
AM3352BZCZA100@V
16 15
3
5
MM3542BF
V+12M 1
1 CN8419
15 16
3
V+0R675_VTT
IC1402 DDR3L SDRAM
V+15U
V+15A
CN8
V+3R3REF2
24
98
IC8409 PNL2 UCOM (LED)
V+3R3D
V+3R3REF1 98
16,62,99
IC8406 PNL1 UCOM (EUP)
45
V+3R3E
V+3R3E
V+9CRF
1
V+5LED V+9CRF
5
V+3R3D
1 2
51 52
58 59
CN7604 CN8409
CN8411
CN8414
1
1
1
1
1
1
1
1
43
V+5D_MIDI
5
BD2226G
V+3R3D
IC206
3
BD9328EFJ
3
UA78M33IKVUG3
V+3R3D_CLK
45
V+9CRF
1
CN8051
CN8041
CN8031
CN8021
CN8011
CN8102
W
V
U
T
S
R
AA
CHF6 ASSY
CHF5 ASSY
CHF4 ASSY
CHF3 ASSY
CHF2 ASSY
CHF1 ASSY
SFXB ASSY
V+5U
V-15U
2
AG
5
SW POWER SUPPLY
V+5E IC217
5
NJM2872BF33
1
IC215
1
4
NJM2831F05
V+12E
1
5
1
IC211
3
NJM78M09DL1A
1
51 52
2
V+12M
V+12M
3
2 3
CN3
58
P4
59
P3 CN 1
CN7
USBA_VBUS
1
CN8061
V+3R3E
2
IC212
53 55
V+9LED
1
IC204 3 MM3542BF 2
V+1R285D
Q3003 TR SW
5
IC202 3 MM3542BF 2
1
V+5VBUS_C
2
V+3R3REF1
V+3R3REF2
V+3R3REF2
CN8408
V+3R3REF2
CN8407
V+3R3REF2
CN8405
V+3R3REF2
CN8404
1
V+5VBUS_B
V+12LCDBL
CN8401
1
V+5LED
41
V+9LED
53 55
1
39
V+5D
49 50 V+5LED
15
1
IC209 High side SW
V+15U
2
B19
16,62,99
V+3R3D
P2
2
IC203
5
7
2
CN13
CN11
5
7
1 2
6
6
18
16
4
3 CN6351
CN3151 CN3101
H USBB ASSY
I
6
USBA ASSY
7
V+5R2D_VBUS
2
J
K
USBP ASSY
1
HPPW ASSY
3
V+12M
2
8
8
8
1
2
17 V+15A
V+3R3REF1
V+3R3REF2
CN8301
MM3542BF
7
7
1
CN7602
1
MM3543BH
3
V-15A
39
V+3R3D
41
CN8402
CN7601
V+5CRFD
V+5CRFD
3 V+5D_MDSP
V-7HP
57
UCOM ASSY
38
49 50
1
PMIC TPS65911AA2ZRC
66AK2G12ABYA100
38
CN8415
11
Y CRFB ASSY
IC205
IC1001 IC1101 MAIN CPU/DSP
43
V+9CRF IC7601 4 NJM2831F05 5
1
LP2996AMR
V+12M
Q
V+3R3D
57
ASSY
UA78M33IKVUG3
4
14
CN 8412
V+5U
IC213
IC1401 5,6
V+5VBUS_C
CN8903
X BFXB
5
7
V+1R35_MDSP_DDR
MT41K64M16TW107AIT
CN8413
LCDB ASSY
MM3571A12P
V+3R3A_MDAC
V+3R3REF1
2
19
CN8410
V+5A
IC214
2
USBB_VBUS
AF
13
3 CN8406
9
AC INLET
4
V+5LED
V+9LED
V+5LED
V+3R3D
V+5LED
V+3R3REF1
V+5LED
V+3R3REF1
DJM-V10
17
8
MAIN ASSY
V+1R2A_MDAC IC201
3
V+3R3D_MDSP
CN8403
6
9
CN12
CN6
3
4
8
V-15U
V-15A
V+5U
1
6
6
6
21
AE
ASSY
CN8201
5
NEUTRAL
MM3571A33P
IC208
AB CUEVR
23
3
LIVE
V+3R3D_DIGI V+1R285D
MM3479A25P
ASSY
1
V+3R3D
1
CN7301
3 CN4
V+2R5D
AD PNLR
1
3
V+5A
2
3
CN5351
V+12M
9
V-15A
6
V-15A
V+12M
V+3R3D_CLK
5
V+5U
NJM7805FA
1
CN5403
CN5401
V+15A
2
29 28
IC1901 SUB_DSP
5
CN4002
CN4001
D810K013DZKB456
V+5A IC5351
V+5A
1
V+5A
IC4008 MM3571A33P
V+15A
V+3R3A
5
5
A AIN ASSY
4.5 POWER BLOCK DIAGRAM
G REGB ASSY
CN6301 CN3152
CN3051 V+7HP
V+5R2D_VBUS
V+12M IC3151 3 MM3543BH 2
V-7HP
V+12M
IC6301 BD9851EFV 1,8,12,18
17 A
B
C
D
E
F
1
2
3
4
5. DIAGNOSIS
5.1 POWER ON SEQUENCE A
Hardware contents
Power supply
PNL1 UCOM (M16C)
Clock generator
PNL2 UCOM (M16C)
MAIN CPU/DSP(CPU) (66AK)
: GPIO : SPI
Software contents
MAIN CPU/DSP(DSP) (66AK)
: UART : HPI
USB/ETHER UCOM (AM3352)
SUB DSP(SRC) (D810)
VMUTE ON
V+12E ON
V+3R3E ON
[PANEL_CLK] ON
194.4 ms
Canceling reset [HIGH]
B
BOOT/Initialization
VMUTE_CONT [HIGH]
VMUTE_CONT ON
DIGIP_CON [HIGH]
[DIGIP_CON] ON
30 ms V+5D_MDSP_CONT [HIGH]
V+5D_MDSP_CONT ON
V+1R285D_CONT [HIGH]
V+1R285D_CONT ON
5 ms V+3R3D_MDSP_CONT [HIGH]
V+3R3D_MDSP_CONT ON
V+3R8D_AM_CONT [HIGH]
V+3R8D_AM_CONT ON
C
V+3R3D_CONT [HIGH]
V+3R3D_CONT ON
MDAC_V_CONT [HIGH]
MDAC_V_CONT ON
V+2R5D_CONT [HIGH]
V+2R5D_CONT ON
SYSOSC_CLK (24M)
5 ms 5 ms
KEY VR read start
AM_PLL_24M SDSP_PLL_24M PMIC_MDSP_XRST [HIGH] Auto from 66AK PMIC PMIC_AM_XRST [HIGH] Auto from AM PMIC
MDSP_xRST [HIGH]
40 ms
D
AM_XRST [HIGH]
1st BOOT
1st BOOT
2nd BOOT
2nd BOOT start MDSP_OFF [HIGH] UPD_PNL1_MDSP [LOW] MDSP_OFF [LOW]
AM_MDSP_XINT [HIGH]
40 ms UPD_MDSP_AM [LOW] V+15A_CONT [HIGH]
V+15A_CONT ON
10 ms RST_PNL1_PNL2 [HIGH]
E
BOOT/Initialization Handshake request
50M_PHY_CLK
Handshake permission
V+5D_CONT [HIGH]
V+5D_CONT ON
DDR 3_RESETn [HIGH]
DDR3 reset canceling
DDR _XRST [HIGH]
DDR3 reset canceling
AM_OFF [HIGH] LAN_XRESET [HIGH]
LANPHY reset canceling Key decision wait(? ms) Mode judgment
F
3rd BOOT
A
18
DJM-V10 1
2
3
: I2C
4
5
6
7
8
A
A
Power supply
PNL1 UCOM (M16C)
Clock generator
MAIN CPU/DSP(CPU) (66AK)
PNL2 UCOM (M16C)
MAIN CPU/DSP(DSP) (66AK)
USB/ETHER UCOM (AM3352)
SUB DSP(SRC) (D810)
Handshake request Handshake permission
DSP program road
DSP reset canceling BOOT CLKGEN1_OEB [HIGH]
CLK_GEN
Setting
B
AUDIO_CLK ADC XRST/DAC XRST [HIGH]
ADC, DAC reset canceling ADC/DAC setting V+15A_CONT control instructions
V+15A_CONT [HIGH]
V+15A_CONT ON
DSS Initialization LCD_XRST [HIGH]
LCD reset canceling LCD setting V+12LCDBL_CONT control instructions V+12LCDBL_CONT [HIGH] V+12LCDBL_CONT ON
C
D-IN_SRC XRST [HIGH]
Digital INSRC canceling
DIR_XRST [HIGH]
DIT reset canceling
DIR setting
DIT_XRST [HIGH]
DIT reset canceling
DIT setting MCLK_EN [HIGH]
MFI_XRST [HIGH]
MFI IC reset canceling
MFI IC Initialization
D A terminal VBAS output start
USBPSW_EN [HIGH]
USBPSW_FA ON USB Initialization
Handshake request Handshake permission LAN reset completion notice
SDSP start instructions Program transmission SDSP_XRST [HIGH] BOOT Start completion notice
E
SDSP start completion notice
DSP start instructions Start completion notice LinkCue handshake request LinkCue handshake permission
3000 ms (noise measures)
Start completion notice
MUTE_OUT [HIGH]
MUTE canceling
Software muting canceling
F
19
DJM-V10 5
6
7
8
1
2
3
4
5.2 MATRIX INFORMATION A
SW/VR (KEY/AD) g KEY MATRIX Control UCOM : PNL1 UCOM KEY_SEG0 KEY_SEG1 KEY_SEG2
B
KEY_SEG3 KEY_SEG4 KEY_SEG5
KEY_GRID1
KEY_GRID2
KEY_GRID3
KEY_GRID4
KEY_GRID5
KEY_GRID6
KEY_GRID7
BFX_CH1
CH1_CUE A
LPF
PRE EQ
BFX_CH1
CH1_CUE B
LPF
MIC OFF
Assy Name
CUEVR
CUEVR
SFXB
SFXB
CUEVR
CUEVR
SFXB
SFXB
Function Name
BFX_CH2
CH2_CUE A
HPA LINK CUE
MONO SPLIT
BFX_CH2
CH2_CUE B
MASTER MIX
TALK OVER SFXB
Assy Name
CUEVR
CUEVR
SFXB
SFXB
CUEVR
CUEVR
SFXB
Function Name
BFX_CH3
CH3_CUE A
BFX_MIC
HPF
BFX_CH3
CH3_CUE B
BFX_MIC
HPF
Assy Name
CUEVR
CUEVR
SFXB
SFXB
CUEVR
CUEVR
SFXB
SFXB
Function Name
BFX_CH4
CH4_CUE A
SFX_S-DELAY
SFX_D-ECHO
BFX_CH4
CH4_CUE B
SFX_S-DELAY
SFX_D-ECHO
Assy Name
CUEVR
CUEVR
SFXB
SFXB
CUEVR
CUEVR
SFXB
SFXB
Function Name
BFX_CH5
CH5_CUE A
SFX_L-DELAY
SFX_REVERB
BFX_CH5
CH5_CUE B
SFX_L-DELAY
SFX_REVERB
Assy Name
CUEVR
CUEVR
SFXB
SFXB
CUEVR
CUEVR
SFXB
SFXB
Function Name
BFX_CH6
CH6_CUE A
SFX_EXT1
SFX_EXT2
BFX_CH6
CH6_CUE B
SFX_EXT1
SFX_EXT2
Assy Name
CUEVR
CUEVR
CUEVR
CUEVR
Function Name BFX_MASTER MASTER_CUE A
KEY_SEG6 KEY_SEG7 KEY_SEG8
C
KEY_GRID0 Function Name
KEY_SEG9
SFXB
SFXB
BEAT UP
FREQ_LOW
BFX_MASTER MASTER_CUE B
SFXB
SFXB
BEAT UP
BFX SEL1
Assy Name
CUEVR
CUEVR
BFXB
BFXB
CUEVR
CUEVR
BFXB
BFXB
Function Name
CH1 CRF A
CH1 CRF B
BEAT DOWN
FREQ_MID
CH4 CRF A
CH4 CRF B
BEAT DOWN
BFX SEL2
Assy Name
CRFSW
CRFSW
BFXB
BFXB
CRFSW
CRFSW
BFXB
BFXB
Function Name
CH2 CRF A
CH2 CRF B
-
FREQ_HI
CH5 CRF A
CH5 CRF B
-
BFX SEL3
Assy Name
CRFSW
CRFSW
-
BFXB
CRFSW
CRFSW
-
BFXB
Function Name
CH3 CRF A
CH3 CRF B
-
HPB LINK CUE
CH6 CRF A
CH6 CRF B
-
BFX SEL4
Assy Name
CRFSW
CRFSW
-
BFXB
CRFSW
CRFSW
-
BFXB
g DIRECT KEY Control UCOM : PNL1 UCOM
D
Function Name
MIDI ON/OFF
MIDI START (WAKEUP)
ISO ON/OFF
MODE TYPE
SND/RTN ON_OFF
TAP
EFECT ON/OFF
Assy Name
PNLL
PNLL
PNLR
PNLR
PNLR
BFXB
BFXB
TIME ENC_A BFXB
TIME ENC_B BFXB
g MULTIPLEXER AD Control UCOM : PNL1 UCOM VR Select IC Port No VR_SEL_C VR_SEL_B
Multiplexer SW Signal
VR_SEL_A AD_MUX0 AD_MUX1 AD_MUX2 AD_MUX3 AD_MUX4 AD_MUX5 AD_MUX6
MultiplexerAD OUTPUT Signal
E
0 0 0
1 0 0
0 1 CH3 SEND CH2 SEND CH1 EQ M2 CH1 EQ L CH2 INPUT SELECT CH2 COMP CH3 TRIM CH3 INPUT SELECT CH4 TRIM CH4 INPUT SELECT CH5 INPUT SELECT CH5 COMP CH6 INPUT SELECT CH6 COMP
2 0 1
3 0 1
4 1 0
5 1 0
6 1 1
7 1 1
0 CH1 SEND CH1 FILTER CH2 EQ H CH3 COMP CH4 COMP CH5 EQ H CH6 EQ H
1 CH4 SEND CH1 EQ M1 CH2 TRIM CH3 FILTER CH4 FILTER CH5 TRIM CH6 TRIM
0 BOOTH EQ H CH1 TRIM CH2 EQ M2 CH3 EQ H CH4 EQ H CH5 EQ M1 CH6 EQ M1
1 CH5 SEND CH1 EQ H CH2 FILTER CH3 EQ L CH4 EQ L CH5 FILTER CH6 FILTER
0 BOOTH EQ L CH1 INPUT SELECT CH2 EQ M1 CH3 EQ M1 CH4 EQ M1 CH5 EQ M2 CH6 EQ M2
1 CH6 SEND CH1 COMP CH2 EQ L CH3 EQ M2 CH4 EQ M2 CH5 EQ L CH6 EQ L
Assy Name CUEVR PNLL PNLL PNLR PNLR PNLR PNLR
ISO EQ L
PNLR
MIC EQ LOW
SFXB
AD_MUX7
-
SND/RTN CH SEL
ISO EQ M
MASTER LEVEL
ISO EQ H
AD_MUX8
SEND FX TIME
HP A LEVEL
HP A MIX
MASTER MIX LEVEL
TONE
MASTER FILTER SND FX RTN LEVEL MIC EQ HI
SIZE/FEEDBACK
g DIRECT AD
F
Control UCOM : PNL1 UCOM
Control UCOM : PNL2 UCOM
Control UCOM : PNL2 UCOM
Function Name
Assy Name
Function Name
Assy Name
Function Name
Assy Name
RESONANCE BOOTH LEVEL HP B MIX LEVEL/DEPTH HP B LEVEL
SFXB BFXB BFXB BFXB BFXB
CH1 FD CH2 FD CH3 FD CH4 FD CH5 FD
CHF1 CHF2 CHF3 CHF4 CHF5
CROSS FD3 CROSS FD1 CROSS FD2 CROSS FD0 VR_SELECT
CRFB CRFB CRFB CRFB
TCP_YIN
Touch panel
CH6 FD
CHF6
TCP_XIN
Touch panel
20
-
DJM-V10 1
2
3
4
5
6
7
8
A
LED g LED MATRIX " Level indicator LED Control UCOM : PNL2 UCOM 74VHC164FT SR_SEG0 SR_SEG1 SR_SEG2 SR_SEG3 SR_SEG4 SR_SEG5 SR_SEG6 SR_SEG7 SR_SEG8 SR_SEG9 SR_SEG10 SR_SEG11 SR_SEG12 SR_SEG13 SR_SEG14
74VHC595FT
74VHC595FT
SR_GRID0 CH1 Level 12 CH1 Level 9 CH1 Level 6 CH1 Level 3 CH1 Level 0 CH1 Level -3 CH1 Level -6 CH1 Level -9 CH1 Level -12 CH1 Level -15 CH1 Level -18 CH1 Level -21 CH1 Level -24 CH1 Level -27 CH1 Level -30
SR_GRID1 CH2 Level 12 CH2 Level 9 CH2 Level 6 CH2 Level 3 CH2 Level 0 CH2 Level -3 CH2 Level -6 CH2 Level -9 CH2 Level -12 CH2 Level -15 CH2 Level -18 CH2 Level -21 CH2 Level -24 CH2 Level -27 CH2 Level -30
SR_GRID2 CH3 Level 12 CH3 Level 9 CH3 Level 6 CH3 Level 3 CH3 Level 0 CH3 Level -3 CH3 Level -6 CH3 Level -9 CH3 Level -12 CH3 Level -15 CH3 Level -18 CH3 Level -21 CH3 Level -24 CH3 Level -27 CH3 Level -30
SR_GRID3 CH4 Level 12 CH4 Level 9 CH4 Level 6 CH4 Level 3 CH4 Level 0 CH4 Level -3 CH4 Level -6 CH4 Level -9 CH4Level -12 CH4 Level -15 CH4 Level -18 CH4 Level -21 CH4 Level -24 CH4 Level -27 CH4 Level -30
SR_GRID4 CH5 Level 12 CH5 Level 9 CH5 Level 6 CH5 Level 3 CH5 Level 0 CH5 Level -3 CH5 Level -6 CH5 Level -9 CH5Level -12 CH5 Level -15 CH5 Level -18 CH5 Level -21 CH5 Level -24 CH5 Level -27 CH5 Level -30
SR_GRID5 CH6 Level 12 CH6 Level 9 CH6 Level 6 CH6 Level 3 CH6 Level 0 CH6 Level -3 CH6 Level -6 CH6 Level -9 CH6Level -12 CH6 Level -15 CH6 Level -18 CH6 Level -21 CH6 Level -24 CH6 Level -27 CH6 Level -30
SR_GRID6 MASL Level 6 MASL Level 3 MASL Level 0 MASL Level -3 MASL Level -6 MASL Level -9 MASL Level -12 MASL Level -15 MASL Level -18 MASL Level -21 MASL Level -24 MASL Level -27 MASL Level -30 MASL Level -33 MASL Level 9
SR_GRID7 MASR Level 6 MASL Level 3 MASL Level 0 MASL Level -3 MASL Level -6 MASR Level -9 MASR Level -12 MASR Level -15 MASR Level -18 MASR Level -21 MASR Level -24 MASR Level -27 MASR Level -30 MASR Level -33 MASR Level 9
B
C
" Other LED Control UCOM : PNL2 UCOM LED_GRID0
LED_GRID1
LED_GRID2
LED_GRID3
Function Name
-
-
LPF
HPF
LED_GRID4
LED_GRID5
LED_GRID6
LED_GRID7
Assy Name
-
-
SFXB
SFXB
PNLR
PNLR
PNLR
PNLR
Function Name
TALK OVER
BFX_MIC
SFX_S-DELAY
SFX_L-DELAY
MASTER_CLIP
-
ISO ON/OFF
-
Assy Name
SFXB
SFXB
SFXB
SFXB
PNLR
-
PNLR
-
Function Name
MASTER MIX
HPA LINK CUE
SFX_D-ECHO
SFX_REVERB
-
TAP
FREQ_LOW
FREQ_MID
MODE_USB-CH MODE_USB-INSERT MODE_JACK-CH MODE_JACK-INSERT
LED_SEG15
LED_SEG16
LED_SEG17 Assy Name
SFXB
SFXB
SFXB
SFXB
-
BFXB
BFXB
BFXB
Function Name
MONO SPLIT
PRE EQ
SFX_EXT1
SFX_EXT2
-
FREQ_HI
-
HPB LINK CUE
LED_SEG18 Assy Name
SFXB
SFXB
SFXB
SFXB
-
BFXB
-
BFXB
Function Name
BFX_CH1
BFX_CH2
BFX_CH3
BFX_CH4
BFX_CH5
BFX_CH6
BFX_MASTER
-
D
LED_SEG19 Assy Name
CUEVR
CUEVR
CUEVR
CUEVR
CUEVR
CUEVR
CUEVR
Function Name
CH1_CUE B
CH2_CUE B
CH3_CUE B
CH4_CUE B
CH5_CUE B
CH6_CUE B
MASTER_CUE B
-
Assy Name
CUEVR
CUEVR
CUEVR
CUEVR
CUEVR
CUEVR
CUEVR
-
LED_SEG20
g LED DIRECT Control UCOM : PNL1 UCOM Function Name
MIDI START
Assy Name
PNLL
(WAKE UP)
E
Control UCOM : PNL2 UCOM Function Name
USB_A
USB_B
MIDI ON/OFF
EFECT ON/OFF
USB_S/R
Assy Name
PNLL
PNLL
PNLL
BFXB
PNLR
PNLR
Function Name
CH1_CUE A
CH2_CUE A
CH3_CUE A
CH4_CUE A
CH5_CUE A
CH6_CUE A
MASTER_CUE A
Assy Name
CUEVR
CUEVR
CUEVR
CUEVR
CUEVR
CUEVR
CUEVR
SND/RTN ON_OFF
F
21
DJM-V10 5
6
7
8
1
2
3
4
5.3 TROUBLESHOOTING A
B
C
D
Contents [0] Prior Confirmation [0-1] Checking Internal Wires [0-2] Prior confirmation of power [1] Failure in Startup [1-1] The unit does not turn on, and the LED of the MIDI START/STOP (WAKE UP) button does not flash [2] Error Indications [2-1] Error Indications on the product GUI [2-1-1] "E-0001" is displayed [2-1-2] "E-0002" is displayed [2-1-3] "E-0004" is displayed [2-1-4] "E-0008" is displayed [2-1-5] "E-0010" is displayed [2-1-6] "E-0020" is displayed [2-1-7] "E-0040" is displayed [2-1-8] "E-0080" is displayed [2-1-9] "E-0100" is displayed [2-1-10] "E-0200" is displayed [2-1-11] "E-0400" is displayed [2-2] Error Indications on the MAIN Assy debug LED and the product LED [2-2-1] The debug LED for USB/ETHER UCOM (D601) repeat the operation of two flashing and one second off [2-2-2] The debug LED for USB/ETHER UCOM (D601) repeat the operation of five flashing and one second off [2-2-3] The debug LED for USB/ETHER UCOM (D601) keep lighting on [2-2-4] The debug LED for MAIN CPU/DSP(DSP) (D1501) keep lighting on [2-2-5] The debug LED for MAIN CPU/DSP(DSP) (D1501) is flashing at a cycle of about 300 ms [2-2-6] The debug LED for MAIN CPU/DSP(ARM) (D1701) repeat the operation of two flashing and one second off [2-2-7] The debug LED for SUB DSP (D1901) keep lighting off [2-2-8] MIDI START/STOP (WAKE UP) LED keep flashing at a cycle of about 3 seconds [2-2-9] MIDI ON LED keep flashing at a cycle of about 250 ms [3] AUDIO INPUT [3-1] No signal is input to the LINE, PHONO connectors [3-2] No signal is input to the DIGITAL connector [3-3] No signal is input to the MIC1/MIC2 connectors [3-4] No signal is input to the RETURN (EXT1, EXT2) connectors [3-5] No signal is input to the RETURN (MULTI I/O) connector
[4] AUDIO OUTPUT [4-1] No signal is output from the MASTER1/MASTER2/BOOTH [4-2] No signal is output from the REC/SEND (EXT1, EXT2, MULTI I/O) [4-3] No signal is output from the PHONES (PHONES A/PHONES B) [4-4] No signal is output from the DIGITAL MASTER OUT [5] LCD [5-1] Nothing is displayed on the LCD (LEDs keep lighting on) [6] Touch panel [6-1] No work of the Touch panel [7] LAN [7-1] No LAN communication. [8] Crossfader [8-1] Abnormal function of the crossfader [8-2] No work of the crossfader [9] USBA/USBB [9-1] USBA/USBB does not recognize the unit [10] MULTI I/O [10-1] A connected device does not recognize the unit [11] DIN MIDI [11-1] MIDI device does not recognize the unit [12] Firmware update [12-1] Firmware cannot be updated * Point to be checked – Assys are classified with prefix. [1-**] MAIN Assy, UCOM Assy [2-**] MAIN Assy, AIN Assy, UCOM Assy [3-**] AIN Assy, MAIN Assy [4-**] MAIN Assy, AOUT Assy, HPPW Assy [5-**] LCDB Assy, UCOM Assy, MAIN Assy [6-**] LCDB Assy, UCOM Assy [7-**] MAIN Assy [8-**] CRFB Assy, UCOM Assy, BFXB Assy [9-**] MAIN Assy, USBB Assy [10-**] MAIN Assy, USBA Assy, USBP Assy [11-**] MAIN Assy [12-**] UCOM Assy
Measurement Condition IN or OUT
Measure CH
IN CH
IN LEVEL
IN FREQUENCY
RL
Other Settings
Other Settings
IN
LINE
CH1/2/3/4/5/6
0 dBV
1 kHz
—
CH TRIM VR Max
—
IN
PHONO
CH1/3/4/6
-40 dBV
1 kHz
—
CH TRIM VR Max
—
IN
DIGITAL
CH1/2/3/4/5/6
0 dBFS
1 kHz
—
CH TRIM VR Center
—
IN
MIC
MIC1/2
-40 dBV
1 kHz
—
MIC LEVEL VR Max
All EQs Center
E
F
IN
RETURN
EXT1/EXT2
0 dBV
1 kHz
—
MASTER MIX LEVEL VR Max
—
IN
RETURN
MULTI I/O
0 dBV
1 kHz
—
MULTI I/O LEVEL VR Max
—
IN
USB
USB1/2/3/4/5/6
0 dBFS
1 kHz
—
CH TRIM VR Center
—
IN
LAN
LINK
—
—
—
Connect with CDJ-2000NXS2
—
OUT
MASTER1/2
CH1/LINE
0 dBV
1 kHz
10 kΩ
MASTER LEVEL VR Center
All EQs Center / FADER Max
OUT
BOOTH
CH1/LINE
0 dBV
1 kHz
10 kΩ
BOOTH LEVEL VR Center
All EQs Center / FADER Max
OUT
REC
CH1/LINE
0 dBV
1 kHz
10 kΩ
—
All EQs Center / FADER Max
OUT
SEND (EXT1/EXT2)
CH1/LINE
0 dBV
1 kHz
10 kΩ
CH SEND VR Max
All EQs Center / FADER Max
OUT
SEND (MULTI I/O)
CH1/LINE
0 dBV
1 kHz
10 kΩ
MULTI I/O LEVEL VR Max
All EQs Center / FADER Max
OUT
PHONES A/B
CH1/LINE
0 dBV
1 kHz
32 Ω
PHONES LEVEL VR Center
All EQs Center / FADER Max
OUT
DIGITAL OUT
CH1/LINE
0 dBV
1 kHz
110 Ω
—
All EQs Center / FADER Max
Measure the output diagnosis at the CH1 LINE input.
22
DJM-V10 1
2
3
4
5
6
7
8
A
UTILITY settings
Switch Setting : CENTER
MASTER MIX
: ON
MIC SW
: OFF
MASTER ISOLATOR
: OFF
CROSS FADER ASSIGN
: CENTER
CH CUE
: OFF
MULTI I/O SEND/RETURN
: 1/4" JACK
MASTER CUE
: ON
MULTI I/O MODE
: INSERT
HP MIXING
When starting diagnosis, perform the factory reset to return it to the factory default.
[0] Prior Confirmation [0-1] Checking Internal Wires Step 1
Cause
Diagnostics Point
Disconnection, Relevant part breakage, or loose connection of internal wires
Item to be Checked Check that all the wires are securely connected. Check that there is no breakage in the wires.
