Pioneer DJ MIXER DJM-S9.pdf

ORDER NO.

RRV4627 DJM-S9

DJ MIXER

DJM-S9 DJM-S9-N THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). Model

Type

Power Requirement

DJM-S9

LSYXJ

AC 110 V to 240 V

DJM-S9

UXJCB

AC 110 V to 240 V

DJM-S9-N

LSYXJ

AC 110 V to 240 V

DJM-S9-N

UXJCB

AC 110 V to 240 V

Remarks

THIS SERVICE MANUAL SHOULD BE USED TOGETHER WITH THE FOLLOWING MANUAL(S). Model DJM-S9, DJM-S9-N

Order No. RRV462 8

Remarks SCHEMATIC DIAGRAM, PCB CONNECTION DIAGRAM, PCB PARTS LIST

PIONEER CORPORATION 1-1, Shin-ogura, Saiwai-ku, Kawasaki-shi, Kanagawa 212-0031, Japan 9080 1-1760, U.S.A. PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, Keetberglaan 1, 9120 Melsele, Melsele, Belgium PIONEER EUROPE NV Haven 1087, Keetberglaan Alexandra Road, #04-01, Singapore 159936 PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra

Pioneer DJ Corporation 2015 K-MZV OCT OC T. 2015 Printed in Japan

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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 safely 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 safely, you should not risk trying to do so and refer the repair to a qualified service technician. WARNING B

This product may contain a chemical known to the State of California to cause cancer, or birth defects or other reproductive harm. Health & Safety Code Section 25249.6 - Proposition 65

(FOR USA MODEL ONLY)

1. SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer and service technician.

ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE APPLIANCE APPLIAN CE TO TO THE CUSTOMER.

LEAKAGE CURRENT CHECK

C

Measure leakage current to a known earth ground (water pipe, conduit, etc.) by connecting a leakage current tester such as Simpson Model 229-2 or equivalent between the earth ground and all exposed metal parts of the appliance (input/output terminals, screwheads, metal overlays, control shaft, etc.). Plug the AC line cord of the appliance directly into a 120 V AC 60 Hz outlet and turn tur n the AC power switch on. Any current measured must not exceed 0.5 mA. D

Reading should Leakage not be above 0.5 mA current tester

Device under test Test all al l exposed metal surfaces

Also test with plug reversed (Using AC adapter plug as required)

E

Earth ground

2. PRODUCT SAFETY NOTICE Many electrical and mechanical parts in the appliance have special safety related characteristics. These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained by using replacement components rated for voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. Electrical components having such features are identified by marking with a > on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the PIONEER recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new new instructions are issued from time to time. For the latest information, always consult the current PIONEER Service Manual. A subscription to, or additional copies of, PIONEER Service Manual may be obtained at a nominal charge from PIONEER.

AC Leakage Leaka ge Test Test

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CONTENTS SAFETY INFORMATION .......................................................................................................................................................... 1. SERVICE PRECAUTIONS .................................................................................................................................................... 1.1 NOTES ON SOLDERING ............................................................................................................................................... 1.2 NOTES ON REPLACING ............................................................................................................................................... 1.3 SERVICE NOTICE .......................................................................................................................................................... 2. SPECIFICATIONS ................................................................................................................................................................. 3. BASIC ITEMS FOR SERVICE .............................................................................................................................................. 3.1 CHECK POINTS AFTER SERVICING ........................................................................................................................... 3.2 JIGS LIST ....................................................................................................................................................................... 3.3 PCB LOCATIONS ........................................................................................................................................................... 4. BLOCK DIAGRAM ................................................................................................................................................................ 4.1 OVERALL WIRING DIAGRAM ....................................................................................................................................... 4.2 SIGNAL BLOCK DIAGRAM ............................................................................................................................................ 4.3 MATRIX TABLE ............................................................................................................................................................. 4.4 POWER BLOCK DIAGRAM ......................................................................................................................................... 5. DIAGNOSIS ........................................................................................................................................................................ 5.1 STARTUP SEQUENCE ................................................................................................................................................ 5.2 TROUBLESHOOTING .................................................................................................................................................. 5.3 DETECTION D ETECTION OF ABNORMAL ABNO RMAL POWER-SUPPL POWER- SUPPLY Y VOLT VOLTAGES ..................................................................................... 5.4 ABOUT PROTECTOR .................................................................................................................................................. 6. SERVICE MODE ................................................................................................................................................................. 6.1 TEST MODE ................................................................................................................................................................. 6.2 ABOUT THE DEVICE ................................................................................................................................................... 7. DISASSEMBLY DISASSEMBLY ................................................................................................................................................................... 8. EACH SETTING AND ADJUSTMENT ................................................................................................................................ 8.1 NECESSARY ITEMS TO BE NOTED ........................................................................................................................... 8.2 UPDATING OF THE FIRMWARE ................................................................................................................................. 8.3 USER SETABLE ITEMS ............................................................................................................................................... 9. EXPLODED VIEWS AND PARTS LIST ............................................................................................................................... 9.1 PACKING SECTION ..................................................................................................................................................... 9.2 EXTERIOR and CH FADER SECTION ........................................................................................................................ 9.3 CHASSIS SECTION (1/2) ............................................................................................................................................. 9.4 CHASSIS SECTION (2/2) ............................................................................................................................................. 9.5 CROSSFADER SECTION ............................................................................................................................................ 9.6 PANEL SECTION (1/2) ................................................................................................................................................. 9.7 PANEL SECTION (2/2) .................................................................................................................................................

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1. SERVICE PRECAUTIONS 1.1 NOTES ON SOLDERING A

• 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.

1.2 NOTES ON REPLACING The part listed below is difficult to replace as a discrete component part. When the par t listed in the table is defective, replace whole Assy. B

Assy Name MAIN Assy

C

Ref No. IC204 IC205 IC206 IC207 IC401 IC407 IC402 IC404 IC403 IC405 IC1001

Part No. BD9328EFJ BD9328EFJ BD9328EFJ NJM2886DL3-33 NJM78M15DL1A NJM78M15DL1A NJM79M15DL1A NJM7805DL1A BD9851EFV BD9851EFV D810K013DZKB400

Parts that is Difficult to Replace Function 1.25V DCDC converter for microcomputer 5 V DCDC converter for internal power gen. 8 V DCDC converter for internal power gen. 3.3 V regulator for microcomputer +15 V regulator for OP amp. +15 V regulator for OEL -15 V regulator for OP amp. 5 V regulator for internal power gen. ±18 V DCDC converter for internal power gen. ±7.5 V DCDC converter for OP amp. Audio DSP

Remarks IC with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad IC with heat-pad BGA

1.3 SERVICE NOTICE Detection of abnormal power-suppl power-supply y voltages

D

The microcomputer of this unit always monitors various power voltages and will shut the unit off immediately after an error is detected. In such a case, the PA NEL/UTILITY button button LED flashes and all other LEDs are unlit. If the unit shuts itself off because of error detection, the circuitry may be heated because of power failure. Therefore, after completing diagnosis, unplug the AC power cord then turn the unit back on after giving it time to cool. Repair the unit, following the descriptions shown in "5.3 DETECTIO N OF ABNORMAL POWER-SUPPLY VOLTAGES."

Confirmation of User Setting Data This product has user-settable items, which are set in UTILITY mode. Be sure to confirm those data before starting repair, although changing them may not have a large effect. effect. Use the Check Sheet in “8.3 USER SETABLE SETABLE ITEMS,” ITEMS,” to which you can transcribe the settings, as required. The settings are stored in SPI Flash memory (IC602) on the Main Assy. To enter UTILITY mode, hold the PA NEL/UTILITY button pressed for at least 1 sec.

Calibration of the crossfader E

The crossfader of this unit is calibrated on the production line. After you replace the corresponding part(s), be sure to perform calibration of the part(s) in question. For details on the specific parts for which recalibration is required, see "8.1 NECESSARY ITEMS TO BE NOTED." See "Crossfader Calibration Mode" in "6.1 TEST MODE" for details on how to calibrate. Without calibration, sound of a channel may leak, even when the crossfader is moved to its end position, where sound of that channel should be muted.

About the PANEL UCOM For production reasons the PA PANEL UCOM (IC5101) cannot be supplied with the program (firmware) installed. If the PA NEL UCOM (IC5101) is in failure, replace the entire P NL1B Assy. F

Printing of the serial number on the control panel of the DJM-S9-N Production of the DJM-S9-N is limited to 500 units. The The serial number is printed at the lower left of the control panel. Note that the serial number is not pr inted on the control panel for service. 4

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2. SPECIFICATIONS General – Main Unit Power Pow er requirements.... requirements.............. ................... ......... AC 110 V to 240 V, 50 Hz/60 Hz Power Pow er consumption .......... .................... .................... .................... ................... ................... .................24 .......24 W Power Pow er consumption (standby) ......... ................... .................... ................... ...................0.4 ..........0.4 W Main unit weight........ weight.................. .................... ................... ................... .................... .................... ............. ... 4.6 kg Max. external dimensions ...............267 .......... .....267 mm (width) x 107.9 mm (height) x 407.3 mm (depth) Tolerable operating temperature..............................+5 °C to +35 °C Tolerable operating humidity............5 humidity............5 % to 85 % (no condensation) Audio Section Sampling rate ......... ................... .................... .................... .................... .................... ................... .............48 ....48 kHz A/D,, D/A converter...... A/D converter............... ................... .................... .................... .................... .................... .......... 24 bits Frequency characteristic USB, CD/LI NE, MIC, AUX AUX .......... .................... .................... ............... ..... 20 Hz to 20 kHz S/ N ratio (rated output, A- WEIGHTED) USB .......... ................... ................... .................... .................... .................... .................... ................... ...............107 ......107 dB CD/LINE ......... ................... .................... .................... .................... .................... ................... ..................103 .........103 dB PHONO .......... .................... ................... ................... .................... .................... .................... .................... ...........90 .90 dB MIC........................... MIC............ ............................... ............................... ............................... .............................8 .............80 0 dB AUX .......... .................... ................... ................... .................... .................... .................... .................... .................96 .......96 dB Total harmonic distortion (20 Hz to 20 kHzB W) USB .......... ................... ................... .................... .................... .................... .................... ................... .............0.003 ....0.003 % CD/LINE ......... ................... .................... .................... .................... .................... ................... ................0.005 .......0.005 % Standard input level / Input impedance CD/LINE ......... ................... .................... .................... .................... .................... ...............–12 .....–12 dBu/47 k Ω PHONO .......... .................... ................... ................... .................... .................... ................–52 ......–52 dBu/47 k Ω MIC........................ MIC.............. .................... .................... .................... .................... ................... ........... –57 dBu/3 k Ω AUX .......... .................... ................... ................... .................... .................... .................... ............ .. –12 dBu/47 k Ω Standard output level / Load impedance / Output impedance MASTER 1............ 1........................... .............................+ ..............+6 6 dBu/10 k Ω /390 Ω or less MASTER 2............ 2........................... .............................+ ..............+2 2 dBu/10 k Ω /390 Ω or less BOOTH....................... BOOTH............. .................... .................... .............+6 ...+6 dBu/10 k Ω /390 Ω or less PHONES .......... .................... ................... ................... ................. ....... +8 dBu/32 Ω /10 Ω or less Rated output level / Load impedance MASTER 1................ 1.......................... .................... ................... ................... ................+25 ......+25 dBu/10 k Ω MASTER 2................ 2.......................... .................... ................... ................... ................+21 ......+21 dBu/10 k Ω BOOTH....................... BOOTH............. .................... .................... ................... ................... ..............+25 ....+25 dBu/10 k Ω Crosstalk CD/LINE ......... ................... .................... .................... .................... .................... ................... ................... ...........82 .82 dB Channel equalizer characteristic HI............................................................– ∞ dB to +6 dB (13 kHz) MID.................... MID........... ................... .................... .................... ...................– .........– ∞ dB to +6 dB (1 kHz) LOW .........................................................– ∞ dB to +6 dB (70 Hz) Microphone equalizer characteristic HI ......... ................... .................... ................... ................... .................. ........ –12 dB to +12 dB (10 (10 kHz) LOW ......... ................... .................... .................... .................... ............ .. –12 dB to +12 dB (100 Hz)

Accessories

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• Power cord (LSYXJ: ( LSYXJ: ADG1244) (UXJCB: ( UXJCB: DDG1108) • USB cable (DDE1128) Only one USB cable is included with with this unit. To connect two units, use a cable conforming to USB 2.0 standards. • Fader bumper A x 4 *1 (GNK1010) • Fader bumper B x 2 *1 (DEC3596)

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• Warranty card • Operating Instructions (Quick Start Guide) (LSYXJ: DRH1334, DRH1335) (UXJCB: ( UXJCB: DRH1336) • Serato DJ CO NTROL CD x 2 *1: Fader cushion A and Fader cushion cushion B are included inside of the panel of this product. For instructions on removing the panel, see this product’s operating instructions.

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Input / Output terminals CD/LINE input terminal RCA pin jack..................... jack............................... .................... .................... .................... .................... ............ 2 sets PHONO input terminals RCA pin jack..................... jack............................... .................... .................... .................... .................... ............ 2 sets MIC input terminals XLR connector & 1/4” TRS jack........................ jack................................. ................... ............ .. 1 set AUX input terminal RCA pin jacks......................... jacks.................................. ................... .................... .................... .................. ........ 1 set MASTER terminals XLR connector................. connector........................... .................... ................... ................... .................... ............... ..... 1 set RCA pin jacks......................... jacks.................................. ................... .................... .................... .................. ........ 1 set BOOTH terminals 1/4” TRS TRS jack ......... ................... .................... ................... ................... .................... .................... ............... ..... 1 set PHONES output terminal 1/4” stereo stereo phone jack............................ jack...................................... ................... ................... ............ .. 1 set 3.5 mm stereo mini jack........... jack..................... .................... ................... ................... ................. ....... 1 set USB terminal B type .......... .................... .................... .................... .................... ................... ................... .................... ............. ... 2 sets

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• For improvement improvement purposes, specifications and design of this unit and the included included software software are subject subject to change change without notice. notice.

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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.

Check points

1

Check 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.

2

Confirm Conf irm whethe whetherr the the custom customer er compla complain in has has been been solved. solved. If the problem pointed out by the customer occurs with a specific source or operation, input that specific source then perform that specific operation for checking.

The customer complain must not be reappeared. Audio and operations must be normal.

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Check Chec k the analog audio input (Che (Check ck the the each each channel, channel, MIC and AUX.) (Make the analog connections with CDJ player, analog player and MIC.)

Audio and operations must be normal.

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Check Chec k the the analog analog audio audio outpu outputt (MASTE (MASTER1, R1, 2 and BOO BOOTH.) TH.) (Make the analog connection with CDJ player.) player.)

Audio and operations must be normal.

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Che hec ck the he head adp pho hone nes s ou outtpu putt (1/ 1/4" 4" ja jac ck, min inii ja jac ck).

Ther Th ere e mus ustt be no er errror ors s, su such ch as no nois ise e, in the au aud dio ou outp tput ut..

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Check Chec k the the operati operating ng elemen elements ts (butt (buttons, ons, swit switches ches,, pads, etc.) and the indicators.

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Check Che ck the the conn connect ection ion of each each int interf erface ace.. USB B terminal ("A" / "B")

The device must be properly recognized by the PC.

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Check the DVS.

Make sure that PC applications function properly and that the audio signals and operations of each channel are normal.

9

Check the user settings.

They must be returned to those set before repair.

10

Check the appearance of the product.

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Procedure

VRs,

faders,

They must operate properly during checking in Test Test mode.

scratches or dirt on its appearance after receiving it for service.

See the table below for the items to be checked regarding audio. Item to be checked regarding audio Distortion

Volume

Noise

Volume fluctuating

Volume

too low

too high

Sound interrupted

D

3.2 JIGS LIST Jigs List Jig Name E

Part No.

Purpose of use / Remarks

Jig for positioning of the five points for calibration of the noncontact faders

GGF1717

For calibration of the noncontact faders

Fader bumper A (resin cushion) USB cable

G NK1010 GGP1193

For calibration of the noncontact faders For PC connection

Lubricants and Glues List

Name F

Grease (Floil) Acetate tape Double-back tape

Part No. GYA1001 GYH1035 GYH1038

Remarks To be used for the CH faders, crossfader, and levers with their own LEDs To be used for wrapping around the center stay To be used for OLED attached ( NITTO No. 500)

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3.3 PCB LOCATIONS I

PADB ASSY

H

PNL1B ASSY

INPUT ASSY

A

B

P

ATT ASSY

A

ACSW ASSY

• Bottom view • Top Top view v iew

B

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MAIN ASSY

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POWER SUPPLY ASSY

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HPAMP ASSY C

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HPFD ASSY

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LVMT ASSY

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SPVR ASSY

• Top view

M CRFD ASSY • Front view

CH1FD ASSY

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CH2FD ASSY

Note: The 1 and 2 Assys of CH*FD 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 or 2 Assy of the respective Assys is assembled in the respective place.

NOTES: NOT ES:

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MCSW ASSY

FRVR ASSY

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HPJK ASSY

- Parts

marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List. > 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

Mark No.

Description

Part No.

Mark No.

Description

Part No.

LIST OF ASSEMBLIES NSP

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1..MAIN ASSY

DWX3673

1..PAD ASSY

NSP

1..PNL ASSY 2..PNL1B ASSY

DWM2566 DWX3685

DWM2565

2..SPVR ASSY

DWX3681

2..PADB ASSY

DWX3675

2..HPJK ASSY

DWX3686

2..CH1FD ASSY 2..CH2FD ASSY

DWX3689 DWX3690

2..ACSW ASSY

DWR1547

2..CRFD ASSY

DWX3678

2..LVMT ASSY

NSP

DWX3679

>

1..JACK ASSY

DWM2567

2..INPUT ASSY

DWX3683

2..HPAMP ASSY 2..FRVR ASSY

DWX3684 DWX3687

2..HPFD ASSY

DWX3680

2..ATT ASSY 2..MCSW ASSY

DWX3682 DWX3688

1..POWER SUPPLY ASSY

DWR1463

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4 .2 S I G N A 5 L B L O C K D I A G R A M 6

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4.3 MATRIX TABLE A

PAD LED (PADB ASSY)

LED_SEG0 LED_SEG1 LED_SEG2 LED_SEG3 LED_SEG4 LED_SEG5

B

LED_SEG6 LED_SEG7 LED_SEG8 LED_SEG9 LED_SEG10 LED_SEG11 LED_SEG12

PADB ASSY

LED_GRID0

LED_GRID1

LED_GRID2

LED_GRID3

PAD 1-0 BLUE PAD 1-0 RED PAD 1-0 GREEN PAD 1-4 BLUE PAD 1-4 RED PAD 1-4 GREEN PAD 2-0 BLUE PAD 2-0 RED PAD 2-0 GREEN PAD 2-4 BLUE PAD 2-4 RED PAD 2-4 GREEN HOT CUE BLUE HOT CUE

PAD 1-1 BLUE PAD 1-1 RED PAD 1-1 GREEN PAD 1-5 BLUE PAD 1-5 RED PAD 1-5 GREEN PAD 2-1 BLUE PAD 2-1 RED PAD 2-1 GREEN PAD 2-5 BLUE PAD 2-5 RED PAD 2-5 GREEN ROLL BLUE ROLL

PAD 1-2 BLUE PAD 1-2 RED PAD 1-2 GREEN PAD 1-6 BLUE PAD 1-6 RED PAD 1-6 GREEN PAD 2-2 BLUE PAD 2-2 RED PAD 2-2 GREEN PAD 2-6 BLUE PAD 2-6 RED PAD 2-6 GREEN SLICER BLUE SLICER

PAD 1-3 BLUE PAD 1-3 RED PAD 1-3 GREEN PAD 1-7 BLUE PAD 1-7 RED PAD 1-7 GREEN PAD 2-3 BLUE PAD 2-3 RED PAD 2-3 GREEN PAD 2-7 BLUE PAD 2-7 RED PAD 2-7 GREEN SAMPLER BLUE SAMPLER

BEAT FX ECHO BEAT FX REVERB

BEAT FX BACK SPIN BEAT FX VINYL BRAKE

CH1 ←

CH1 →

BEAT FX FLANGER BEAT FX PHASER BEAT FX SAMPLER

SERATO FX 1-1 SERATO FX 2-1 BEAT FX AUX

4 BEAT LOOP CH2

SERATO FX 1-2 SERATO FX 2-2


CH2 ←

CH2 →

1/2X CH2

2X CH2

PNL1B ASSY 4 BEAT LOOP CH1

1/2X CH1

2X CH1

EXF ON C CH H1

EXF ON CH2

PANEL/UTILITY / WAKE UP

FRVR ASSY MIC OFF/ON /TALKOVER /TALKO

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4.3 MATRIX TABLE A

PAD LED (PADB ASSY) LED_GRID0

LED_GRID1

LED_GRID2

LED_GRID3

PAD 1-0 BLUE PAD 1-0 RED PAD 1-0 GREEN PAD 1-4 BLUE PAD 1-4 RED PAD 1-4 GREEN PAD 2-0 BLUE PAD 2-0 RED PAD 2-0 GREEN PAD 2-4 BLUE PAD 2-4 RED PAD 2-4 GREEN HOT CUE BLUE HOT CUE RED HOT CUE GREEN

PAD 1-1 BLUE PAD 1-1 RED PAD 1-1 GREEN PAD 1-5 BLUE PAD 1-5 RED PAD 1-5 GREEN PAD 2-1 BLUE PAD 2-1 RED PAD 2-1 GREEN PAD 2-5 BLUE PAD 2-5 RED PAD 2-5 GREEN ROLL BLUE ROLL RED ROLL GREEN

PAD 1-2 BLUE PAD 1-2 RED PAD 1-2 GREEN PAD 1-6 BLUE PAD 1-6 RED PAD 1-6 GREEN PAD 2-2 BLUE PAD 2-2 RED PAD 2-2 GREEN PAD 2-6 BLUE PAD 2-6 RED PAD 2-6 GREEN SLICER BLUE SLICER RED SLICER GREEN

PAD 1-3 BLUE PAD 1-3 RED PAD 1-3 GREEN PAD 1-7 BLUE PAD 1-7 RED PAD 1-7 GREEN PAD 2-3 BLUE PAD 2-3 RED PAD 2-3 GREEN PAD 2-7 BLUE PAD 2-7 RED PAD 2-7 GREEN SAMPLER BLUE SAMPLER RED SAMPLER GREEN

LED_GRID3


B

LED_SEG6 LED_SEG7 LED_SEG8 LED_SEG9 LED_SEG10 LED_SEG11 LED_SEG12 LED_SEG13

C

PADB ASSY

LED_SEG14

BEAT FX ECHO BEAT FX REVERB

BEAT FX BACK SPIN BEAT FX VINYL BRAKE

CH1 ←

CH1 →

BEAT FX FLANGER BEAT FX PHASER BEAT FX SAMPLER

SERATO FX 1-1 SERATO FX 2-1 BEAT FX AUX

4 BEAT LOOP CH2



CH2 ←

CH2 →

1/2X CH2

2X CH2

PNL1B ASSY 4 BEAT LOOP CH1

1/2X CH1

2X CH1

EXF ON C CH H1

EXF ON CH2

PANEL/UTILITY / WAKE UP

FRVR ASSY MIC OFF/ON /TALKOVER /TALKO

LEVEL METER (LVMT ASSY)

LED_SEG15 LED_SEG16 LED_SEG17 LED_SEG18

D


LED_GRID0

LED_GRID1

LED_GRID2

CLIP LEFT

CLIP CE CENT ER ER

C LI LI P R IG IGH T

CH1 LEVEL RED 1/2 CH1 LEVEL RED 2/2 CH1 LEVEL YELLOW 1/3 CH1 LEVEL YELLOW 2/3 CH1 LEVEL YELLOW 3/3 CH1 LEVEL GREEN 1/4 CH1 LEVEL GREEN 2/4 CH1 LEVEL GREEN 3/4 CH1 LEVEL GREEN 4/4

MASTER L RED 1/2 MASTER L RED 2/2 MASTER L YELLOW 1/3 MASTER L YELLOW 2/3 MASTER L YELLOW 3/3 MASTER L GREEN 1/4 MASTER L GREEN 2/4 MASTER L GREEN 3/4 MASTER L GREEN 4/4

MASTER R RED 1/2 MASTER R RED 2/2 MASTER R YELLOW 1/3 MASTER R YELLOW 2/3 MASTER R YELLOW 3/3 MASTER R GREEN 1/4 MASTER R GREEN 2/4 MASTER R GREEN 3/4 MASTER R GREEN 4/4

CH2 LEVEL RED 1/2 CH2 LEVEL RED 2/2 CH2 LEVEL YELLOW 1/3 CH2 LEVEL YELLOW 2/3 CH2 LEVEL YELLOW 3/3 CH2 LEVEL GREEN 1/4 CH2 LEVEL GREEN 2/4 CH2 LEVEL GREEN 3/4 CH2 LEVEL GREEN 4/4

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SH2 UCOM (IC801) 8pin 10pin 13pin 14pin

MIC_ON/OFF_SW MIC_LINE_SW MASTER_ATT_SW0 MASTER_ATT_SW1

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A

PANEL UCOM (IC5101) PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT

MIC ON/OFF LINE/MIC LEVEL MASTER ATT. MASTER ATT.

1pin 2pin 65pin 66pin

AD_CH2_PAD4 AD_CH2_PAD6 AD_CH2_FD AD_CRFD

PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT 0

PANEL UCOM (IC5101)

MULTIPLEXER 67pin MULTIPLEXER

53pin

KEY_MUX0

KEY_MUX_SEL_A KEY_MUX_SEL_B KEY_MUX_SEL_C

MULTIPLEXER 4pin

KEY_MUX1


MULTIPLEXER 5pin

KEY_MUX2


MULTIPLEXER 6pin

KEY_MUX3


54pin 55pin 56pin 57pin 77pin 78pin 79pin 80pin 29pin 30pin 73pin

KEY_LOAD1 KEY_BACK1 KEY_BROWSE1 KEY_BROWSE2 KEY_BACK2 KEY_LOAD2 BROWS_CH2_ENC1 BROWS_CH2_ENC0 BROWS_CH1_ENC0 BROWS_CH1_ENC1 WAKE_UP_KEY

PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DI DIRECT PORT DI DIRECT PORT DI DIRECT PORT DI DIRECT PORT DIRECT

0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7

AD_MUX0

CH1 CH 1 4 BE BEA AT LOO LOOP P CH1 1/2X CH1 2X CH2 CH 2 4 BE BEA AT LOO LOOP P CH2 2X CH2 1/2X SHIFT BEA BE AT FX FX ECH ECHO O BEA BE AT FX BA BACK CK SPI SPIN N BEA BE AT FX FX FLA FLANG NGER ER BEA BE AT FX FX REV REVER ERB B BEAT BEA T FX FX VINY VINYL L BRAK BRAKE E CH1 CH 1 PAR PARAM AMET ETER ER ← CH1 CH 1 PAR PARAM AMET ETER ER → BEA BE AT FX FX PHA PHASE SER R

68pin

AD_CH1_FD

AD_MUX_SEL_A AD_MUX_SEL_B AD_MUX_SEL_C

AD_MUX2


MULTIPLEXER

SAMPLE SAMP LER R FX FX ON ON BEAT ← BEAT → TAP AUX FX ON CH2 PAR CH2 PARAM AMET ETER ER → CH2 CH 2 PAR PARAM AMET ETER ER ← SERA SE RATO TO DJ FX 22-1 1 SERA SE RATO TO DJ FX 11-1 1 SERA SE RATO TO DJ FX 11-2 2 SERA SE RATO TO DJ FX 22-2 2 SERA SE RATO TO DJ FX 11-3 3 SERA SE RATO TO DJ FX 22-3 3 CH1 LOAD CH1 BACK CH1 ROTALY SELECTER CH2 ROTALY SELECTER CH2 BACK CH2 LOAD CH2 RO ROTALY SE SELECTER CH2 RO ROTALY SE SELECTER CH1 RO ROTALY SE SELECTER CH1 RO ROTALY SE SELECTER PANEL/-UTILITY

4 5 6 7

PORT DIRECT MULTIPLEXER

69pin

1 2 3

70pin

AD_MUX1


71pin 72pin 81pin 82pin 83pin 84pin 85pin 86pin 87pin 88pin 89pin 90pin 91pin 92pin 93pin 94pin 95pin 97pin

AD_CH2_ISO_L AD_CH1_ISO_L AD_CH1_FLTR AD_CH2_FLTR AD_CH2_PAD7 AD_CH2_PAD5 AD_CH2_PAD3 AD_CH2_PAD1 AD_CH1_PAD6 AD_CH1_PAD4 AD_CH1_PAD2 AD_CH1_PAD0 AD_CH1_PAD1 AD_CH1_PAD3 AD_CH1_PAD5 AD_CH1_PAD7 AD_CH2_PAD0 AD_CH2_PAD2

PORT DIRECT PORT DIRECT PORT DI DIRECT PORT DI DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT

0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7

PAD 2_4 PAD 2_6 CH2 FADER CROSS FADER CH1 FADER REVERSE CH2 FADER REVERSE MIC ECHO MIC MI C EQ LOW CH2 CH 2 FAD FADER ER CUR CURVE VE TALK OVER ON/OFF CROSS FADER REVERSE MIC EQ HI HI FEEL FE ELIN ING G ADJ ADJUS UST T CH1 CH 1 FAD FADER ER CUR CURVE VE CH1 FADER CH2 EQ HI CH2 CH 2 INP INPUT UT SE SELE LECT CT CH2 TRIM CH2 CH 2 EQ MID HP CU CUE E FAD FADER ER HP LEVEL HP MI MIXI XIN NG SAMP SA MPLE LER R VOL VOLUM UME E CH1 TRIM CH1 CH 1 INP INPUT UT SE SELE LECT CT LEVE LE VEL/ L/DE DEPT PTH H CH1 EQ HI BOOT BO OTH H LE LEVE VEL L CH1 CH 1 EQ MID MAST MA STER ER LE LEVE VEL L CH2 EQ LOW CH1 EQ LOW CH1 FI FILTER CH2 FI FILTER PAD 2_7 PAD 2_5 PAD 2_3 PAD 2_1 PAD 1_6 PAD 1_4 PAD 1_2 PAD 1_0 PAD 1_1 PAD 1_3 PAD 1_5 PAD 1_7 PAD 2_0 PAD 2_2