Corrective Action Securely connect the wires. If a wire is broken, replace it.
B
Reference 4.1, 4.2 OVERALL WIRING DIAGRAM
[0-2] Prior confirmation of power Step 1
Cause
Diagnostics Point
Item to be Checked
Defect in the power Power to the IC, etc. Check if there is a problem in power source corresponding that is assumed to be supplied to the location to be diagnosed. to the defective defective location
Corrective Action
Reference
If there is any problem, check the power source, 4.5 POWER BLOCK referring to the "POWER BLOCK DIAGRAM" DIAGRAM 5.4 INFORMATION then repair. ON POWER DIAGNOSTICS C
[1] Failure in Startup [1-1] The unit does not turn on, and the LED of the MIDI START/STOP (WAKE UP) button does not flash EV power system (V+12E, V+5E, V+3R3E) failure, or PNL1 UCOM (IC8406) startup error may be suspected. If MIDI START/STOP (WAKE UP) LED flashes, see "5.4 INFORMATION ON POWER DIAGNOSTICS". Step Cause Diagnostics Point Item to be Checked Corrective Action 1
SW power defect, SW POWER SUPPLY Wire defect connector P4 1 pin
Check for the V+12E power.
1-1
2
Power defect
MAIN Assy TP V+12E
Power defect
MAIN Assy TP V+5E
Power defect
MAIN Assy TP V+3R3E
Check for the V+5E power.
! If the V+5E power can be confirmed, go to step 4. ! If not, IC215 or MAIN Assy may be defective. Check for short circuit on the MAIN Assy, and replace IC215 if there is no problem.
4.5 POWER BLOCK DIAGRAM 5.4 INFORMATION ON POWER DIAGNOSTICS
Check for the V+3R3E power.
! If the V+3R3E power can be confirmed, go to step 5. ! If not, IC217 or MAIN Assy may be defective. Check for short circuit on the MAIN Assy, and replace IC217 if there is no problem.
4.5 POWER BLOCK DIAGRAM 5.4 INFORMATION ON POWER DIAGNOSTICS
Check for the PNL1_XRST signal.
! If an output signal can be confirmed, go to step 6. ! If not, RESET IC (IC8407) block may be defective. Check for the status of soldering and replace it.
—
Check for the 16M_CLK (3.3 V 16 MHz) signal.
! If an output signal can be confirmed, go to step 7. ! If not, the crystal (X8401) block may be defective. Check for the status of soldering and replace it.
—
If the symptom persists after the above corrections.
The PNL1 UCOM (IC8406) may be defective. Check for the status of soldering and replace it.
—
1-4
5
RESET signal abnormality
UCOM Assy TP PNL1_RST_IN 1-5
6
16 MHz CLK abnormality
UCOM Assy X8401 1 or 3 pin 1-6
7
PNL1 UCOM defect
UCOM Assy IC8406
D
4.5 POWER BLOCK ! If the V+12E power can be confirmed, go to DIAGRAM step 3. ! If not, the MAIN Assy may have a short circuit. Check for the status of soldering and replace it.
1-3
4
—
Check for the V+12E power.
1-2
3
Reference
Set SW POWER SUPPLY P4 connector to OPEN. ! If the V+12E power can be confirmed, replace the wire and go to step 2. ! If not, the SW POWER SUPPLY may be defective. Replace it.
E
F
23
DJM-V10 5
6
7
8
1
A
2
3
4
[2] Error Indications [2-1] Error Indications on the product GUI [2-1-1] "E-0001" is displayed A communication error between MAIN CPU/DSP and PNL1 UCOM was generated. Step 1
Cause
Diagnostics Point
Item to be Checked
—
—
Other defects
Corrective Action
Reference
Replace MAIN Assy.
—
[2-1-2] "E-0002" is displayed A startup error of MAIN CPU/DSP was generated. B
Step 1
Cause Power defect of MAIN CPU/DSP (IC1101)
Diagnostics Point
Item to be Checked
Corrective Action
Reference
! If the voltage of the all points are confirmed correctly, go to step 2. ! If not, the circuit or the parts between IC1001 and IC1101 may be defective. If the parts other than IC1001 and IC1101 are defective, replace its. If IC1001 or IC1101 is defective, replace MAIN Assy.
—
Check the following voltages at the diagnostics point. [RST of MAIN CPU/DSP] 66AK_XRST (3.3 V)
! If the voltage of the all points are confirmed correctly, go to step 3. ! If not, the circuit or the parts between IC1001 and IC1501 may be defective. If the parts other than IC1001 are defective, replace its. If IC1001 is defective, replace MAIN Assy.
—
[The communication between MAIN CPU/DSP and FLASH ROM(64Mb)] Confirm that the parts between IC1101 and IC1502 are installed correctly.
The circuit or the parts between IC1101 and IC1502 may be defective. If the parts other than IC1101 and IC1502 are defective, replace its. If IC1101 or IC1502 is defective, replace MAIN Assy.
—
MAIN Assy Check the following voltages at the TP V+5D_MDSP diagnostics point. TP V+3R3D_MDSP [The power of MAIN CPU/DSP] TP PWRHOLD V+5D_MDSP (5 V) TP V+1R8_MDSP V+3R3D_MDSP (3.3 V) C1010 + side PWRHOLD (1.83 V) (V+1R0_CVDD) V+1R8_MDSP (1.8 V) L1002 quad VIA side V+1R0_CVDD (1.0 V) (V+1R0_CVDD1) V+1R0_CVDD1 (1.0 V) L1003 quad VIA side V+1R35_MDSP_DDR (1.35 V) (V+1R35_MDSP_DDR) V+0R675_REF (0.675 V) DDR3L_VREF (V+0R675_VTT) 2-1-2-1
C
2
3
RST line defect of the MAIN CPU/DSP (IC1101)
MAIN Assy TP 66AK_XRST 2-1-2-2
—
The communication error between MAIN CPU/DSP (IC1101) and FLASH ROM(64M) (IC1502)
D
[2-1-3] "E-0004" is displayed A setting error of the clock generator was generated. Step
Cause
Diagnostics Point
Item to be Checked
1
—
—
—
Corrective Action
Reference
Replace MAIN Assy.
—
[2-1-4] "E-0008" is displayed A setting error of ADC or DAC was generated. Step E
1
Cause Power defect of MASTER/BOOTH DAC (IC2101)
Diagnostics Point MAIN Assy TP V+3R3A_MDAC TP V+1R2A_MDAC 2-1-4-1
2
3
RST defect of MASTER/BOOTH DAC (IC2101)
MAIN Assy IC2101 7 pin (RESET)
MCLK defects of MASTER/BOOTH DAC (IC2101)
MAIN Assy R2117 (MDAC_MCLK)
F
2-1-4-2
2-1-4-3
Item to be Checked
Corrective Action
Reference
! If the voltage of the all points are confirmed Check the following voltages at the correctly, go to step 2. diagnostics point. [The power supply of MASTER/BOOTH DAC] ! If not, the circuit or the parts around IC213, IC214, IC216 and IC2101 may be defective. V+3R3A_MDAC (3.3 V) Replace its. V+1R2A_MDAC (1.2 V)
—
! If the voltage is confirmed correctly, go to step 3. Check the following voltages at the ! If it is 3.3 V, the circuit or the parts around IC1101, diagnostics point. IC1503, Q2101 and IC2101 may be defective. [RST of MASTER/BOOTH DAC] If the parts other than IC1101 are defective, RESET (0 V) * IC2101 is L-Active (RESET is released at 0 V) replace its. If IC1101 is defective, replace MAIN Assy.
—
! If an output signal can be confirmed, go to step 4. ! If not, the circuit or the parts around IC2001, IC2003, IC2006, IC2014 and IC2101 may be defective. Replace its.
—
Check the following voltages at the diagnostics point. [CLK of MASTER/BOOTH DAC] R2117 (3.3 V 24 MHz)
24
DJM-V10 1
2
3
4
5
6
7
8
Step
Cause
Diagnostics Point
Item to be Checked
Corrective Action
Reference
4
I2C communication error of MASTER/BOOTH DAC (IC2101)
MAIN Assy R2118 (66Ak_DAC_SCL) R2119 (66AK_DAC_SDA)
Check the following voltages at the diagnostics point. [The communication between MAIN CPU/DSP and MASTER/BOOTH DAC] R2118 (3.3 V amplitude) R2119 (3.3 V amplitude)
! If an output signal can be confirmed, replace MAIN Assy. ! If not, the circuit or the parts between IC1101 and IC2101 may be defective. If the parts other than IC1101 are defective, replace its. If IC1101 is defective, replace MAIN Assy.
—
Power defect of CH1-4 ADC (IC4701) and CH5-6 ADC (IC4801)
AIN Assy TP V+3R3A
RST defect of CH1-4 ADC (IC4701) and CH5-6 ADC (IC4801)
AIN Assy TP XRST
I2C communication error of CH1-4 ADC (IC4701) and CH5-6 ADC (IC4801)
AIN Assy R4708, R4808 (SCL) R4709, R4809 (SDA)
5
6
7
2-1-4-4
2-1-4-5
2-1-4-6
2-1-4-7
Check the following voltages at the ! If the voltage is confirmed correctly, go to step 6. diagnostics point. ! If not, the circuit or the parts around IC4008 may be defective. Replace its. [Power supply of CH1-4 ADC and CH5-6 ADC] * The error of V+5A is able to detect at the V+3R3A (3.3 V) voltage monitoring circuit on the MAIN Assy.
—
Check the following voltages at the diagnostics point. [RST of CH1-4 ADC and CH5-6 ADC] XRST (3.3 V)
! If the voltage is 3.3 V, replace MAIN Assy. ! If 0 V, perform a crosscheck of AIN Assy and MAIN Assy. If the problem is caused by the MAIN Assy, the circuit or the parts between IC1101, IC1503 and CN2 may be defective. If AIN Assy, the circuit or the parts between CN4001, IC4701, IC4801, IC4902, IC5002, IC5102 and IC5203 may be defective. If the parts other than IC1101 are defective, replace its. If IC1101 is defective, replace MAIN Assy.
—
Check the following voltages at the ! If an output signal can be confirmed, replace MAIN Assy. diagnostics point. ! If not, perform a crosscheck of AIN Assy and [The I2C communication between MAIN CPU/DSP and CH1-4 ADC/CH5-6 ADC] MAIN Assy. If the problem is caused by the MAIN Assy, R4708, R4808 (3.3 V amplitude) R4709, R4809 (3.3 V amplitude) the circuit or the parts between IC1101 and CN2 may be defective. If AIN Assy, between CN4001 and IC4701, CN4001 and IC4801 may be defective. If the parts other than IC1101 are defective, replace its. If IC1101 is defective, replace MAIN Assy.
—
A
B
C
[2-1-5] "E-0010" is displayed A setting error of DIR was generated. Step 1
Cause Other defects
Diagnostics Point
Item to be Checked
—
—
Corrective Action
D
Reference
Replace MAIN Assy.
—
[2-1-6] "E-0020" is displayed A setting error of DIT was generated. Step 1
Cause Other defects
Diagnostics Point
Item to be Checked
—
—
Corrective Action
Reference
Replace MAIN Assy.
—
E
F
25
DJM-V10 5
6
7
8
1
A
2
3
4
[2-1-7] "E-0040" is displayed A communication error of Authentication Coprocessor (MFi IC) was generated. Step 1
B
Cause Communication error between MAIN CPU/DSP and Authentication Coprocessor
Diagnostics Point MAIN Assy IC1504 7 pin (RST) 6 pin (SCL) 2 pin (SDA) 2-1-7-1
Item to be Checked
Corrective Action
Reference
! If an output signal can be confirmed, replace Check the following voltages at the diagnostics point. MAIN Assy. [The communication between MAIN CPU/DSP ! If not, the circuit or the parts between IC1101 and Authentication Coprocessor] and IC1504 may be defective. IC1504 If the parts other than IC1101 and IC1504 are RST (0 V) defective, replace its. If IC1101 or IC1504 is SCL (3.3 V amplitude) defective, replace MAIN Assy. SDA (3.3 V amplitude)
—
[2-1-8] "E-0080" is displayed A communication error between MAIN CPU/DSP and USB/ETHER UCOM (Parameter side) was generated. Step 1
Cause Power defect of USB/ETHER UCOM (IC401)
Diagnostics Point MAIN Assy TP V+3R8D TP VRTC TP VDD1 TP VIO TP VAUX2 2-1-8-1
Corrective Action
Reference
! If the voltage of the all points are confirmed correctly, go to step 2. ! If not, the circuit or the parts between IC402 and IC401 may be defective. If the parts other than IC401 are defective, replace its. If IC401 is defective, replace MAIN Assy.
—
2
The parts defect MAIN Assy TP AM_XRST or the mount defect on RST 2-1-8-2 line of USB/ETHER UCOM (IC401)
Check the following voltages at the diagnostics point. [RST of USB/ETHER UCOM] AM_XRST (3.3 V)
! If the voltage is confirmed correctly, go to step 3. ! If not, the circuit or the parts between IC402, IC803, IC802 and IC401 may be defective. If the parts other than IC401 are defective, replace its. If IC401 is defective, replace MAIN Assy.
—
3
The parts defect MAIN Assy R801 (AM_PLL_24M) or the mount defect on CLK 2-1-8-3 line of USB/ETHER UCOM (IC401)
Check the following voltages at the diagnostics point. [CLK of USB/ETHER UCOM] AM_PLL_24M (1.8 V 24 MHz)
! If the voltage is confirmed correctly, go to step 4. ! If not, the circuit or the parts between X801 and IC401 may be defective. If the parts other than IC401 are defective, replace its. If IC401 is defective, replace MAIN Assy.
—
4
SPI communication error between USB/ETHER UCOM (IC401) and FLASH ROM (16Mb) (IC806)
Check the following voltages at the diagnostics point. [SPI communication of FLASH ROM(16Mb)] IC806 AM_FLASH_XCS (3.3 V d 0 V) AM_FLASH_MISO (3.3 V amplitude) AM_FLASH_MOSI (3.3 V amplitude) AM_FLASH_SCK (3.3 V amplitude)
! If an output signal can be confirmed, go to step 5. ! If not, the circuit or the parts between IC401 and IC806 may be defective. If the parts other than IC401 are defective, replace its. If IC401 is defective, replace MAIN Assy.
—
Check the following voltages at the diagnostics point. [SPI communication between MAIN CPU/DSP and USB/ETHER UCOM] AM_66AK_SCK1 (3.3 V 9.6 MHz) AM_66AK_MISO1 (3.3 V amplitude) AM_66AK_MOSI1 (3.3 V amplitude) AM_66AK_XCS1 (3.3 V amplitude)
! If an output signal can be confirmed, replace MAIN Assy. ! If not, the circuit or the parts between IC401 and IC1101 may be defective. If the parts other than IC401 and IC1101 are defective, replace its. If IC401or IC1101 is defective, replace MAIN Assy.
—
Corrective Action
Reference
C
D
MAIN Assy IC806 1 pin (AM_FLASH_XCS) 2 pin (AM_FLASH_MISO) 5 pin (AM_FLASH_MOSI) 6 pin (AM_FLASH_SCK) 2-1-8-4
5
E
Item to be Checked Check the following voltages at the diagnostics point. [The power of USB/ETHER UCOM] V+3R8D (3.8 V) VRTC (1.83 V) VDD1 (1.325 V) VIO (1.5 V) VAUX2 (3.3 V)
Communication error between MAIN CPU/DSP (IC1101) and USB/ETHER UCOM (IC401)
MAIN Assy R872 (AM_66AK_SCK1) R873 (AM_66AK_MISO1) R874 (AM_66AK_MOSI1) R840 (AM_66AK_XCS1) 2-1-8-5
[2-1-9] "E-0100" is displayed LAN Reset error was generated. Step 1
Cause Other defects
Diagnostics Point —
Item to be Checked
If the problem persists after checking "[7] LAN", [7] LAN replace MAIN Assy.
Refer to "[7] LAN".
F
26
DJM-V10 1
2
3
4
5
6
7
8
A
[2-1-10] "E-0200" is displayed A startup error of SUB DSP (SRC) was generated. Step 1
Cause Power defect of SUB DSP
Diagnostics Point MAIN Assy TP V+3R3D_SDSP TP V+1R285D_SDSP 2-1-10-1
2
RST defect of SUB DSP
MAIN Assy TP SDSP_XRST 2-1-10-2
3
CLK defect of SUB DSP
MAIN Assy TP SDSP_PLL24M 2-1-10-3
4
RST defect of IC2002
MAIN Assy TP CLKGEN_XOE 2-1-10-4
Item to be Checked
Corrective Action
Reference
Check the following voltages at the diagnostics point. [Power supply of SUB DSP] V+3R3D_SDSP (3.3 V) V+1R285D_SDSP (1.285 V)
! If the voltage is confirmed correctly, go to step 2. 5.4 INFORMATION ON POWER ! If the circuit of V+3R3D_SDSP is defective, DIAGNOSTICS the error is able to detect at the voltage monitoring circuit first. Refer to "5.4 INFORMATION ON POWER DIAGNOSTICS". If the voltage of V+1R285D_SDSP is higher than 1.285 V, it is able to detect at the voltage monitoring circuit first. If lower than 1.285 V, the circuit may have a short circuit. Confirm it, and replace defective parts.
Check the following voltages at the diagnostics point. [RST of SUB DSP] SDSP_XRST (3.3 V)
! If the voltage is confirmed correctly, go to step 3. ! If not, the circuit or the parts between IC1101 and IC1901 may be defective. If the parts other than IC1101 are defective, replace its. If IC1101 is defective, replace MAIN Assy.
—
Check the following voltages at the diagnostics point. [CLK of SUB DSP] SDSP_PLL24M (1.8 V 24 MHz)
! If the voltage is confirmed correctly, go to step 4. ! If not, the circuit or the parts between X801, IC801, IC1902 and IC1901 may be defective. If the parts other than IC1901 are defective, replace its. If IC1901 is defective, replace MAIN Assy.
—
Check the following voltages at the diagnostics point. [Release RST for IC2002] CLKGEN_XOE (3.3 V)
! If the voltage is confirmed correctly, replace MAIN Assy. ! If not, the circuit or the parts between IC1101, Q3009 and IC2202 may be defective. If the parts other than IC1101 are defective, replace its. If IC1101 is defective, replace MAIN Assy.
—
B
C
[2-1-11] "E-0400" is displayed A communication error between MAIN CPU/DSP and USB/ETHER UCOM (Link Cue side) was generated. Step
Cause
Diagnostics Point
Item to be Checked
Corrective Action
Reference
1
The communication error between MAIN CPU/DSP and USB/ETHER UCOM
MAIN Assy R845 (AM_66AK_SCK) R870 (AM_66AK_MISO) R846 (AM_66AK_MOSI) R1618 (AM_66AK_XCS0)
Check the following voltages at the diagnostics point. [SPI communication between MAIN CPU/DSP and USB/ETHER UCOM] AM_66AK_SCK (3.3 V 12 MHz d 9.6 MHz) AM_66AK_MISO (3.3 V amplitude) AM_66AK_MOSI (3.3 V amplitude) AM_66AK_XCS0 (3.3 V amplitude)
! If all output signals can be confirmed, go to step 2. ! If not, the circuit or the parts between IC401 and IC1101 may be defective. If the parts other than IC401 and IC1101 are defective, replace its. If IC1101 is defective, refer to [2-1-2]. If IC401 is defective, refer to [2-2-3].
—
Check the following voltages at the diagnostics point. [Input CLK for MAIN CPU/DSP(DSP part)] MDSP_BCK1-3 (3.3 V amplitude) MDSP_LRCK1-3 (3.3 V amplitude)
! If all output signals can be confirmed, replace MAIN Assy. ! If not, the circuit or the parts between IC2002, IC2010, IC2011, IC2012, IC2013, IC1801, IC1802 and IC1101 may be defective. If the parts other than IC2002 and IC1101 are defective, replace its. If IC2002 or IC1101 is defective, replace MAIN Assy.
—
2-1-11-1
2
Input CLK defect MAIN Assy of MAIN CPU/DSP R1846, R1825, R1826 (MDSP_BCK1-3) (DSP part) R1855, R1836, R1837 (MDSP_LRCK1-3) 2-1-11-2
D
E
F
27
DJM-V10 5
6
7
8
1
A
2
3
4
[2-2] Error Indications on the MAIN Assy debug LED and the product LED [2-2-1] The debug LED for USB/ETHER UCOM (D601) repeat the operation of two flashing and one second off A check error of DDR3L SDRAM of USB/ETHER UCOM was generated. Step
Cause
Diagnostics Point
Item to be Checked
1
—
—
—
Corrective Action
Reference
! If anything is displayed on the LCD, refer to each error display contents. ! If nothing, refer to [5-1].
[5] LCD 5.6 STARTUP ERROR DISPLAY
[2-2-2] The debug LED for USB/ETHER UCOM (D601) repeat the operation of five flashing and one second off A program load error from FLASH ROM (16Mb) of USB/ETHER UCOM was generated. B
Step
Cause
Diagnostics Point
Item to be Checked
1
—
—
—
Corrective Action
Reference [5] LCD 5.6 STARTUP ERROR DISPLAY
! If anything is displayed on the LCD, refer to each error display contents. ! If nothing, refer to [5-1].
[2-2-3] The debug LED for USB/ETHER UCOM (D601) keep lighting on A startup error of USB/ETHER UCOM was generated. Step
Cause
Diagnostics Point
Item to be Checked
1
—
—
—
Corrective Action
Reference [5] LCD 5.6 STARTUP ERROR DISPLAY
! If anything is displayed on the LCD, refer to each error display contents. ! If nothing, refer to [5-1].
C
[2-2-4] The debug LED for MAIN CPU/DSP(DSP) (D1501) keep lighting on An initialization error of MAIN CPU/DSP(DSP) was generated. Step
Cause
Diagnostics Point
Item to be Checked
1
—
—
—
Corrective Action
Reference [5] LCD 5.6 STARTUP ERROR DISPLAY
! If anything is displayed on the LCD, refer to each error display contents. ! If nothing, refer to [5-1].
[2-2-5] The debug LED for MAIN CPU/DSP(DSP) (D1501) is flashing at a cycle of about 300 ms An error of the abnormal stop of MAIN CPU/DSP(DSP) was generated. D
Step
Cause
Diagnostics Point
Item to be Checked
1
—
—
—
Corrective Action
Reference
! If anything is displayed on the LCD, refer to each error display contents. ! If nothing, refer to [5-1].
[5] LCD 5.6 STARTUP ERROR DISPLAY
[2-2-6] The debug LED for MAIN CPU/DSP(ARM) (D1701) repeat the operation of two flashing and one second off A check error of DDR3L SDRAM of MAIN CPU/DSP was generated. Step
Cause
Diagnostics Point
Item to be Checked
1
—
—
—
Corrective Action
Reference [5] LCD 5.6 STARTUP ERROR DISPLAY
! If anything is displayed on the LCD, refer to each error display contents. ! If nothing, refer to [5-1].
E
[2-2-7] The debug LED for SUB DSP (D1901) keep lighting off A startup error of SUB DSP was generated. Step
Cause
Diagnostics Point
Item to be Checked
1
—
—
—
Corrective Action
Reference
! If anything is displayed on the LCD, refer to each error display contents. ! If nothing, refer to [5-1].
[5] LCD 5.6 STARTUP ERROR DISPLAY
F
28
DJM-V10 1
2
3
4
5
6
7
8
A
[2-2-8] MIDI START/STOP (WAKE UP) LED keep flashing at a cycle of about 3 seconds A communication error between MAIN CPU/DSP and PNL1 UCOM after startup PNL1 UCOM was generated. Step
Cause
Diagnostics Point
Item to be Checked
1
—
—
—
Corrective Action Replace MAIN Assy.
Reference 5.6 STARTUP ERROR DISPLAY
[2-2-9] MIDI ON LED keep flashing at a cycle of about 250 ms A communication error between PNL1 UCOM and PNL2 UCOM during startup PNL2 UCOM was generated. Step
Cause
Diagnostics Point
Item to be Checked
1
SPI communication error between PNL1 UCOM (IC8406) and PNL2 UCOM (IC8409)
UCOM Assy R8496 (PNL1_PNL2_SCK) R8499 (PNL1_PNL2_TXD) R8605 (PNL1_PNL2_RXD) R8602 (PNL1_PNL2_RDY) R8501 (UPD_PNL1_PNL2)
Check the following voltages at the diagnostics point. [SPI communication between PNL1 UCOM and PNL2 UCOM] PNL1_PNL2_SCK (3.3 V amplitude) PNL1_PNL2_RXD (3.3 V amplitude) PNL1_PNL2_TXD (3.3 V amplitude) PNL1_PNL2_RDY (3.3 V amplitude) UPD_PNL1_PNL2 (0 d 3.3 V)
Corrective Action ! If the voltage of the all points are confirmed correctly, replace UCOM Assy. ! If not, the diagnosed parts may be defective. Replace its.
Reference 5.6 STARTUP ERROR DISPLAY
B
[3] AUDIO INPUT [3-1] No signal is input to the LINE, PHONO connectors Step
Cause
Diagnostics Point
Item to be Checked
Corrective Action
Reference
0
Prior Confirmation
! A, B, DIGITAL, LINE, PHONO, MULTI I/O, BUILT-IN, EXT1, EXT2/TRIM ! CH Level Indicator
! Confirm in test mode that the operation is enabled. ! Confirm that the selector is set properly. ! Confirm if the Channel Level Indicator lights on when an audio signal is input.
! If the Channel Level Indicator lights on, OUTPUT may be defective. Refer to "[4] AUDIO OUTPUT". ! If not, go to step 1.
1
Parts defect
AIN Assy L*OUT_L/R, P*OUT_L/R Representative CH1
[Confirmation of the analog input before the Differential Conversion Circuit] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering and replace it. ! If not, go to step 2.
—
2
Parts defect
AIN Assy [Confirmation of the analog input after CH*OUT_L+/L-/R+/R- the Differential Conversion Circuit] Representative CH1 Confirm the audio signal (sine wave) at the diagnostics circuit. 3-1-2
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering and replace it. ! If not, go to step 3.
—
3
Parts defect
AIN Assy [Confirmation of the analog input before ADC] ! If no audio signal is input, an analog circuit CH*_L+/L-/R+/RConfirm the audio signal (sine wave) at the before this part may be defective. Representative CH1 diagnostics circuit. Check for the status of soldering and replace it. ! If not, go to step 4. 3-1-3
—
4
Parts defect AIN Assy [Confirmation of the digital output after ADC] ! If no audio signal is input, the circuit around /Connection defect IC4701 (CH1-4 ADC) Confirm the audio signal (except for fixed CH*_ADC may be defective. Confirm the following. - Soldering state of IC4701, IC4801 and around IC4801 (CH5-6 ADC) of High or Low) at the diagnostics circuit. circuit (V+5A_IN, V+3R3A_*, xRST_ADC, ADAT_CH* MCLK_CH*, BICK_CH*, LRCK_CH*) Representative CH1 3-1-4 - Connection of 50p FFC between AIN and MAIN Assy - Connection of 10p wire between AIN and MAIN Assy If there are no problems, replace AIN Assy. ! If not, go to step 5.
—
5
Parts defect MAIN Assy [Confirmation of the input to MAIN CPU/DSP] ! If no audio signal is input, the connection of Confirm the audio signal (except for fixed 50p FFC between AIN and MAIN Assy may be /Connection defect IC1101 (MAIN CPU/DSP) of High or Low) at the diagnostics circuit. defective. Or the circuit to IC1101 may be CH*_ANA_DATA Representative CH1 defective. Check for the status of connection 3-1-5 and soldering, and replace it. ! If not, IC1101 or the circuit around it may be defective. Replace MAIN Assy.
—
C
Instruction Manual 6.1 TEST MODE
3-1-1
D
E
F
29
DJM-V10 5
6
7
8
1
A
2
3
4
[3-2] No signal is input to the DIGITAL connector Step
Diagnostics Point
Item to be Checked
0
Prior Confirmation
Cause
! A, B, DIGITAL, LINE, PHONO, MULTI I/O, BUILT-IN, EXT1, EXT2/TRIM ! CH Level Indicator
! Confirm in test mode that the operation is enabled. ! Confirm that the selector is set properly. ! Confirm if the Channel Level Indicator lights on when an audio signal is input.