B

C

D

PAD UCOM (IC4301) E 94pin 95pin 97pin 98pin

KEY_SLICER KEY_HOTCUE KEY_SAMPLER KEY_ROLL

PORT DIRECT PORT DIRECT PORT DIRECT PORT DIRECT

SLICER HOT CUE SAMPLER ROLL

F

11

DJM-S9 5

6

7

8

F

1 2

P

E

Q

ACSW ASSY

D

C

POWER SUPPLY ASSY

H PNL1B ASSY 5

1

2

4

1

5

3

1

5

B

A

K HPFD ASSY

J I

LVMT ASSY

PADB ASSY

(R5F364AE NFA-U0)

N 1

CH1FD ASSY

5

C MAIN ASSY

O CH2FD ASSY

5 4

2

V+3R3_OLED

PHOTO INTERRUPTER

8

5

M CRFD ASSY L

SPVR ASSY

3

2

8

2

USB-A

G HPJK ASSY

D HPAMP ASSY 8

USB-B

4

4 .4 P O W 1 E R B L O C K D I A G R A 2 M

1,3,9,14, 27,43,49 8 4

D J M S 9

5 5

F 1

5

5

FRVR ASSY

14

11

8 4

18 9

E

8 2

8

5

3

15

4

MCSW ASSY

4

6

3

1

3

3

7

A INPUT ASSY

5

1

6 7

1

8

3

4 8

19 8 11

1

3

2

3

8

9

4

8

19 18

8

8

8

4

4

14

8

8

4

4 4

4 8

4

8

20 4

8

8

8

4

4

4

8

8 4

8

8

4

4

B ATT ASSY

8 4

4 8 4

5

6

7

8

5. DIAGNOSIS 5.1 STARTUP SEQUENCE Timing Chart of Power-on, Reset, and Muting

A

Power ON MUTE_ON POWER SW_ON

WAKE UP LED light on

MUTE canceled (Completion of startup)

7.7 s

AC V+12_ERP, V+5_ERP, V+3R3_ERP

M6_1_XRST

260 ms

PWR_ON_CONT

1000 ms

PWR_XON 2.2 ms V+12_SW

10 ms V+3R3_PNL

M16_2_XRST V+5_D

V+8_A

V+5_AD2

260 ms

16.5 ms

16.5 ms

16.5 ms

Power Clock Hardware control signal Software control signal Power-on se quence 1 Plug the AC power cord in and set the POWER switch to ON to start power supply. Supply of V+12_ERP and V+3R3_ERP power starts. Muting is activated (ON). reset is canceled when the 2 M16_1 microcomputer (IC5101) reset Reset IC (IC5102) voltage is detected. 3 Supply of V+12_SW_A and V+12_SW_D power starts when the PWR_ON_CONT signal changes from L to H (the PWR_XON signal changes from H to L). Power supply from each each power power IC, except forV+3R3_D, V+3R3_CLK, and V+15_OLED, starts. 4 Supply of V+3R3_D power is automatically triggered by supply of V+1R2_D power. Oscillation at 48 MHz/13.333 MHz starts. 5 Supply of V+3R3_CLK power starts. Oscillation at 24.576 MHz starts. reset is canceled when the 6 M16_2 microcomputer (IC4301) reset Reset IC (IC4302) voltage is detected. 7 Supply of V+15_OLED power starts when the OLED_CONT signal changes from L to H. 8 SH1 microcomputer reset is canceled when the SH1_XRST signal changes from L to H. DSP_XRST signal changes from 9 DSP reset is canceled when the DSP_XRST L to H.

B

5

6

7

8

5. DIAGNOSIS 5.1 STARTUP SEQUENCE Timing Chart of Power-on, Reset, and Muting

A

Power ON MUTE_ON POWER SW_ON

MUTE canceled (Completion of startup)

WAKE UP LED light on

7.7 s

AC

Power-on se quence 1 Plug the AC power cord in and set the POWER switch to ON to start power supply. Supply of V+12_ERP and V+3R3_ERP power starts. Muting is activated (ON). reset is canceled when the 2 M16_1 microcomputer (IC5101) reset Reset IC (IC5102) voltage is detected. 3 Supply of V+12_SW_A and V+12_SW_D power starts when the PWR_ON_CONT signal changes from L to H (the PWR_XON signal changes from H to L). Power supply from each each power power IC, except forV+3R3_D, V+3R3_CLK, and V+15_OLED, starts. 4 Supply of V+3R3_D power is automatically triggered by supply of V+1R2_D power. Oscillation at 48 MHz/13.333 MHz starts. 5 Supply of V+3R3_CLK power starts. Oscillation at 24.576 MHz starts. reset is canceled when the 6 M16_2 microcomputer (IC4301) reset Reset IC (IC4302) voltage is detected. 7 Supply of V+15_OLED power starts when the OLED_CONT signal changes from L to H. 8 SH1 microcomputer reset is canceled when the SH1_XRST signal changes from L to H. DSP_XRST signal changes from 9 DSP reset is canceled when the DSP_XRST L to H. a SH2 microcomputer reset is canceled when the SH2_XRST signal changes from L to H. signals (BCK and LRCK) is started at b Generation of the audio clock signals DSP. ADDA_XRST signal c ADC & DAC reset is canceled when the ADDA_XRST changes from L to H. d The DAC settings (CS, CCLK, CDTI) are made. e Muting is canceled when the CPU_MUTE signal changes from L to H.

V+12_ERP, V+5_ERP, V+3R3_ERP

M6_1_XRST

260 ms

PWR_ON_CONT

1000 ms

PWR_XON 2.2 ms V+12_SW

10 ms V+3R3_PNL

260 ms

M16_2_XRST

16.5 ms

V+5_D

16.5 ms

V+8_A

16.5 ms

V+5_AD2

12.6 ms

V+5_A

10.8 ms

V+3R3_A

Audio Power supply V+15A

27 ms

Audio Power supply V-15A

10 ms

Audio Power supply V+7R5_PH

25 ms

Audio Power supply V-7R5_PH

38.6 ms

Power Clock Hardware control signal Software control signal

B

C

16 ms

V+1R2_D

36.8 ms

V+3R3_D

D

45 ms

V+3R3_CLK

45 ms

24.576 MHz

36.8 ms

13.333 MHz

36.8 ms

48 MHz

350 ms

OLED_CONT

350 ms

V+15_OLED

50 ms

SH1_XRST

E

850 ms

SH2_XRST DSP_XRST

650 ms

BCK_I2S LRCK_I2S

960 ms 50 us 30 us

ADDA_XRST DAC setting (CS, CCLK, CDTI)

17 ms

5600 ms

CPU_MUTE MUTE

F

Starting voltage monitoring

FAULT DET

300 ms

Starting voltage monitoring

XAC_OFF 60 ms

300 ms

13

DJM-S9 5

6

7

8

1

2

3

4

5.2 TROUBLESHOOTING Table of Contents in Troubleshooting

A

Prior Confirmation

Check that the cables for connection of the external equipment and internal cables are properly connected and that there is no breakage in those cables.

Startup-Related Problems No power/Does not start up properly Display-Related Display-Relat ed Problems • The LED(s) not lit/Abnormal LED indication(s) indication(s) • No or abnormal OLED display indications Operation-Related Problems

• The buttons, slide switches, INPUT SELECT switches, pads, HP CUE fader, or rotary MIC LE VEL and AUX LE VEL) do not function. • The rotary VRs (MIC LE VEL, AUX LE VEL) do not function. • Rotary selector not controllable controllable • The effect O N /OFF lever do not function. • The crossfader does not function or functions abnormally abnormally.. • The channel faders faders do not function. function.

Audio-Related Problems

• No audio signals from the CH audio input connectors are available. • No audio signals from the MIC connectors are available. • The microphone volume volume is too low. • No audio signals from the AUX connectors are available. • No audio signals are output from the MASTER 1 / MASTER 2 connectors. • The volume from the MASTER 1 and 2 connectors is too low or the MASTER ATT ATT does not function. • No audio signals are output from the BOOTH connector. connector. • No audio signals are output from the PHO NES connectors. • No audio signals are input/output via the USB connectors.

DVS-Related Problems PC-Connection-Related Problems

No

B

C

VRs

(except for

DVS operations • The DJM-S9 is not recognized recognized by a PC. • The Firmware cannot cannot be updated. updated.

About descriptions of "Points to be checked: *, etc." in the flowcharts Only the representative points to be checked are indicated as the points to be checked for the CH audio inputs and the operating elements, which have the same function (circuits). Read the indicated points as the points corresponding to the part actually in failure.

Startup-Related Problem Problems s No

*"Does not start up properly" means a status where no operating elements function and no audio signals are output.

power/Does not start up properly (*)

D Are the PA NEL/UTILITY buttons flashing and other LEDs unlit? (See "5.3 DETECTIO N OF AB NORMAL POWER-SUPPLY VOLTAGES.")

(Failure of power whose voltage is being monitored) Yes The power IC for abnormal power and its peripheral circuits or the circuits that use the power in question are in failure.

No

Is the V+12_ERP voltage normal? [Point to be checked: 3]

No

MAIN Assy or POWER SUPPLY Assy is defective.

No

IC203, IC202 or its peripheral circuit may be defective.

No

IC5102 or its peripheral circuit may be defective.

No


Yes Are the V+5_ERP and

E

V+3R3_ERP voltage normal?

[Points to be checked: 4, 5] Yes

Is the M16_xRST normal? [Point to be checked: 9] Yes

Is the XAC_OFF normal? [Point to be checked: 2]

F

Yes

A

14

DJM-S9 1

2

3

4

5

6

7

8

A

A

Is the PWR_XO N normal? [Point to be checked: 1]

No

IC5201, X5101 or Q203 is defective.

No

MAIN Assy or POWER SUPPLY Assy is defective.

Yes

Is the V+12_SW_* voltage normal? [Points to be checked: 1, 2] Yes

Are each voltages normal? (See "10.6 VOLTAGES".)

B No

Each power ICs or its peripheral circuit may be defective.

No


No

Each oscillators or its peripheral circuit may be defective.

No

PANEL UCOM (IC5101) or its peripheral circuit may be defective.

No

SH1 UCOM (IC601) or its peripheral circuit may be defective.

Yes

Is the M16_XRST signal HI? [Point to be checked: a] Yes

Are each clocks normal? [Points to be checked: b, c, j, T, U etc.]

C

Yes

Is the SH1_XRST signal HI? [Point to be checked: 5] Yes

Is the SH2_XRST signal HI? [Point to be checked: 6]

D

Yes

Is the DSP_XRST signal HI? [Point to be checked: 7]

No


No

PANEL UCOM (IC5101) or its peripheral circuit may be defective.

Yes

Is the CPU_MUTE signal HI? [Point to be checked: d]

E

Yes A circuit related to display is in failure. (Go to the flowchart "Display-Related Problems")

F

15

DJM-S9 5

6

7

8

1

A

2

3

4

Display-Related Problems The LED(s) not lit/Abnormal LED indication(s) Identify a failure location, referring to "6.1 TEST MODE."

Is (are) the LED(s) in question controlled by the matrix circuit? (See "4.3 MATRIX TABLE.") TABLE.")

Yes

Are indications of multiple LEDs abnormal? Yes

No

B

The LED with abnormal indication and its peripheral circuits are in failure.

No

Are indications of all LEDs controlled with the same GRID signal abnormal? (See "4.3 MATRIX TABLE.") TABLE.")

Is the GRID signal in question normal? [Points to be checked: M, etc.]

Yes

No

Yes

No

LED high-side drive circuit is defectiv defective. e.

PAD UCOM (IC4301) is defective. Or LED high-side drive circuit or power supply (V+5_LED) is defective. C

Are indications of all LEDs controlled with the same SEG signal abnormal? (See "4.3 MATRIX TABLE.") TABLE.")

Is the GRID signal in question normal? [Points to be checked: L, etc.]

Yes

Yes

No

The LED with abnormal indication and its peripheral circuits are in failure. Is the signal that controls the LED(s) in question at the microcomputer port normal? [Points to be checked: N, etc.]

No

No

LED low-side drive circuit is defectiv defective. e.

PAD UCOM (IC4301) is defective. In the case of MIC OFF/ON /T /TALKO ALKOVER LED, LED, PH1 UCOM (IC601) is defective.

PAD UCOM (IC4301) is defective. Or LED low-side drive circuit is defective.

Yes D

The LED with abnormal indication and its peripheral circuits or power supply (V+5_LED) are in failure. No

or abnormal OLED display indications

Check if there is a disconnection on the FPC board of the OLED module and check the connection status.

Is the V+3R3_OLED normal? [Point to be checked: CN4204 pin 4, etc.]

No

V+3R3_OLED

route is defective.

E Yes Is the V+15_OLED voltage normal? [Point to be checked: b, etc.]

Yes

Is the OLED control signal normal? [Points to be checked: O, P, Q, R, S, etc.]

No

No

PAD UCOM (IC4301) is defective.

Yes OLED module or its peripheral circuit may be defective.

Is the OLED_CO NT signal normal? [Point to be checked: 4]

No

PANEL UCOM (IC5101) is defective.

F Yes V+15_OLED CONTROL

circuit is defective.

16

DJM-S9 1

2

3

4

5

6

7

8

Operation-Related Problems

A

The buttons, slide switches, I NPUT SELECT switches, pads, HP CUE fader, or rotary VRs (except for MIC LE VEL and AUX LEVEL) do not function. Identify a failure location, referring to "6.1 TEST MODE."

Is an operating element the signal of which is directly input to a microcomputer port abnormal? (See "4 .3 MATRIX TABLE.") TABLE.")

The inoperable operating element and/or its peripheral circuits or power supply Yes (V+3R3_PNL, V+3R3_AD) are in failure. Or PANEL UCOM (IC5101) or PAD UCOM (IC4301) is defective.

B

No

Are multiple buttons/switches inoperable?

No

The inoperable operating element and/or its peripheral circuits or power supply (V+3R3_PNL, V+3R3_AD) are in failure.

Yes Are all VRs whose data are to be input to the same multiplexer IC inoperable? (See "4 .3 MATRIX TABLE.") TABLE.")

No

The inoperable operating element and/or its peripheral circuits or power supply (V+3R3_PNL, V+3R3_AD) are in failure. C

Yes Are the KEY_MUX_SEL_A/B/C signals and AD_MUX_SEL_ AD_MUX_SEL_A/B/C A/B/C signals abnormal? [Points to be checked: +, ,, ., /, :, ;, etc.]

No

Multiplexer IC or power supply (V+3R3_PNL, V+3R3_AD) is defective.

Yes PANEL UCOM (IC5101) is defective.

The rotary VRs (MIC LE VEL, AUX LE VEL) do not function.

Is the audio signal input to the FRVR Assy normal? [Points to be checked: ", #, etc.]

No

D

INPUT Assy is defective.

Yes FRVR Assy is defective.

E

Rotary selector not controllable

Are rotational operations without effect?

No

Yes Are the BROWS_CH1/2_ENC_* signals normal? [Points to be checked: W, X, etc.]

No

If pressing of the rotary selector has no effect, go to the flowchart "The buttons, slide switches, I NPUT SELECT switches, pads, HP CUE fader, or rotary VRs (except for MIC LE VEL and AUX LE VEL) do not function."

PANEL UCOM (IC5101) is defective. Or rotary selector par t is defective. F

Yes PANEL UCOM (IC5101) is defective.