1
Parts defect
MAIN Assy [Confirmation of the digital input] IC2606 (CH1) 11 pin Confirm the audio signal (except for fixed IC2607 (CH2) 11 pin of High or Low) at the diagnostics circuit. IC2703 (CH3) 11 pin IC2704 (CH4) 11 pin IC2803 (CH5) 11 pin IC2804 (CH6) 11 pin Representative CH1
B
Corrective Action
Reference
! If the Channel Level Indicator lights on, OUTPUT may be defective. Refer to "[4] AUDIO OUTPUT". ! If not, go to step 1.
Instruction Manual 6.1 TEST MODE
! If no audio signal is input, the circuit around these parts may be defective. Check for the status of soldering and replace it. ! If not, go to step 2.
—
! If no audio signal is input, IC2606(CH1), IC2607(CH2), IC2703(CH3), IC2704(CH4), IC2803(CH5), IC2804(CH6) and the circuit around these parts may be defective. Check for the status of soldering and replace it. ! If not, go to step 3.
—
3-2-1
2
Parts defect
MAIN Assy [Confirmation of the digital input] IC2610 (CH1) 9 pin Confirm the audio signal (except for fixed IC2611 (CH2) 9 pin of High or Low) at the diagnostics circuit. IC2705 (CH3) 9 pin IC2706 (CH4) 9 pin IC2805 (CH3) 9 pin IC2806 (CH4) 9 pin Representative CH1
3
Parts defect
MAIN Assy [Confirmation of the input to MAIN CPU/DSP] ! If no audio signal is input, IC2610(CH1), IC1101 (MAIN CPU/DSP) Confirm the audio signal (except for fixed IC2611(CH2), IC2705(CH3), IC2706(CH4), CH*_DIGI_DATA of High or Low) at the diagnostics circuit. IC2805(CH5), IC2806(CH6) and the circuit Representative CH1 around these parts may be defective. Check 3-2-3 for the status of soldering and replace it. ! If not, IC1101 and the circuit around it may be defective. Replace MAIN Assy.
3-2-2
C
—
[3-3] No signal is input to the MIC1/MIC2 connectors Step
Cause
Diagnostics Point
Item to be Checked
Corrective Action
Reference
0
Prior Confirmation
! OFF/ON/TALK OVER ! Confirm on the screen that the selector is set properly. selector switch ! MIC1/2 LEVEL ! Confirm if the MASTER Level Indicator ! MASTER LEVEL knob lights on when an audio signal is input. ! MASTER Level Indicator
! If the MASTER Level Indicator lights on, OUTPUT may be defective. Refer to "[4] AUDIO OUTPUT". ! If not, go to step 1.
1
Parts defect
AIN Assy [Confirmation of the analog input before MIC*_TRM_IN MIC1/2 LEVEL] Representative MIC1 Confirm the audio signal (sine wave) at the diagnostics circuit. 3-3-1
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering and replace it. ! If not, go to step 2.
—
2
Parts defect AIN Assy [Confirmation of the analog input before /Connection defect MIC*_IN MIC ADC] Representative MIC1 Confirm the audio signal (sine wave) at the diagnostics circuit. 3-3-2
! If no audio signal is input, TRIM circuit or an analog circuit before this part may be defective. Check for the status of MTRM Assy connection and soldering, and replace it. ! If not, go to step 3.
—
3
Parts defect
! If no audio signal is input, the circuit around MIC ADC may be defective. Confirm the following. - Soldering state of IC5203 and around circuit (V+5A_IN, V+3R3A_*, xRST_ADC, MCLK_CH*, BICK_CH*, LRCK_CH*) - Connection of 50p FFC between AIN and MAIN Assy - Connection of 10p wire between AIN and MAIN Assy If there are no problems, replace IC5203. ! If not, go to step 4.
—
MAIN Assy [Confirmation of the input to MAIN CPU/DSP] ! If no audio signal is input, the connection of IC1101 (MAIN CPU/DSP) Confirm the audio signal (except for fixed 50p FFC between AIN and MAIN Assy may be MIC1_2_DATA of High or Low) at the diagnostics circuit. defective. Or the circuit to IC1101 may be defective. Check for the status of connection 3-3-4 and soldering, and replace it. ! If not, IC1101 or the circuit around it may be defective. Replace MAIN Assy.
—
D
E
AIN Assy ADAT_MIC 3-3-3
4
Connection defect
[Confirmation of the digital output after MIC ADC] Confirm the audio signal (except for fixed of High or Low) at the diagnostics circuit.
Instruction Manual
F
30
DJM-V10 1
2
3
4
5
6
7
8
A
[3-4] No signal is input to the RETURN (EXT1, EXT2) connectors Step
Cause
Diagnostics Point
0
Prior Confirmation
1
Parts defect AIN Assy /Connection defect RTN1_LIN/RIN RTN2_LIN/RIN Representative EXT1 RETURN
2
Parts defect
Item to be Checked
Corrective Action
! MASTER MIX button ! Confirm that MASTER MIX button lights on. ! If the MASTER Level Indicator lights on, ! Confirm that the MASTER MIX LEVEL knob, OUTPUT may be defective. Refer to ! MASTER MIX knob "[4] AUDIO OUTPUT". ! MASTER LEVEL knob and MASTER LEVEL knob are set properly without MIN. ! If not, go to step 1. ! MASTER Level ! Confirm if the MASTER Level Indicator lights Indicator on when an audio signal is input.
Reference Instruction Manual
[Confirmation of the analog input before RTN1/2 ADC] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, the wire between SNRT1/2 and AIN Assy may be defective. Or, an analog circuit before this part may be defective. Check for the status of soldering and replace it. ! If not, go to step 2.
—
[Confirmation of the digital output after RTN1/2 ADC] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, the circuit around RTN1/2 ADC may be defective. Confirm the following. - Soldering state of IC4902, IC5002 and around circuit (V+5A_IN, V+3R3A, xRST_ADC, MCLK_RTN1/2, BICK_RTN1/2, LRCK_RTN1/2) - Connection of 50p FFC between AIN and MAIN Assy - Connection of 10p wire between AIN and MAIN Assy If there are no problems, replace IC4902 or IC5002. ! If not, go to step 3.
—
Parts defect MAIN Assy [Confirmation of the input to MAIN CPU/DSP] ! If no audio signal is input, the connection of /Connection defect IC1101 (MAIN CPU/DSP) Confirm the audio signal (except for fixed 50p FFC between AIN and MAIN Assy may be RTN1_DATA of High or Low) at the diagnostics circuit. defective. Or the circuit to IC1101 may be RTN2_DATA defective. Check for the status of connection and soldering, and replace it. Representative ! If not, IC1101 or the circuit around it may be EXT1 RETURN 3-4-3 defective. Replace MAIN Assy.
—
B
3-4-1
AIN Assy ADAT_RTN1 ADAT_RTN2 Representative EXT1 RETURN 3-4-2
3
C
[3-5] No signal is input to the RETURN (MULTI I/O) connector Step 0
1
Cause Prior Confirmation
Diagnostics Point
Item to be Checked
! MODE select switch ! CH SELECT select switch ! RETURN ON/OFF button ! MULTI I/O LEVEL Knob ! CH Fader ! MASTER LEVEL Knob ! MASTER Level Indicator
! Confirm that the mode is set to 1/4"JACK. ! Confirm that RETURN_ON/OFF button is set to ON. ! Confirm that MULTI I/O LEVEL Knob, CH Fader, MASTER LEVEL Knob are set properly without MIN. ! Confirm if the MASTER Level Indicator lights on when an audio signal is input. * RETURN need to input the audio signal to not only Rch but also Lch at the diagnosis.
! If the MASTER Level Indicator lights on, OUTPUT may be defective. Refer to "[4] AUDIO OUTPUT". ! If not, go to step 1.
[Confirmation of the analog input before RTN3 ADC] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, the wire between SNRT3 and AIN Assy may be defective. Or, an analog circuit before this part may be defective. Check for the status of soldering and replace it. ! If not, go to step 2.
—
[Confirmation of the digital output after RTN3 ADC] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, RTN3 ADC and the circuit around it may be defective. Confirm the following. - Soldering state of IC5102 and around circuit (V+5A_IN, V+3R3A, xRST_ADC, MCLK_RTN3, BICK_RTN3, LRCK_RTN3) - Connection of 50p FFC between AIN and MAIN Assy - Connection of 10p wire between AIN and MAIN Assy If there are no problems, replace IC5102. ! If not, go to step 3.
—
[Confirmation of the input to MAIN CPU/DSP] ! If no audio signal is input, the connection of Confirm the audio signal (except for fixed 50p FFC between AIN and MAIN Assy may be of High or Low) at the diagnostics circuit. defective. Or the circuit to IC1101 may be defective. Check for the status of connection and soldering, and replace it. ! If not, IC1101 or the circuit around it may be defective. Replace MAIN Assy.
—
Parts defect AIN Assy /Connection defect RTN3_LIN/RIN 3-5-1
2
Parts defect
AIN Assy ADAT_RTN3 3-5-2
3
Parts defect MAIN Assy /Connection defect IC1101 (MAIN CPU/DSP) RTN3_DATA 3-5-3
Corrective Action
Reference Instruction Manual
D
E
F
31
DJM-V10 5
6
7
8
1
A
2
3
4
[4] AUDIO OUTPUT [4-1] No signal is output from the MASTER1/MASTER2/BOOTH Step
B
Cause
Diagnostics Point
Item to be Checked
Corrective Action
Reference —
1
Output Confirmation
MASTER1 MASTER2 BOOTH
Confirm the connectors that do not output signals.
! If all connectors do not output, go to step 2. ! If only MASTER1 not output, go to step 5. ! If only MASTER2 not output, go to step 6. ! If only BOOTH not output, go to step 7.
2
Parts defect
MAIN Assy DAC_xRST IC2101 7 pin
—
4-1-2
[Confirmation of the RESET input signal to DAC] ! If the signal is LOW, go to step 3. Confirm that the signal of 7 pin of IC2101 ! If HI, the DAC_xRST circuit may have a is LOW. soldering defect. Check for the status of soldering and replace it.
3
Parts defect
MAIN Assy IC2101 41/42 pin, 43/44 pin, 45 pin, 46pin, 19 pin
[Confirmation of the digital input to DAC] Confirm the audio signal and CLK (except for fixed of High or Low) at the diagnostics circuit.
! If no audio signal is input, MAIN CPU/DSP (IC1101) or AUDIO_CLK (IC2002) may be defective. Replace MAIN Assy. ! If not, go to step 4.
—
4
Parts defect
MAIN Assy IC2103 1 pin, 7 pin (MAS_L-/MAS L+) IC2104 1 pin, 7 pin (MAS_R-/MAS_R+) IC2301 1 pin, 7 pin (BTH_L-/BTH_L+) IC2302 1 pin, 7 pin (BTH_R-/BTH_R+)
[Confirmation of the analog output from DAC] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, IC2101 and the circuit around it may be defective. Check for the status of soldering and replace it.
—
4-1-3
4-1-4
C
5
Parts defect
AOUT Assy IC5501 1 pin, 7 pin IC5502 1 pin, 7 pin 4-1-5
6
Parts defect
AOUT Assy IC5601 1 pin, 7 pin 4-1-6
D
7
Parts defect
AOUT Assy IC5701 1 pin, 7 pin IC5702 1 pin, 7 pin
[Confirmation of the analog output of MASTER1] ! If no audio signal is input, an analog circuit Confirm the audio signal (sine wave) at the before this part may be defective. diagnostics circuit. Check for the status of soldering of the following places and replace it. - IC5501 - IC5502 - The circuit around its ! If not, RY5501, RY5502, Q5502, Q5503, Q5504, Q5505 and the circuit around its may be defective. Check for the status of soldering and replace it.
—
[Confirmation of the analog output of MASTER2] ! If no audio signal is input, an analog circuit Confirm the audio signal (sine wave) at the before this part may be defective. diagnostics circuit. Check for the status of soldering of the following places and replace it. - IC5601 - The circuit around it ! If not, Q5601, Q5602 and the circuit around its may be defective. Check for the status of soldering and replace it.
—
[Confirmation of the analog output of BOOTH] Confirm the audio signal (sine wave) at the diagnostics circuit.
—
4-1-7
E
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering of the following places and replace it. - IC5701 - IC5702 - The circuit around its ! If not, Q5701, Q5702 ,Q5703, Q5704 and the circuit around its may be defective. Check for the status of soldering and replace it.
F
32
DJM-V10 1
2
3
4
5
6
7
8
A
[4-2] No signal is output from the REC/SEND (EXT1, EXT2, MULTI I/O) Step
Cause
Diagnostics Point
Item to be Checked
Corrective Action
Reference
! If all connectors do not output, go to step 2. ! If only REC not output, go to step 5. ! If only EXT1 SEND not output, go to step 6. ! If only EXT2 SEND not output, go to step 7. ! If only MULTI I/O SEND not output, go to step 8.
—
1
Output Confirmation
REC EXT1 SEND EXT2 SEND MULTI I/O SEND
Confirm the connectors that do not output signals.
2
Parts defect
MAIN Assy DAC_xRST IC2401 5 pin
[Confirmation of the RESET input signal to DAC] ! If the signal is HI, go to step 3. Confirm that DAC_RESET signal is HI. ! If LOW, the DAC_xRST circuit may have a soldering defect. Check for the status of soldering and replace it.
—
3
Parts defect
MAIN Assy IC2401 1 pin, 2 pin, 3 pin, 4 pin, 9 pin, 10 pin, 11 pin
[Confirmation of the digital input to DAC] Confirm the audio signal and CLK (except for fixed of High or Low) at the diagnostics circuit.
! If no audio signal is input, MAIN CPU/DSP (IC1101) or AUDIO_CLK (IC2002) may be defective. Replace MAIN Assy. ! If not, go to step 4.
—
[Confirmation of the analog output from DAC] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, IC2401 and the circuit around it may be defective. Check for the status of soldering and replace it.
—
[Confirmation of the analog output of REC] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering of the following places and replace it. - IC5602 - The circuit around it ! If not, Q5603, Q5604 and the circuit around its may be defective. Check for the status of soldering and replace it.
—
[Confirmation of the analog output of EXT1 SEND] ! If no audio signal is input, an analog circuit Confirm the audio signal (sine wave) at the before this part may be defective. diagnostics circuit. Check for the status of soldering of the following places and replace it. - IC5801 - The circuit around it ! If not, Q5801, Q5802 and the circuit around its may be defective. Check for the status of soldering and replace it.
—
[Confirmation of the analog output of EXT2 SEND] ! If no audio signal is input, an analog circuit Confirm the audio signal (sine wave) at the before this part may be defective. diagnostics circuit. Check for the status of soldering of the following places and replace it. - IC5901 - The circuit around it ! If not, Q5901, Q5902 and the circuit around its may be defective. Check for the status of soldering and replace it.
—
[Confirmation of the analog output of MULTI I/O SEND] Confirm the audio signal (sine wave) at the diagnostics circuit.
—
4-2-2
B
4-2-3
4
Parts defect
MAIN Assy IC2401 17 pin, 18 pin, 19 pin, 20 pin, 21 pin, 22 pin, 24 pin, 25 pin
5
Parts defect
AOUT Assy IC5602 1 pin, 7 pin
4-2-4
4-2-5
6
Parts defect
AOUT Assy IC5801 1pin, 7pin 4-2-6
7
Parts defect
AOUT Assy IC5901 1 pin, 7 pin 4-2-7
8
Parts defect
AOUT Assy IC6001 1 pin, 7 pin 4-2-8
C
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering of the following places and replace it. - IC6001 - The circuit around it ! If not, Q6001, Q6002 and the circuit around its may be defective. Check for the status of soldering and replace it.
D
E
F
33
DJM-V10 5
6
7
8
1
A
2
3
4
[4-3] No signal is output from the PHONES (PHONES A/PHONES B) Step
Cause
Diagnostics Point
Item to be Checked
Corrective Action
Reference
1
Output Confirmation
PHONES A PHONES B
Confirm PHONES that do not output signals. ! If both connectors do not output, go to step 2. ! If only PHONES A not output, go to step 3. ! If only PHONES B not output, go to step 8.
—
2
Parts defect
MAIN Assy IC2501 1 pin, 2 pin, 3 pin, 4 pin IC2502 1 pin, 2 pin, 3 pin, 4 pin
[Confirmation of the digital input to DAC] Confirm the audio signal and CLK (except for fixed of High or Low) at the diagnostics circuit.
! If no audio signal is input, MAIN CPU/DSP (IC1101) or AUDIO_CLK (IC2002) may be defective. Replace MAIN Assy.
—
3
Parts defect
MAIN Assy DAC_xRST IC2502 5 pin
[Confirmation of the RESET input signal to DAC] ! If the signal is HI, go to step 4. Confirm that DAC_RESET signal is HI. ! If LOW, the DAC_xRST circuit may have a soldering defect. Check for the status of soldering and replace it.
—
4
Parts defect
MAIN Assy [Confirmation of the analog output from DAC] IC2502 Confirm the audio signal (sine wave) at the 9 pin, 10 pin, 11 pin,12 pin diagnostics circuit.
5
Parts defect
MAIN Assy IC2505 1 pin, 7 pin (HP_A_L/HP_A_R)
4-3-2
B
4-3-3
! If no audio signal is input, IC2502 and the circuit around it may be defective. Check for the status of soldering and replace it. ! If not, go to step 5.
—
[Confirmation of the analog output from PHONES A] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering of the following places and replace it. - IC2505 - The circuit around it ! If not, go to step 6.
—
[Confirmation of the analog output from PHONES A] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering of the following places and replace it. - IC6352 - The circuit around it ! If not, go to step 7.
—
[Confirmation of the analog output from PHONES A] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, RELAY circuit may be defective. Check for the status of soldering of the following places and replace it. - RY6352 - The circuit around it ! If not, the 7 pin wire of HPJK have a connection defect. Replace it.
—
4-3-4
4-3-5
C
6
Parts defect
HPPW Assy IC6352 1 pin, 7 pin 4-3-6
7
Parts defect HPPW Assy /Connection defect CN6353 5 pin (HP_A_LOUT) CN6353 7 pin (HP_A_ROUT) 4-3-7
D
8
Parts defect
MAIN Assy DAC_xRST IC2501 5 pin 4-3-8
[Confirmation of the RESET input signal to DAC] ! If the signal is HI, go to step 4. Confirm that DAC_RESET signal is HI. ! If LOW, the DAC_xRST circuit may have a short circuit. Check for the status of soldering and replace it. ! If no audio signal is input, IC2501 and the circuit around it may be defective. Check for the status of soldering and replace it. ! If not, go to step 10.
—
[Confirmation of the analog output from PHONES B] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering of the following places and replace it. - IC2504 - The circuit around it ! If not, go to step 11.
—
[Confirmation of the analog output from PHONES B] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, an analog circuit before this part may be defective. Check for the status of soldering of the following places and replace it. - IC6351 - The circuit around it ! If not, go to step 12.
—
[Confirmation of the analog output from PHONES B] Confirm the audio signal (sine wave) at the diagnostics circuit.
! If no audio signal is input, RELAY circuit may be defective. Check for the status of soldering of the following places and replace it. - RY6351 - The circuit around it ! If not, the 3 pin wire of HPJK have a connection defect. Replace it.
—
9
Parts defect
MAIN Assy [Confirmation of the analog output from DAC] Confirm the audio signal (sine wave) at the IC2501 9 pin, 10 pin, 11 pin,12 pin diagnostics circuit.
10
Parts defect
MAIN Assy IC2504 1 pin, 7 pin (HP_B_L/HP_B_R)
4-3-9
4-3-10
E
11
Parts defect
HPPW Assy IC6351 1 pin, 7 pin 4-3-11
12
Parts defect HPPW Assy /Connection defect CN6352 1 pin (HP_B_LOUT) CN6352 3 pin (HP_B_ROUT)
F
4-3-12
34
DJM-V10 1
—
2
3
4
5
6
7
8
A
[4-4] No signal is output from the DIGITAL MASTER OUT Step
Cause
Diagnostics Point
Item to be Checked
Corrective Action
Reference
1
Parts defect
MAIN Assy DOUT_SRC_DIT_xRST
[Confirmation of the RESET signal] Confirm that DOUT_SRC_DIT_xRST signal is HI.
! If the signal is HI, go to step 2. ! If LOW, the DOUT_SRC_DIT_xRST circuit may have a soldering defect. Check for the status of soldering and replace it.
—
2
Parts defect
MAIN Assy IC2902 7 pin, 8 pin, 9 pin
[Confirmation of the digital input to SRC] Confirm the audio signal and CLK (except for fixed of High or Low) at the diagnostics circuit.
! If no audio signal is input, MAIN CPU/DSP (IC1101) or AUDIO_CLK (IC2002) may be defective. Replace MAIN Assy. ! If not, go to step 3.
—
3
Parts defect
MAIN Assy IC2904 1 pin, 2 pin, 3 pin, 4 pin
[Confirmation of the digital input to DIT] Confirm the audio signal (except for fixed of High or Low) at the diagnostics circuit.
! If no audio signal is input, IC2901, IC2902 and the circuit around its may be defective. Check for the status of soldering and replace it. ! If not, go to step 4.
—
4-4-2
B
4-4-3
4
Parts defect
MAIN Assy IC2904 16 pin
[Confirmation of the digital output from DIT] ! If no audio signal is input, IC2904 and the Confirm the audio signal (except for fixed circuit around it may be defective. Check for of High or Low) at the diagnostics circuit. the status of soldering and replace it. ! If not, go to step 5.
4-4-4
5
Parts defect
MAIN Assy IC2905 6 pin, 7 pin 4-4-5
[Confirmation of the digital output from DRIVER IC] Confirm the audio signal (except for fixed of High or Low) at the diagnostics circuit.
—
! If no audio signal is input, IC2905 and the circuit around its may be defective. Check for the status of soldering and replace it. ! If not, VL2901 and the circuit around it may be defective. Check for the status of soldering and replace it.
—
C
[5] LCD LCD is controlled by MAIN CPU/DSP(IC1101).
[5-1] LCD is no display (but LED is lighting on) Step
Cause
0
Confirmation of the inner wiring connection
1
Backlight power defect
Diagnostics Point —
LCDB Assy L8901[NM] LCD_LED_A
Corrective Action
Reference
Confirm the wire between LCD Module, LCDB Assy, UCOM Assy and MAIN Assy.
Item to be Checked
—
—
Confirm the voltage of the backlight power supply.
! If there is no problem, go to step 2. ! If there is a problem in the middle of the circuit, confirm the wiring. Repair by soldering if necessary. ! If there is no voltage in the MAIN Assy, the LCD Backlight circuit may be defective. Check for the status of soldering of Q1301, Q1302, Q1303, Q1304, Q1305, Q1306, Q1307 and the circuit around its, and replace it.
—
! If the signal is HI, go to step 3. ! If LOW, the LCD_xRST circuit may have a soldering defect. Check for the status of soldering and replace it.
—
5-1-1
UCOM Assy TP LCD_LED_A 5-1-2
MAIN Assy TP LCD_LED_A 5-1-3
2
RESET signal defect
LCDB Assy TP UCOM Assy TP
5-2-1 5-2-2
MAIN Assy 5-2-3 R1579 C1514 + side 5-2-4
[Confirmation of the RESET signal] Confirm that LCD_xRST signal is HI. [Confirmation of the system CLK of the MAIN CPU/DSP] Check the following voltages at the diagnostics point. C1514 + side (1.8 V 24 MHz)
D
! If the voltage is not confirmed correctly, the circuit or the parts between X1501 and IC1101 may be defective. If the parts other than IC1901 are defective, replace its. If IC1901 is defective, replace MAIN Assy.
E
F
35
DJM-V10 5
6
7
8
1
A
Step
Cause
2
Diagnostics Point
3
Corrective Action
Reference
3
Signal defect
LCD_DCLK LCDB Assy 5-3-1 R8920 UCOM Assy 5-3-2 TP MAIN Assy 5-3-3 R1354 LCD_HSYNC LCDB Assy 5-3-4 R8921 UCOM Assy 5-3-5 TP MAIN Assy 5-3-6 R1341 LCD_VSYNC LCDB Assy 5-3-7 R8910 UCOM Assy 5-3-8 TP MAIN Assy 5-3-9 R1353
Confirm the square wave of LCD_DCLK, LCD_HSYNC and LCD_VSYNC.
! If the voltage of the all points are confirmed correctly, go to step 4. ! If not, the diagnosed circuits may be defective. Check for the status of soldering and replace it.
—
4
Signal defect
LCD_SCL LCDB Assy 5-4-1 TP UCOM Assy 5-4-2 R8422 LCD_SDA LCDB Assy TP 5-4-3 UCOM Assy 5-4-4 R8425 LCD_xCS LCDB Assy TP 5-4-5 UCOM Assy 5-4-6 TP MAIN Assy 5-4-7 R1568
Confirm the square wave of LCD_SCL, LCD_SDA and LCD_xCS when startup.
! If the voltage of the all points are confirmed correctly, LCD module may be defective. Replace it ! If not, the diagnosed circuits may be defective. Check for the status of soldering and replace it.
—
Corrective Action
Reference
B
C
Item to be Checked
4
[6] Touch panel D
Touch panel signal is controlled by PNL1 UCOM (IC8406).
[6-1] No work of the Touch panel Step
Cause
Diagnostics Point
Item to be Checked
1
Wire Connection LCDB Assy defect
Confirm that the touch panel FPC is properly inserted into CN8902.
Insert the FPC vertically and lock it firmly.
2
PNL1 UCOM defect
Confirm the touch panel input signal at 84 pin, 82 pin of IC8406 when you touch the center of the screen.
! If there is a problem with the waveform, go to step 3. ! If not, IC8406 may be defective. Replace it.
Confirm the touch panel control signal at 1 pin, 2 pin, 3 pin, 4 pin of CN8902.
! If there is a problem with the signal, the circuit 10.83 WAVEFORMS between IC8406 and CN8902 may be defective. Replace the parts. ! If not, the touch panel have a defective. Replace it.
UCOM Assy TP 6-2-1
3 E
Touch panel defect LCDB Assy /Circuit defect TP 6-3-1 6-3-2 6-3-3
—
10.83 WAVEFORMS
6-3-4
F
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A
[7] LAN [7-1] No LAN communication Step
Cause
1
Prior Confirmation
2
RST defect of LAN PHY (IC903)
3
4
Diagnostics Point —
MAIN Assy TP LAN_xRST 7-1-2
Input clock defect to USB/ETHER UCOM (IC401) and LAN PHY (IC903)
MAIN Assy R901 (RMII_CLK) R903 (50M_PHY_CLK) 7-1-3
The communication error between USB/ETHER UCOM (IC401) and LAN PHY (IC903)
MAIN Assy IC903 7 pin (RMII_RXD1) IC903 8 pin (RMII_RXD0) IC903 17 pin (RMII_TXD0) IC903 18 pin (RMII_TXD1)
Item to be Checked
Corrective Action
Reference 6.1 TEST MODE
Perform a device test while connected to PC and confirm the display of LAN, MACAd, IPAdd, and Subn.
! If there is no problem, go to step 2. ! If not, the data stored in IC1502 may be damaged. Replace MAIN Assy. ! If LAN NG, go to step 4.
Check the following voltages at the diagnostics point. [RESET signal] LAN_XRST (3.3 V)
! If the voltage is confirmed correctly, go to step 3. ! If not, the circuit may be defective. Check for the status of soldering and replace.
—
Check the following voltages at the diagnostics point. [CLK signal] RMII_CLK (3.3 V 50 MHz) 50M_PHY_CLK (3.3 V 50 MHz)
! If the voltage of the all points are confirmed correctly, go to step 4. ! If not, RMII_CLK signal circuit may be defective. Check for the status of soldering between X901 and IC401, and between X901 and IC903, and replace its.
—
[Confirmation of the communication signal] Confirm the signal (except for fixed of High or Low) at the diagnostics circuit
! If the signal can be confirmed, go to step 5. ! If not, the signal circuit may be defective. Check for the status of soldering.
—
[Confirmation of the communication signal] Confirm the signal (except for fixed of High or Low) at the diagnostics circuit
! If the signal can be confirmed, replace MAIN Assy. ! If not, the signal circuit may be defective. Check for the status of soldering.
—
B
7-1-4
5
Parts defect of the pulse transformer (T901, T902)
MAIN Assy T901 4 pin, 5 pin T902 4 pin, 5 pin
C
7-1-5
[8] Crossfader [8-1] Abnormal function of the crossfader Step
Cause
1
You forget to perform the calibration
2
Cannot perform the calibration
Diagnostics Point LED [CUE A CH1] [CUE A CH2] [CUE A CH3] [CUE A CH4] [CUE A CH5] [CUE A CH6] —
Item to be Checked
Corrective Action
Reference
After replacing MAIN Assy, confirm that each LED is not flashing at startup.
Perform the calibration.
6.2 CROSSFADER CALIBRATION
Perform the calibration in test mode, and confirm to become the normal state.
If the calibration cannot perform or the result is NG, go to [8-2].
6.2 CROSSFADER CALIBRATION
D
[8-2] No work of the crossfader CROSS_FADER signal is input to PNL2 UCOM (IC8409). Step
Cause
Diagnostics Point
Item to be Checked
Corrective Action
1
Wire Connection BFXB Assy defect/ V+5CRFD Signal abnormality CN7604 1 pin
! Confirm that the wire between CRFB Assy ! If the voltage is confirmed correctly, go to step 2. and BFXB Assy insert firmly. ! If not, the soldering of IC7601 may be defective. ! Confirm that the power supply is at 5.0 V. Repair the defective soldering.
2
Wire Connection CRFB Assy defect/ CN8301 Signal abnormality 1 pin (V+5CRFD) 6 pin (GND_REF2) 2 - 5 pin (AD_CRFD*)
[Power] ! (V+5CRFD) Confirm that the power supply is at 5.0 V. ! (GND_REF2) Confirm that GND_REF2 is connected to GND_REF2 of BFXB Assy. ! (AD_CRFD*) Confirm the CROSS_FADER signal at the diagnostic point during operating the Crossfader.
3
Wire Connection UCOM Assy defect/ R8595 8-3-1 Signal abnormality R8591 8-3-2 R8596 8-3-3 R8592 8-3-4
! If the CROSS_FADER signal voltage does not ! Confirm the wire between BFXB Assy and UCOM Assy change, the resistor or PNL2 UCOM (IC8409) ! Confirm the voltage of the CROSS_FADER circuit. may be defective. ! Confirm the CROSS_FADER signal at the Repair the defective soldering. diagnostic point during operating the Crossfader.
Reference —
! If there is no problem with these items, go to step 3. ! (V+5CRFD) If the voltage is not confirmed correctly, the circuit between IC8301 and IC8306 may be defective. Repair the defective soldering. ! (GND_REF2) If the CROSS_FADER signal voltage does not change, the circuit between IC8301 and IC8306 may be defective. Repair the defective soldering.
E
—
F
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A
2
3
4
[9] USBA/USBB [9-1] USBA/USBB does not recognize the unit Step
Cause
Diagnostics Point
1
The parts defect or the mount defect between USB/ETHER UCOM (IC401) and CN1
MAIN Assy 9-1-1-1 CN1 2 pin (USBA_VBUS) 7 pin (USBB_VBUS) CN1 3 pin, 4 pin (USBA_DP/USBA_DM) 8 pin, 9 pin (USBB_DP/DM)
B
Item to be Checked
Corrective Action
Reference
Check the following voltages at the diagnostics point while connected to PC. [Power supply of VBUS] USBA_VBUS/USBB_VBUS (5 V) [Data circuit] USBA_DP, USBA_DM, USBB_DP, USBB_DM (Not fixed of 0 V)
! If the voltage is confirmed correctly, go to step 2. ! If not, the wire or the USBB Assy may be defective. Replace its.
6.2 CROSSFADER CALIBRATION
Check the following voltages at the diagnostics point while connected to PC. [Power supply of VBUS] USBA_VBUS/USBB_VBUS (5 V) [Data circuit] USBA_DP, USBA_DM, USBB_DP, USBB_DM (Not fixed of 0 V)
6.2 CROSSFADER ! If the voltage is confirmed correctly, perform CALIBRATION a crosscheck of Assy and replace the defective Assy. ! If not, confirm the parts between CN3101 and JA3101, and between CN3101 and JA3102. Replace the defective parts.
USBB Assy 9-1-1-2 CN3101 2 pin (USBA_VBUS) 7 pin (USBB_VBUS) CN3101 3 pin, 4 pin (USBA_DP/USBA_DM) 8 pin, 9 pin (USBB_DP/USBB_DM) 2 C
The parts defect or the mount defect in USBB Assy
9-1-2 USBB Assy JA3101 1 pin (USBA_VBUS) 2 pin, 3 pin (USBA_DP/USBA_DM) JA3102 1 pin (USBB_VBUS) 2 pin, 3 pin (USBB_DP/USBB_DM)
[10] MULTI I/O D
[10-1] A connected device does not recognize the unit Step
Cause
Diagnostics Point
Item to be Checked
Corrective Action
Reference —
1
Power defect of USBA Assy 10-1-1 MULTI I/O circuit JA3051 1 pin (V+5R2D_VBUS) USBP Assy CN3151 5 pin (V+12M)
Check the following voltages at the diagnostics point. [Power supply of MULTI I/O circuit] V+5R2D_VBUS (5.2 V) V+12M (12 V)
! If the voltage is confirmed correctly, go to step 2. ! If not, the parts on the circuit around IC3151 and IC3152 of USBP Assy may be defective. Replace its.
2
Power supply 10-1-2 USBP Assy control of IC3152 MULTI I/O circuit 8 pin (USBPSW_FA) IC3152 4 pin (USBPSW_EN)
Check the following voltages at the diagnostics point while connected to PC. [Power supply control of MULTI I/O circuit] USBPSW_FA (3.3 V) USBPSW_EN (3.3 V)
! If the voltage is confirmed correctly, go to step 3. ! If not the USBPSW_FA/USBPSW_EN circuit may be defective. Check for the status of soldering and replace it.
3
The signal circuit USBA Assy 10-1-3 defect of JA3051 MULTI I/O circuit 2 pin, 3 pin (USBC_DP/USBC_DM) MAIN Assy L1701 1 pin, 4 pin (USBC_DP/USBC_DM)
Check the following voltages at the diagnostics point while connected to PC. [The signal circuit of MULTI I/O circuit] USBC_DP/USBC_DM (Not fixed of 0 V)
! If the voltage is confirmed correctly, perform a crosscheck of Assy and replace the defective Assy. ! If not, the circuit or the parts may be defective in the following places. - Between IC1101 and CN14 - Between CN3051 and JA3051 If the parts other than IC1101 are defective, replace its. If IC1101 is defective, replace MAIN Assy.
E
F
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DJM-V10 1
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7
8
A
[11] DIN MIDI [11-1] MIDI device does not recognize the unit Step
Cause
Diagnostics Point
1
Power defect or signal defect of MIDI circuit
MAIN Assy R3005 (V+5D_MIDI) TP MIDI_OUT_AM 11-1-1
Item to be Checked Check the following voltages at the diagnostics point while connected to MIDI device. [Power supply of MIDI circuit] V+5D_MIDI (5 V) [The signal circuit of MIDI circuit] MIDI_OUT_AM (3.3 V amplitude)
Corrective Action
Reference
! If the voltage is confirmed correctly, replace MAIN Assy. ! If not, the circuit or the parts between IC401 and 4 pin of JA3001 may be defective. If the parts other than IC401 are defective, replace its. If IC1101 is defective, replace MAIN Assy.
—
B
[12] Firmware update [12-1] Firmware cannot be updated Step
Cause
1
SPI communication error between BUS BUFFER SW (IC8408) and PNL2 UCOM (IC8409)
Diagnostics Point
Item to be Checked
Corrective Action
Reference
[SPI communication circuit after BUS BUFFER SW] ! If the signal can be confirmed, go to step 2. UCOM Assy UPD_PNL1_PNL2 (3.3 V) ! If not, the circuit or the parts between IC8408 IC8409 76 pin MDSP_PNL2_XINT (3.3 V amplitude) and IC8409 may be defective. Replace the (UPD_PNL1_PNL2) MDSP_PNL2_SCK (3.3 V amplitude) defective parts. IC8408 19 pin MDSP_PNL2_MOSI (3.3 V amplitude) (MDSP_PNL2_XINT) MDSP_PNL2_MISO (3.3 V amplitude) IC8408 3 pin Between R8579 and R8588 (MDSP_PNL2_MISO) (MDSP_PNL2_SCK) IC8408 5 pin (MDSP_PNL2_MOSI) Between R8579 and R8588 (MDSP_PNL2_MISO)
—
C
12-1-1
2
Communication error of UPD_PNL1_MDSP line
UCOM Assy Between 34 pin of IC8406, R8574 and CN8413
[UPD_PNL1_MDSP line] UPD_PNL1_MDSP (3.3 V)
! If the signal can be confirmed, perform a crosscheck of MAIN Assy and UCOM Assy, and replace the defective Assy. ! If not, the parts may be defective. Replace its.
—
MAIN Assy Between CN7, R23, R1581 and IC1101 (UPD_PNL1_MDSP) 12-1-2
D
E
F
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5.4 INFORMATION ON POWER DIAGNOSTICS A
g Power monitoring circuit The PNL1 UCOM (IC8406) of this unit always monitors various power voltages and will shut the secondary power source off immediately once an error is detected. In such a case, the MIDI START/STOP (WAKE UP) LED flashes.
B
g Monitored power voltages The name of a power source denotes its voltage. (Example: V+3R3A, denoting 3.3 V) Upper limit monitoring V+3R3D
V+3R3D_MDSP
V+3R3D_CLK
V+3R8D_AM
V+5D
V+5D_MDSP
V+1R0_CVDD
V+1R0_CVDD1
V+1R1_AM_CORE
V+1R285D
V+1R325_AM_MPU
V+1R35_MDSP_DDR
V+1R5_AM_DDR
V+1R8D_MDSP
V+9LED
V-15A
V+5A
V-7HP
V+5D
V+9LED
V+15A
V+5A
C
Lower limit monitoring V+3R3D
g Outline of the detection system ! An error-alert signal (FAULT_DET) is issued by the voltage-monitoring block. The FAULT_DET signal is High level (+3.3V) in normal state, or it is Low level (0V) in abnormal state . The PNL1 UCOM detects the state. ! The PNL1 UCOM issues a signal for interrupting SW POWER SUPPLY (ANA_P_CON, DIGI_P_CON) if an error is detected. D
MAIN Assy
SW POWER SUPPLY ! ANA_P_CON (V±15U, V+5U control) ! DIGI_P_CON (V+12M control)
Voltage monitoring Block
UCOM Assy E
IC8406 PNL1 UCOM
FAULT_DET
g Diagnostic procedure Caution : Each time before turning the unit ON, make sure that each power-supply IC is not short-circuited to GND.
F
If any voltage is abnormal, that error will be detected by the voltage-monitoring program after it is started after a usual startup of the unit. Then the V+12M, V+15U, V-15U, V+5U power from SW POWER SUPPLY will be stopped. Identify which power-supply IC is defective, by duplicate drawing and inserting of the power cord while monitoring each voltage with an oscilloscope. Check the value of each voltage immediately before stopping power supply.
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g Voltage-Monitoring Circuit diagram
VOLTAGE DETECTION CIRCUIT
V+15A
V+3R3D
V+9LED
V+5D_MDSP V+5D_MDSP
V+3R3D
V+3R3D
V+5A
V+3R3D
V+5A
V+5A
V+5A
V+3R8D_AM V+3R8D_AM
V+5A V+5A
V+3R3D
V+3R3D_MDSP
V+3R3D_CLK
V+3R3D
V+3R3D_MDSP
V+3R3D_CLK
Q206 LTC014YEB
R259
R261
0
22
D227
1SS355VM
D226
1SS355VM
D225
1SS355VM
GNDD V+5LED_DET
7D
0
(D)
Q205 LSAR523UB
B
D211
1SS355VM
15k 10k 18k
R256 R257 R258
F
ABNORMAL Low
SR
R273
V-15A
3.9k 4.7k
Q210 LSCR523UB
R274 R275
GNDD V-7HP
V-7HP
High Value
Low Value
4.21V 4.21V
V+3R8D_AM
4.71V 2.59V 2.59V
2.35V -
V+1R35
V+1R5 ,V+1R8D
220
R276
1.5k 3.9k
Q209 LSCR523UB
R270 R271
GNDD V-15A
GNDD
FAULT DET V+3R3D V+3R3D_XX V+1R0
0
V+5A
0
V+5A
R269
V+5A
120
5.1k
R267
510
R266
4.7k
V+5A
R272
R268
Q208 LSCR523UB
D224
D223
V+1R8D_MDSP
1SS355VM
4.7k 1.5k
R263 R264 R265
V+1R5_AM_DDR
V+1R8D_MDSP
1SS355VM
V+5D
0
V+1R35_MDSP_DDR
V+1R5_AM_DDR
Q207 LSAR523UB
D213
1SS355VM
Q213 LSAR523UB
15k 22k
R283 R284
47k
2.7k 470
V+5D
GNDD
R262
FAULT_DET 1:1J NORMAL High
GNDD
V+1R35_MDSP_DDR
1SS355VM
D221
1SS355VM
V+1R325_AM_MPU
GNDD
D222
V+1R325_AM_MPU
R285
R254 R255
1SS355VM
LSAR523UB Q204 D210
2.7k
1SS355VM
D220
1SS355VM
D219
2.2k
R253
3.3k
R252
R250
2.2k
R240
470
1SS355VM
D209
R251
Q202 LSAR523UB 1SS355VM
D208
3.3k
R249
10k 12k
10k
R247
LSAR523UB Q203
V+1R285D
GNDD
Q212 LSCR523UB
D217
D218 R282
5.1k
R281
510
V+1R1_AM_CORE
V+1R0_CVDD1 V+1R1_AM_CORE V+1R285D
4.7k R280
GNDD
V+1R0_CVDD1
1SS355VM
V+1R0_CVDD
Q211 LSAR523UB
0 4.7k 1.5k
R277 R278 R279
R246
R245
V+1R0_CVDD V+5D
33k
GNDD
1SS355VM
GNDD
R248
Q201 2SA1576A(QRS) D207
1SS355VM
10k
(D) (D)
R242
12k 10k
(D)
R243
27k
R244
(D)
R241
SR
GNDD
VDET (FAULT_DET) C319
V+5D
V+9LED
0.01u/16
V+9LED
V+15A
10k
V+5D
R260
V+3R3D
V+9LED
V+5D V+5D_MDSP V+5A V+9LED V+15A V-15A V-7HP
2.59V
6.24V 6.61V 6.43V
3.70V
10.99V -
7.02V 12.13V
-11.19V -4.94V
-
C
D
E
F
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5.5 CUEVR ASSY DIAGNOSIS METHOD A
It is necessary to remove UCOM Assy to diagnose CUEVR Assy. LEDs diagnosis of CUEVR Assy l Procedure [1] Switches and Volumes diagnosis of CUEVR Assy l Procedure [2] g Preparations 1 Remove the Jumper wires which is unnecessary for CUEVR Assy diagnosis. Disconnect the 3 FFCs of left side and 6 connectors of lower side from UCOM Assy. (CN8401, 8402, 8404, 8405, 8407, 8408, 8409, 8411, 8415) 2 Remove the Barrier from UCOM Assy.
1
2
×9
Barrier
B
CN8415
UCOM Assy
CN8401
CN8402 CN8404 CN8405 CN8407
CN8408
CN8409
CN8411
C
Procedure [1] LEDs diagnosis of CUEVR Assy 1 Disconnect the 4 FFCs of upper side from UCOM Assy. (CN8406, 8410, 8412, 8420)
1
×4
3 Lift up the UCOM Assy, and diagnose CUEVR Assy. Remove the barrier as needed. CUEVR Assy
UCOM Assy
3 CN8420
D
CN8406
CN8410
CN8412
UCOM Assy
E
2 Remove the 4 screws. (BBZ30P060FTC)
Barrier
2
×4
Diagnosis UCOM Assy
F
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A
Procedure [2] Switches and Volumes diagnosis of CUEVR Assy 1 Disconnect the 3 FFCs of upper side and 2 FFCs of right side from UCOM Assy. (CN8410, 8412, 8414, 8419, 8420)
1
CN8410
CN8420
×5
CN8412
CN8414
UCOM Assy B
CN8419
2 Remove the 4 screws. (BBZ30P060FTC)
2
×4
C
UCOM Assy
3 Lift up the UCOM Assy, and diagnose CUEVR Assy. Remove the barrier as needed.
D
UCOM Assy
CUEVR Assy
E
Barrier
F
Diagnosis 43
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7
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5.6 STARTUP ERROR DISPLAY A
Startup errors are displayed in two patterns. · MAIN CPU/DSP detects the errors and display it in the form of "Error E-XXXX" on GUI. · Each CPU detects the errors and display it with the lighting pattern of the debug LED for each CPU or LED on Unit. + It is specifications, the debug LED all turning off for 1 minute. Refer to "5.3 TROUBLESHOOTING" for the equivalence method to each error.
g GUI display Display
B
C
Meaning
Error E-0001
Communication error between MAIN CPU/DSP, PNL1 UCOM and PNL2 UCOM
Error E-0002
MAIN CPU/DSP startup error
Error E-0004
Clock generator setting error
Error E-0008
ADC or DAC setting error
Error E-0010
DIR setting error
Error E-0020
DIT setting error
Error E-0040
Authentication Coprocessor (MFI IC) communication error
Error E-0080
Communication error between MAIN CPU/DSP and USB/ETHER UCOM (Parameter side)
Error E-0100
LAN Reset error
Error E-0200
SUB DSP (SRC) startup error
Error E-0400
Communication error between MAIN CPU/DSP and USB/ETHER UCOM (Link Cue side)
g LED display Display
Meaning
LED
The debug LED of USB/ETHER UCOM repeats the operation of flashing twice and turning off for 1 second.
D601
DDR3L SDRAM check error for USB/ETHER UCOM
The debug LED of USB/ETHER UCOM repeats the operation of flashing 5 times and turning off for 1 second.
D601
Program road error from FLASH ROM (16Mb) for USB/ETHER UCOM
The debug LED of USB/ETHER UCOM keeps light on after product starts up (no flashing).
D601
USB/ETHER UCOM startup error
The debug LED of MAIN CPU/DSP (DSP) keeps light on after product starts up (no flashing).
D1501
MAIN CPU/DSP (DSP) initialization error
The debug LED of MAIN CPU/DSP (DSP) flashes rapidly when the product starts up (cycle of about 300 milliseconds).
D1501
The state that MAIN CPU/DSP (DSP) stopped by some abnormality
The debug LED of MAIN CPU/DSP (ARM) repeats the operation of flashing twice and turning off for 1 second.
D1701
DDR3L SDRAM check error for MAIN CPU/DSP
The debug LED of SUB DSP keeps light off after product starts up (no flashing).
D1901
SUB DSP startup error
MIDI START/STOP (WAKE UP) LED on Unit flashes (cycle of 3 seconds).
LED of Unit
Communication error of PNL1 UCOM and MAIN CPU/DSP at startup
MIDI ON LED on Unit flashes (cycle of 250 milliseconds).
LED of Unit
Communication error of PNL2 UCOM and PNL1 UCOM at startup
D
E
F
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A
SIDE A 1
MAIN ASSY
5
1 5
R2935
C2922
C2921
R2804 R2806
R2706 R2704
IC2801 C2804
C2803
IC2701
D204
R2927 R2929 R2930
R2928
R2931 C2918
IC2905
C2917
C2913
R2908
20
C2907
R2932
C2916
R2923
R2922
16 R2924 C2911
C2912
C2910
8 R2937
C2903
C2908
DOUT_SRC _DIT_XRST
C2904 C2905
10
R2024 R2053
5 7
14
1
10
1
14 R2054
C2020
R2042
7
14
7
C2009
20
IC2012
C2021
R2035
R2011
C2007
IC2009
IC2013
R2037
5
C2602
1
5
C2639
1
5
C2642
7 C2008
R2012
10
5 1 R2003
IC2001
1
CLKGEN_XOE
C2329
IC2103
C2330
C2170
CN4
1
C2167
IC2104
C2145
C2313
C2316
C2143
C2102
C2122
C2101
C1806
E
C2148
C2320
IC2301 C2317 IC2302
R1853
R2110
5
R5 C1402
IC1401
1
1 10
CN6
R2106 C2123
15
R2114
C1462 C1406
C1463
C1464
20
CONTACT SIDE
CN14
1
C8
5
C1701
1 C43
5
1
C2149
C3
C47
CN3
DIGI_P_CON
AC_OFF_DETECT
ANA_P_CON
C2518
CN11
C9 R248
R244
Q202
Q201
D208
D207
D209
C5 Q208
Q210
Q209 R272
R273
E
R268
Q206
R265
R252
D210 Q203
R249 R250
R253
D211 Q204
R260
FAULT_DET
R263
R258 R285
Q205
D213
Q213 C2506
C2507 C2517
16
C2513
C2515
R2523
R2522
5
V+15U C23
C38
V+5A
C27
V-15U
C26 C25
C20
CN8
R42
CN12 1 1
5
5 5 5.V-15U 4.GNDAU 3.GNDAU 2.V+5U 1.V+15U
3.V+5U 2.GNDA 1.V+5A
7.GNDA 6.V-15U 5.V-15A 4.GNDA
9.V+15U 8.V+15A
C21
C22
C42 C44
V-15A 9
1 1
R1649
R1627
R1644
R1551 R1827
R1641
R1859
R1858
L1110
R1843
R1842
C1160 C1183
L1108
C1168 C1182
R1659
R1705
R1854
C1176 C1181
X801
R602
E
C472
C414 R833
C428 C476
1
R1520
R1638
R1102
R1546
R1587
E Q1701
R1728
C420
R1529 R1536 R1535
R814
R802
R1639
Q2101
5 1
R1588
14
R1645
R1626
R1624
R1650 R1625
IC1506 10 C410
C806
C462
C470
R834
C464 C438
C1523
R812 R803
R815
R846
R845
R911
C415
C413 C473
IC1503
R859
R870
R903
C429
R840
7
C1115
R866
R850
C432
C457 C453
R601
L902
R1642
1 C1909
10
C458
C424
C405
L1106 R1533
R41
C805
R816
R1919
5
C471
C450
R1838
C1703
R865
L901
C1702
R855 R848
R1828
156 164
C1117
R57
1
R1586
R856
D601 Q601
R838 R811
C1178
R43
C1941
C1904
R1519
R53
C1943
DSP D1501
R46 R47
1
C1134
R45 R59 R62
SDSP_ PLL_24M
R1708
L1105
2
R58 R48
+3R3D_SDSP
R1706
MDSP_ C1185
L1901 C1903
R1847 C1184
C11
C1901
R1837
C1126
C1114
R1826
SDSP _xRST
R1811
R1801
R1802
R1812
R1819
R1821
R1832
C1174
C1149
C1119 C1140
C1158 C1166
C1133
C1050
C1179
L1104
C496
R1804 R1818
C1113 C1188
5
1
C802
C804
C1131
X1502
R1709
R1704
IC801
R1815
R1834
1
C801
R1732
R1556
R1628
C1539
R1557
R801
R810
VAUX1
R1558
R1608
C1513
C466
C467
KN8
ARM D1701
1 D1701 MAIN CPU/DSP(ARM) C1515 debug LED
C441
D
R1803
5
R1547
R1640
C1522
C705
E
C412
1
CN1901
1
R1942
C449
R701
C431 C427 C435
C451
R1813
C439 C468
D1501 MAIN CPU/DSP(DSP) debug LED R1643
R835
1
C447
C1530
R827
C465
R1729
R830
C1905
Zone 3
C1143 C1150
6
KN9
KN7
C33
1
C2519
R2527
R2525
5
5.ADAT_RTN1 3.ADAT_RTN2 1.ADAT_RTN3
19.MCLK_ADC 17.RTN1L_DET 15.RTN2L_DET 13.RTN3L_DET 11.ADAT_CH6 9.ADAT_CH5 7.CH6_SEL C2504
C2509
C2505
C2508
R2526
R2524
C2516
IC2504
C2514
IC2505
etc.GNDA 9.V+5A 6.V+15A 5.V-15A 2.V+12M 1.GNDD
C1105 R1415
C1408
C1423
R1419
49.ADAT_MIC
etc.GNDD
C2510
5
R2115
C2129
C2105
12
C2116
C2121
C2124
R2108
1
R2401
R1589
R2107
10 5
C2118
36 R2102
R2104
R2103
R2101
C2108 C2107
R1842
R1858
R1843
R1859
R1854
C1168
C1160
C1176
L1108
C1181
C1182
C1183
R1102
L1110 C1503
R1510
R1365
CN1301
R1501
R1591
R1590
R1366 R1355
C1123 C1130
C1129
C1132
66AK_xRST
5
1
L1105
L1106 R1533
C1117
C1178
C1134
C1143 C1150
C2144
R1809
R1808
R1810
R1807
R1806
R1805
R1641
R1520
R1639
R1638 R1642
R1519
DSP D1501 R1546
C1118
C1135
C1170
KN3
V+1R8_MDSP C1020
1 R1369
C269
C275
C41
R1565
IC1504
L1001 C1039
C1022
C1006
C1032
C1003
C2131
R1624
R1649
R1627
R1626
R1645
R1644
R1625 R1650
IC1506
7 1
5
10
Q2101 R1588
C1523
R1587
14
R1551 R1827
IC1503 R1728
E Q1701 R1659
R1705
C1155 C1163 C1156 C1164 C1171 C1172
C1146 C1169
C1116
C1153
C1161
C1177
L1102C1154 L1101 C1162
C1106 C1101 C1186 Q1001
C1001
L1002
C1034 C1033
C1005
IC1001
R205
C1002
R2047
V+2R5D
10 14 1
R2001
5 1
C2022
C2017
5 C1904
5
E
C716
Q1703 D1802 D1801
Q1702
E
C491 C490 20
C483
15
C489
L401
R405
R1542
L403 C495
R402
R404
C2023
C1926
L1902 C1902
C1938
C1908
R1921
R1917
R1918
R1920
L1901 C1903
C1901
V+3R3D_SDSP
SDSP _xRST
C1927
R1946
SDSP_ PLL_24M
R1931
C1913
IC806 C430
R610
R802
L402
R2803 R2805
R2703 R2705
C2703
C2605
C2606 C1943
R1932
C1905
R1936
R1939
R1938
V+1R285D
C1937 C402
C401
C410
C462
C470 C438 C473
X801 C479
IC2702
T901
R2606 R2608
R2605 R2607
R942
L904
R943
D3003
D3006 D3007
L903 1
IC206
R3011
1
C206
C464
R804
5
R3003
C3002
R207
L206 R911
R815
R812 R803
R845
R811
C492
VMMC
R419
C1187 C1010
1
5
R3008
1
1
1
C37
V+15A
V+15U_SW
1
7
3
VAUX2
VDIG2
C1021
C1024 C1013
R1012
1
1
C2523
R846
1
C1019
C1038
L203
10 C2535
C806
R401
C1037
C1144
15
C2521
R2539 R2538 R2530
C2532
CONTACT SIDE
1
R875
R903
C1030
47.CH1_SEL 45.xRST_ADC 43.ADAT_CH4 41.ADAT_CH3 39.ADAT_CH2 37.ADAT_CH1 35.MDSP_ADC_SDA 33.MDSP_ADC_SCL 31.CH3_SEL 29.CH4_SEL 27.LRCK_ADC 25.BICK_ADC 22.23.V+3R3D_CLK
10 C2534
C469
C226
5
15
E
R833
C1017
C1104
5
C805
R816 C443
L1003
R1564
1
C2511
5
R859
R850
1
1
R602
C414
C484
1
V+5U
C24
10
C1004 C1007 C1011
E
R2528
R276
R1013
R284
R2529
E
R261
6.HP_B_L 4.V7HP_CONT 2.V-7HP
R257
8.HP_B_R
E
etc.GNDA 19.CPU_xMUTE 17.V+15A 16.V-15A 13.HP_A_R 11.HP_A_L
R254
E
C272 C278
C284
C263
E
R275
5
E
1
R247 R270
C203
E
IC203
R243
IC215
R266
C281
50
66AK_PMIC_SCL
40
30
5
C1459
66AK_PMIC_SDA
20
C1460 C1458 C1457
L205
10
45
35
R601 C472