17

DJM-S9 5

6

7

8

1

A

2

3

4

The effect ON /OFF lever lever do not function. function.

No

Is photointerrupter output normal? [Points to be checked: Y, etc.]

PANEL UCOM (IC5101) is defective. Or photointerrupter or peripheral circuit or power supply ( V+3R3_PNL) is defective.

Yes


B

The crossfader does not function or functions abnormally.

No

Is the AD_CRFD signal normal? [Points to be checked: Z, etc.]

Is the V+5_AD2 power supply normal? [Point to be checked: 7]

Yes

V+5_AD2

No

Replace the slider with one with a magnet attached.

power IC (IC210) is defective.

Yes

No

Can you perform the calibration?

Is a magnet attached to the slider?

Yes

C

No

Yes

If even if perform the calibration, operation is abnormal, DSP (IC1001) is defective.

CRFD Assy is defective.

When have an abnormality in an operation


even if you perform the calibration, DSP (IC1001) is defective.

The channel faders do not function.

Is the AD_CH*_FD signal normal? [Points to be checked: CN7602-pin 2, etc.]

D

No

Is the V+3R3_AD power supply normal? [Points to be checked: CN7602-pin 1, etc.]

Yes

No

Any part in the be in failure.

V+3R3_AD

power path may

Yes

PANEL UCOM (IC5101) is defective. Or DSP (IC1001) is defective.

CH1FD Assy or CH2FD Assy is defective.

Audio-Related Problems E

[Prior Confirmation] Check that the displays and operations are normal. Check that the displays and operating elements function properly, referring to "6.1 TEST MODE." If there is any problem, repair the defectiv defective e part. (See the flowcharts "Display-Related Problems" Problems" and "Operation-Related Problems.") Problems.") No

audio signals from the CH1 audio input connectors are available.

Input an audio signal with an appropriate level to the input connector in question then switch the I NPUT SELECT switch to the corresponding input source.

Are the channel level indicators lit?

F

Yes DSP (IC1001) or its peripheral circuit may be defective.

No

B

18

DJM-S9 1

2

3

4

5

6

7

8

B

A

Is the audio signal input to the ADC input section? [Points to be checked: t, etc.]

No

INPUT Assy or power spply ( V±15_PI) is defective.

Yes

Is the CHAD_XRST normal? [Points to be checked: k, etc.]

No

Is the ADDA_XRST normal? [Point to be checked: 8]

Yes

No

DSP (IC1001) is defective. Or buffer IC (IC1210) is defective.

Yes

B

IC2001 is defective.

Are the MCK, BCK and LRCK normal? [Points to be checked: IC2012/IC2013-pins IC2012/IC2 013-pins 3, 4, 5 ]

No

DSP (IC1001) or the buffer IC in the path of the clock in failure is defective.

Yes Is the ADAT_CH* normal? [Points to be checked: v, etc.]

No

ADC (CH1: IC2012, CH2: IC2013) or its peripheral circuit or power supply (V+5_A) may be defective. C


No

audio signals from the MIC connectors are available. available.

Input an audio signal with an appropriate level to the MIC input connector in question then set the MIC input level selector switch to MIC.

Is the audio signal input to the MIC ADC input section of the MAI N Assy? [Point to be checked: w]

D

No

Is the audio signal input to the MIC circuit of the HPAMP Assy? [Point to be checked: (]

Yes


Is the audio signal input to the FRVR Assy? [Point to be checked: #]

No

Yes

No

No

Yes

IC8001 of HPAMP Assy or its peripheral circuit or power supply ( V±15_PI) may be defective.

VR8208 of FRVR


INPUT Assy or power spply ( V±15_PI) is defective.

Assy or its peripheral circuit may be defective.

E

Yes Are the MCK, BCK and LRCK normal? [Points to be checked: IC2201-pins 10, 11, 12 ]

No


Yes

Is the ADAT_MIC normal? [Point to be checked: x]

No

ADC (IC2201) or its peripheral circuit or power supply (V+5_A, V+3R3_A) may be defective. F


19

DJM-S9 5

6

7

8

1

A

2

3

4

The microphone volume is too low.

Input an audio signal with an appropriate level to the MIC connector in question.

Is the MIC_LI NE_GAIN_SEL normal? [Point to be checked: j]

No


Yes B

The level-switching circuits (Q6506, Q6507, Q6505 and their peripheral circuits) are in failure.

No audio

signals from the AUX connectors are available available..

Input an audio signal with an appropriate level to the AUX connector in question.

C

Is the audio signal input to the AUX ADC input section of the MAI N Assy? [Points to be checked: y, etc.]

No

Is the audio signal input to the AUX circuit of the HPAMP Assy? [Point to be checked: )]

Yes


Is the audio signal input to the FRVR Assy? [Points to be checked: ", etc.]

No

Yes

No

Yes

IC8103 of HPAMP Assy or its peripheral circuit or power supply ( V±15_PI) may be defective.

VR8206 of FRVR

No


INPUT Assy or power supply ( V±15_PI) is defective.

No


Assy or its peripheral circuit may be defective.

Yes

D

Are the MCK, BCK and LRCK normal? [Points to be checked: IC2301-pins 10, 11, 12 ] Yes

Is the ADAT_AUX normal? [Point to be checked: z]

No

ADC (IC2301) or its peripheral circuit or power supply (V+5_A, V+3R3_A) may be defective.

Yes DSP (IC1001) or its peripheral circuit may be defective. E

No

audio signals are output from the MASTER 1 / MASTER 2 connectors.

Input an audio signal with an appropriate level to the MIC input connector in question then set the MIC input level selector switch to MIC.

Is the ADAT_M normal? [Point to be checked: E]

F

No

DSP (IC1001) or its peripheral circuit may be defective.

Yes

C

20

DJM-S9 1

2

3

4

5

6

7

8

C

A

Is the MASTER DAC out put normal? [Point to be checked: A]

No


Yes

No


No


Yes Are the MCK, BCK and LRCK normal? [Points to be checked: IC3001-pins 5, 3, 1] Yes

B

DAC (IC2401) or its peripheral circuit or power supply (V+5_A, V+3R3_A) may be defective. Is the M_MUTE signal HI? [Point to be checked: g]

No

MASTER output circuit or power supply (V±15_PO) is defective.

No

PANEL UCOM (IC5101) is defective. Or MUTE circuit is defective.

Note:

For MASTER 1 output, check the ICP of the connector. (See "5.4 ABOUT THE PROTECTOR.")

Yes

Is the M VR_MUTE signal HI? [Point to be checked: f]

C

Yes MASTER VOLUME MUTE circuit (PNL1B Assy) is defective.

The volume from the MASTER 1 and 2 connectors is too low or the MASTER ATT does not function.*

*"The MASTER ATT does not function" means that the volume of MASTER 1 and 2 does not change, even though the operation of the ATT switch is normal in TEST mode.

Input an audio signal with an appropriate level to any of the input connectors. Adjust the MASTER LE VEL control to an appropriate position. D Are the ATT_SEL0, ATT_SEL1 normal? [Points to be checked: b, c]

No


Yes The ATT switching circuits (Q2403 to Q2410 and their peripheral circuits) are in failure. No

audio signals are output from the BOOTH connector. connector.

Is the only audio that is not output from the BOOTH connector the MIC sound?

E

Yes The "MIC TO BOOTH" setting in UTILITY mode is OFF OFF..

No

Input an audio signal with an appropriate level to any of the input connectors. Adjust the BOOTH LE VEL control to an appropriate position.

Is the ADAT_BOOTH normal? [Point to be checked: I]

No


F

Yes

D

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2

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4

D

A

Is the BOOTH DAC out normal? [Points to be checked: F, etc.]

No

Is the ADDA_XR ADDA_XRST ST normal? [Point to be checked: 8]

No


No


No


No


No

HPJK Assy is defective.

Yes

Yes

Are the MCK, BCK and LRCK normal? [Points to be checked: IC2601-pins 1, 2, 4 ] Yes

B

DAC (IC2601) or its peripheral circuit or power supply (V+5_A) may be defective.

Is the MUTE signal HI? [Point to be checked: e]

No

BOOTH output circuit or power supply (V±15_PO) is defectiv defective. e.

Yes PANEL UCOM (IC5101) is defective. Or MUTE circuit is defective.

C No

audio signals are output from the PHO NES connectors.

Input an audio signal with an appropriate level to any of the input connectors. Adjust the HEADPHO NES MIX/LE VEL control and the CUE fader to appropriate positions.

Is an audio signal output from neither of the PHO NES jacks (1/4-inch stereo phone and stereo mini)?

No

The HPAMP circuit or power supply (V±7R5_PH) in the path for the jack without audio output is in failure.

Yes

D

Is the ADAT_HP normal? [Point to be checked: J]

No


Yes

Is the HP DAC output normal? [Point to be checked: F]

No

Is the ADDA_XR ADDA_XRST ST normal? [Point to be checked: 8] Yes

Yes E

Are the MCK, BCK and LRCK normal? [Points to be checked: IC3001-pins 1, 2, 4 ] Yes DAC (IC3001) or its peripheral circuit or power supply (V+5_A) may be defective.

Is the audio signal input to the input section of the HPJK Assy? [Points to be checked: *, etc.]

Yes

Is the MUTE signal HI? [Point to be checked: e]

No

F

Yes PANEL UCOM (IC5101) is defective. Or MUTE circuit is defective.

E

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DJM-S9 1

2

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4

5

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8

E

A

Is the V±7R5_PH voltage normal? [Points to be checked: k, etc.]

No

Power IC ( IC405) or its peripheral circuit Power may be defective.

Yes HPAMP circuit is defective.

No

B

audio signals are input/output via the USB connectors.

Is the DJM-S9 recognized by a PC?

No

Poor USB connection. Go to the flowchart "The DJM-S9 is not recognized by a PC."

Yes SH1 UCOM (IC601) or SH2 UCOM (IC801) is defective. Or DSP (IC1001) or its peripheral circuit may be defective. C

DVS-Related Problems No

DVS operations

Is operation with a CD or PHO NO input signal at input select switch to CD or PHO NO normal?

No

The audio input circuitry is in failure. Go to the flowchart " No audio signals from the CH audio input connectors are available." D

Yes

Is the CH*_DVS_SEL normal? [Points to be checked: h]

No


No

Buffer IC (CH1: IC2002 or CH2: IC2003) is defective.

Yes Are the CH1: IC2002 or CH2: IC2003 output normal? [Points to be checked: IC2002/IC2003-pin IC2002/IC200 3-pin 4] Yes

E

SH1 UCOM (IC601) or SH2 UCOM (IC801) is defective.

Is operation with a CD or PHONO input signal normal?

No

The audio input circuitry is in failure. Go to the flowchart " No audio signals from the CH audio input connectors are available."

F

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2

3

4

PC-Connection-Related Problems The DJM-S9 is not recognized by a PC.

Check that the driver for the DJM-S9 has been installed on the connected PC.

No

Install the latest version of the driver.

No

Chip beads (L604, L605 or L803, L804) are defective.

No

Chip filters (L603, L805) are defectiv defective. e.

Yes Is Analog USB power normal? [Points to be checked: IC601 / IC801-pins 100, 101]

B

Yes Are the VBUS, D+, Dline signals normal? [Points to be checked: o, IC601 / IC801-pin 93, 94, etc.] Yes SH1 UCOM (IC601) or SH2 UCOM (IC801) is defective. C

The Firmware cannot be updated.

Check that the PC is securely connected to the USB-A connector.

Is the DJM-S9 recognized by a PC?

No

Poor USB connection. Go to the flowchart "The DJM-S9 is not recognized by a PC."

Yes

D

Did the previous updating fail?

No

Firmware stored IC (IC602 (IC602 or IC4301 or IC5101) or its peripheral circuit may be defective.

Yes, or I don't know The updating procedure may not have been performed correctly. Be sure to enter Update mode by turning the Note: unit ON with the BACK and PARAMETER c If the unit is turned O N after updating failed, the unit may start up in apparent Update mode. buttons of CH1 held CH1 held pressed. * However, start of updating in such apparent Update mode may fail. E

F

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5.3 DETECTION OF ABNORMAL ABNORMAL POWER-SUPPLY POWER-SUPPLY VOLTAGES VOLTAGES The PANEL UCOM (IC5101) of this unit always monitors various power voltages and will shut the unit off immediately after an error is detected.

A

Content to be monitored A voltage abnormality, such as a voltage drop or voltage rise in any of the various power-supply ICs in the MAI N Assy is monitored.

Voltages to be detected Vol olta tage ge to be mo moni nito tore red d

Exce Ex cess ss vo volt ltag age e 4.08 V 4.08 V 1.63V 6.91V 6.91V

V+3R3_PNL V+3R3_D V+1R2_D V+5_D V+5_AD2

Redu Re duce ced d vo volt ltag age e Vol olta tage ge to be mo moni nito tore red d — V+5_A 2.11 V V+8_A — V+15_OLED — V+15_P — V-15_P

Exce Ex cess ss vo volt ltag age e 6.43 V 9.77 V — — -11.77 V

Redu Re duce ced d vol volta tage ge 3.71 V — 10.31 V 11.31 V — B

Detection terminals and their terminal voltage TP terminal for the FAULT_DET signal in the MAI N Assy or TP terminal of the FAULT_DET input terminal (44 pins) of the PANEL UCOM (IC5101) in the P NL1B Assy In normal operation : HI (3.3 V) When an error is detected : LOW (0 V)

Timing of monitoring start 1,900 msec after power-on

Timing upon judgment as a failure 50 msec after an error was detected

LED indication when an error is generated

C

If an error is detected, the PA NEL/UTILITY button LED flashes and all other LEDs become unlit.

Restoration method If the unit shuts itself off because of error detection, after completing diagnosis unplug the power cord. Then, plug the power cord in after a while then turn the unit back on.

Diagnostic procedure • Check that each power-supply IC is not not short-circuited to GND. • Because power voltage monitoring monitoring starts about 2 seconds after after the unit is turned turned on, check each power-supply IC before before voltage monitoring starts. • If checking of all power-supply power-supply ICs cannot be finished before voltage monitoring starts and the unit shuts shuts itself off, turn the unit back on, following the procedure described in "Restoration method" above, then continue checking. Repeat this until checking of all power-supply ICs is completed.

D

5.4 ABOUT PROTECTOR This unit uses ICPs (IC protectors) in MASTER1 output circuit. If the specified signal from the MASTER 1 connectors (XLR) is not proper ly output, check if any ICP is activated.

C

MAIN ASSY

MASTER1 L

MASTER1 R

JA2401

JA2402

DKB1093-A

DKB1093-A

4 1

4 2

1

2

3 SA

SA

R2533

R2535

22

D L O C

SA R2527

SA R2529

SA R2528 22

SA

T O H

22

2 7 4 2 C

3 7 4 2 C

Q2412 INC2002AC1

D L O C

22 T O H

22 Q2411 INC2002AC1

E

3

6 1 / p 0 0 7 4

6 1 / p 0 0 7 4

T 6 1 J 2 7 4 Q S X H F C

1 0 4 2 D

T 6 1 J 2 2 0 7 4 4 2 Q D S X H F C

T 6 1

Q2413 INC2002AC1

C 0 8 1 S 2 Z D

4 7 4 2 C

6 J 1 / 2 p 7 0 4 0 Q 7 S 4 X

3 0 4 2 D

C 0 8 1 S 2 Z D

4 0 4 2 D

C 0 8 1 S 2 Z D

H F C

T 6

C 0 8 1 S 2 Z D

Q2414 INC2002AC1

G N D _ AO 1

SA

P2402

R2530 22

AEK1073-A

SA

R2534

R2536

22

22

5 7 4 2 C

1 6 J 1 / 2 p 7 0 4 0 Q 7 S 4 X H F C

G N D _ AO 1

F

P2401 AEK1073-A

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DJM-S9 5

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6. SERVICE MODE 6.1 TEST MODE A

Outline of Test Mode The following modes are provided in Test Test mode of this unit:

B

1 2 3 4 5 6 7 8 9 a b

Version Display mode Crossfader Calibration Mode Mode Mode for Making Making All LEDs Unlit Mode for Making Making All LEDs Lit Key LEDs Confirmation Mode Mode Keys and Switches Confirmation Mode Mode Mode for for Confirmation of the VRs Mode for Confirmation Confirmation of the Faders Faders Pad Confirmation mode Mode for Making Making All OLEDs Lit Device Test Test

How to Operate in Test Mode How to Enter and Shift Test Mode Power is OFF.

SHIFT

C

+

TAP

Turn the unit ON while holding the SHIFT and TAP buttons pressed.

a Mode for Making All OLEDs Lit

Indication on the Effect section display

TAP

VERSION

1 Version Display mode

DEVICE

b Device Test

TAP

2 Crossfader Calibration Mode

TAP

X FADER

c Mode for Confirmation of the AD Values of the VRs

Calibration OK? OK TAP

D

3 Mode for Making All LEDs Unlit

NG

If an error is generated, it is required to turn the unit OFF to exit this mode. · If the error can be cleared, it may lead to a misunderstanding that calibration has been finished.

d Mode for Confirmation of the AD Values of the Faders

f Mode for Confirmation of the luminance of the LEDs

BLIGTNESS

TAP

g Multicolor Confirmation Mode

LED KEY

MLTCOLOR

TAP

h Mode for Confirmation of Indications on the OLEDs

LED SW

TAP

OLED 2

TAP

E 7 Mode for Confirmation of the VRs

PAD AD

TAP

LED ON

TAP

6 Keys and Switches Confirmation Mode

FADER AD

TAP

e Mode for Confirmation of the AD Values of the Pads

LED OFF

TAP

5 Key LEDs Confirmation Mode

Modes for engineers These modes are not to be used by service personnel.

TAP

TAP

4 Mode for Making All LEDs Lit

VOL AD

i Crossfader Confirmation Mode

VOLUME

CRF CHEK

TAP TAP

8 Mode for Confirmation of the Faders

FADER

TAP

9 Pad Confirmation mode

PAD

TAP

F

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1 Version Display Mode

A

This mode is for confir ming the firmware version of each microcomputer. The firmware type (system, main microcomputer, submicrocomputer, DSP, etc.) and the current version of the selected s elected firmware is indicated on the PAD section display. When Version Display mode is entered, the system firmware version is displayed. The firmware type to be displayed can be changed with the BEAT c or d button.

B

Effect section display

PAD section display Firmware type and current version SYSTEM SH0 SH1 BOOT UPDATE DSP P DSP D PANEL 0 PANEL 1

C

Alert of Crossfader Calibration Not Implemented If the blue LEDs are flashing immediately after Test Test mode is entered, calibration of the crossfader has not been implemented yet. Perform Perform calibration, referring to the next section " 2 Crossfader Calibration Mode." D

E

F

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2

3

4

2 Crossfader Calibration Mode This mode is for performing calibration of the crossfader. The following two calibration operations are consecutively performed: Calibration 1: The AD values for for the specific 5 points of the crossfader crossfader are recorded. recorded. A jig for positioning of the five points for calibration of the noncontact faders (GGF1717) is required. Calibration 2: The AD values for for both end positions of the crossfader are recorded. The Fader bumper A (G NK1010) are required.

Calibration 1 When

B

C

D

Crossfader Calibration mode is entered, the CH1 pads 1–4, CH2 pad 1, HOT CUE mode button, and ROLL mode button light in white. On the PAD section display, "CALIB 01" and the current AD value of the crossfader are displayed. For positioning, be sure to use a jig for positioning of the five points for calibration of the noncontact faders (GGF1717). Note: For Note: The AD values on the PAD section display indicated in this manual are merely examples. NEVER move the crossfader to a position that corresponds to the value on the screen indicated in this manual.

1 Slide the crossfader to point 1 (leftmost position) then press pad 1 of CH1. The AD value of the crossfader is stored, and the color of pad 1 will become green.

4 Slide the crossfader to point 4 ( 4th position from the left end) then press pad 4 of CH1. The AD value of the crossfader is obtained, and the color of pad 4 will become green.

2 Slide the crossfader to point 2 (2nd position from the left end) then press pad 2 of CH1. The AD value of the crossfader is stored, and the color of pad 2 will become green.

5 Slide the crossfader to point 5 ( rightmost position) then press pad 1 of CH2. The AD value of the crossfader is obtained, and the color of pad 1 of CH2 will become green.

3 Slide the crossfader to point 3 (center position) then press pad 3 of CH1. The The AD value of the crossfader is obtained, and the color of pad 3 will become green.

6 Simultaneously press the HOT CUE mode and ROLL mode buttons. The color of the HOT CUE and ROLL mode buttons and the five pads becomes blue, and storing of the AD values in serial flash memory is completed.

E

Indication of normal completion F

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A

[Error Indications of Calibration 1] Calibration 1 may fail for any of the following three reasons:

–. Data storage in serial flash memory was attempted although measurement had not been performed at all 5 points. —. The measured AD value at any of the measureme measurement nt points is outside the designed range. “. The magnitude relation among the measured AD values is contradict contradictory. ory.

Error Indication CH2 PAD 2 CH2 PAD 3 CH2 PAD 4

If any of the above errors is generated, the HOT CUE and ROLL mode buttons and the pad that corresponds to the error reason will light in red. In such a case, no operation will be available available.. Turn the unit OFF then retry from the beginning. If the error persists even after performing the Calibration 1 procedures again from the beginning, the crossfader may be in failure. Repair the crossfader, referring to "The crossfader does not function or functions abnormally" in "5.2 TROUBLESHOOTI NG," then perform Calibration 1 again. Example of error indication

B

Calibration 2 When

Calibration 1 is properly completed, the SLICER mode and SAMPLER mode buttons light in white. To start Calibration 2, simultaneously press these 2 buttons. The color of the buttons changes to green. Pads 5–8 of CH1 and pads 6 and 7 of CH2 will light in white when Calibration 2 star ts. Be sure to use the Fader bumper A (GNK1010) for Calibration 2. Note: Be Note:

7 Attach the resin cushions for the crossfader (circled in red and white in the photos below), then slide the crossfader to its leftmost position first then to its rightmost position. Repeat these to-and-fro movements 3 times for each end (a total of 6 movements). Each time the crossfader reaches its end position, the color of the pads will change from white to green one by one, from left to right.

Displaying the results of calibration After Calibration 1 and 2 are completed, the 7 measured calibration values can be confirmed on the PAD PAD section display. The data being displayed can be changed with the BEAT c or d button, in the following order:

C

D

CLB1: Data item 1 of Calibration 1 CLB2: Data item 2 of Calibration 1 CLB3: Data item 3 of Calibration 1 CLB4: Data item 4 of Calibration 1 CLB5: Data item 5 of Calibration 1 CLB6: Data for the leftmost position of Calibration 2 CLB7: Data for the rightmost position of Calibration 2 Slide to the leftmost then rightmost position alternately 3 times each. Error alert when no calibration is performed With no calibration, the LEDs of the hotkey buttons flash in blue in Version Display mode. See the previous section "1 Version Display Mode."

E

8 After a total of 6 to-and-fro movements are finished, the color of the 6 pads and the SLICER mode and SAMPLER mode buttons will change to blue.

Indication of normal completion

F

This completes Calibration 1 and 2. 29

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2

3

4

3 Mode for Making All LEDs Unlit This mode is for checking that all LEDs can be unlit.

4 Mode for Making All LEDs Lit This mode is for checking that all LEDs can be lit.

5 Key LEDs Confirmation Mode B

This mode is for checking operations of the buttons having LEDs, by lighting them. The buttons that can be checked in this mode are indicated below: CH1 / CH2 4BEAT 4BEA T LOOP L OOP 1/2X 2X PARAMETER BEAT EFFECTS ECHO REVERB FX1 1 FX2 1 SAMPLER FX O N AUX FX O N

C

BACK SPI N VINYL BRAKE FX1 2 FX2 2

FLANGER TRA NS FX1 3 FX2 3

PAD MODE MOD E HOT CUE ROLL SLICER SAMPLER D

Other buttons UTILITY

Check Procedures When

E

Key LEDs Confirmation mode is entered, the LEDs of the above buttons initially light. You can check that any of those buttons, except for the PAD MODE buttons, buttons, operates properly by making sure that the button goes dark when it is pressed once. For operational checking of the PAD MODE buttons, proceed as follows: 1. When Key LEDs Confirmation mode is entered, all the RGB LEDs of the 4 PAD MODE buttons light (in white). 2. When the HOT CUE mode button is pressed, the R LEDs of all 4 buttons simultaneously light. 3. When the ROLL mode button is pressed, the G LEDs of all 4 buttons simultaneously light. 4. When the SAMPLER mode button is pressed, the B LEDs of all 4 buttons simultaneously light. 5. When the SLICER mode button is pressed, all the RGB LEDs of all 4 buttons simultaneously go dark.

HOTCUE

ROLL

HOTCUE

ROLL

HOTCUE

ROLL

HOTCUE

ROLL

HOTCUE

ROLL

SLICER

SAMPLER

SLICER

SAMPLER

SLICER

SAMPLER

SLICER

SAMPLER

SLICER

SAMPLER

F

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6 Keys and Switches Confirmation Mode

A

This mode is for operational checking of the buttons that do not have their own LEDs, various switches, rotary selectors, EFFECT levers, and I NPUT SELECT switches. Buttons not having their own LEDs For operational checking of the buttons not having their own LEDs, the LEDs of the other buttons will be used. When Keys and Switches Confirmation mode is entered, the corresponding LEDs will light. If a button is pressed once for checking, the corresponding LED will go dark. The buttons and the LEDs that correspond to those buttons are shown in the table below. below. Button to be checked Depression of the rotary selector BACK LOAD

Corresponding LED 4 BEAT LOOP 1/2X 2X

SHIFT BEAT c BEAT d

UTILITY SAMPLER FX O N AUX FX O N

*For both CH1 and CH2 *For both CH1 and CH2 *For both CH1 and CH2

B

About the TAP button The TAP TAP button is used to shift modes in Test Test mode. As this button is deemed to operate properly if mode shifting TAP is properly performed, its operation is not checked in this mode. C

Rotary selectors Rotational operations (clockwise and counterclockwise) of the rotary selectors can be checked, using the multicolor LEDs of the pads. The The specifications are common to CH1 and CH2. When

Keys and Switches Confirmation mode is entered, the 8 pads light in pur ple. Clockwise turning of the rotary selector turns off the red LEDs and counterclockwise turning turns off the blue LEDs; thus, turning it clockwise changes the pads' color to blue and turning it counterclockwise changes the color to red. Clockwise turning starts tur ning off the red LEDs from pad 3 to pad 2 clockwise. Counterclockwise turning starts turning off the blue LEDs from pad 2 to pad 3 counterclockwise. When the rotary selector is fully turned clockwise or counterclockwise, all LEDs of all pads go dark. hen n Whe

this thi s mod mode e is is ent enter ered ed,, all all pa pads ds ar are e lit lit in pu purpl rple. e.

Cloc Cl ockw kwis ise e turn turnin ing g turn turns s off off the the re red d LED LEDs. s. D

Counterclockwise turning turns out the blue LEDs.

When

the selector is fully turned clockwise or counterclockwise, all pads go dark.

E

CH1/2 INPUT SELECT switches When Keys and Switches Confirmation mode is entered, the 12 buttons of BEAT FX and SERATO FX light. Turning the CH1 INPUT SELECT switch to positions 1–6 indicated in orange in the photo below makes the corresponding LEDs of BEAT FX go dark. Turning the CH2 I NPUT SELECT switch to positions 1–6 indicated in red in the photo below makes the corresponding LEDs of SERA SERATO TO FX go dark. CH1 CH2 2 1

3 4

3

4

5

5

1

6 2

1

2 3 4 5

3

4

5

6

F

6

2

1

6

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2

3

4

EFFECT levers Key LEDs Confirmation mode is entered, the LEDs of the EFFECT levers light. If LOCK/O N and ON are both detected, the LED will go dark. The specifications are common to CH1 and CH2. When

B

C

MIC, LINE, FADER REVERSE switches When Key LEDs Confirmation mode is entered, the LEDs corresponding to the switches indicated in the table below light. If any change is made to any of those switches, the corresponding LED will go dark. The switches and the corresponding LEDs are shown in the table below. Switch to be checked MIC input level selector switch MIC ON OFF selector switch MIC TALK OVER selector switch CROSS FADER RE VERSE switch CH1 CH FADER RE VERSE switch CH2 CH FADER RE VERSE switch MASTER ATT level selector switch

Corresponding LED CH1 PARAMETER L CH1 PARAMETER R HOT CUE ROLL SLICER SAMPLER CH2 PARAMETER L, R

Figure number 1 2 3 4 5 6 7

About the MASTER ATT level selector switch Because the MASTER ATT level selector switch has 3 values, 2 LEDs (CH2 PARAMETER L and R) are used for operational checking. If switching to 2 positions other than the initial position is detected, both LEDs go dar k.