R202
C265
25
C205
15
5
C1018
C320
C
Q1
C28 C39
C19
R1002
R1021 C1026
R1428
C1041
R1424 R1432
D3008
R2129 R2130
E
8 E
R1005 R1430 R1434
V+5E
R78
E
Q2107
R2131
R1003
IC217
R2155 C2161
C1520 C1509
V+3R3E
R2157
C1517
R1602
C271
1
C35
Q2103 E
R2152
C1521
R1604 R1437
C3003
T902
1
E
C1137
C1180
C425
1
C428 C476
25 30 35
C1040
R1523 R1605
R609
C277
C2164
C2163 R2154
EQ2104
C1124
C1111
R1101
R1631
R1529 R1536 R1535
C1115
R608
C283
C1407
Q207
R2153
C1173
C1120
R1630
R1596 R1598
R1838
C1703
R612
R1727
R1723
R1828 C1702
R613 R621
R617
R615
5
5
C2
E
E
C1165
C1152
C424
C420
R814
R611
R616
R606
E
1
C2403
E
R2128
Q2108
C1157
C1145
R855 R865
C413
C429
IC205
R1615 R1621
R1633 C1537
R1593 R271
C31
Q2105 E
R2158
Q2102
R269
R2160 R2159
R2156
C1533
C1151 C1122
R1632 R1603 R1367
C1157 C1165 C1173
C1137 C1124
C432
C457 C453 C415
R607
R1617
R1586
C471
C450 C458
C706
1
5
R2162 R2161
Q2106 6
C2162
C459
C701 R702
R856 R848
C310
R2415
9
C1530 R1708
R827 R838
C703
C1803
R1555 R1584
C1923
C1925
LCD_XRST
C2106
C1919 C1921
C1934 C1929
C704
4
1
C407
5
5
5 R870
R1924
10
V+3R3D
1
C1911
C1918 C1922
C14
5
20
E R274
1
1
C16
R2031
C2006
R3019 R3015
R866
5
R2007
R2010
C1928
C1941
R834
1
C2005
1R3017 R3016
C224
L902
R2030
C1909 R1919
1
CN9
R2002 R2014
C2002
C218
1
15
8.ANA_P_CON
V+12M
C34
CN7
C2613
R2009
R2020
C2629
E
R3001
C919
15
20
Q3001
10
25
R3013
5
Q3008
1 30
Q3007
15
20
C3006 R3014
10
25
MIDI OUT_AM
5
30
1
C2614 C2003
20
R840
C2630
25
1.JTAG_VTREF 2.JTAG_TVDD 3.JTAG_xTRST 4.JTAG_TDI 5.JTAG_TMS 6.JTAG_TCK 7.JTAG_TDO 8.JTAG_xSRST 9.JTAG_DBGRQ 10.JTAG_DBGACK 11.GNDD 12.GNDD
30
D601 Q601
20
C405
25
L901
30
1
20
etc.GNDD
1
9.USBB_DM 8.USBB_DP 7.USBB_VBUS 4.USBA_DM 3.USBA_DP 2.USBA_VBUS
15
LAN_xRST
R2601 C2603 R2613
10
C210
5
C207
1
KN10
C2604 R2602
R2701
V+1R285D_CONT
C2701
15
AM_OFF
10
DIGI_P_CON
5
V+3R8D_AM_CONT
R2702
MDSP_PNL2_RXD
1
V+3R3D_CONT
1
L1701
C7
MDAC_V_CONT
C1052
1
3.USBPSW_FA 4.GNDD 5.6.V+12M
R65
C6
AC_OFF_DETECT
25
C1533 R242
R264
R30
C2302
1.GNDD 2.USBPSW_EN
R66
R241
R246
R267
R26
C2134
R240
C4
1 5
R256
R2531
V7HP_CONT
10
R255
R2511
R15
C2305
1.V+12E 2.3.V+12M 4.5.GNDD 6.AC_OFF_DETECT 7.DIGI_P_CON
C2520
R2540 R2532
CN13
15
R259 R262
C2524
C2528
R2534
C2533
19
R251
C319
R2533 R2541 C2526
R2542
1.GNDD 2.USBC_DP 3.USBC_DM 4.GNDD 5.GNDD
C2525
R2535 R2543 C2522
C2529
R2536
KN6
etc.GNDA
1
R245
R283
R18
C2137
R70
R8
R4
R72
R69
R71
R2
R6
R1
R7
R79
R2501
R2514
R2513
C2501
R2507 1 IC2501 16
C2527
R2545 R2544
8
R2512
R2515
C2502
R2516
R2502
R2518
R2537
C304
8
1
1 CONTACT CN2 SIDE
C10
R2508 1
1
1
C11
C209 R2517
R25
30
R2059
R2022
1 C1804
C2301
5
23.V+12M
C1447
C1448
C1455
C1450
C1452
C1453
C1454
R19
C2702
15
C2303
10
23
1
15
CN10
50
IC2502
20
10
IC2401
R2414
C2410 10
C1446 C1456
R1936
C2133
2.REC_L_DAC 4.REC_R_DAC 6.SND1_R_DAC
8.SND1_L_DAC 10.SND2_R_DAC
C48
C1443 C1444
C1449
C1938
10
C2135 R2109
1
C2409
C1
R1411
1
R2111 R2113
12.SND2_L_DAC 14.SND3_R_DAC 16.SND3_L_DAC 18.MUTE_OUT 20.KEY_PSW 21.CPU_xMUTE 22.GNDD
25
R2409 R2413
C1442
C1445
C1451
C346
IC2102
C2406
C2404
5
C2402
R2407
IC1
V+12E
R310 D216
C345
1
R1420 R1425
R1427
R1421
R1426
C347
C2103
R2406
R2408
C1404 R1408
30
C1441 R1423
R1433
R1431
C348
R2112 C2125
V+3R3A _MDAC
C2405
C1439 C1440
C1403
C1438 R1439
R1438
R1429
R35
10
R703 R2105
R1601
R2405
R2402
R2410
C1405
C1461
R1436
R1435
1
5
R2021
1 35
C2401
C2408
C2128
C2132
C2150
C2407
C1103 DDR3L_VREF
R1440
R1422
KN1
C2801 R2801
1
C702
5
30
1
C2126
5
1 R1592
C1524 MDSP_PNL12_LCD_SCK
V+1R2A_MDAC R2116
IC2101
45 48
R2403
R1441
R1932
R2046
25
5
R1597
R1573
40
C2114 C2113
C1401
C1422
L1902 C1902
R2043
C2130
1
10 C1525
R1442
C215
15
C2119
1
C1301
IC1501
R1443
C2165
C2117
R1618
C1159
C1167
C1175
24
CONTACT SIDE 1
12
C1501
R1566
1
C1805
C1185
C1184
C2127
C2115
R1509
R1508
R1658
C2120
C2104
UART0_TXD
R1580
1.GNDA 2.V+15A 3.V-15A 4.GNDA
C2166
CTSn
R1572 C1519
R2126 R2122 C2142
C2138
C1526
UART0_RTS UART0_RXD
R1569 C1518
1
4
C2310
R1845
R1718 C1527
R1595
8
R2127 R2307 R2123 R2303 C2147
1
R1825
R1831
R1823
R1833
R1822
R1826
R1819
R1821
R1832
R1834
R1837
R1804 R1818
Q1801
MDSP_P12_MISO
R1857
L1109
L1107
C1128
C1514
C1016
C211
35.DIGI_P_CON 36.CPU_XMUTE 38.39.41.V+3R3D 43.V+3R3E 45.V+9CRF 47.48.GND_LED 49-53.V+5LED 54.GND_LED 55.V+5LED 56.57.GND_LED 58.59.V+9LED 60.GND_LED etc.GNDD
C2136
R1803 R1706
C1125
R1407
R2124 R2120 C2140
C2308
C2306
B
1
1
R1640
R1811
R1582
R1812
R1813
R1568
R1802
R2308 R2304 C2315
R1629
R1579
CN5
R2125 R2305 R2121 R2301 C2169
R1814
MDSP_P12_LCD_MOSI
C421
R1924
R1917
2
C2016 C2015
C2031
10
5
C2304
R1581
R1357
C2312
C1802
R1801
1
C1906
R1920
R2041
R2044
R2045
1
C2024
R1643
R1938
C2030
R2038
5 5
1
C2019
C1801
19
1
IC1802
R1847
C2530
C13
15
20
R2049
R2018 R2017
5
10
1
R2039
R2040
1
C2026
1
C1110 C1138
C1108
C1127
C2531
R1939
R2905
KN4
C2029
R2036
R638
C1926
R2913
R2915
C2319
C1437
60
C1928
C1911
C1934 C1929
C1913
15
C2906
10
IC2902
C2028
R2034
IC1801
C1121 C1112 C1136
C1142
R1406
C1141 C1147
55
C1918 C1922 C1919 C1921
C1927
R2912
R2914
R2906
5
10
C1114 C1139
50
C15
E
20
5
C2025
1
C1126
C1179
C1508
R1359
C1149
45
R1940
R1925
R1921
10
25
R2936
R2938
R2911
1
R2006
C1174
C1133
C1188
C12
40
C1931
R1918
R2910 R2909
R2904
R2056
C1131
R1704
35
C1908
10
5
1
C2010
5
1
R1347
R1571
V+5D_MDSP
C344
30
C1937
5
R2050
C2601
R1556
25
R1931
C2914
15
1
R2921
C2915
C2644 R2033
IC2904
R2907
R2902
R1558 C1158
MAC ID
C1936
C1923
C1925 R1946
5
30 C2909
C2643
E
C217
C2919
5
1
R2641
R2640
R2645
R2644
IC2010
R2032
R2901
R2306 R2302
C1166
R299
20
VMUTE_CONT
C2802 R2802
1
R2827
C2834
R2824
R2828
C2833
R2826
R2829
R2830
R2019
R2903
IC2011
IC200215
R1628
D601 LABEL USB/ETHER UCOM debug LED
C1920
C1933
C1935
C503
R2920
R1729
R1349
TXD_CHECKER
Q1901
D1901
R2820
R2822
C2018
R1348
C1305
C1119 C1140
C1148
SYSCLKOUT
R1344 R1362
R1009
RXD_CHECKER
C1940
C1916
C1930
C1917 C1915
IC2006
R2055
V+9LED
R1901
C1939
C1912
C1910
C1932
R2821
R2823
R2817
R2825
IC2003 C2004
R2013
R2916
Zone 2
C1907
R1928
R1927
R1930
R1934
R1929
C1924
R2810
R2809
1
R1922
15
ANA_P_CON
V+1R285D _SDSP
D1901 SUB DSP (SRC) debug LED
R2023 R2052
R2051
ARM D1701
C1113
L1103
R1358
Zone 1
C1914
C2807
R2643
R2642
R1557
10
V+2R5D_CONT V+5D_MDSP_CONT
5
1 R2919
R2918
C1025
34.ANA_P_CON
MDSP_OFF V+12LCDBL_CONT
C2805
R2727
R1608
C1513
R1014
2.MDSP_PNL1_RDY
55.MDSP_PNL2_RDY 4.MDSP_P12_LCD_SCK 57.MDSP_PNL2_RXD 6.MDSP_P12_LCD_MOSI 59.KEY_PSW 8.MDSP_P12_MISO etc.GNDD 10.MDSP_PNL1_XINT 12.UPD_PNL1_MDSP 14.MDSP_XRST UPD_PNL1_MDSP 16.AM_XRST AM_xRST 18.AM_OFF 19.MDSP_OFF V+15A_CONT 20.V+15A_CONT 21.MDAC_V_CONT V+5D_CONT 22.V+12LCDBL_CONT 23.V+1R285D_CONT V+3R3D_MDSP_CONT 24.V+3R3D_CONT FAULT_DET 26.V+2R5D_CONT 27.V+5D_CONT CPU_xMUTE 28.V+3R3D_MDSP_CONT 29.V+5D_MDSP_CONT 30.V+3R8D_AM_CONT V+5LED V+5D 32.FAULT_DET 33.AC_OFF_DETECT
MDSP_xRST
60
R2818
R1724
R1543
5
R13
C1522
C1054
1
R27
R2819
R1731 R1725
R1730 R1726
60
R17 R16
R12
R1011
R1018
55
R28
R14
R2603
8
50
R20 R22 R31
N
45
R40
R32
R2925
V+5D_DIGI
R1004
C1035
C1036
40
R37 R38
R33
C2734
C715
C502 R1345
C1309
1
C1012
C1015
C1008
A
35
R39 R36
R23
C302
R2404
R1007
1
30
KEY_PSW
1
R1006
25
51.52.LCD_LED_A 54.MDSP_PNL2_XINT LED_A
R29
R1020 R1019
V+12LCDBL
R34
R21
60
C307
R1600
R2917
IC2601
IC2008
R1547
C1050
R1346
L1004
V+3R3D_MDSP
41.LCD_B4 43.LCD_B3 45.LCD_B2 47.LCD_XCS 48.LCD_DE 49.LCD_xRST
IC212
C309
R1609
IC2613
R2610
R2008
C1515
L1104
R1361
R1356
C1312 C1308
R1561
C1029
20
R11
C1009
R1610
V+3R3D_DIGI
R2609
C2001
R2029
C1539
X1502
R1709
C1027 C1031
R2933 C2920
D201
R2678 R2679
1
IC2007
1
R1815
R1341
C1303
C1028
15 R76 R77
R2729 R2728
C717 R1364 R1360
C1313
C1304 C1307
R1562
R1732
R1353 R1350
C1311
L1304
5
R1363
C1315
R1001
10
R52 R75
VL2901
1
C2311
5
5
R73 R74
JA2901
C292
IC2612 IC2903
R2675 R2676 R2677
IC2608
R2028
R1352
C1314 C1319
C1310
R1016
33.LCD_G2 35.LCD_B7 37.LCD_B6 39.LCD_B5
R51
R2674
5
1
1
CN1901
R1354
C1317
C1306
1
1
MVR_MUTE R60
R56
R2730
1
C1323
C1318
C1320
L1302 L1301 L1314 L1309 L1311 L1307 L1308
C1014
C219
C213
R24
R54 R55
C2816
IC2804
C2628
5
R2620 IC2605
R2027
R1342 C1316 R1351 C1322
C1321
L1312 L1305 L1303 L1306
[[ G ]] A30C5/C7
2.MVR_MUTE 5.LCD_DCLK 7.LCD_VSYNC 9.LCD_HSYNC 11.LCD_R7 13.LCD_R6 15.LCD_R5 17.LCD_R4 19.LCD_R3 21.LCD_R2 23.LCD_G7 25.LCD_G6 27.LCD_G5 29.LCD_G4 31.LCD_G3
R50
R2721
R1925
L1315 L1319 L1317 L1313 L1316 L1318 L1320 L1310
C1107
L1321
R1008
R49
C2820 C2814
V+3R3D_CLK
R2026
C1906
C1936
VAUX33
C498
1
R61
C2815
R1576
C1920
C1102
R407
C477
1
LF
R2720
C1940
C1939
R707
V+3R8D C273 C267 L201
R2722
R2724
R1928
R1927
C1907
C720
10
R631
C1109
C222
C216
C279 5
R2710
R2723
C2733
R2725
R2726
R2636 R2637
R2719
C1916
40 45 5
R622
R633
VIO R409
1
CONTACT SIDE
R705
C707
5
1
C461
VDAC
DWX4331DWX MAIN
L204
1
1
C1930
C1935
C801
C802
R810
C460
VRTC
R632
C1302
1
CONTACT SIDE
C1933
R801
1
1
C436
C416
C497
C270
1
IC2802 1
C2813 C2819
Zone 3
VDD1
C914
1
5 C2808
R2808
C2810 C2812
KN5
C804
IC402
5
C282 C276
R2812
C2806
R1599
C455
C718
C709
IC801
C440
1
R1594
C710
CN1 C903
10
C261
R1942
R706
C466
C467
C421
C404
5
R2807
IC2803
CONTACT SIDE 10 X2001
C719
C411
C496
D2802
D2801 R2811
C2809 C2811
C2627
IC2609
C708
DDR_VREF C418
C705
1
C204
R1940
R704
C451
C408
5
IC2704
R2618
Q1901
D1901
C426
VAUX1
C2716
R1901 R2619
C1931
C711
C422
D219
C201
C1914
C1932
C441
PWRON
IC201
C1924
C1917 C1915
R701
R638
C449
VDD2
C264
C1912
5
R835
C447
C431
C412
KN8
IC204
C1910
1
C465
C439 C468
C435
C2714
C2720
R2621
C503
C427
10
IC2703
R830
MAC ID LABEL
RXD_CHECKER TXD_CHECKER
R2718
R1929
R1930
R1934
C812
Zone 2
C324
R2717
R2639
IC2607
C811
R872
C2710
C2715
C2713
V+1R285D _SDSP
R862
R858
C2719
Zone 1
R861 R874
R873
R2638
C266
AM_xRST KN11
C2622
C2648
R2627
R2626
R2635
R2628
R2634
R2632
5
12
CN801
R2630
1
1
R2629
IC2606
C2647 R2633
F901 R933
C2620
R2631
C212
1
F902
C2626
C2708
5
1
R939
R937
R938
C923
C2621
1
D2702R2712
C2704 C2712
C322
R936
C918
C2619
C2625
1
R2708
C2706
5
R2707
C2707
R940
Q3004
IC2604 C2709 C2711
R2709
D3001 R3007
R3004
5
C2612
1
R2614
1
R941
C3005
D3005
EC3001
E R3020
F3002
5
R2612
5 C2610
1
C2616 C2618
D2701 R2711
R2616
R2611
IC2603 C2615 C2617
C924
C2705
E R3018
C926
C925
C2611
E
D3004 D3002
1
C3004
Q3002
F3001
C2609
R3002
R3012 Q3003
D2602
R2615
D2601
JA901 R3005 R3006
1
JA2601
JA3001
C1121 C1112
E
MIDI ON LED
MIDI START/STOP (WAKE UP) LED
F
45
DJM-V10 5
6
7
8
1
2
3
4
5.7 CONNECTION CHECK WITH EACH INTERFACE A
g USB [1. USB B connector] Whether communication between the PC connected via the USB B connector and this unit is properly performed or not can be confirmed on the PC. Note: The driver software must be installed beforehand. " For checking, use the USB connection indicator of the unit. Light on : The indicator lights when the driver is recognized after connection with the PC is established. Flashing : If the driver cannot be recognized after PC connection, the indicator flashes (Intervals: 500 ms [light on: 250 ms/light off: 250 ms]). Light off : When communication between the PC and the unit is interrupted, the indicator light off.
B
C
" Use Device Manager for checking. If the PC and this unit are properly connected, the components of this unit are added in Device Manager (under Hardware) as devices. If all components are properly displayed, the PC and this unit are properly communicating via the USB connector. In a case of Windows 10: Input with "Device Manager" in the search box of the task bar. Devices to be added: " Universal Serial Bus controllers USB Composite Device " Under “Sound, video and game controllers” DJM-V10 DJM-V10 " Human Interface Device HID-compliant vender-defined device USB Input Device A communication check may be easily performed if connection is made with Device Manager displayed on the PC screen.
[2. USB A connector] Check that communication between this unit and the external device connected via the USB A connector is properly performed. Note: A USB memory device is required for checking.
D
" For checking, use the USB connection indicator of the unit. Light on : The USB memory device was properly recognized. Flashing : The unit is in the process of recognizing the connected USB memory device. (Flashing intervals: 500 ms [light on: 250 ms, light off: 250 ms]) Light off : No USB memory device is plugged in.
g LAN [3. LINK]
E
You can check from this unit if the mixer can properly communicate via LAN. *Use a Category 5 cable or a cable with higher specifications for connection. Either a straight or cross LAN cable can be used when the unit is directly connected with the PC, but when the unit is connected with the PC via a hub, be sure to use a straight cable. " Check the LAN conditions, using Test mode of this unit: 1 Start the unit in Test mode. 2 Open "DEVICE" in “MODE 11: DEVICE CHECK.” 3 The IP Add and Subnet are indicated. 4 Check if the LAN is properly connected.
F
When the LAN is properly connected: IP Add: xxx . xxx . xxx . xxx Subnet: yyy . yyy . yyy . yyy The above x’s and y’s mean any numeric digits 0–9. Four blocks of numerical string delimited by dots
46
When the LAN is not properly connected: IP Add: EE . EE . EE . EE Subnet: EE . EE . EE . EE All four blocks are filled with “EE.”
DJM-V10 1
2
3
4
5
6
7
8
6. SERVICE MODE 6.1 TEST MODE
A
Description of Test Modes The Following seven test modes are provided for this unit: 1 Mode 1 : Firmware version checking mode 2 Mode 2 : Crossfader setting mode 3 Mode 3 : All-LED lights-off mode 4 Mode 4 : All-LED lights-on mode 5 Mode 5 : KEY checking mode 6 Mode 6 : SW checking mode 7 Mode 7 : VOL checking mode 8 Mode 8 : Fader checking mode 8 Mode 9 : LCD checking mode 0 Mode 10 : Touch panel checking & calibration mode
! Mode 11 : Device checking mode @ Mode 12 : Level meter LED checking mode # Mode 13 : VOL A/D checking mode $ Mode 14 : Fader A/D checking mode Others : Standby checking mode Others : Checker mode Others : Factory Reset
B
g How to Enter/Exit Test Mode While holding the LINK CUE, CH1 CUE and SEND (SHORT DELAY) buttons pressed, press the u button to turn the unit on. (Be sure to hold the u button pressed until the unit starts up.) Start up the unit in Mode 1 of Test mode. To exit from Test mode; press the u button to turn the unit off. u button C
D
SEND button (SHORT DELAY) TAP button CH1 CUE A button
LINK CUE button E
BEAT FX ON/OFF button
F
47
DJM-V10 5
6
7
8
1
A
2
3
4
How to Change Test Modes Power is OFF.
Turn the unit ON while holding the LINK CUE, CH1 CUE A and SEND (SHORT DELAY) buttons pressed.
B Mode 1
BEAT FX ON/OFF Mode 2
Mode 3
Mode 4
Mode 6
Mode 7
BEAT FX ON/OFF
TAP Mode 11
TAP
Mode 12 Level meter LED checking mode
BEAT FX ON/OFF
TAP Mode 13
Mode 14
TAP
Fader A/D checking mode
BEAT FX ON/OFF
TAP
TAP
VOL A/D checking mode
BEAT FX ON/OFF
TAP
VOL checking mode
BEAT FX ON/OFF
TAP
Device checking mode
BEAT FX ON/OFF
TAP
SW checking mode
BEAT FX ON/OFF
TAP
Mode 10 Touch panel checking & calibration mode
KEY checking mode
BEAT FX ON/OFF
D
TAP
LCD checking mode
BEAT FX ON/OFF
TAP
All-LED lights-on mode
BEAT FX ON/OFF Mode 5
Mode 9
All-LED lights-off mode
BEAT FX ON/OFF
Fader checking mode
BEAT FX ON/OFF
TAP
Crossfader setting mode
BEAT FX ON/OFF
C
Mode 8
Firmware version checking mode
TAP
E
F
48
DJM-V10 1
2
3
4
5
6
7
8
A
Test mode Contents Mode 1: Firmware version checking mode [Functional overview] It is a mode checking of the firmware version of each microcomputer.
[Mode Title Display] VERSION
[Element] [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
B
: Mode change (to next mode) : Mode change (to previous mode)
[Correspondence table] Software name SYSTEM MAIN MAIN-BOOT MAIN-UPDATE DSP DSP-BOOT SRCDSP AM3352 AM3352-BOOT AM3352-UPDATE PANEL1 PANEL1-BOOT PANEL2 PANEL2-BOOT
Displayed name SYSTEM MAIN MAIN-B MAIN-UP DSP DSP-B SRC DSP AM AM-B AM-UP PANEL1 PANEL1-B PANEL2 PANEL2-B
C
[Display] D
E
[Notes] None
Mode 2: Crossfader setting mode Refer to "6.2 CROSSFADER CALIBRATION".
F
49
DJM-V10 5
6
7
8
1
A
2
3
4
3
4
Mode 3: All-LED lights-off mode [Functional overview] It is the mode that all LED and Touch display light off.
[Mode Title Display] LED/LCD All OFF + This is shown for about 1 second from the start of the mode.
[Element] B
[TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
: Mode change (to next mode) : Mode change (to previous mode)
[Notes] None
Mode 4: All-LED lights-on mode [Functional overview] It is the mode that all LED and Touch display light on. C
[Mode Title Display] LED/LCD All ON + This is shown for about 1 second from the start of the mode.
[Element] [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
: Mode change (to next mode) : Mode change (to previous mode)
[Notes] LCD brightness should be MAX. D
Lighting parts:
E
F
50
DJM-V10 1
2
5
6
7
8
A
Mode 5: KEY checking mode [Functional overview] You press a button, and it is a mode to checking by lighting of the LED and Touch display indication.
[Mode Title Display] KEY TEST
[Element] Each button to check (See the table below) [BEAT FX selector switch] : Test start / Test end [TAP button] (Lighting) : Mode change (to next mode) [BEAT FX ON/OFF button] (Lighting) : Mode change (to previous mode)
B
! Start test when turning [BEAT FX selector switch]. ! Mode can not be changed during test. ! Even when testing, turning the [BEAT FX selector switch] ends the test.
[Display] Number of keys operated / Number of all keys
C
! This is the mode to check all buttons. ! The Self-lighting button other than [TAP button] is off as default. ! When the [BEAT FX selector switch] is turned, the test starts and all The Self-lighting button is turned on. ! The Self-lighting button is turned off when it is pressed. ! The status of the button you pressed is displayed at ****** in the upper left on the display. ! When pressing of all buttons is completed, [OK] will be displayed on the right side of RESULT.
D
E
F
51
DJM-V10 5
6
7
8
1
A
2
C
D
E
F
4
[Correspondence table] Operating button
B
3
Lighting LED
MIDI ON
MIDI ON LED
MIDI START/STOP (WAKE UP)
MIDI START/STOP (WAKE UP) LED
Touch display indication MIDI ON MIDI START
BEAT FX ASSIGN CH1
BEAT FX ASSIGN CH1 LED
BEAT FX 1
BEAT FX ASSIGN CH2
BEAT FX ASSIGN CH2 LED
BEAT FX 2
BEAT FX ASSIGN CH3
BEAT FX ASSIGN CH3 LED
BEAT FX 3
BEAT FX ASSIGN CH4
BEAT FX ASSIGN CH4 LED
BEAT FX 4
BEAT FX ASSIGN CH5
BEAT FX ASSIGN CH5 LED
BEAT FX 5
BEAT FX ASSIGN CH6
BEAT FX ASSIGN CH6 LED
BEAT FX 6
BEAT FX ASSIGN MIC
BEAT FX ASSIGN MIC LED
BEAT FX MIC
BEAT FX ASSIGN MASTER
BEAT FX ASSIGN MASTER LED
BEAT FX MST
FILTER (LPF)
FILTER (LPF) LED
FILTER 1
FILTER (HPF)
FILTER (HPF) LED
FILTER 2
SEND FX (SHORT DELAY)
SEND FX (SHORT DELAY) LED
SEND 1
SEND FX (LONG DELAY)
SEND FX (LONG DELAY) LED
SEND 2
SEND FX (EXT1)
SEND FX (EXT1) LED
SEND 3
SEND FX (DUB ECHO)
SEND FX (DUB ECHO) LED
SEND 4
SEND FX (REVERB)
SEND FX (REVERB) LED
SEND 5
SEND FX (EXT2)
SEND FX (EXT2) LED
MASTER MIX
MASTER MIX
PRE EQ
PRE EQ
MONO SPLIT
MONO SPLIT
CUE A CH1
CUE A CH1 LED
CUE A 1
CUE A CH2
CUE A CH2 LED
CUE A 2
SEND 6 MASTER MIX PHONES A PRE EQ PHONES A MONO SPLIT
CUE A CH3
CUE A CH3 LED
CUE A 3
CUE A CH4
CUE A CH4 LED
CUE A 4
CUE A CH5
CUE A CH5 LED
CUE A 5
CUE A CH6
CUE A CH6 LED
CUE A 6
LINK CUE A
LINK CUE A LED
CUE A LINK
CUE A MASTER
CUE A MASTER LED
CUE A MST
CUE B CH1
CUE B CH1 LED
CUE B 1
CUE B CH2
CUE B CH2 LED
CUE B 2
CUE B CH3
CUE B CH3 LED
CUE B 3
CUE B CH4
CUE B CH4 LED
CUE B 4
CUE B CH5
CUE B CH5 LED
CUE B 5
CUE B CH6
CUE B CH6 LED
CUE B 6
LINK CUE B
LINK CUE B LED
CUE B LINK
CUE B MASTER
CUE B MASTER LED
MASTOR ISOLATOR ON
MASTOR ISOLATOR ON LED
MULTI I/O MODE selector
MULTI I/O MODE selector LED (4 LEDs)
MULTI I/O ON/OFF
MULTI I/O ON/OFF LED
CUE B MST ISOLATOR ON MULTI I/O MODE MULTI I/O ON
BEAT c
None
BEAT
FX FREQUENCY (LOW)
FX FREQUENCY (LOW) LED
FREQ L
FX FREQUENCY (MID)
FX FREQUENCY (MID) LED
FREQ M
FX FREQUENCY (HI)
FX FREQUENCY (HI) LED
FREQ H
BEAT FX ON/OFF
BEAT FX ON/OFF LED
EFX ON
TAP
TAP
TAP
[Notes] None
52
DJM-V10 1
2
3
4
5
6
7
8
A
Mode 6: SW test mode [Functional overview] It is the mode which LED turns on corresponding to chosen SW. The change of the TIME knob is shown on the Touch display.