7

4

3

2

1 D

5

6

E

F

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8

7 Mode for Confirmation of VRs / 8 Mode for Confirmation of the Faders

A

These modes are for checking operation of various VRs and faders. When either mode is entered, the LEDs corresponding to various VRs or faders will light. When each VR or fader is operated to the upper or lower limit of the movable range and the appropriate maximum or minimum value for the voltage is detected, that VR/fader is regarded as normal then the corresponding LED goes dark. The VRs/faders and the corresponding LEDs are shown in the table below. below. Mode for Confirmation of the AD Values of the VRs

CH1 TRIM CH1 FILTER CH1 EQ HI CH1 EQ MID CH1 EQ LOW CH2 TRIM CH2 FILTER CH2 EQ HI CH2 EQ MID CH2 EQ LOW MASTER LEVEL BOOTH MONITOR DEPTH SAMPLER VOLUME MIC EQ LOW MIC_EQ HI MIC_ECHO HP LEVEL HP MIX CUT LAG CH1 CURVE CH2 CURVE

Mode for Confirmation of the AD Values of the Faders

Corresponding LED

CH1 fader

CH1 Level Indicator LE VEL 5 CH1 Level Indicator LE VEL 4 CH1 Level Indicator LE VEL 3 CH1 Level Indicator LE VEL 2 CH1 Level Indicator LE VEL 1

CH2 fader

CH2 Level Indicator LE VEL 5 CH2 Level Indicator LE VEL 4 CH2 Level Indicator LE VEL 3 CH2 Level Indicator LE VEL 2 CH2 Level Indicator LE VEL 1

Crossfader

Master level indicator L LE VEL 7 Master level indicator L LE VEL 6 Master level indicator L LE VEL 5 Master level indicator L LE VEL 4 Master level indicator L LE VEL 3 Master level indicator L LE VEL 2 Master level indicator L LE VEL 1

Headphone CUE fader

Master level indicator L LE VEL 5 Master level indicator L LE VEL 4 Master level indicator L LE VEL 3 Master level indicator L LE VEL 2 Master level indicator L LE VEL 1

B

LEVEL 7 LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3 LEVEL 2 LEVEL 1 C

Threshold values for the upper or lower limit of various VRs or faders Name of VR/fader CH1 TRIM CH1 FILTER CH1 EQ HI CH1 EQ MID CH1 EQ LOW CH2 TRIM CH2 FILTER CH2 EQ HI CH2 EQ MID CH2 EQ LOW MASTER LEVEL BOOTH MONITOR DEPTH SAMPLER VOLUME MIC EQ LOW MIC_EQ HI MIC_ECHO HP LEVEL HP MIX CUT LAG CH1 CURVE CH2 CURVE CH1 fader CH2 fader Crossfader Headphone CUE fader

Detection of the lower limit

Detection of the upper limit

D

Less than 25

More than 1000

E

Less than 80 More than 950 Less than 80 More than 950 (Minimum value of Calibration 2 + 30) or less (Maximum value of of Calibration 2 – 30) or more Less than 25 More than 1000

F

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4

9 Pad Confirmation mode This mode is for checking depression on the pads and lighting of the RGB LEDs. When

Pad Confirmation mode is entered, the LEDs of all pads go dark. The 16 pads are divided into 4 blocks of 4 pads, and each block can be checked in ascending order, as indicated in the photo below. Operation of any pad other than the pads in the block being checked is invalid (in order to avoid accidentally lighting any pad that is not in the block being checked by mistakenly touching it). Depression on any pad that is not in the correct order is also invalid (in order to avoid doubling or skipping depression of any key). B

1

3

2

4

The operating procedure at Block 1 is shown below. Press Pad 1. All pads in the block light in red.

C

Press Pad 2. All pads in the block light in green.

Press Pad 3. All pads in the block light in blue. D

Press Pad 4. All pads in the block light in white.

E

Proceed with the above steps for Blocks 2 to 4. Checking is completed when all pads in all blocks are lit in white.

F

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8

a Mode for Making All OLEDs Lit

A

This mode is for checking the organic electroluminescent displays by making all OLEDs lit. Check if any foreign material is attached to the display or if there are any dead pixels in the display display.. Turning the CH2 rotary selector clockwise or counterclockwise will increase or decrease the luminance of the OLEDs in 16 steps.

Effect section display

B

PAD section display C

b Devi Device ce Test Test This mode is for checking if SDRAM for the DSP has any problem and that the ports for updating are connected. Test mode is started, s tarted, checking of SDRAM and the ports for updating starts. Then when Device Test Test mode is entered, When Test the results of such checking are displayed on the PAD section display. SDRAM OK OK SDRAM NG SD CHECK UPDPT OK UPDPT NG UP CHECK

: Reading and writing check of SDRAM was OK. : Reading and writing check of SDRAM SDRAM was NG. : A reading and writing check of SDRAM is is in progress. progress. : Checking of the the ports for updating was OK. OK. : Checking of the ports for for updating updating was NG. : Checking is in progress.

D

If "CHECK" is indicated, wait until checking is finished then "OK" or " NG" is displayed. If the result for the ports for updating was NG, which port is in failure is indicated with the LEDs indicated in the table below. Port name SH1_M16C1_CTRL SH1_M16C1_ CTRL SH1_M16C2_CTRL SH1_M16C2_ CTRL UPDATE _MODE_SH1 UPDATE_MODE_M1 UPDA TE_MODE_M16_2 6_2

LED indicating a failure port CH1_PARAM_L LED CH1_PARAM_R LED CH2_PARAM_L LE LED CH2_PARAM_R LED

E

F

35

DJM-S9 5

6

7

8

1

2

3

4

6.2 ABOUT THE DEVICE A

B

C

D

Device Name

Function

Part No.

Ref. No.

Assy

POWER DOWN DETECTIO N C CIIRCUIT

3.0 V reset IC for microcomputer

S-80930CNMC-G80

IC201

MAI N Assy

Regulator 5V (ERP)

3.3 V regulator for microcomputer

NJM2872BF33

IC202

MAI N Assy

Regulator 12 V (ERP) → 5V ( (E ERP)

5 V regulator for internal power generation

NJM2831F05

IC203

MAIN Assy

DC-DC Converter 12 V (SW) → 1.25V ( (D D)

1.25 V D DC CDC conver ter for microcomputer

BD9328EFJ

IC204

MAI N Assy

DC-DC Converter 12 V (SW) → 5V (D)

5 V DCDC converter for internal power generation BD9328EFJ

IC205

MAI N Assy

DC-DC Converter 12 V (SW) → 8V (A)

8 V DCDC converter for internal power generation BD9328EFJ

IC206

MAI N Assy

Regulator 5V (D) → 3.3V ( (D D)


NJM2886DL3-33

IC207

MAIN Assy

Regulator 5V (D) → 3.3V ( (C CLK)

3.3 V regulator for clock

NJM2872BF33

IC208

MAI N Assy

Regulator 5V (D) → 3.3V (PNL)


NJM2872BF33

IC209

MAI N Assy

Regulator 8V (A) → 5V ( (F FADER)

5 V regulator for crossfader

NJM2831F05

IC210

MAIN Assy

1A HI-SIDE S WITCH

V+5_LED high side S W

BD2226G

IC212

MAI N Assy

Regulator +18V (P) → +15V ( (P P)

+15 V regulator for OP amp.

NJM78M15DL1A

IC401

MAI N Assy

Regulator -18V (P) → -15V ( (P P)

-15 V regulator for OP amp.

NJM79M15DL1A

IC402

MAI N Assy

DC-DC Converter 12 V (SW) → ±18V (P)

±18 V DCDC converter for internal power generation

BD9851EFV

IC403

MAIN Assy

Regulator 8V (A) → 5V ( (A A)

5 V regulator for AD converter and DA converter

NJM7805DL1A

IC404

MAI N Assy

DC-DC Converter 12 V (SW) → ±7.5V ( (H HP)

±7.5 V D DC CDC conver ter for OP amp.

BD9851EF V

IC405

MAIN Assy

Regulator 5V (A) → 3.3V (A)

3.3 V regulator for AD converter and DA converter

NJM2872BF33

IC406

MAI N Assy

Regulator +18V (P) → +15V ( (D D)

+15 V regulator for Organic electroluminesce electroluminescence nce

NJM78M15DL1A

IC407

MAI N Assy

SH1 UCOM

Main control, USB control

R5S72690R W266FP-K

IC601

MAIN Assy

SPI FLASH

External RAM for SH1

DY W**** (MX25L1633EM2I-10G-K)

IC602

MAIN Assy

SH2 UCOM

Main control, USB control

R5S72690R W266FP-K

IC801

MAIN Assy

→

3.3V ( (E ERP)

DSP

Audio DSP

D810K013DZKB400-K

IC1001

MAI N Assy

SDRAM 128M

External RAM for DSP

M12L128168A-5TG2 N-K

IC1002

MAIN Assy

CH1_ADC (CMOS mode)

Audio AD conver ter (CH1)

CS5381-KZ

IC2012

MAI N Assy

CH2_ADC (CMOS mode)

Audio AD conver ter (CH2)

CS5381-KZ

IC2013

MAI N Assy

MIC ADC

Audio AD conver ter (MIC)

AK5358AET

IC2201

MAI N Assy

AUX ADC

Audio AD conver ter (AUX)

AK5358AET

IC2301

MAI N Assy

MASTER DAC

Audio DA conver ter (MASTER)

WM8740SEDS

IC2401

MAI N Assy

BOOTH DAC

Audio DA conver ter (BOOTH)

AK4387ET

IC2601

MAI N Assy

HP DAC

Audio DA conver ter (HEADPHO NES)

AK4387ET

IC3001

MAI N Assy

PAD UCOM

OLED, LED and KEY control

DY W**** (R5F364AENFA-U0-K)

IC4301

PADB Assy

PAD UCOM RESET

3.0 V re reset IC for microcomputer

S-80930C NMC-G80

IC4302

PADB Assy

HALL IC

Hall IC for crossfader

EQ-730L

IC7201, IC7202

CRFD Assy

PANEL UCOM

VR,

DY W**** IC5101 (R5F364AENFA-U0-K)(NSP)

PNL1B Assy

PANEL UCOM RESET

2.7 V re reset IC for microcomputer

S-80927C NMC-G8X

P NL1B Assy

PAD and KEY control

IC5102

Note on DYW**** The "****" part of the part number changes each time the firmware is updated.

The IC that data are stored of DJM-S9 The IC that data are stored E

FLASH ROM (IC602, DYW** **** **))

Stored Data

Assy

Pro rod duc uctt fifirm rmw war are e (f (for mai ain n & DS DSP P con conttro rol) l),, Us User set ettt ing ing da datt a, a, Cro Cross ssffad ader er ca callibr bra at ion ion da datt a

MAIN Assy

F

36

DJM-S9 1

2

3

4

5

6

7

8

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 Volumes Location A

B

C

D

C

B

A

A

B

DAA1344 ×2

C

DAA1345 ×2

White

Black

E

E

F

F

D

E

White

White

Black

Gray

B

White

Black

DAA1198 ×3

DAA1305 ×6

Black

F

DAA1204 ×2

DAA1320 (DJM-S9) DAA1350 (DJM-S9- N) ×2 White

Silver (DAA1320) Gold (DAA1350)

C

G

G

G

H

DAA1346 ×3

I

DAC3088 ×1

White

White

Black

Black

DAA1348 ×9

White Black

H J

DAC2685 (DJM-S9) DAC3164 (DJM-S9-N) ×3

DAC3089 (DJM-S9) DAC3100 (DJM-S9-N) ×3

DNK6440 ×3

D

DAC2685 White (DAC2685)

Black (DAC3164)

J

DAC3089 Silver (DAC3089) Gold (DAC3100)

Gray

DNK6440 E

I

F

37

DJM-S9 5

6

7

8

1

A

2

3

4

Disassembly [1] Control Panel Section (1/2) [1-1] Fader panel Section (1) Remove the 4 Knobs. (2) Remove the 3 Silider knobs 2, 3 Knobs, 3 Stoppers. (See below.) (3) Remove the Panel, by by removing the 6 screws. (DJM-S9: DBA1446) (DJM-S9-N: DBA1447)

3

1

B

×6

1 1

The reference of the direction

1 Stopper (front direction)

Stopper (left direction)

2 × 3 C

Panel Assembly / Reassembly of the Slider Knob 2, Knob and 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 Stopper out horizontally.

1 Insert the Stopper horizontally. 2 Insert the Knob, paying attention to its orientation. 3 Insert the Slider knob 2, paying attention to its orientation.

D

1

E

F

2

3

4

1

2

6

[1-2] Control panel Section (1) Remove the 4 Fader Bumpers A. (for prevention of loss) (2) Remove the 2 Fader Bumpers B. (for prevention of loss) (3) Remove the 2 Fader Bumpers C. (for prevention of loss) (4) Remove the 2 screws. (BBZ30P060FTC) (5) Remove the 2 screws. (BPZ30P080FNI) (6) Remove the Tape. (7) Disconnect the 1 connector. (CN7601)

CN7601

4 5 3

3

DJM-S9 1

2

3

4

Tape

5

38

3

4

1 ×4 2 ×2 4

5

6

(8) Remove the 2 screws (IBZ30P080FTB) (9) Remove the 3 screws (BSZ30P060FTB)

7

8

8 Front

A

8

9

9

Front

9

• Rear view

B

(10) Remove the Control panel Section.

Control panel Section

10

C

[2] Chassis Section (1/2) [2-1] INPUT Assy (1) Disconnect the 1 jumper wire. (CN6003) (2) Remove the Stay, by removing the 2 screws. (BBZ30P060FTC) (3) Remove the 2 screws. (BBZ30P060FTC)

D

CN6003

1 INPUT Assy

3

Screw tightening order

3

2

2

E

Stay

2

1

2

1

4

×2

(4) Remove the 4 Plugs/Pin. (5) Remove the 5 screws. (BPZ30P080FTB)

4

×2

5

×5

• Rear view F

39

DJM-S9 5

6

7

8

1

A

2

3

4

Control panel Section

(6) Lift up the INPUT Assy to a front direction.

INPUT Assy

6 Diagnosis

7 (7) Disconnect the 3 flexible cables. (CN103, 104, 8006)

CN8006

×3

CN104 CN103

B

MAIN Assy

(8) Disconnect the 2 flexible cables and 2 connectors. (CN6001, 6002, 6004, 6005)

8

C

×4

CN6002 CN6004 CN6005 CN6001

MAIN Assy

[3] Front Section D

E

[3-1] Crossfader Section (1) Remove the 9 knobs.

1 × 9

(2) Remove the Crossfader Section, by removing removing the 2 screws. (CPZ26P080FTC)

2 × 2 Crossfader Section

F

• Rear view

40

DJM-S9 1

2

3

4

5

6

(3) Remove the 2 Cushions. (for prevention of loss) (4) Remove the 4 screws. (BPZ30P080FNI) (5) Remove the Holder, by by removing the 2 screws. (BBZ30P060FTC)

7

8

A

4 5

4

3

5

3 4


4

Holder

1

2

3

4

B

[3-2] Panel Section (1) Remove the 2 Springs. (for prevention of loss) (2) Disconnect the 4 flexible cables and 4 jumper wires. (CN8004, 8005, 8007, 8009, 8010) (3) Remove the Panel, by by removing the 7 screws. (BSZ30P060FTB)

2 CN8009

6

2 3

1

2 4

6 5

(4) Remove the 3 Slide S W packings (B). (5) Remove the SW packing. (6) Remove the Cap/MIC. Cap/MIC. (7) Remove the Stay with PC board, by removing the 6 screws. (BBZ30P060FTC)

7

4 ×3

×6

D


Stay

6

4

5

3 2

[3-3] MCSW, FRVR and HPJK Assemblies (1) Remove the 1 nut. (DBN1018) (2) Remove the HPJK Assy, by removing the 1 screw. (BBZ30P060FTC) (3) Remove the MCSW Assy, by removing the 2 screws. (AMZ26P040FTC) (4) Remove the 8 nuts (NK90FTC) (5) Remove the FRVR Assy, by removing the 3 screws. (BBZ30P060FTC)

E

4 × 6

3 3

4 × 2 1 2

5 5

5 • Rear view

HPJK Assy

FRVR Assy

MCSW Assy

41

DJM-S9 5

C

×7

Panel

5

1

CN8005

CN8010

1

1 7

2

CN8007


3

CN8004

2

2

6

7

8

F

1

A

B

C

2

3

4

[4] Chassis Section (2/2) [4-1] ATT, MAIN and HPAMP Assemblies (1) Remove the ATT Assy, by removing the 2 screws. (BBZ30P060FTB) (2) Remove the 2 nuts. (NKX2FNI) (3) Remove the 2 washers. (DEC2920) (4) Remove the 4 screws. (PPZ30P080FTB) (5) Remove the 1 screw. (BPZ30P080FTB) (6) Remove the 2 screws. (DBA1340) (7) Disconnect the 1 flexible cable and 2 connectors. (CN102, 107, 201) (8) Release the jumper wire from 2 clampers. (9) Remove the HPAMP Assy, by removing the 6 screws. (BPZ30P080FNI) (10) Remove the MAI MAIN Assy, by removing the 9 screws. (BPZ30P080FNI)

1

1

2 × 2 3 × 2

5

6

6

4 × 4

• Rear view

ATT Assy Ass y

10 10 MAIN Assy

10

10 10

10


7

10

9

2

10

9

9

8

8

HPAMP Assy

3

9

5

10

CN102 CN201

CN107

1 D

7 7

9

9

4

6

7

8 9 2

1

3 4

E

6

5

F

42

DJM-S9 1

2

3

4

5

6

[4-2] POWER SUPPLY and ACSW Assemblies (1) Remove the 2 screws. (BBZ30P060FTC) (2) Remove the Shield case, by removing the 3 screws. (BBZ30P060FTC) (3) Remove the Shield case, by removing the 4 screws. (BBZ30P060FTC) (4) Disconnect the 1 connector. (CN1) (5) Remove the POWER SUPPLY Assy, by removing the 4 screws. (BPZ30P100FTB) (6) Disconnect the 1 connector. (CN7801) (7) Remove the 2 screws. (BBZ30P060FTB) (8) Remove the ACSW Assy from the PCB spacer.