[Mode Title Display] SW TEST
[Element] Each switch to check [TIME knob] [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
B
: Mode change (to next mode) : Mode change (to previous mode)
[Display]
C
! This is the mode to check all switches. ! The status of the operated switch is displayed. ! The number of selected switch / the number of selected total is displayed. When all are selected, the check process is completed. ! Check the TIME of the rotary encoder at the same time. If -100 to +100 is displayed, the check is completed and - or + is highlighted in red. ! When all the checks are completed, [OK] is displayed on the right side of RESULT.
D
E
F
53
DJM-V10 5
6
7
8
1
A
2
3
4
[Correspondence table] Operating switch
Lighting LED
:
A (USB A)
12 dB
:
B (USB B)
9 dB
:DIGITAL Input selector switch CH1
B
6 dB
:LINE
3 dB
Channel level indicator CH1
:PHONO
0 dB
:BUILT-IN
-3 dB
:EXT1
-6 dB
:BULT-IN, EXT, EXT2
-9 dB
:
A (USB A)
12 dB
:
B (USB B)
9 dB
:DIGITAL Input selector switch CH2
C
6 dB
:LINE
3 dB
Channel level indicator CH2
:MULTI I/O
0 dB
:BUILT-IN
-3 dB
:EXT1
-6 dB
:EXT2
-9 dB
:
A (USB A)
12 dB
:
B (USB B)
9 dB
:DIGITAL Input selector switch CH3
6 dB
:LINE
3 dB
Channel level indicator CH3
:PHONO
0 dB
:BUILT-IN
-3 dB
:EXT1
-6 dB
:EXT2
-9 dB
:
A (USB A)
12 dB
:
B (USB B)
9 dB
:DIGITAL Input selector switch CH4 D
6 dB
:LINE
3 dB
Channel level indicator CH4
:PHONO
0 dB
:BUILT-IN
-3 dB
:EXT1
-6 dB
:EXT2
-9 dB
:
A (USB A)
12 dB
:
B (USB B)
9 dB
:DIGITAL Input selector switch CH5
E
6 dB
:LINE
3 dB
Channel level indicator CH5
:MULTI I/O
0 dB
:BUILT-IN
-3 dB
:EXT1
-6 dB
:EXT2
-9 dB
:
A (USB A)
12 dB
:
B (USB B)
9 dB
:DIGITAL Input selector switch CH6
6 dB
:LINE
3 dB
Channel level indicator CH6
:PHONO
0 dB
:BUILT-IN
-3 dB
:EXT2
-6 dB
:BUILT-IN, EXT1, EXT2
-9 dB
F
54
DJM-V10 1
2
3
4
5
6
7
Operating switch CROSSFADER ASSIGN (A, THRU, B) selector switch CH1 CROSSFADER ASSIGN (A, THRU, B) selector switch CH2 CROSSFADER ASSIGN (A, THRU, B) selector switch CH3 CROSSFADER ASSIGN (A, THRU, B) selector switch CH4 CROSSFADER ASSIGN (A, THRU, B) selector switch CH5 CROSSFADER ASSIGN (A, THRU, B) selector switch CH6
:A
Channel level indicator CH1
:THRU
-27 dB -24 dB
:A
-30 dB
Channel level indicator CH2
:THRU :B
-27 dB -24 dB
:A
Channel level indicator CH3
:THRU :B
-30 dB -27 dB -24 dB
:A
Channel level indicator CH4
:THRU :B
-30 dB
B
-27 dB -24 dB
:A
Channel level indicator CH5
:THRU :B
-30 dB -27 dB -24 dB
:A
Channel level indicator CH6
:THRU :B
-30 dB -27 dB -24 dB
Channel level indicator CH1
:TALK OVER
-15 dB -18 dB C
-21 dB
:MIC
9 dB
:1
6 dB
:2
3 dB
:3
Master level indicator L CH
:4 :5
BEAT FX selector switch
-30 dB
:B
:ON
CH SELECT switch
A
Lighting LED
:OFF MIC
8
0 dB -3 dB -6 dB
:6
-9 dB
:MASTER
-12 dB
:DELAY
9 dB
:ECHO
6 dB
:PING PONG
3 dB
:SPIRAL
0 dB
:HELIX
-3 dB
:REVERB
-6 dB
:SHIMMER
Master level indicator R CH
:FLANGER
D
-9 dB -12 dB
:PHASER
-15 dB
:FILTER
-18 dB
:TRANS
-21 dB
:ROLL
-24 dB
:PITCH
-27 dB
:VINYL BRAKE
-30 dB
E
F
55
DJM-V10 5
6
7
8
1
A
2
TIME knob Operation range Default Value Max value Min. value
3
4
:0 : 100 : -100
Min. value
Default Value
Max value
B
Counter clockwise
Clockwise
[Figure of correspondence]
C
D
E
[Notes] F
None
56
DJM-V10 1
2
3
4
5
6
7
8
A
Mode 7: VOL checking mode [Functional overview] It is a mode confirming an AD conversion level of the rotary volume by level indicator LED and Touch display lighting.
[Mode Title Display] VOL TEST
[Element] Each volume to check [BEAT c / d button] [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
: Group switch : Mode change (to next mode) : Mode change (to previous mode)
B
[Display] Group switch Divide each rotary volume into 9 groups and switch with [BEAT c / d button]. ! When the selected knob is turned from MIN to MAX, the check is completed and the item name turns red. ! When all the checks are completed for each group, [OK] is displayed on the right side of RESULT. Group 1
Group 2
Group 9
BEAT d
C
BEAT d
BEAT c
Value display Display the item name of each rotary volume.
D
+ X: Group number + xxxx: Operation volume
E
F
57
DJM-V10 5
6
7
8
1
A
2
3
4
[Correspondence table] Group 1 Operating volume TRIM knob CH1 TRIM knob CH2 TRIM knob CH3 TRIM knob CH4
B
TRIM knob CH5 TRIM knob CH6 EQ (LOW) knob EQ (HI) knob
Lighting LED
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH Master level indicator R CH
"-∞" : Lights off "+9" : Full Illuminate "-∞" : Lights off "+9" : Full Illuminate "-∞" : Lights off "+9" : Full Illuminate "-∞" : Lights off "+9" : Full Illuminate "-∞" : Lights off "+9" : Full Illuminate "-∞" : Lights off "+9" : Full Illuminate "-12" : Lights off "+12" : Full Illuminate "-12" : Lights off "+12" : Full Illuminate
Group 2 Operating volume C
COMP knob CH1 COMP knob CH2 COMP knob CH3 COMP knob CH4 COMP knob CH5 COMP knob CH6
D
Lighting LED
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6
"MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate
Group 3 Operating volume EQ (HI) knob CH1 EQ (HI) knob CH2 EQ (HI) knob CH3 EQ (HI) knob CH4 EQ (HI) knob CH5
E
EQ (HI) knob CH6 MASTER ISOLATOR HI knob MASTER ISOLATOR MID knob
Lighting LED
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH Master level indicator R CH
"-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate
F
58
DJM-V10 1
2
3
4
5
6
7
8
A
Group 4 Operating volume EQ (HI MID) knob CH1 EQ (HI MID) knob CH2 EQ (HI MID) knob CH3 EQ (HI MID) knob CH4 EQ (HI MID) knob CH5 EQ (HI MID) knob CH6 MASTER LEVEL knob MASTER ISOLATOR LOW knob
Lighting LED
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH Master level indicator R CH
"-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-∞" : Lights off "0" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate
B
Group 5 Operating volume EQ (LOW MID) knob CH1 EQ (LOW MID) knob CH2 EQ (LOW MID) knob CH3 EQ (LOW MID) knob CH4 EQ (LOW MID) knob CH5 EQ (LOW MID) knob CH6 BOOTH EQ (HI) knob BOOTH EQ (LOW) knob
Lighting LED
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH Master level indicator R CH
"-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-26" : Lights off "+6" : Full Illuminate "-12" : Lights off "+6" : Full Illuminate "-12" : Lights off "+6" : Full Illuminate
C
D
Group 6 Operating volume EQ (LOW) knob CH1 EQ (LOW) knob CH2 EQ (LOW) knob CH3 EQ (LOW) knob CH4 EQ (LOW) knob CH5 EQ (LOW) knob CH6 BOOTH LEVEL knob LEVEL/DEPTH knob
Lighting LED
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH Master level indicator R CH
"-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "+6" : Full Illuminate "-∞" : Lights off "0" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate
E
F
59
DJM-V10 5
6
7
8
1
A
2
4
Group 7 Operating volume FILTER knob CH1 FILTER knob CH2 FILTER knob CH3 FILTER knob CH4 FILTER knob CH5
B
3
FILTER knob CH6 MASTER FILTER knob FILTER RESONANCE knob
Lighting LED
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH Master level indicator R CH
"MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate
Group 8 Operating volume SEND knob CH1 C
SEND knob CH2 SEND knob CH3 SEND knob CH4 SEND knob CH5 SEND knob CH6 MULTI I/O LEVEL knob
D
Lighting LED
"MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate
Group 9 Operating volume SEND SIZE/FEEDBACK knob SEND TIME knob SEND TONE knob SEND MASTER MIX LEVEL knob HEADPHONES A MIX knob
E
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH
HEADPHONES A LEVEL knob HEADPHONES B MIX knob HEADPHONES B LEVEL knob
Lighting LED
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH Master level indicator R CH
"MIN" : Lights off "MAX" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "LOW" : Lights off "HIGH" : Full Illuminate "MIN" : Lights off "MAX" : Full Illuminate "CUE" : Lights off "MASTER" : Full Illuminate "-∞" : Lights off "0" : Full Illuminate "CUE" : Lights off "MASTER" : Full Illuminate "-∞" : Lights off "0" : Full Illuminate
F
60
DJM-V10 1
2
3
4
5
6
7
8
A
[Figure of correspondence]
: Group 1 : Group 2 : Group 3 : Group 4 B
: Group 5 : Group 6 : Group 7 : Group 8 : Group 9 C
D
[Notes] None
E
F
61
DJM-V10 5
6
7
8
1
A
2
3
4
Mode 8: Fader checking mode [Functional overview] It is a mode checking a value of CH1 to CH6 fader and Crossfader with level indicator LED.
[Mode Title Display] FDR TEST
[Element] B
Each fader to check [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
: Mode change (to next mode) : Mode change (to previous mode)
[Correspondence table] Operating volume
C
Lighting LED
Channel fader CH1 Channel fader CH2 Channel fader CH3 Channel fader CH4 Channel fader CH5 Channel fader CH6
Lighting range
Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH
Crossfader
"0" : Lights off "10" : Full Illuminate "0" : Lights off "10" : Full Illuminate "0" : Lights off "10" : Full Illuminate "0" : Lights off "10" : Full Illuminate "0" : Lights off "10" : Full Illuminate "0" : Lights off "10" : Full Illuminate "A" : Lights off "B" : Full Illuminate
[Notes] For Crossfader, reflect the AD value on the both ends saved in "6.2 CROSSFADER CALIBRATION" to the LED. If it is not saved, use the AD value of the leftmost sensor. D
Mode 9: LCD checking mode [Functional overview] It is a mode checking on a monochrome pattern, color pattern, black, white, red, green, blue, backlight brightness of the Touch display. For the service, confirm Group 1 - Group 8. The confirmation after Group 9 is unnecessary.
[Mode Title Display] E
LCD CHECK + At the mode start or Group switch, this title will be displayed about 1 second.
[Element] [BEAT c / d button] [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
: Group switch : Mode change (to next mode) : Mode change (to previous mode)
[Default] All LED light off, and Touch display shows Group 1.
F
[Procedure] Press [BEAT c / d button] to select Group. Touch display indication will change. 62
DJM-V10 1
2
3
4
5
6
7
8
A
[Group switch] Divide into 13 Groups and switch with [BEAT c / d button]. Group 1
BEAT d
Group 2
Group 13
BEAT d
BEAT c
[Figure of correspondence]
B
Group 1
Group 4
Monochrome 7 color bar (Left edge is white, Right edge is black)
White (Brightness : 5)
C
Group 2
Group 5
Color 7 color bar (White, Yellow, Light blue, Green, Pink, Red, Blue)
Brightness : 4
D
Group 3
Group 6
E
Black
Brightness : 3
F
63
DJM-V10 5
6
7
8
1
A
2
3
Group 7
Group 11
Brightness : 2
Green
Group 8
Group 12
Brightness : 1
Blue
Group 9
Group 13
Brightness : 0 (Screen saver)
Checks
4
B
C
D
Group 10
E
Red
F
64
DJM-V10 1
2
3
4
5
6
7
8
A
Mode 10: Touch panel checking & calibration mode [Functional overview] ! This is the mode for check and calibration of Touch panel. ! The first page is to check whether the Touch panel on the unit work normally or not. ! Press the [FX FREQUENCY (MID) button] to enter calibration mode. Note: It is not necessary to execute calibration of the Touch panel.
[Mode Title Display] TOUCH PANEL + At the mode start, this title will be displayed about 1 second. B
[Element] [BEAT c / d button] [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
: Page switch : Mode change (to next mode) : Mode change (to previous mode)
[Default] All LED light off, and Touch display shows CHECK MODE.
[Procedure] Press [BEAT c / d button] to select Page. C
Page to check touch panel
! (We recommend you check this mode using a thin touch pen.) ! This mode is to check accuracy of the Touch panel. ! Touch the squares at the four corners to turn them blue. ! When all the squares are touched, the check is completed. (OK is displayed.) ! The touched point is displayed. (Example: light blue square) ! The AD value of the Touch panel is displayed. Coordinate value converted to 320 x 240 are displayed in (xxxx). (The upper left corner is (0, 0))
D
E
F
65
DJM-V10 5
6
7
8
1
A
2
3
4
Mode 11: Device checking mode [Functional overview] It is a mode confirming SDRAM, LAN, MAC Address, IP Address, the state of the Subnet Mask, the state of the port not to usually use at start.
[Mode Title Display] DEVICE CHECK AUTO/TAP
[Element] B
[AUTO/TAP], [QUANTIZE] [BEAT c / d button] [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
QUANTIZE
: Address switch : Page switch : Mode change (to next mode) : Mode change (to previous mode)
[Display] Touch display
C
[Correspondence table] Device/Address
Display Title
Result
D
DSP SDRAM
LAN
SDRAM
LAN
MAC Address
MAC Add
IP Address
IP Add
Subnet Mask
Subnet
E
Port
Port
CHK
During a check
OK
Normal
NG
Abnormal
OK
Normal
NG
Abnormal
xx-xx-xx-xx-xx-xx
Address
EE-EE-EE-EE-EE-EE
Not set
xxx.xxx.xxx.xxx
Address
EE
Abnormal
xxx.xxx.xxx.xxx
Address
EE
Abnormal
OK
Normal
NG
Abnormal
+1 +1 +2
+4
+1 : "x" contains alphanumeric characters of the address value. +2 : "EE" is displayed even during IP Address acquisition. If "EE" is displayed for more than 30 seconds, it is abnormal. +3 : "EE" indication even when Subnet Mask is not finalized. +4 : Refer to "5.3 TROUBLESHOOTING_[12] Firmware update".
[Notes] In order to acquire the IP Address and Subnet Mask, it is necessary to connect to the computer with a LAN cable.
F
66
DJM-V10 1
2
3
4
5
6
7
8
Mode 12: Level meter LED checking mode
A
[Functional overview] It is a mode checking lighting of the level indicator LED.
[Mode Title Display] LEVEL METER TEST
[Element] [CUE A button CH1 to CH6] [CUE A button MASTER], [CUE B button MASTER] [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
: level indicator LED light on : level indicator LED light on : Mode change (to next mode) : Mode change (to previous mode)
B
[Details] When each CUE button is pressed, the corresponding level indicator LED light on one by one from the bottom. (Including CLIP indicator LED) The default value is all light off. If each CUE button is pressed after it is pressed 15 times (the top of the level indicator LED is light on), all light on. When it is pressed one more time, all light off again. Only Master level indicator L CH: When Master level indicator L CH is pressed again after it is pressed 16 times (CLI Pindicator LED light on), all light on. When it is pressed again, all light off again. C
[Correspondence table] Operating button CUE A button CH1 CUE A button CH2 CUE A button CH3 CUE A button CH4 CUE A button CH5 CUE A button CH6 CUE A button MASTER CUE B button MASTER
Lighting level indicator Channel level indicator CH1 Channel level indicator CH2 Channel level indicator CH3 Channel level indicator CH4 Channel level indicator CH5 Channel level indicator CH6 Master level indicator L CH / CLIP indicator Master level indicator R CH
D
[Notes] None E
Mode 13: VOL A/D checking mode [Functional overview] It is a mode checking on fluctuation range of the AD value of the rotary volume with Touch display. This mode is used for Design and for Development. Not used in Service.
Mode 14: Fader A/D checking mode F
[Functional overview] It is a mode checking on fluctuation range of the AD value of the fader with Touch display. 67
DJM-V10 5
6
7
8
1
A
2
3
4
Others: Standby checking mode [Functional overview] It is a mode checking a standby state. The unit enters standby mode 1 minutes after standby checking mode starts.
[Operation] While holding the LINK CUE, CH2 CUE A and SEND (DUB ECHO) buttons pressed, press the u button to turn the unit on. Check the unit goes into standby state after 1 minute. Only MIDI START/STOP (WAKE UP) button LED lights on in standby state. Pressing MIDI START/STOP (WAKE UP) button will cancel standby state. B
u button
C
SEND button (DUB ECHO) CH2 CUE A button
LINK CUE button
D
E
F
68
DJM-V10 1
2
3
4
5
6
7
8
A
Others: Checker mode [Functional overview] This mode is used in service only when performing the following tasks: - You diagnose the unit when the firmware cannot be updated - You write the serial number to the unit
[Operation] While holding the LINK CUE, CH1 CUE A and SEND (EXT2) buttons pressed, press the u button to turn the unit on.
u button
B
C
SEND button (EXT2) CH1 CUE A button
LINK CUE button D
[Display]
E
F
69
DJM-V10 5
6
7
8
1
A
2
3
4
Others: Factory Reset [Functional overview] Restore settings to factory default.
[Operation] While holding the MIDI START/STOP (WAKE UP) button pressed, press the u button to turn the unit on.
u button B
MIDI START/STOP (WAKE UP) button
C
[Details] 1 Choose [YES] and click [OK]. 2 It is indicated with [PLEASE POWER OFF], and factory setting returns to a factory shipment state. Please turn off the power.
D
E
F
70
DJM-V10 1
2
3
4
5
6
7
8
6.2 CROSSFADER CALIBRATION A
While holding the LINK CUE button, CH1 CUE A button and SEND button (SHORT DELAY) pressed, press the u button to turn the unit on. (Be sure to hold the u button pressed until the unit starts up.) Then press TAP button once to switch to "Crossfader setting mode". (Refer to "6.1 TEST MODE" for the details.)
[Functional overview] This mode is for performing calibration of the crossfader. Record the position information for the five locations (the AD value output from each four sensors) shown in the figure below.
B
A2
A1
0
B1
B2
"Crossfader calibration position setting jig (GGF1731)" is required to get the position information of A1, 0 and B1.
[Element] [BEAT FX ASSIGN MASTER button] (Lighting) [BEAT FX ASSIGN CH1 button] (Lighting) [BEAT FX ASSIGN CH2 button] (Lighting) [BEAT FX ASSIGN CH3 button] (Lighting) [CUE A CH1 button] (Lighting) [CUE A CH2 button] (Lighting) [TAP button] (Lighting) [BEAT FX ON/OFF button] (Lighting)
: Set the AD value / Save the set value C
: Start the setting
: Mode change (to next mode) : Mode change (to previous mode)
[Display] Touch display
D
! xxxx is the AD value ! The most left column displays the current AD value, and the other columns display the AD values stored in flash memory. If there is no stored AD value, "0000" is displayed. E
! [BEAT FX ASSIGN MASTER LED] lights on in the initial state.
F
71
DJM-V10 5
6
7
8
1
A
2
3
4
[Details of Operation] (1) Start the settings Press [BEAT FX ASSIGN MASTER button]. [BEAT FX ASSIGN MASTER LED] lights off, and [BEAT FX ASSIGN CH1 LED], [BEAT FX ASSIGN CH2 LED], [BEAT FX ASSIGN CH3 LED], [CUE A CH1 LED] and [CUE A CH2 LED] light on. All AD values are displayed as "−". The following steps (2) to (6) do not need to be performed in order.
B
A2
A1
0
B1
B2
C
Caution: For positioning, be sure to use "Crossfader calibration position setting jig (GGF1731)" in Step (2), (3) and (4). Please confirm that Jig is grounded to the panel surface as shown below. Otherwise, it cannot be accurately calibration. Also confirm that Jig is caught in [CROSSFADER ASSIGN (A, THRU, B) selector switch 3CH] indentation. At that time, set [CROSSFADER ASSIGN (A, THRU, B) selector switch 3CH] to "THRU" or "B". If set it to "A", it will interfere with Jig.
D
Check that Jig comes in contact with a panel surface.
Confirm that Jig is caught in the switch indentation.
E
(2) The setting of A1 Move Crossfader to A1 and press [BEAT FX ASSIGN CH1 button] button. When AD value is confirmed, it is displayed in the A1 column. [BEAT FX ASSIGN CH1 LED] light off. Touch display
F
72
DJM-V10 1
2
3
4
5
6
7
8
A
(3) The setting of 0 Move Crossfader to 0 (Center), and press [BEAT FX ASSIGN CH2 button]. When AD value is confirmed, it is displayed in 0 column. [BEAT FX ASSIGN CH2 LED] light off. Touch display
B
(4) The setting of B1 Move Crossfader to B1, and press [BEAT FX ASSIGN CH3 button]. When AD value is confirmed, it is displayed in B1 column. [BEAT FX ASSIGN CH3 LED] light off.
C
Touch display
D
(5) The setting of A2 Move Crossfader to A2, and press [CUE A CH1 button]. At that time, take your hands slowly so that the fader does not move. Otherwise, the position will change due to the cushion at the end of the fader. When AD value is confirmed, it is displayed in A2 column. [CUE A CH1 LED] light off. Touch display E
F
73
DJM-V10 5
6
7
8
1
A
2
3
4
(6) The setting of B2 Move Crossfader to B2, and press [CUE A CH2 button]. At that time, take your hands slowly so that the fader does not move. Otherwise, the position will change due to the cushion at the end of the fader. When AD value is confirmed, it is displayed in B2 column. [CUE A CH2 LED] light off. Touch display
B
C
(7) Save the setting value Press [BEAT FX ASSIGN MASTER button]. Confirm that the status shown on Touch display is OK. When the calibration is completed successfully, [BEAT FX ASSIGN CH1 LED], [BEAT FX ASSIGN CH2 LED], [BEAT FX ASSIGN CH3 LED], [CUE A CH1 LED], [CUE A CH2 LED] and [BEAT FX ASSIGN MASTER LED] light on. + When not successfully, [BEAT FX ASSIGN MASTER LED] light on and return to the initial state. Touch display
D
[Status display] E
It is explanation of status indicated by Touch display. Display
Explanation
OK
Save completion
NG
Illegality value
[Notices]
F
! If Crossfader AD values are not saved, [CUE A CH1 LED], [CUE A CH2 LED], [CUE A CH3 LED], [CUE A CH4 LED], [CUE A CH5] and [CUE A CH6] flash at startup. ! If the amplitude becomes large due to noise or incorrect operation when acquiring AD value, that time is treated as a failure and you can retry up to three times. If all three times fail, the result is NG. ! The AD value set in this mode becomes effective immediately after saving. ! If it becomes NG, the setting can be started again without changing the mode. 74
DJM-V10 1
2
3
4
5
6
7
8
6.3 ABOUT THE DEVICE Device Name
Function
Part No.
Ref. No.
MAIN CPU/DSP
System control, MAIN DSP, DAC/ADC control, LCD control
66AK2G12ABYA100
IC1101
MAIN Assy
DDR3L SDRAM
RAM (Work) for MAIN CPU/DSP
MT41K64M16TW107AIT
IC1402, IC1403
MAIN Assy
FLASH ROM (64Mb)
ROM for MAIN CPU/DSP (FW for MAIN CPU/DSP, MAC Address)
DYW****
IC1502
MAIN Assy
PMIC (66AK)
Power management IC for MAIN CPU/DSP
TPS65911AA2ZRC
IC1001
MAIN Assy
*1
USB/ETHER UCOM
USB, ETHER UCOM, DIN-MIDI control
AM3352BZCZA100@V
IC401
MAIN Assy
DDR3 SDRAM
RAM (Work) for USB/ETHER UCOM
K4B1G1646I-BYMA-K
IC701
MAIN Assy
FLASH ROM (16Mb)
ROM for USB/ETHER UCOM (FW for USB/ETHER UCOM, SUB DSP)
DYW****
IC806
MAIN Assy
PMIC (AM3352)
Power management IC for USB/ETHER UCOM TPS65910A31A1RSL
IC402
MAIN Assy
SUB_DSP
Audio DSP (for SRC)
D810K013DZKB456
IC1901
MAIN Assy
LAN PHY
PHY for Ether net LINK
LAN8720A-CP
IC903
MAIN Assy
MASTER/BOOTH DAC
DAC for MASTER1, MASTER2, BOOTH
ES9016SD1
IC2101
MAIN Assy
SEND/REC DAC
DAC for SEND1 to SEND3, REC OUT
AK4359AVF
IC2401
MAIN Assy
HP DAC
DAC for HP
AK4382AVT
IC2501, IC2502
MAIN Assy
DIT
Digital Audio Transmitter
AK4104ET
IC2904
MAIN Assy
*1
A
Assy
Authentication Coprocessor
MFi authentication IC
H337S3959
IC1504
MAIN Assy
CH1-4 ADC
ADC for Ch1 to Ch4
AK5578EN
IC4701
AIN Assy
CH5-6 ADC
ADC for Ch5 and Ch6
AK5574EN
IC4801
AIN Assy
RETURN ADC
ADC for RETURN1 to RETURN3
PCM1803ADB
IC4902, IC5002, IC5102
AIN Assy
MIC ADC
ADC for MIC1, MIC2
AK5358AET
IC5203
AIN Assy
3.5 inch TFT LCD
Display device
DWX4228
PNL1 UCOM
Main control, KEY, VR, Touch panel control
DYW****
*1
IC8406
UCOM Assy
PNL2 UCOM
LED, Fader_VR control
DYW****
*1
IC8409
UCOM Assy
B
C
DJM-V10
*1: Note on DYW**** The "****" part of the part number changes each time the firmware is updated.
D
Two or more FLASH and SDRAM are mounted in this unit. Please judge the device which you should diagnose in reference to this list.
E
F
75
DJM-V10 5
6
7
8
1
2
3
4
7. DISASSEMBLY A
Note: Even if the unit shown in the photos and illustrations in this manual may differ from your product, the procedures described here are common.
Knobs and Volumes Location H
I
A B C
B
D
A
E
G
F
M C
G J K G
L F
D
N A
G E
B
DAA1415 ×7 White
White
Black
Dark Gray (rubber)
H
DAA1435 ×15
DAA1265 ×2 White Black (rubber)
DAA1419 ×8
DNG1133 ×8
+
H E
DAA1418 ×2
F
DAA1307 ×2
DAC2685 ×6
White
White
White
Black (rubber)
Black (rubber)
K
DAA1420 ×2
L
DAA1205 ×1
Black
O
DNK5888 ×6
DAC2685 ×1
DAA1180 ×1 Black (rubber)
White
White Black (rubber)
DAC3539 ×6
DAA1434 ×25
Dark Gray (rubber)
J
DAA1295 ×3
Black (rubber)
N
DAC3238 ×1
DNK6440 ×1
+
DNG1133
Silver Black (rubber) White
F
D
DAA1416 ×6 Yellow Black (rubber)
I
G
White
White Black (rubber)
M
C
DAA1417 ×6
O
DAC2685
Note + : DNG1133 is nonreusable to fix it with DS tape to a knob.
DAC2685
White
Black
White
DAA1419 DAC3539
Black
DAC3238
DNK5888
Gray
DNK6440
76
Gray
DJM-V10 1
2
3
4
5
6
7
8
A
Disassembly [1] Control Panel Section [1-1] Knobs 1 Remove the 77 knobs. 2 Remove the 6 Slider knobs 2, 6 Knobs, 6 Slider Knob Stoppers. (See below.) 3 Remove the Slider knob 2, Knob, Stopper. (See below.)
Except these knobs
1
×77
B
g The reference of the direction Side on which the line reaches the bottom Stopper (front direction)
Side on which the line reaches the bottom Stopper (right direction)
2
×6
C
3
D
g Assembly / Reassembly of the Slider Knob 2, Knob and Slider Knob Stopper (Stopper) -Disassembly-
-Reassembly-
1 Lift the lower end of the Slider knob 2, using a pointed tool. 2 Pull the Slider knob 2 out upward. 3 Pull the Knob out upward. 4 Pull the Slider Knob Stopper (Stopper) out horizontally.
1 Insert the Slider Knob Stopper (Stopper) horizontally. 2 Insert the Knob, paying attention to its orientation. 3 Insert the Slider knob 2, paying attention to its orientation.
E 1
2
3
4
4
1
2
3
4
1
2
3
4
2
3
4
F
77
DJM-V10 5
6
7
8
1
A
2
3
4
[1-2] Panel and HPJC Assy 1 Remove the 8 screws. (DBA1290) Caution : Be sure to use the following screw at the reassembling!
2 DBA1290 B
2 Slide the Panel around the 5-7 mm. 3 Pull out it until you can see the connector of HPJC Assy. 4 Disconnect the one connector. (CN6201)
4
Panel
CN6201
3 1
Caution: Remove the Panel after disconnecting the connector earlier. The connector in the main unit disconnect when you pull the jumper wire at assembling too much.
×8
HPJC Assy
C
5 Remove the 2 screws and then remove the HPJC Assy with stay. (BPZ30P080FNI) 6 Remove the one nut. 7 Remove the one screw and then remove the HPJC Assy. (BBZ30P060FTC)
Panel
7
D
HPJC Assy
6 Screw tightening order
5
×2
• Rear view
Stay
2
1
E
g Notes on assembling At the panel assembling, tighten the screws while pressing the panel like the figure below in the direction of the arrow.
F
78
DJM-V10 1
2
3
4
5
6
7
8
A
[1-3] Control panel and Panel 1 Remove the 4 screws. (BBZ30P060FTC)
1
1
1
1
Caution : Be sure to use the following screw at the reassembling!
• Front view BBZ30P060FTC
2 Remove the 4 screws. (BBZ30P060FTB)
2
2
2
B
2
Caution : Be sure to use the following screw at the reassembling!
• Rear view BBZ30P060FTB
Screw tightening order
1
2
1
3
2
3
C
4
4
3 Remove the 25 screws and then remove the Control panel and Panels. (DBA1451)
3
×25 D
Caution : Be sure to use the following screw at the reassembling!
DBA1451
E
F
Panel
Control panel
79
DJM-V10 5
6
7
8
1
A
2
3
4
Screw tightening order Note: When you remove Control Panel and Panel, assemble it from Control Panel surely.
5
2 6
4 8 7
9 10
11
B
12 14
15
16
5
13
4
3
17 18
20
19
3 C
1
2
1
g Notes on assembling / disassembling Control panel (Bottom view) Since the Lens (DEH1110) is fixed with DS tape, it cannot be reused. When attaching it, make sure that the DS tape does not protrude from the hole of the Control panel.
Be careful not to lost Lens.
Be careful not to lost Lens.
D
Be careful not to lost Holder.
[1-4] Control panel Section 1 Remove the 12 Sheets.
1
E
F
80
DJM-V10 1
2
3
4
×12
5
6
7
2 Remove the USBA panel Assy and the USBB panel Assy.
8
A
USBA panel Assy
2 USBB panel Assy
2 B
C
3 Open the Control panel Section in the direction of the arrow, and remove it. 4 Disconnect the 2 FFCs. (CN7, 9)
Notes on assembling When attaching the Control panel to the product, be careful not to damage the part shown in the figure below on the rear panel.
Control panel Section
3
D
4 ×2 CN9 CN7
E
Do not damage the FFC at the chassis edges.
F
81
DJM-V10 5
6
7
8
1
A
2
3
4
[2] Chassis Section (Top part) [2-1] Jumper wire 1 Disconnect the one FFC and 3 connectors. (CN2, 10, 11, 14) 2 Release the 3 points of FFC and jumper wires.
1
×4
CN4002
CN4001
2
2
2 B CN10
CN14
CN2 CN11
g Jumper wires styling
CN4001
CN4002
CN4002 connects after turning it half a turn counterclockwise while looking at the product from the front.
Reinforcement plate of FFC is long
C
Install so that the jumper wire between USBP Assy and USBA Assy, the jumper wire between MAIN Assy and AIN Assy do not touch.
Reinforcement plate of FFC is short
CN10 CN2
D
[2-2] USBP Assy 1 Disconnect the 2 connectors. (CN3151, 3152) 2 Remove the 2 screws. (BBZ30P060FTC) 3 Remove the USBP Assy while sliding it in the direction of the arrow.
1 CN3152
2 3
1 CN3151
2
USBP Assy
E
[2-3] USBA and USBB Assy 1 Release the 5 points of jumper wire.
1
1
1
1
F
1
82
DJM-V10 1
2
3
4
5
6
7
2 Remove the 2 screws and then remove the USBB Assy with stay. (BBZ30P060FTC) 3 Disconnect the one connector. (CN3101) 4 Remove the 2 screws and then remove the USBA Assy with stay. (BBZ30P060FTC) 5 Disconnect the one connector. (CN3051)
8
USBB Assy
4 2
A
USBA Assy
4
2 CN3051 CN3101
5
3
Screw tightening order
2
2
1
B
1
g Notes on assembling The screw is attached when the positioning rib (_ part) is at the position shown in the figure below.
NG example The hook is not inserted into the slit of the board.
C
USBA Assy
Attach so that the hook is inserted into the slit of the board. D
[2-4] MTRM Assy 1 Remove the 2 screws (BBZ30P060FTC) 2 Disconnect the BtoB connector and then remove the MTRM Assy with stay. (CN6251)
MTRM Assy
CN6251
1
1
2
Screw tightening order
E CN5201
MTRM Assy
1
2
F
83
DJM-V10 5
6
7
8
1
A
2
3
[2-5] Shield plate 1 Remove the 15 screws. (BBZ30P060FTC)
1
4
Shield plate
×15
Screw tightening order
7
9
5
8
10
6 B
1 3
13
14 12
15
2 4
11
2 Lift the right side of Shield plate and then remove it in the direction of the arrow.
Notes on assembling Pass the cable from the hole.
C
Shield plate
2 2
-2
-1
D
E
[2-6] AIN Assy 1 Remove the 2 screws. (BBZ30P060FTC) 2 Disconnect the 3 connectors. (CN4003, 4004, 4005)
1
1
Screw tightening order
AIN Assy
CN4003
CN4004
×3
CN4005
2
1
2
Cord clamper
F
84
DJM-V10 1
2
3
4
5
6
7
8
A
g Jumper wires styling Perform the following connection and styling of the jumper wires between SNRT1, 2, 3 Assys and AIN Assy. Confirm whether color of Jumper wires of SNRT1, 2, 3 and connector (CN4003, 4004, 4005) match as follows. ! SNRT1 f CN4003 : White ! SNRT2 f CN4004 : Red ! SNRT3 f CN4005 : Blue SNRT3 Assy
B
SNRT2 Assy Clamp the jumper wire (blue) from the SNRT3 Assy with Cord clamper in the fig.
SNRT1 Assy
Clamp the jumper wire (white) from the SNRT1 Assy with Cord clamper in the fig.
CN4003 (White)
CN4004 (Red)
CN4005 (Blue)
Clamp the Cord clamper to the direction of the arrow.
C
Make styling so that each other's jumper wires do not come in contact.
D
3 Remove the 8 Plug/PINs. 4 Remove the 6 screws. (BPZ30P080FTB) 5 Remove the one washer and one nut. (DEC2920, NKX2FNI) 6 Remove the 2 screws. (PPZ30P080FTB)
4
×6
3
×2
3 ×2 3
×2
3
6
×2
5
6
• Rear view
E
Screw, Washer and Nut tightening order
1
2 3 4 5 6
1
1 2
F
85
DJM-V10 5
6
7
8
1
A
2
3
4
7 Pull out the AIN Assy to front direction and then remove it.
AIN Assy
7
B
C
8 Stand the AIN Assy in the fig. 9 Reconnect the Control panel Section etc.
9
Control panel Section
8
AIN Assy AOUT Assy SNRT1 Assy
Diagnosis
SNRT2 Assy SNRT3 Assy
D
HPJK Assy
PSWB Assy MAIN Assy
HPJM Assy HPPW Assy REGB Assy
SW POWER SUPPLY
E
F
86
DJM-V10 1
2
3
4
5
6
7
8
A
[3] Chassis Section (Bottom part) [3-1] Shield plate and Stay 1 Remove the 2 screws and then remove the Shield plate. (BBZ30P060FTC) 2 Remove the Stay.
Notes on assembling Confirm that three hooks are inserted.
Screw tightening order
1
1
1
2
B
2
Shield plate
Stay
C
[3-2] PSWB Assy, SNRT1, 2, 3 Assy 1 Release the 3 Jumper wire stylings. 2 Remove the 5 screws. (BBZ30P060FTC) 3 Disconnect the 4 connectors. (CN5404, 5405, 5406, 7701) 4 Unlock the PCB holder.
SNRT1, 2, 3 Assy
PSWB Assy
Screw tightening order
2
2
2
2
D
2 3
2 1
CN7701
1
CN5404
4 1
CN5405
3 1
CN5406
3
×2
E
5 Remove the 12 nuts and 12 washers.
5
×12
Nut and Washer tightening order
4
• Rear view F
1
87
DJM-V10 5
6
7
8
1
A
2
3
6 Pull out the PSWB Assy, SNRT1, 2, 3 Assy to front direction and then remove it.
4
SNRT2 Assy
SNRT3 Assy PSWB Assy
SNRT1 Assy
6 6
×3
B
g Notes on assembling Press the SNRT Assy with enough force that the Rear panel does not deform in the direction of l, and then fix the washers and nuts.
The contents of the three SNRT Assy are the same, but the usage depends on the mounting position. SNRT3 (Blue)
SNRT2 (Red)
SNRT1 (White)
Press C
Rear panel
D
g Jumper wires styling Perform the following connection and styling of the jumper wires between SNRT1, 2, 3 Assys and AOUT Assy and between PSWB Assy and AOUT Assy. Hooks being inserted in the slits of the chassis.
Jumper wire pass the locking mini clamp. E CN5404 (White) CN5405 (Red)
Clamp the Cord clamper.
CN5406 (Blue)
Jumper wire pass the wire clip. CN5407 (Yellow)
F
88
DJM-V10 1
2
3
4
5
6
[3-3] HPJK, HPJM and FGP2 Assys 1 Disconnect the one connector. (CN6353) 2 Remove the HPJK and HPJM Assy with Stay. 3 Remove the one screw and then remove the FGP2 Assy. (BBZ30P060FTC)
7
8
A
2 HPJM Assy
HPJK Assy
1
g Notes on assembling Put the slits of the stay to the hooks of the chassis.
CN6353
B
3
FGP2 Assy
Notes on assembling Attach it while being careful about the directions fixing FGP2 Assy.
C
[3-4] SW POWER SUPPLY 1 Remove the 8 screws and then remove the Cover and Shield case. (BBZ30P060FTC)
1
×8
Screw tightening order
4
3 D
3
4
Front
2
1
2
Cover
1
Shield case
2 Release the 3 Jumper wires stylings. 3 Disconnect the 4 connectors. (P1, 2, 3, 4) 4 Remove the 3 screws. (ABZ30P060FTC) 5 Unlock the Spacer and then remove the SW POWER SUPPLY.
SW POWER SUPPLY
4 P1
2
2
3 P3
2
E
5 3
×3
P4
P2
4
F
4 89
DJM-V10 5
6
7
8
1
A
2
3
4
g Jumper wires styling Jumper wires styling of this part must be attached according to the following instructions. + You should comply with product performance and safety standards of each country.
CN3
Jumper wire pass the wire clip. CN8
B
Capacitor
Jumper wire pass the wire clip.
Put Jumper wire to the front side of product than capacitor. CN6301
P3
P4
P2
C
Jumper wire pass the wire clip.
Bind jumper wire with cable tie position of the line on the chassis.
P2 to CN8
P4 to CN3
P3 to CN6301
CN3
CN8
D
E
P2
CN6301
P4
[3-5] REGB Assy 1 Disconnect the one connector. (CN12) 2 Remove the 2 screws and then remove the Cover. (BBZ30P080FTB) 3 Remove the REGB Assy.
REGB Assy
2
×2
Cover Caution: Before attaching Cover, you must attach a thermal sheet to Cover. Otherwise, the regulator in the center will be damaged and the product will break down.
3 Screw tightening order
1
2
1 CN12
F
90
P3
Caution: Before attaching Chassis, you must attach a thermal sheet to Cover. Otherwise, the regulator in the center will be damaged and the product will break down.
DJM-V10 1
2
3
4
5
6
7
A
[3-6] HPPW Assy 1 Disconnect the one FFC and one connector. (CN6351, 6352) 2 Remove the 6 screws and then remove the HPPW Assy. (ABZ30P060FTC)
2
8
2
×6
1 CN6351
3 CN6352
5
1
B
HPPW Assy
1
4
6
g Jumper wires styling REGB Assy Press
HPPW Assy
Press
C
CN12 CN6351
MAIN Assy
CN13
[3-7] MAIN and AOUT Assy 1 Remove the one screw and then remove the Stay. (BBZ30P060FTC) 2 Disconnect the one bridge connector. (CN5402) 3 Disconnect the one FFC and one connector. (CN4, 6) 4 Remove the 15 screws. (BBZ30P060FTC)
MAIN Assy
4
AOUT Assy
Stay
×15
D
1
2 CN5402
CN5
3 CN4
Screw tightening order
CN5401
3 CN6
CN5403
E
15 14
4
2
12
8
3 5
11
9 13
1 6
7
10 F
91
DJM-V10 5
6
7
8
1
A
2
3
4
g Jumper wires styling
Press
CN6
CN5403
B
4 Remove the 2 washers and 2 nuts. (DEC2920, NKX2FNI) 5 Remove the 6 screws. (PPZ30P080FTB) 6 Remove the 2 screws. (PMH30P100FTB) 7 Remove the 3 screws. (BPZ30P080FTB) C
5 7
• Rear view
×4
5 4
×2
7
×2
6
Screw, Waher and Nut tightening order AOUT Assy k
l MAIN Assy
AOUT Assy k
l MAIN Assy
AOUT Assy k
1 3 1
D
×2
2 3
2 1
8 Pull out the MAIN and AOUT Assemblies to front direction and then remove it.
2 4 7
MAIN Assy
l MAIN Assy
5 ×2
6
AOUT Assy
8 8 E
F
92
DJM-V10 1
2
3
4
×2
5
6
7
8
A
g Reference information About Side panel When repairing the substrate, it is not necessary to remove the Side panel. If removed, reassemble while paying attention to the following points. 1. Assemble the Side panel to the product before fixing the Control panel. However, do not fix the Side panel with screws at this state. 2. The Side panel is fixed after fixing the Front panel with screws. When fixing the Side panel, perform it while pushing it up in the direction of l. And, be sure to use the specified screws. Caution : Be sure to use the following screw at the reassembling!
B
DBA1290
Push up
Push up
Front
Front C
[4] Control Panel Section [4-1] Channel fader Section 1 Disconnect the 6 connectors. (CN8404, 8405, 8407, 8408, 8409, 8411)
1
UCOM Assy
×6
g Jumper wires styling
CN8404 CN8405 CN8407 CN8408 CN8409 CN8411
UCOM Assy
D
Cable of the UCOM side passes the top.
• Bottom view Put the jumper wire to the hook.
2 Remove the 12 screws and then remove the 6 Channel fader Sections. (BSZ20P040FTB)
2
×12
Channel fader Section
Channel fader Section E
Screw tightening order
1
3
5
7
9
11
2
4
6
8
10
12 F
93
DJM-V10 5
6
7
8
1
A
B
2
[4-2] CHF1 to CHF6 Assys 1 Remove the 4 screws and then remove the Cover with PC board. (BPZ20P060FTC) 2 Remove the 2 screws and then remove the CHF* Assy. (BSZ20P040FTB) 3 Remove the 2 screws. (CPZ26P080FTC) 4 Remove the Slider Section. 5 Remove the 2 Guide shafts VK1. 6 Remove the 2 screws and then remove the Lever plate. (BPZ20P060FTC) 7 Remove the 2 Cushions.
3
1
CHF* Assy
6
×2
4
Lever plate
3
2
×2
×2
Guide shaft VK1
Cushion
5
Confirm that a lever of VR is inserted in a slit of the Slider. Lever of VR
×4
Cover
7
g Notes on assembling
4
Slider
Holder
C
Slider
g Locations of grease application Lubricating oil (GEM1107)
Note: Greasing must be performed at a total of 4 points, 2 points each for the upper and bottom places of each shaft. (0.01 to 0.02 g per point × 4 points) After applying grease, move the slider base back and forth from one end to the other for approximately 30 strokes, in order to fully spread the grease.
D
E
[4-3] CRFSW Assy 1 Remove the one screw and then remove the SWTOP Assy. (BBZ30P060FTC) 2 Disconnect the one FFC. (CN7603) 3 Remove the one screw and then remove the SWBTM Assy. (BBZ30P060FTC)
3
2
1
CN7603 (BFXB)
SWTOP Assy
4 Remove the 2 screws and then remove the CRFSW Assy. (DBA1451)
SWBTM Assy
CRFSW Assy
4
4
g Notes on assembling Sheet Nonreusable to fix it with DS tape.
F
Slide SW Cap (W) 94
DJM-V10 1
2
3
4
5
6
7
8
A
g FFC styling
Bend FFC in conformity to the line on the silk.
Bend FFC in fig. after insert it to connector. B
[4-4] M-ISO knob 1 Remove the 3 knobs.
Knob
1
×3 C
2 Remove the 6 screws and then remove the 3 Holder Section. (BBZ30P060FTC)
2
×6
Holder Section D
Holder Section Holder Section
g Notes on assembling Insert the Holder Section to the VR.
Insert the Jig (GGF1732).
Tighten 2 screws according to order. Remove the jig.
E
1
2
Confirm that the tip of VR sticks out from the jig.
F
95
DJM-V10 5
6
7
8
1
A
2
3
4
3 Remove the Base/TRQ, Ring/TRQ and Spring/TRQ.
Holder Ring/TRQ
3
Base/TRQ Spring/TRQ B
g Notes on assembling Assembling
Confirm that condition of the spring is good. OK Edge of Spring
Concave part
NG Crossing
Edge of Spring
Insert it with this condition.
C
Edge of Spring position Match to projection of Base/TRQ.
Edge of Spring
D
Edge of Spring
Insert the Spring to concave part. Edge of Spring
Crossing
[4-5] Cross Fader Service Assy 1 Disconnect the one connector. (CN7604) 2 Release the Jumper wire styling. 3 Remove the 2 screws and then remove the Cross Fader Service Assy. (BBZ30P060FTC)
3 1
3
CN7604 (BFXB)
2 Cross Fader Service Assy
g Jumper wires styling E
NG
Not inserted tightly Insert it after turning the connector 2.5 clockwise.
OK
F
Inserted tightly
96
DJM-V10 1
2
3
4
5
6
7
8
A
[4-6] LEDB Assy 1 Disconnect the one FFC. (CN8410)
UCOM Assy
1 CN8410
B
• Bottom view
2 Remove the 5 screws and then remove the LEDB Assy. (BBZ30P060FTC)
2
LEDB Assy
×5
C
Screw tightening order
3 1 5
4
2 D
g Notes on assembling Attach LEDB Assy to a Panel stay while inserting FFC in the slit of the Panel stay.
E
F
97
DJM-V10 5
6
7
8
1
A
2
3
[4-7] UCOM Assy 1 Remove the 4 screws. (BBZ30P060FTC) 2 Unhook the 2 hooks and then remove the Barrier. 3 Unhook the 2 hooks of the Barrier.
1
×4
4
Barrier (DEC3861)
Barrier (DEC3890)
UCOM Assy
3 2
Screw tightening order
4
3 B
3
2
2
1
• Bottom view
C
4 Disconnect the 8 FFCs. (CN8401, 8402, 8406, 8412, 8414, 8415, 8419, 8420) 5 Remove the UCOM Assy.
4
UCOM Assy
×8
CN8420
CN8406
CN8412
CN8415 CN8414 CN8401
CN8402
5
CN8419
D
• Bottom view
g FFC styling Bend
Bend
E
Hook
Bend Bend
Bend F
98
DJM-V10 1
2
3
4
5
6
7
8
A
Pass FFC in slit of Barrier.
Attach Barrier. With hook as the fulcrum, turn it to the direction of the arrow.
Put Barrier to the hook.
Bend FFC
Put Barrier to the hook.
Pass FFC to hook of Barrier
B
Bend FFC to the edge of Barrier.
C
[4-8] BFXB Assy 1 Remove the 77 nuts and 77 washers. 2 Remove the one nut.
1
×77
D
E
2
F
99
DJM-V10 5
6
7
8
1
A
2
3 Remove the one screw. (BBZ30P060FTC) 4 Turn the Barrier 90 degrees counterclockwise and then, unhook the one hook and remove the Barrier.
3
4
3
4 B
• Bottom view
Barrier (DEC3929)
5 Unhook the 2 hooks and then remove the Barrier.
5
C
5
D
• Bottom view
Barrier (DEC3861)
6 Unhook the 2 hooks and then remove the Barrier.
6
E
6
• Bottom view
Barrier (DEC3860)
F
100
DJM-V10 1
2
3
4
5
6
7 Remove the one screw. (BPZ30P100FTB) 8 Remove the 4 screws and then remove the BFXB Assy. (BBZ30P060FTC)
7
8
A
Plate
7 8
Screw tightening order
B
8 8
2
BFXB Assy
3
1
8 • Bottom view
g Barrier and FFC styling Bend FFC in conformity to the line on the silk.
Put Barrier to the hook.
DEC3860
Bend Barrier (2nd)
C
Bend Barrier (1st)
DEC3861
Put Barrier to the hook. With hook as the fulcrum, turn it to the direction of the arrow.
Put Barrier to the hook. Pass FFC in slit of Barrier.
DEC3861
DEC3861
D
DEC3929
E
OK
NG
DEC3929
F
101
DJM-V10 5
6
7
8
1
A
2
3
4
[4-9] CUEVR Assy Caution: When diagnosing the CUEVR Assy, there are differences in the procedure for removing the UCOM Assy depending on the contents of the diagnosis. Follow the procedure of "5.5 CUEVR ASSY DIAGNOSIS METHOD".
B
Barrier
3
1 Remove the 2 screws and then remove the 2 Stays. (BBZ30P060FTC) 2 Remove the 4 screws. (BBZ30P060FTC) 3 Unhook the 2 hooks and then remove the Barrier. 4 Remove the 3 screws and then remove the CURVR Assy (BBZ30P060FTC)
4
4
3
4
2
Stay
1
Stay
2
2
1
2
CUEVR Assy • Bottom view C
Screw tightening order
2
3
1
2
3
1
1
4
2
D
g Barrier and FFC styling Pass FFC in slit of Barrier. Put Barrier to the hook. Pass FFC in slit
Pass FFC in slit
E
Bend FFC in conformity to the line on the silk.
F
102
DJM-V10 1
2
3
4
5
6
7
8
A
[4-10] SFXB Assy 1 Remove the 2 screws. (BBZ30P060FTC) 2 Unlock the Spacer and then remove the SFXB Assy. Screw tightening order
Notes on assembling Insert the Spacer before tightening the screws.
2 1
B
1 SFXB Assy
2
1 C
• Bottom view
[4-11] PNLR and PNLL Assys 1 Remove the 4 screws and then remove the PNLR Ass. (BBZ30P060FTC) 2 Remove the 3 screws and then remove the PNLL Assy. (BBZ30P060FTC)
PNLR Assy
PNLL Assy
1
2
D
2
1
Screw tightening order
1
2
1
1
2
1
3
E
2 3 4
Stay
Stay • Bottom view
F
103
DJM-V10 5
6
7
8
1
A
2
[4-12] LCDB Assy " LCD Section 1 Remove the one screw. (BBZ30P060FTC) 2 Remove the 3 screws and then remove the LCD Section. (BBZ30P060FTC)
3
4
1 LCD Section LCD Section
2
Screw tightening order
1 B
3
2 • Bottom view
C
D
" LCDB Assy, TFT LCD and Touch panel 1 Disconnect the 2 FPCs. (CN8901, 8902) 2 Remove the 3 screws and then remove the LCDB Assy. (BPZ30P100FTB) 3 Remove the Stay. 4 Remove the TFT LCD. 5 Remove the Touch panel.
2
1
×3
CN8902
LCDB Assy CN8901
1 Stay
Screw tightening order
1
+ Cushion
2
3
+ Cushion
+ Cushion
3
TFT LCD
4
E
+ Cushion
Touch panel
5 Panel
+ Cushion • Bottom view F
Note + : Nonreusable to fix it with DS tape.
104
DJM-V10 1
2
3
4
×3
5
6
7
8
A
g Notes on assembling When replacing the Cushion to be attached to the touch panel, do not damage the Touch panel.
Paste the Cushion along the outline of the Touch panel.
Confirm that the Cushion does not protrude from the LCD. If protrude, reattach the Cushion.
Cushion
B
Touch panel
When replacing the parts inside the LCD Section (especially TFT LCD and Touch panel), pay attention to dust intrusion between TFT LCD and Touch panel, and contamination of the TFT LCD surface. Check LCD Section for dust and dirt after assembling LCD Section. If it is dirty, clean it before installing it.
C
D
E
F
105
DJM-V10 5
6
7
8
1
2
3
4
8. EACH SETTING AND ADJUSTMENT 8.1 NECESSARY ITEMS TO BE NOTED A
After repairing, be sure to check the version of the firmware, and if it is not the latest one, update to the latest version. Perform the each item when the following parts are replaced. " MAIN Assy
" Confirmation of the version of the firmware " Updating to the latest version of the firmware (8.2 UPDATING OF THE FIRMWARE) " Writing the serial number of the unit (8.3 WRITING THE SERIAL NUMBER OF THE UNIT) " Factory reset (Be changed user setting to condition before the repair when be possible) " Crossfader calibration (6.2 CROSSFADER CALIBRATION)
" UCOM Assy (PNL1 UCOM: IC8406) (PNL2 UCOM: IC8409)
" Confirmation of the version of the firmware " Updating to the latest version of the firmware (8.2 UPDATING OF THE FIRMWARE) " Factory reset (Be changed user setting to condition before the repair when be possible)
" Cross Fader Service Assy
" Factory reset (Be changed user setting to condition before the repair when be possible) " Crossfader calibration (6.2 CROSSFADER CALIBRATION)
" Touch panel
" Confirmation of the Touch panel operation (6.1 TEST MODE_Mode 10: Touch panel checking & calibration mode)
B
C
D
E
F
106
DJM-V10 1
2
3
4
5
6
7
8
8.2 UPDATING OF THE FIRMWARE A
g Downloading and Unzipping the Updater File 1 Download the zipped firmware file for the latest firmware. 2 Unzip the DJM-V10_xxx.zip file to get the updater file. DJM-V10_xxx.upd + The above xxx denotes the version of new firmware. + The extension (.upd) may not be displayed, depending on the setting of the computer.
g Preparation for Updating B
Save the firmware file [DJM-V10_xxx.upd] to the root directory of USB memory. + DO NOT rename the file name. + DO NOT save the multiple firmware files in the USB memory.
g How to Update u button Mobile device connection terminal (USB port) C
FX FREQUENCY MID button
D
BEAT FX ON/OFF button
1 Enter Update mode. While holding the BEAT FX ON/OFF and FX FREQUENCY MID buttons pressed, press the u button (to set it to ON). 2 Check the current version of the firmware. Check the version indicated on the display. If the current version is the same as the downloaded firmware version (xxx), the current firmware version is the latest and there is no need for updating.