7

8

A

• Rear view

7 Shield Case

3 3 3

3

B

2 ACSW Assy

CN7801

8

2

6 Shield Case

5

5 CN1


4 2

4

POWER SUPPLY Assy

2

1 3

7

C

1

1

5

5

2 1 D

3

Jumper wires styling ACSW A As ssy

POWER SUPPLY Assy

E

MAIN Assy

HPAMP HP AMP Assy As sy F

FRVR Assy

INPUT Assy 43

DJM-S9 5

6

7

8

1

A

2

3

4

[5] Crossfader Section [5-1] CRFD Assy (1) Remove the Holder, by by removing the 4 screws. (BPZ30P080FNI)

1 × 4

Holder

• Rear view B

2 ×4

(2) Remove the CRFD Assy, by removing the 4 screws. (BPZ20P050FTC)

CRFD Assy

C

Pos osit itio ioni ning ng of the ge gear ars s dur durin ing g rea reass ssem embl bly y

Con onfi firrma mattio ion n of of ope opera rati tion ons s aft after er rea eass ssem emb bly

During reassembly, reassembly, position the gears so that the engraved circle on each gear (indicated in red in the figure below) is located as shown in the figure below.

1 Turn the knob counterclockwi se. 2 Make sure that the the slider can be run downward (unrestrained).

3 Turn the knob clockwise. 4 Make sure that the the slider does not run downward by itself but can be moved by hand.

D

4 3

2

• Rear view

1

Locations of grease application Grease (GYA1001)

E

• Slider

• Shaft (upper)

• Holder

• Guide bar

After grease application, move the slider in order to fully spread the grease.

After grease application, rotate the guide bar in order to fully spread the grease.

F

44

DJM-S9 1

2

3

4

5

6

7

8

[6] CH Fader Section

A

[6-1] CH1FD and CH2FD Assenblies (1) Disconect the 2 connectors. (CN7602, 7603) (2) Remove the 2 CH fader Sectios, by removing the 6 screws. (BPZ30P080FNI)

2 ×6

CN7603

1 × 2

CN7602

B

CH1 Fader Section

(3) Remove the Slider Section, by removing the 1 screw. (CPZ26P080FTC) (4) Remove the Stay, by removing the 3 screws. (BBZ30P060FTC) (5) Remove the CH*FD Assy, by removing the 2 screws. (BPZ20P050FTC)

CH2 Fader Section

Stay

C

4 × 3

3

5 × 2 CH*FD Assy

Slider Section D

Jumper wires styling

Locations of grease application Grease (GYA1001)

• Slider

• Guide Bar (upper) After grease application, move the slider in order to fully spread the grease.

E

• Guide Bar (lower) After grease application, move the slider in order to fully spread the grease.

F

45

DJM-S9 5

6

7

8

1

A

2

3

4

[7] Control panel Section (2/2) [7-1] LVMT, SPVR and HPFD Assemblies (1) Remove the 3 nuts.

1

×3

B

C

(2) Disconnect the 1 flexible cable. (CN7301) (3) Remove the LVMT Assy, by removing the 2 screws. (BPZ26P080FTC) (4) Remove the SPVR Assy, by removing the 3 screws. (BPZ30P080FNI) (5) Remove the HPFD Assy, by removing the 3 screws. (BPZ30P080FNI) (6) Disconnect the 2 flexible cables. (CN7604, 7501)

• Bottom view

5

4 3

5 CN7301

5

2 3

HPFD Assy CN7501

4

LVMT Assy

4 SPVR Assy

6 6 CN7604

D

HPFD Assy

[7-2] PNL1B Assy (1) Remove the all knobs.

1

SPVR Assy

×17

E

F

46

DJM-S9 1

2

3

4

5

6

(2) Remove the I-shield sheet, by removing the 5 screws. (BPZ30P080FNI)

7

2

8

A

I-shield sheet

×5

• Bottom view


1

2

3

4

5

B

(3) Disconnect the 2 flexible cables. (CN4202, 4203) (4) Remove the PNL1B Assy withe Sheet, Stays, by removing the 17 screws. (BPZ30P080FNI)

4

• Bottom view

×17

Screw tightening order 16

3

2

4

15

Stay

5

6 7 9

C

Stay

8 10

17

14

1

11

12

3

3

CN4203

CN4202

D

13

PNL1B Assy

(5) Remove the 2 Stays, by removing the 15 nuts.

Sheet

5

×15

Stay

E

PNL1B Assy

F

Stay

47

DJM-S9 5

6

7

8

1

A

2

3

[7-3] PADB Assy (1) Remove the Sheet, by removing the 6 screws. (BPZ26P080FTC)

1

4

Sheet

×6

• Bottom view


1

2

5

6

B

3

C

4

(2) Disconnect the 2 flexible cables. (CN4204, 4205) (3) Remove Re move the PADB Assy, by removing the 25 screws. (BPZ26P080FTC)

3

PADB Assy

×25

2 CN4204


7

5

4

8

2

6 10

D

16

14

9

CN4205

18

2

3 13

11 12

15 17

19

25 20

E

• Bottom view

21

22

1

23

24

[7-4] EFFECT Lever Section (1) Remove the 10 screws. (BPZ26P080FTC) (2) Remove the 2 Holders. (3) Remove the 2 Lever caps. (4) Remove the 2 Lever springs. (5) Remove the 2 Levers.

1 3 × 2 4 × 2

×10

Holder

2 × 2

Lever cap

Lever spring Lever

5 × 2

F

• Bottom view

48

DJM-S9 1

2

3

4

5

6

7

8

Locations of grease application

A

Grease (GYA1001)

• Lever

• Holder

Bottom

Top B

[7-5] OLED Section (1) Remove the 2 Spacers. (2) Remove the 2 Sheets. (3) Remove the 2 Buttons.

1 ×2 Spacer 2 × 2 3 × 2

Sheet Button

C

• Bottom view D

• Upper (4) Remove the Holder. (5) Remove the Matrix OEL.

6

• Lower (6) Remove the Holder. (7) Remove the Shield plate. (8) Remove the Matrix OEL.

Holder

Holder

Double-back tape (GYH1038)

8

Caution: If you peel off the Matrix OEL that was attached to the Holder with the aid of double-back tape (10 mm in width x 35 mm in length), strong stress will be imparted to the Matrix OEL and may damage it. Do not reuse an Matrix OEL that has been detached even once. Replace with a new Matrix OEL.

7

4 5

Matrix OEL

Matrix OEL

Shield plate E

F

• Bottom view 49

DJM-S9 5

6

7

8

1

2

3

4

8. EACH SETTING AND ADJUSTMENT 8.1 NECESSARY ITEMS TO BE NOTED NOTED A

After repairing, be sure to check the version of the fir mware, and if it is not the latest one, update to the latest version. Perform Perf orm the each item when the following parts are replaced.

B

• IC602, MAI NAssy

• Confirmation of the version of the fir mware • Updating to the latest version of the firmware • Factory reset (Be changed user setting to condition before the repair when be possible) • Crossfader calibration *1

• Crossfader section component par t

• Crossfader calibration *1

• IC5101, PNL1B Assy, IC4301, PADB Assy

• Confirmation of the version of the firmware • Updating to the latest version of the firmware *1 : Be sure to perform calibration, referring to "2 Crossfader Calibration Mode" in "6.1 TEST MODE."

C

D

E

F

50

DJM-S9 1

2

3

4

5

6

7

8

8.2 UPDATING OF THE FIRMWARE A. How to check the current Firmware Version of DJM-S9

A

1. Connect DJM-S9 to your your computer using a USB USB cable. 2. Launch the Settings Utility. For Windows: [Start] menu > [All Programs] > [Pioneer] -> [DJM-S9] -> [DJM-S9 Settings Utility] For Mac OS: [Application] > [Pioneer] > [DJM-S9] > [DJM-S9 Settings Utility] 3. Check the Firmware Version in the Settings Utility The firmware version is displayed in the [About] tab. B

C

B. Download and unzip the update file 1. Download the the update file. For Windows: Download and save the [DJM-S9_vxxx_Win.zip] file in a random directory like Desktop. For Mac OS: Download and save the [DJM-S9_vxxx_Mac.zip] file in a random directory like Desktop.

D

2. Unzip the downloaded file. file. For Windows: Unzip the zip file to find the folder named [DJM-S9_vxxx_ Win] and the following files in it. 1. [2CH_MIXER [2CH_MIXER_UP _UP.upd] .upd] 2. [DJM-S9U [DJM-S9Updater.exe] pdater.exe] 3. pcupda pcupdate.dll te.dll For Mac OS: Double click to unzip the [DJM-S9_vxxx_Mac] folder. folder. 1. [DJM-S9Update.app] E

xxx is numerical characters of the new fir mware version. Depending on your computer settings, the extension such as .exe or .app may not be displayed.

C. Preparation for updating DJM-S9 1. Connect DJM-S9 and a compute computer. r. Connect DJM-S9 to your computer using a USB cable. (Connect the USB cable to (USB-A) port.) 2. Activate the update mode. Press the power button while pressing the [BACK] button and the [PARAMETER1 [PARAMETER1 LEFT] buttons on the left deck. Once the update mode is activated, activated, the CLIP LED at the top of the MASTER MASTER level level meter meter flashes. 51

DJM-S9 5

6

F

7

8

1

2

3

4

1 Connect a USB cable.

A

2 Press the power button while

B

pressing the [BACK] button and the [PARAMETER1 c] buttons

3 CLIP LED turns on

D. Updating the firmware using a computer c omputer 1. Updating procedures. Before updating, close all the applications running on on the the computer. C

1 Activate the update program.

For Windows: Double click [DJM-S9Updater.exe] to activate the update file.

The updating process starts. Please wait until the progress bar reaches to the right right end. end.

For Mac OS: Double click [DJM-S9Update.app] to activate the update file. 2 Select a language. Select the language you want to use and click on [OK]. D

4 Complete the updating process. When the firmware update process is complete and the message below appears, click the [OK] button. When all the LEDs of the MASTER level meter on DJM-S9 are lit, the firmware update is completed.

Please refer to “Tips: When [Your DJM-S9 is not connected] is shown during updating the firmware” in a later section if the same message is popped up after clicking “OK”. E

version before updating. updating. 3 Check the firmware version After ensuring that the firmware version is x.xx, click on the [Start] button. Ensure that the power cable and the USB cable are securely connected to DJM-S9 during the update. Please make sure to use an an AC AC adaptor to power your laptop during updating the firmware.

5 Reboot DJM-S9. Turn off the power of DJM-S9 and then tur n it on again.

F

52

DJM-S9 1

2

3

4

5

6

7

8

E. Check the firmware version

A

Check the firmware version of DJM-S9 as described in [A. How How to check the current Firmware Version of DJM-S9]. The firmware update is successfully completed when you find the version you wanted in the Settings Utility. Utility.

Tips: How to cope with abnormal termination: If you fail to update and the following message appears, turn off the power of DJM-S9 and start from the beginning of the above Updating Procedures. B

Tips: When [Your [Your DJM-S9 is not connected] is shown during updating the firmware When

the following message appears after selecting a language, check the following tips.

C

• Is the USB cable connected to a USB-A USB-A port? If it is not connected, connected, connect the cable to a USB-A port and start the updating updating steps from the beginning beginning again. •

below. When the above message appears even if the cable is connected to a USB-A por t, please follow the steps below. 1) Uninstall the driver software of DJM-S9. (How to uninstall the driver software:) software:) For Windows users: Navigate to Start -> Control panel -> Programs. Then, select “Pioneer DJM -S9 Driver” and click “Uninstall”. For MacOS users: Double click the driver software and then double click [DJM-S9 Uninstaller. Uninstaller.app]. app]. Follow the instructions in your computer after this.

D

The latest driver software is availabl available e from the following link. http://www.pioneerdj.com/en/support/ 2) Update the firmware again from the beginning. beginning. 3) After completing the firmware update, install the driver software again. Please see the Operating Instructions for how to install the driver software.

E

[Reference informatio information] n] This updater has been verified to operate on the operating systems below: Windows: Windows 7/ Windows 8/ Windws 8.1 MacOS: OS X 10.8 / 10.9 / 10.10 Approximately 2 minutes minutes is required for updating. The images shown in this Guide may not be the same as the current ones. F

53

DJM-S9 5

6

7

8

1

2

3

4

8.3 USER SETABLE ITEMS A

This unit is provided with user settable items, as s hown below. If the corresponding part or board Assy is replaced for repair, change the user resettable settings to those noted on the Check Sheet before starting repair. If resetting is not possible, when returning the repaired product, be s ure to tell the customer that the Utility settings have been cleared and will have to be reset, as required. Item for Which User's Setting is Available Auto standby function setting

B

OLED display

Setting Value (The factory default settings are indicated in bold.)

Setting Value

AUTO STA NDBY

OFF / O N

Talke over mode setting

MIC TALKO VER

NORMAL

Talke over level setting

TALKOVER LEVEL

-6 dB / -12 dB / -18 dB / -24 dB

-18 dB

Part Name

Content to be Stored

ON / ADVANCED

ADVANCED

MIC low cut setting

MIC LO W C CU UT

OFF/O N

ON

MIC output setting to BOOTH monitor

MIC TO BOOTH

OFF/O N

ON

MIC limiter setting

MIC LIMITTER

OFF/O N

ON

MASTER limiter setting

MASTER LIMITTER

OFF/O N

ON

Attenuator level setting of BOOTH monitor

BOOTH ATT.

0 dB / -6 dB / -12 dB

0 dB

STEREO / MO NO switch of MASTER output

MASTER OUT

STEREO / MO NO

STEREO

STEREO / MO NO switch of BOOTH monitor

BOOTH OUT

STEREO / MO NO

STEREO

Br ig ightness ad adjustment of of LE LED / OLED

LED BR BRIGHT NESS

1/2/3

1

Reset factory shipping state

FACTORY RESET

cancel / reset

Utility setting

IC602 (MAI N Assy)

Each of the above items c an be set in Utilities modes. To enter Utilities mode, in nor mal start-up mode press and hold the [PA [PA NEL/UTILITY] button more than one second. C

Sheet for confirmation of the user setting Auto standby function setting

OFF

ON

–6 dB

–12 dB

Talke over mode setting NORMAL

ADVANCED

Talke over level setting

D

MIC low cut setting

–18 dB

MIC output setting to BOOTH monitor

OFF

OFF

Attenuator level setting of BOOTH monitor

–6 dB

OFF

MIC limiter setting

ON

–0 dB

–24 dB

ON

MASTER limiter setting

ON

OFF

ON

STEREO / MO NO switch of MASTER output STEREO / MO NO switch of BOOTH monitor

–12 dB

STEREO

MONO

STEREO

MONO

Brightness adjustment of LED / OLED

1

2

3

E

F

54

DJM-S9 1

2

3

4

5

6

7

8

9. EXPLODED VIEWS AND PARTS LIST NOTES: NOTE S:

- Parts - The

marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List.

> mark found on some component parts indicates the importance of the safety factor of the part.

A

Therefore, when replacing, be sure to use parts of identical designation. - Screws adjacent to b 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 instructions,, apply as you think it appropriate.)

9.1 PACKING SECTION

B

or

C

D

Front

E

F

55

DJM-S9 5

6

7

8

1

2

3

4

(1) PACKING SECTION PARTS LIST Mark No No.

Description

1 USB Cable A

Part No. DDE1128

>

2 Power Cord

See Contrast ta ble (2)

NSP

3 CD ROM Assy/DVS

DXX2734

4 Oper Operat atin ing g Instr Instructions


(Quick Start G uide) 5 Oper Operat atin ing g Instr Instructions


(Quick Start G uide) 6 Oper Operat atin ing g Instr Instructions


(Quick Start G uide) NSP B

7 Polyethylene Bag

AHG7117

Packing Pad

DHA1929

9 Packing Pad

DHA1930

10 Packing Board

DHB1002

11 Sheet

RHX1006

12 Packing Case


8

NSP 13 Leaflet/FPC

DRM1393

NSP 14 Warranty Card


C

(2) CONTRAST TABLE DJM-S9/LSYXJ, DJM-S9/UXJCB, DJM-S9-N/LSYXJ DJM-S9-N/LSYXJ and DJM-S9-N/UXJCB are constr ucted the same except for the follo wing: Mark

>

No .

Symbol and Description

2 4

DJM-S9-N /LSYXJ

DJM-S9-N /UXJCB

ADG1244 DRH1334

DDG1108 Not used

ADG1244 DRH1334

DDG1108 Not used

DRH1335

Not used

DRH1335

Not used

Not used

DRH1336

Not used

DRH1336

12

DHG3420

DHG3421

DHG3435

DHG3436

14

Warranty Card

ARY7158

Not used

ARY7158

Not used

6

NSP

DJM-S9 /UXJCB

Power Cord Oper Operat atin ing g Inst Instrructions (Quick Start G uide) (En, Fr, De, It) Oper Operat atin ing g Inst Instrructions (Quick Start G uide) (Nl, Es, Pt, Rs) Oper Operat atin ing g Inst Instrructions (Quick Start G uide) (En) Packing Case

5

D

DJM-S9 /LSYXJ

E

F

56

DJM-S9 1

2

3

4

5

6

7

8

9.2 EXTERIOR and CH FADER SECTION A

B

Refer to "7. DISASSEMBL DI SASSEMBLY" Y"

A

B

C

Tape or

N

or

O

A

B

C Label (UXJCB only)

D D

Refer to "9.6 PANEL SECTION (1/2)".

E

F

E D

Refer to "9.3 CHASSIS SECTIO N (1/2)".

E F

C

F

57

DJM-S9 5

6

7

8

1

2

3

4

(1) EXTERIOR and CH FADER SECTION PARTS LIST Mark No No. A

Description

Part No.

DWX3689

26 Holder

DNK6425

2 CH2FD Assy

DWX3690

27 Slider

DNK6426

3 Connector Assy

PF03PP2B07

28 Brake

DNK6427

4 Connector Assy

PF03PP-B17

29 St Stopper

DNK6440

5 Connector Assy

PF04PP-B12

30 Knob


6 Plug/Pin

DKM1024

31 Slid Slider er Kno Knob 2


7 Rota Rotary ry SW Kno Kno b (M (MA)

DAA1198

32 Pa Panel


Rotary SW Kno b S (C)

DAA1204

33 Guide Bar

VLL1514

DAA1305

34 Fader der Bumper A

GNK1010

10 Knob

DAA1344

35 Fader der Bumper B

DEC3596

11 Knob

DAA1345

36 Fader der Bumper C

DEC3605

12 Knob /CL


37 . . . . .

13 Knob

DAA1346

38 Screw

BBZ30P060FTC

14 Knob

DAC3088

39 Screw

BPZ20P050FTC

15 Plate

DAH3033

40 Screw

BPZ30P080FNI

16 Window

DAH3034

41 Screw

BSZ30P060FTB

17 Damper

DEB2032

42 Screw

CPZ26P080FTC

18 Fader Packing (B)

DEC2572

43 Screw

IBZ30P080FTB

DEC3356

44 Screw


9 Knob /RSW

NSP 19 Cushion 20 Felt

C

Description

1 CH C H1FD Assy

8

B

Mark No No.

Part No.

DEC3603

21 . . . . .

D

22 Cushion

DEC3639

23 Pa Packing

DEC3642

24 Stay

DNF1942

25 Lever

DNH3211


E

No .

Symbol and Description

DJM-S9 /LSYXJ

DJM-S9 /UXJCB

DJM-S9-N /LSYXJ

DJM-S9-N /UXJCB

12 12 30 31 31

Knob /CL Knob Knob Sl id ider Knob 2 Knob

DAA1320 Not used DAC3089 DAC2685 Not used

DAA1320 Not used DAC3089 DAC2685 Not used

Not used DAA1350 DAC3100 Not used DAC3164

Not used DAA1350 DAC3100 Not used DAC3164

32 44

Panel Screw

DNB1241 DBA1446

DNB1241 DBA1446

DEA1038 DBA1447

DEA1038 DBA1447

F

58

DJM-S9 1

2

3

4

5

6

7

8

9.3 CHASSIS SECTION (1/2) A

* This acetate tape is for protecting cables. If it is peeled away, be sure to adhere new acetate tape. Acetate tape (GYH1035) *

B

B A

Refer to "9.5 CROSSFADER SECTIO N".

C

A

D B

C

C

D A B H

I

I

G

G

F E

Refer to "9.4 CHASSIS SECTIO N (2/2)".

E

F D

E

H

G

E

F

F

59

DJM-S9 5

6

7

8

1

2

3

4

(1) CHASSIS SECTION (1/2) SECTION PARTS LIST Mark No No. A

Description

1 HP HPJK Assy

DWX36 86

2 IN INPUT Assy

DWX36 83

3 ATT Assy

DWX3682

C

>

Part No.

21 Shield Case

DNF1946

22 Holder

DNK6429

23 Guard

DNK6441

24 Pa Panel

See Contrast ta ble (2) VLL1514

DWX3687

5 MC MCSW Assy

DWX3688

25 Guide Bar

6 FFC

DDD1701

26 . . . . .

7 FFC

DDD1702

27 . . . . .

PF06PP-D05

28 Nut M12

DBN1018

DDA1059

29 Nut

NK90FTC

10 Knob

DAA1348

30 Screw

AMZ26P040FTC

11 Ca Cap/MIC

DAC2773

31 Screw

BBZ30P060FTB

12 Spring

DBH1810

32 Screw

BBZ30P060FTC

13 Da D amper/SI

DEB200 8

33 Screw

BPZ30P080FNI

14 Slide SW Packing (B)

DEC2590

34 Screw

BPZ30P080FTB

15 Insulating Sheet

DEC3629

35 Screw

BSZ30P060FTB

16 Cushion

DEC3640

36 Screw

CPZ26P080FTC

17 SW Packing

DED1177

18 Shield Case

DNF1943

19 Stay

DNF1944

20 Stay

DNF1945

Connector Assy

9 Shie Shield lded ed Conn Conn-C -Ca able

>

>

Description

4 FR FRVR Assy

8

B

Mark No.

Part No.


No .

>

24

Symbol and Description Panel

DJM-S9 /LSYXJ

DJM-S9 /UXJCB

DJM-S9-N /LSYXJ

DJM-S9-N /UXJCB

DXA2291

DXA2291

DXA2298

DXA229 8

D

E

F

60

DJM-S9 1

2

3

4

5

6

7

8

9.4 CHASSIS SECTION (2/2) A B

Q INPUT CN6001

C

PNL1B CN5002

INPUT CN6004

INPUT CN6005

HPJK JH8501

PNL1B CN5004

FRVR JH8204 SPVR CN7605

D

B

FRVR CN8201

FRVR JH8203

MCSW JH8601

P B A

C

a

a A

D

E

F

61

DJM-S9 5

6

7

8

1

2

3

4

3

4

CHASSIS SECTION (2/2) SECTION PARTS LIST Mark No No. A

> >

B

Part No.

1 MA MAIN Assy

DWX3673

2 HP H PAMP Assy

DWX36 84

3 AC ACSW Assy

DWR1547

4 POWER SUPPLY Assy

DWR1463

5 AC Inlet

DKP3973

6 FFC

DDD1701

7 Crimp Connector

DDC1023

8

NSP

Description

Connector Assy

PF06PP-D05

9 PCB Spacer

AEC1446

10 Cushion 11x7

AED7092

11 Power Knob

DAC2306

12 Heat Cond Sheet

DEB2026

13 Cushion

DEC3177

NSP 14 Ch Chassis

DNA1456

C

>

15 Re R ear Panel

DNC2118

16 Power Knob Guard

DNK4534

17 Holder

VEC1355

18 Binder

ZCA-SKB90BK

19 Ear th Terminal

DKE1019

20 Bracket PSW

DNF1759

21 Ch Chassis

DNK6442

22 . . . . . 23 . . . . .

D

24 Screw

BBZ30P060FTB

25 Screw

BPZ30P080FNI

26 Screw

BPZ30P080FTB

27 Screw

BPZ30P100FTB

28 Screw

IBZ30P080FTB

29 Screw

IMZ30P040FTC

30 Screw

PMH40P080FTC

31 Screw

PPZ30P080FTB

32 Screw (M (M3*5)

DBA1340

33 Flan Flange ge Nut M9

DBN1008

34 Washer

DEC2920

35 Nut (M12)

NKX2FNI

E

F

62

DJM-S9 1

2

5

6

7

8

9.5 CROSSFADER SECTION Refer to "7. DISASSEMBL DISA SSEMBLY" Y"

A

B

M C

D

CROSSFADER SECTION PARTS LIST Mark No No.

Description

Part No.

Mark No No.

Description

Par t No.

1 CR CRFD Assy

DWX3678

16 Brake

DNK6445

2 Spring/TRQ

DBH1792

17 Plate

DNK6446

3 Spring

DBH1809

18 Guide Bar

VLL1514

4 Damper

DEB2032

19 . . . . .

5 Felt

DEC3597

20 . . . . .

6 Shaft

DLA2240

21 Washer

YC60FAC

22 Screw

BPZ20P050FTC

DNK5086

23 Screw

BPZ26P080FTC

9 Brake

DNK6427

24 Screw

BPZ30P080FNI

10 Brake

DNK6428

25 Screw

CPZ26P080FTC

11 Gear

DNK6430

7 ..... 8

Bush (MA)

12 Gear

DNK6431

13 Holder

DNK6432

14 Holder

DNK6433

15 Slider

DEA1037

E

F

63

DJM-S9 5

6

7

8

1

2

3

4

9.6 PANEL SECTION (1/2) A

• Bottom view

• Top Top view v iew Accessory of VR

Accessory of VR

B

H

A B MAIN CN104

C

C

MAIN CN103

D

D

B

G

E

C

I

F

Refer to "7. DISASSEMBL DISA SSEMBLY" Y"

A

K

E

G F

Refer to "9.7 PANEL SECTION (2/2)". D

E

Accessory of VR

J

Accessory of VR

L

F

64

DJM-S9 1

2

3

4

HPAMP CN8006

5

6

7

8

PANEL SECTION (1/2) SECTION PARTS LIST Mark No No.

Description

Part No.

1 PA PADB Assy

DWX3675

2 LV LVMT Assy

DWX3679

3 PN PNL1B Assy

DWX36 85

4 HP HPFD Assy

DWX3680

5 SP SPVR Assy

DWX3681

6 FF FFC/21P

DDD1655

7 FFC

DDD1698

FFC

DDD1699

9 FFC

DDD1700

10 FFC

DDD1701

11 FFC

DDD1724

8

12 Lever

DAC3081

13 Lever Spring

DBH1702

14 Button

DEB2014

15 Sheet

DEC3593

16 Sheet

DEC3600

17 Spacer

DEC3601

18 Sheet

DEC3635

19 I-Shield Sheet

DEC3644

20 Stay

DNH3212

21 Stay

DNH3213

22 Stay

DNH3214

23 Lever Cap

DNK5344

24 Holder

DNK6435

A

B

C

25 . . . . . 26 . . . . . 27 Screw

BPZ26P080FTC

28 Screw

BPZ30P080FNI D

E

F

65

DJM-S9 5

6

7

8

1

2

3

4

9.7 PANEL SECTION (2/2) A

• Bottom view

Double sided tape

PADB CN4204

PADB CN4205

Double-back tape Double-back tape

B

C

D

E

F

66

DJM-S9 1

2

3

4

5

6

7

8

PANEL SECTION (2/2) SECTION PARTS LIST Mark No No.

Part No.

Mark No No.

Description

Par t No.

1 Ma M atrix OEL

MXS4057

16 Button

DXA2289

2 Button

DAC3082

17 Button


3 Button

DAC3084

18 Button


4 Button

DAC3090

19 Button


5 Button

DAC3093

20 Button


6 Button

DAC3094

21 Button


7 Button

DAC3095

22 Pa Panel

See Contrast table (2)

Button

DAC3096

23 Pa Panel

See Contrast table (2)

9 Button

DEB2015

10 Sheet

DEC3604

11 Spacer

DEC3641

12 Shield Plate

DNF1969

13 Panel

DNK6438

14 Holder

DNK6439

15 Holder

DNK6443

8

>

Description

A

B

(2) CONTRAST TABLE DJM-S9/LSYXJ, DJM-S9/UXJCB, DJM-S9/UXJCB, DJM-S9-N/LSYXJ and DJM-S9-N/UXJCB are constructed the same except for the follo wing: Mark

No . 17 18 19 20 21 22 23

Symbol and Description Button Button Button Button Button Panel Pa Panel

DJM-S9 /LSYXJ

DJM-S9 /UXJCB

DJM-S9-N /LSYXJ

DJM-S9-N /UXJCB

DAC3085 DXA2288 DAC3087 DAC3091 DAC3092 DNK6436 DNK6437

DAC3085 DXA2288 DAC3087 DAC3091 DAC3092 DNK6436 DNK6437

DAC3101 DXA2290 DAC3102 DAC3103 DAC3104 DNK6457 DNK6459*

DAC3101 DXA2290 DAC3102 DAC3103 DAC3104 DNK6457 DNK6459*

C

*The serial number is not printed on this part for ser vice. D

E

F

67

DJM-S9 5

6

7

8

Pioneer DJ MIXER DJM-S9.pdf

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