E
3 Plug a USB memory device to use for updating into the USB port. Updating starts. The progress of updating is indicated with the bar and percentage indications on the display. + NEVER unplug the USB memory device nor turn the unit OFF during updating. + Updating takes about 5 minutes. 4 After "COMPLETE" is indicated, turn the unit OFF then unplug the USB memory device used for updating. Updating is completed. If updating does not start, restart from downloading of an updater. If updating cannot be started even after the above retry, the USB memory device may be faulty. Retry updating, using another USB memory device.
107
DJM-V10 5
6
F
7
8
1
2
3
4
8.3 WRITING THE SERIAL NUMBER OF THE UNIT A
Preparations 1 Download the software for writing the serial number from Niis. 2 The compressed files decompress and save to PC. The generated folder is below. ! Inifolder ! Logfolder ! hidcom.dll ! DJM_V10.exe ! device.ini ! UsbMidi.dll
5 Again display serial input dialog (second time), enter serial number by handwork or barcode reader, and click “Enter” like Step 4.
Procedure B
* Reference screen
1 Connect the unit with a PC via a USB B cable. 2 To start the unit in Checker mode. While holding the LINK CUE, CH1 CUE A and SEND (EXT2) buttons pressed, press the u button to turn the unit on. u button
6 Dialog is displayed for the input of Destination Code, you need to enter in accordance with following table. C
Model Name DJM-V10/LSYXJ DJM-V10/UXJCB DJM-V10/XJCN
SEND button (EXT2) CH1 CUE A button
Input Destination Code DJM-V10/L DJM-V10/U DJM-V10/X
LANGUAGE ENGLISH ENGLISH CHINESE
LINK CUE button
D
3 Turn on PC, and click software “DJM_V10.exe”. 4 Click [Serial Number Write] button, display serial input dialog (first time). Enter serial number by handwork or barcode reader, and click “Enter”. If enter by handwork, enter “ ' ” before serial number. (If forgot, displayed error) If enter by barcode reader, need to connect for PC in advance.
7 Confirm that serial number written in is indicated in the Display of the unit. *When it is not written in, it is not indicated.
E
8 Completed successfully, PC software (DJM_V10.exe) is displayed “OK”.
F
9 Turn off the unit, and remove the connection to the PC.
108
DJM-V10 1
2
3
4
5
6
7
8
8.4 USER SETABLE ITEMS Setting Value (The factory default settings are indicated in red letters.)
Item for user's Setting [UTILITY] BALANCE MASTER OUT
BOOTH OUT MIC OUT TO MASTER MIC OUT TO BOOTH
SAMPLING RATE PEAK LIMITER MONO/STEREO ATT. MONO/STEREO PEAK LIMITER THRESHOLD LEVEL
44.1kHz, 48kHz, 88.2kHz, 96kHz OFF, ON MONO, STEREO −12dB, −9dB, −6dB, −3dB, 0dB MONO, STEREO 0dB, 3dB, 6dB, 9dB, 12dB, 15dB, OFF
LEVEL
OFF, −18dB, −15dB, −12dB, −9dB, −6dB, −3dB, 0dB
PEAK LIMITER THRESHOLD LEVEL PC UTILITY AUTO STANDBY LOCK MY SETTINGS CH FADER CURVE CROSSFADER CURVE PRE EQ HEADPHONES A MONO SPLIT BEAT FX QUANTIZE MIC LOW CUT MODE TALK OVER LEVEL MIDI CH BUTTON TYPE DISPLAY BRIGHTNESS INDICATOR BEAT DELAY, ECHO, PING PONG, SPIRAL, FX FREQUENCY HI, MID, LOW TRANS, ROLL HELIX REVERB, SHIMMER FLANGER, PHASER, FILTER PITCH VINYL BRAKE
Content to be Stored
A
L128 - 0 - R127 OFF, ON −12dB, −9dB, −6dB, −3dB, 0dB MONO, STEREO −30dBFS, −27dBFS, −24dBFS, −21dBFS, −18dBFS, −15dBFS, −12dBFS, −9dBFS, −6dBFS
PEAK LIMITER ATT. MONO/STEREO REFERENCE LEVEL
DIGITAL MASTER OUT
Part Name
B
0dB, 3dB, 6dB, 9dB, 12dB, 15dB, OFF OFF, ON OFF, ON LOCKED, UNLOCKED CURVE1, CURVE2, CURVE3 CURVE1, CURVE2, CURVE3 POST EQ, PRE EQ STEREO, MONO SPLIT OFF, ON OFF, ON (for MC) ADVANCED, NORMAL −24dB, −18dB, −12dB, −6dB 1 - 16 TOGGLE, TRIGGER 1 - 5, WHITE 1-3 1/16, 1/8, 1/4, 1/2, 3/4, 1, 2, 4, 8, 16
IC1502 (NSP) (MAIN Assy)
[UTILITY] setting
C
OFF, ON D
BEAT FX FREQUENCY HI, MID, LOW BEAT FX FREQUENCY HI, MID, LOW BEAT
1/16, 1/8, 1/4, 1/2, 1, 2, 4, 8, 16 OFF, ON 1, 10, 25, 50, 75, 90, 100 OFF, ON 1/16, 1/8, 1/4, 1/2, 1, 2, 4, 8, 16, 32, 64
FX FREQUENCY HI, MID, LOW
OFF, ON
BEAT FX FREQUENCY HI, MID, LOW BEAT FX FREQUENCY HI, MID, LOW
−50%, −37%, −25%, 0%, 26%, 50%, 100% OFF, ON 1/16, 1/8, 1/4, 1/2, 3/4, 1, 2, 4, 8, 16 OFF, ON E
g Procedure for checking, saving, and restoring settings Procedure of [Check and save settings] and [Restore settings] are as follows. [Check and save settings] 1 Save [MY SETTINGS] to the storage device. 2 Record [UTILITY] settings in the check sheet. 3 Load [OWNER SETTING] (load "UTILITY" setting). 4 Record [UTILITY] settings in the check sheet. [Restore settings] 5 In [MY SETTINGS], load the settings from the storage device used in step 1. 6 Reset [UTILITY] settings to the values recorded in step 4. 7 Save these settings as [OWNER SETTING]. 8 Reset [UTILITY] settings to the values recorded in step 2.
F
109
DJM-V10 5
6
7
8
1
A
2
3
4
g Sheet for confirmation of the user setting [Start up] BALANCE PEAK LIMITER OFF ON
−12dB
MASTER OUT ATT. −9dB −6dB −3dB
0dB
MONO/STEREO MONO STEREO
DIGITAL MASTER OUT REFERENCE LEVEL SAMPLING RATE −30dBFS −27dBFS −24dBFS −21dBFS −18dBFS −15dBFS −12dBFS −9dBFS −6dBFS 44.1kHz 48kHz 88.2kHz 96kHz
−9dB
BOOTH OUT ATT. −6dB −3dB 0dB
−18dB
LEVEL −12dB −9dB
B
−12dB
MONO/STEREO MONO STEREO
0dB
MIC OUT TO MASTER PEAK LIMITER THRESHOLD LEVEL 3dB 6dB 9dB 12dB 15dB
PEAK LIMITER MONO/STEREO OFF ON MONO STEREO
OFF
MIC OUT TO BOOTH OFF
PC UTILITY OFF
C
−15dB
AUTO STANDBY
ON
OFF
ON
−6dB
−3dB
0dB
0dB
MASTER OUT ATT. −9dB −6dB −3dB
0dB
PEAK LIMITER THRESHOLD LEVEL 3dB 6dB 9dB 12dB 15dB
OFF
LOCK LOCKED
UNLOCKED
[OWNER SETTING] BALANCE PEAK LIMITER OFF ON
−12dB
MONO/STEREO MONO STEREO
DIGITAL MASTER OUT REFERENCE LEVEL SAMPLING RATE −30dBFS −27dBFS −24dBFS −21dBFS −18dBFS −15dBFS −12dBFS −9dBFS −6dBFS 44.1kHz 48kHz 88.2kHz 96kHz
−12dB
−9dB
BOOTH OUT ATT. −6dB −3dB 0dB
−18dB
LEVEL −12dB −9dB
MONO/STEREO MONO STEREO
0dB
MIC OUT TO MASTER PEAK LIMITER THRESHOLD LEVEL 3dB 6dB 9dB 12dB 15dB
PEAK LIMITER MONO/STEREO OFF ON MONO STEREO
OFF
D
MIC OUT TO BOOTH OFF
PC UTILITY OFF
−15dB
AUTO STANDBY
ON
OFF
ON
−6dB
−3dB
0dB
0dB
PEAK LIMITER THRESHOLD LEVEL 3dB 6dB 9dB 12dB 15dB
OFF
LOCK LOCKED
UNLOCKED
E
F
110
DJM-V10 1
2
3
4
5
6
7
8
9. EXPLODED VIEWS AND PARTS LIST NOTES:
Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List. The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. - Screws adjacent to mark on product are used for disassembly. - For the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions, apply as you think it appropriate.)
-
-
A
9.1 PACKING SECTION 10
2
3
LSYXJ only
B
4 6
1
C 9 5
7
D
UXJCB only
11
XJCN only
12
XJCN only
14 13
XJCN only
E
8
F
111
DJM-V10 5
6
7
8
1
2
3
4
(1) PACKING SECTION PARTS LIST Mark No. A
>
NSP
Description
Mark No.
Part No.
Description
Part No.
1 Power cord
See Contrast table (2)
11 Label
2 Quick Start Guide
See Contrast table (2)
12 Label
See Contrast table (2)
3 Precautions for Use
See Contrast table (2)
NSP 13 Label
See Contrast table (2)
4 Polyethylene Bag
AHG7117
NSP 14 Label
See Contrast table (2)
5 Packing Pad
DHA2001
6 Packing Pad
DHA2002
7 Packing Case
DHG3755
8 Master Carton
See Contrast table (2)
9 Mirror Mat (1200*1000) NSP 10 Warranty
See Contrast table (2)
DHL1169 See Contrast table (2)
B
(2) CONTRAST TABLE DJM-V10/LSYXJ, UXJCB and XJCN are constructed the same except for the following: Mark >
No.
Symbol and Description
DJM-V10/LSYXJ
DJM-V10/UXJCB
DJM-V10/XJCN
1
Power Cord
DDG1124
DDG1123
DDG1125
2
Quick Start Guide
DRH1574
DRH1574
DRH1575
3
Precautions for Use
DRH1579
DRH1579
DRH1580
8
Master Carton
DHG3712
DHG3713
DHG3754
10
Warranty
DRY1274
Not used
Not used
11
Label
Not used
DRW2803
Not used
12
Label
Not used
Not used
DRW2805
NSP
13
Label
Not used
Not used
DRW2841
NSP
14
Label
Not used
Not used
DRW2842
C
NSP
D
E
F
112
DJM-V10 1
2
3
4
5
6
7
8
9.2 EXTERIOR SECTION A
22 ×6
16 ×6 19 ×2 16 15
29 ×6
21 ×6 30 ×6
18
14 ×24
×2
21 ×6
15 ×6 17
53 ×20
B
42
29 43
47 17
43 ×4
16
31 ×2
21
15
21 ×2
23
14
48
UXJCB only
20
35 ×2 6
Refer to "9.5 CONTROL PANEL SECTION (1/3)".
10 7
×6
38
56
9
C
37
39
36
8
11
45 ×8
25
×6
24
×6
26
46
UCOM CN8413
a 40
A
B
UCOM CN8416
11 44 ×8
53
12
×5
D
27 24
11
13
4
28 48
UXJCB only
2 ×8
5
41 ×6
Refer to "9.3 CHASSIS SECTION (1/2)".
32
A
54 ×4
E
52 ×6
a
55
52 ×8
B
55 ×3
34
49 57 ×2 33
48
UXJCB only
N 51
55 1
F
52 ×6
3
113
DJM-V10 5
6
7
8
1
2
3
4
(1) EXTERIOR SECTION PARTS LIST Mark No. A
Description
DWX4339
2 RCA Plug
DKM1026
32 Panel
DAH3281
DNG1123
33 Panel
DAH3282
34 Panel
DNK6875 DNK6550 DNK6887
>
DEC2929
DAA1420
5 Sheet
DEC3937
35 Lid
6 Sheet
DEC3940
36 Panel
DEC3941
37 Lid
DNK6652
8 Sheet
DEC3942
38 Panel
DNK6876
9 Sheet
DEC3943
39 Holder
DNK6549
10 Sheet
DEC3944
40 Panel
DAH3283
11 Sheet
DEC3945
41 Packing
DEC3642
12 Sheet
DEC3946
42 Control Panel
DNB1276
13 Sheet
DEC3947
43 Lens
DNK4532
DAA1434
44 Lens
DNK6877
15 Knob
DAA1419
45 DS Tape
DEH1110
16 Plate
DNG1133
46 Lens
DNK6516
17 Rotary Knob Low (BN)
DAA1265
47 Holder
DNK6552
18 Knob/RSW
DAA1307
NSP 48 Label
See Contrast table (2)
DAA1418
NSP 49 Name Label
See Contrast table (2)
20 Rotary SW Knob (C)
DAA1180
50 • • • • •
21 Knob
DAA1435
51 Nut M12
DBN1018
DAA1417
52 Screw 3*8 (FE)
DBA1290
DAA1205
53 Screw
DBA1451
24 Slider Knob 2
DAC2685
54 Screw
BBZ30P060FTB
25 Knob
DAC3539
55 Screw
BBZ30P060FTC
26 Slider Knob Stopper
DNK5888
56 Screw
BPZ20P060FTC
27 Knob
DAC3238
57 Screw
BPZ30P080FNI
28 Stopper
DNK6440
29 Knob
DAA1415
30 Knob
DAA1416
7 Sheet
14 Knob
19 Knob
22 Knob 23 Select Knob
D
Part No.
1 HPJC Assy
4 SW Packing (EF)
C
Description
31 Knob
3 Stay
B
Mark No.
Part No.
(2) CONTRAST TABLE DJM-V10/LSYXJ, UXJCB and XJCN are constructed the same except for the following:
E
Mark
No.
Symbol and Description
NSP
48
NSP
49
DJM-V10/LSYXJ
DJM-V10/UXJCB
DJM-V10/XJCN
Label
Not used
DRW1975
Not used
Name Label
DAL1359
DAL1360
DAL1362
F
114
DJM-V10 1
2
3
4
5
6
7
8
46 ×2 38 Accessories of VR ×2
2
39
46 ×2
H 46 ×2
46 ×2 28
34
×2
E
46 ×2
I
1 34 ×3 46
×2
A
29
30
7
CONTACT SIDE
NON-CONTACT SIDE
9.3 CHASSIS SECTION (1/2)
1
F
B 18
E
D1 46 ×3
46 ×6
46
27
A 46
20
14
H ×2
46
×2
46
I
1
O
4
N
C
40
M
32
46 ×2 46
D
1
15
G
E
1
D
35
2
24
10
46
1
46
I
G F
35 46 ×2
D
46
I
2
35
46
45
L
43
47 ×6
O
8
M
D
D
21
J
N K
L
A 5
or
M
48 ×2
17
C
46 ×2
1
G F 1
or
11 or 12 or 13
40
2
2
2
B
46 ×3
25
40
31
46 ×2 36
46
44
46
J
3
33 22
23
E
B
6
A
H
B
I
2
F
Accessories of PHONE JACK
K J
2
G
2
×12 set
L
46 ×4
19 26 37
C
46 16
C F
9
Refer to "9.4 CHASSIS SECTION (2/2)".
115
DJM-V10 5
6
7
8
1
2
3
4
3
4
CHASSIS SECTION (1/2) PARTS LIST Mark No. A
B
C
D
E
Description
Part No.
1 USBA Assy
DWX4332
2 USBB Assy
DWX4333
3 USBP Assy
DWX4334
4 AIN Assy
DWX4364
5 HPJK Assy
DWX4337
6 HPJM Assy
DWX4338
7 MTRM Assy
DWX4348
8 FGP2 Assy
DWX4349
9 CCB1 Assy
DWX4410
10 FGP1 Assy
DWX4395
11 SNRT1 Assy
DWX4355
12 SNRT2 Assy
DWX4356
13 SNRT3 Assy
DWX4357
14 Crimp Connector
PF10PP-D07
15 Crimp Connector
PF06PP-S15
16 Connector Assy
PF03PP-D30
17 Shielded Conn-Cable
DDA1095
18 Shielded Conn-Cable
DDA1096
19 Shielded Conn-Cable
DDA1061
20 FFC
DDD1956
21 Shielded Conn-Cable
DDA1097
22 Shielded Conn-Cable
DDA1098
23 Shielded Conn-Cable
DDA1099
24 Stay
DNG1120
25 Stay
DNF1951
26 Cover
DNF2066
27 Shield Plate
DNG1119
28 Stay
DNG1125
29 Stay
DNF2069
30 Stay
DNF1958
31 Stay
DNG1122
32 Shield Plate
DNG1140
33 Shield Case
DNG1127
34 Locking Mini Clamp
DEC2439
35 Holder
VEC1355
36 Sheet
DEC3621
37 Cable Tie
ZCA-SKB90BK
38 EMC Gasket
DEC3637
39 EMC Gasket
DEC3638
40 Cord Clamper (Steel)
RNH-184
41 • • • • • 42 • • • • • 43 Nut (M12)
F
NKX2FNI
44 Nut M12
DBN1018
45 Washer
DEC2920
46 Screw
BBZ30P060FTC
47 Screw
BPZ30P080FTB
48 Screw
PPZ30P080FTB
116
DJM-V10 1
2
5
6
7
8
2
14
2
D
1 13
CONTACT SIDE
E
NON-CONTACT SIDE
9.4 CHASSIS SECTION (2/2) A
12
44 ×10 42 ×6
F C
K
44 ×5
O
B 4
F
B
2
2 45 ×2 21 11
28
C
G 3
43 28
27 ×3 2
44
2
D E
33
32
31
48 ×2
40 ×2 39 ×2 46 ×2 ×2 50
36
2
F
20
50 ×4
44 33 ×2
D1 E1 F1
41
20
46
C 30 32 47 ×2
43
44
44 ×2 33
35
22 ×2
2
15
43 ×4
A 1
33
5
41
49
29
P
7
A
44 ×4
A
16
1
D
34 19
B 23
+ 8
22 34 ×2
22 23 ×5 23 ×2
25
9
1
D
1
E
1
F
A
10
24
2
42 ×3
AG
+
+
6 23 ×2
+
22
44 26 ×3
44 ×2
E
17
18
Note + : AEB7092 is nonreusable to fix it with DS tape.
F
117
DJM-V10 5
6
7
8
1
2
3
4
CHASSIS SECTION (2/2) PARTS LIST Mark No. A
Description
DWX4331
2 AOUT Assy
DWX4336
47 Screw
IBZ30P080FTB
DWX4366
48 Screw
PMH30P100FTB
DWX4344
49 Screw
PMH40P080FTC
5 PSWB Assy
DWX4350
50 Screw
PPZ30P080FTB
6 SW POWER SUPPLY
DWR1581
7 Connector Assy
PF03PP4B12
8 Crimp Connector
PF05PP-S30
9 Crimp Connector
PF08PP-S30
10 Crimp Connector
PF04PP-S15
11 Crimp Connector
PF09PP-S07
12 Connector Assy
PF04PP-D05
13 FFC
DDD1955
14 FFC
DDD1957
15 AC Inlet
DKP3992
16 Chassis
DNA1476
NSP 17 PCB Stay (FE)
VNE2489
>
18 Stay C
DNG1121
20 Stay
DNG1126
21 Cover
DNG1138
NSP 23 Spacer NSP 24 PCB Holder
BPZ30P080FTB
DNG1129
19 Shield Case
22 Foot (Rubber)
D
Part No.
1 MAIN Assy
4 HPPW Assy
B
Description
46 Screw
3 REGB Assy
>
Mark No.
Part No.
REC-434 AEB7092 PNW1706
25 Spacer
DEC3850
26 Spacer
DEC3878
27 Sheet
DEC3618
28 Sheet
DEC3901
29 Power Knob
DAC2306
30 Power Knob Guard
DNK4534
31 Rear Panel
DNC2139
32 Earth Terminal
DKE1019
33 Holder
VEC1355
34 Locking Mini Clamp
DEC2439
35 Cord Clamper (Steel)
RNH-184
36 Cable Tie
ZCA-SKB90BK
37 • • • • • E
38 • • • • • 39 Nut (M12)
NKX2FNI
40 Washer
DEC2920
41 Flange Nut M9
DBN1008
42 Screw
ABZ30P060FTC
43 Screw
BBZ30P060FTB
44 Screw
BBZ30P060FTC
45 Screw
BBZ30P080FTB
F
118
DJM-V10 1
2
3
4
5
6
7
8
A
k Channel Fader Section
CONTACT SIDE
NON-CONTACT SIDE
9.5 CONTROL PANEL SECTION (1/3)
Refer to "7. DISASSEMBLY" 17 ×8
R U
38 ×4
Lubricating oil (GEM1107)
or or
S V
or or
T W
or
26 or 27 or 28 or 29 or 30 or 31
34
38 ×2
40 ×2 39 ×2
16 ×8
32 ×2
33 ×2
22 ×5 1
37
B
35 36
See "k Channel Fader Section ".
8
AE
23 ×6
A 23 ×6
c C
D E F G
18
H I
6 ×6
Z 20 ×6
2
22
19 ×6
22 ×3
5
c
D
Accessories of VR ×77
9
22
b
22 ×2
4
B
a
24 ×2
3 21
42 43 7
22
E
C A 15 ×3 UCOM CN8410
22 ×2
D
22 ×2
E F a
C Refer to "9.6 CONTROL PANEL SECTION (2/3)".
G bH
22 ×2
I
11 12
F
B Accessories of VR
10
13
119
DJM-V10 5
6
7
8
1
2
3
4
CONTROL PANEL SECTION (1/3) PARTS LIST Part No.
Mark No.
1 LEDB Assy
DWX4342
Crossfader Section
2 CRFSW Assy
DWX4365
Mark No. A
Description
3 CRFDG Assy
B
42 1..Cross Fader Service Assy NSP 43
DWX4396
4 SWBTM Assy
DWX4397
5 SWTOP Assy
DWX4398
6 Connector Assy
PF04PP-B12
7 Crimp Connector
PF06PP-B10
8 FFC
DDD1961
9 FFC
DDD1968
10 Holder
DNK6880
11 Ring/TRQ
DNK6116
12 Base/TRQ
DNK6068
13 Spring/TRQ
DBH1792
Description
2..CRFB Assy
Part No. DEA1096 DWX4340
14 • • • • •
C
15 Knob/ELA
DAA1295
16 Holder
DNK6878
17 Sheet
DEC3885
18 Stay
DND1312
19 Slide SW Cap (W)
DAC2401
20 Sheet
DEC3902
21 Locking Mini Clamp
DEC2439
22 Screw
BBZ30P060FTC
23 Screw
BSZ20P040FTB
24 Screw
DBA1451
25 • • • • • Channel Fader Section
D
E
26 CHF1 Assy
DWX4358
27 CHF2 Assy
DWX4359
28 CHF3 Assy
DWX4360
29 CHF4 Assy
DWX4361
30 CHF5 Assy
DWX4362
31 CHF6 Assy
DWX4363
32 Guide Shaft VK1
DLA1978
33 Lever Plate
DNH2954
34 Cover
DNG1131
35 Slider
DNK6889
36 Holder
DNK6884
37 Cushion
DEC3640
38 Screw
BPZ20P060FTC
39 Screw
BSZ20P040FTB
40 Screw
CPZ26P080FTC
41 • • • • •
F
120
DJM-V10 1
2
3
4
5
6
7
8
NON-CONTACT SIDE
• Bottom view 27
CONTACT SIDE
9.6 CONTROL PANEL SECTION (2/3) A
21
7 ×2 26
27 ×4
20
18
F
D
H
G
B
B
14
A
Q 1
G
F
13
a
17
2
27 ×4
E
C
19
10
27 ×3 27
27 ×3
B
2
28
E
C 24
25
16
2 1
X
D
4
E
27 ×3
a
AD 3
11
15
27 ×2
A
E
27
1
27
AC
9
AB 15
27
8
26
27 5
15
D
15
26
H 27 ×2
C
6
E
12
AA
23 22
Refer to "9.7 CONTROL PANEL SECTION (3/3)".
F
121
DJM-V10 5
6
7
8
1
2
3
4
3
4
CONTROL PANEL SECTION (2/3) PARTS LIST Mark No. A
B
C
>
Description
Part No.
1 UCOM Assy
DWX4341
2 PNLR Assy
DWX4345
3 PNLL Assy
DWX4346
4 BFXB Assy
DWX4352
5 CUEVR Assy
DWX4347
6 SFXB Assy
DWX4351
7 FFC
DDD1958
8 FFC
DDD1959
9 FFC
DDD1960
10 FFC
DDD1962
11 FFC
DDD1963
12 FFC
DDD1965
13 FFC
DDD1966
14 FFC
DDD1967
15 Stay
DND1313
16 Plate
DNG1137
17 Barrier
DEC3860
18 Barrier
DEC3861
19 Barrier
DEC3862
20 Barrier
DEC3890
21 Barrier
DEC3929
22 Cap
DAC3136
23 Holder
DNK6930
24 Holder
DNK6511
25 Holder
DNK6879
26 Spacer
DEC3880
27 Screw
BBZ30P060FTC
28 Screw
BPZ30P100FTB
D
E
F
122
DJM-V10 1
2
5
6
7
8
9.7 CONTROL PANEL SECTION (3/3) A
• Bottom view k LCD Section 25 33 ×3
B
A
A 28
AF
23
B
30
29 24 32
B 31 27
26
C 27
10 2/3
9 1/2
10 3/3 11 3/3 20
9 2/2
9 1/2
10 1/3 9 2/2
14 1/3
10 2/3 10 3/3 10 1/3
14 2/3
10 2/3 3
14 3/3
21
11 2/3
9 2/2 14 2/3 16
10 1/3
15
9 1/2
18 ×0.5
D
2
4
9 1/2 14 1/3
5
10 3/3
14 3/3 9 2/2
11 1/3
6
12 1
13
17 1/2
9 1/2
19
9 2/2
• Top view
E
21 ×3
8 9 1/2
7 9 1/2
F 17 2/2 9 2/2
123
DJM-V10 5
6
7
8
1
2
3
4
• The position of the divided parts A
*
9 2/2
* 2/2
18 0.5
9
1/2
9
* *
3/3 10
*
10 1/3
1/3 11
B
*
*
10 2/3
2/3 11
*
10 1/3
*
10 3/3
*
10 2/3
*
10 1/3
*
10 3/3
10 2/3
* 9 1/2 1/2
9
OK NG
14 3/3
14 2/3
14 1/3
14 3/3
14 2/3
14 1/3
*
*
*
*
*
*
11 3/3
* 17 1/2
2/2 17
C
*: All the divided parts are the same. You may use which.
1/2 9
9 2/2
* *
9 1/2
9 2/2
9 1/2
*
*
*
9 2/2
*
9 1/2
9 2/2
*
*
CONTROL PANEL SECTION (3/3) PARTS LIST D
Mark No.
Description
1 SHADE1 Assy
DWX4389
2 SHADE2 Assy
DWX4390
22 • • • • •
3 SHADE3 Assy
DWX4391
4 SHADE4 Assy
DWX4392
5 SHADE5 Assy
DWX4393
Part No. BBZ30P060FTC
LCD Section
DWX4394
23 LCDB Assy
DWX4343
24 Touch Panel
DSX1147
25 TFT LCD
DWX4228
7 Stay
DND1311
8 Spacer
AEC1065
26 Panel
DNK6882
DAC3491
27 Cushion
DEC3933
DAC3492
28 Cushion
DEC3854
9 Button 10 Button
29 Cushion
DEC3858
30 Stay
DND1314 DEC3926
11 Button
DAC3493
12 Button
DAC3494
13 Button
DAC3495
31 Cushion
DAC3496
32 Cushion
DEC3934
15 Button
DAC3497
33 Screw
BPZ30P100FTB
16 Button
DAC3498
17 Button
DAC3499
18 Button
DAC3500
19 Button
DAC3501
20 FFC
DDD1964
14 Button
F
Description
21 Screw
6 SHADE6 Assy
E
Mark No.
Part No.
124
DJM-V10 1
2
3
4