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SERVICE MANUAL

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1. 1 2 3 4 5 9 10 11 12 580 CIRCUIT DIAGRAM 4 4 5 580 Transistor 3 TC 1062785 555 gt to DM to DM CN19 JK CN1 to DM CN PANEL LAYOUT to DM CN22 Sur SM 1 01 28 1 8813231 50 A D INPUT PHONES Mic LINE MIDI to DM CN4 x uror 2 E me ni 4 We Fe HOST Foot Switch output SUSTAIN ar i 25 CONTROLLER o OPAMP un El 52 4 La do to PN CN9 FOOT VOLUME j BREATH lee eo 28cci 8813232 580 580 1 2 3 4 5 9 10 11 12
2. Ich a7 7 1 csp 8 1 2 HO_RES2 Gis to DM3 3 BS STATE 2 FLASH ROM2 16M obs Js coa E Y OGND E SYSTEM RESET p 22010 ji 4 MCPUOT IST me c uoi 7T MCPUO 141 pase SPUD ET Ler 0115 5 1 5 1 MOPUDI 14 MOPLO 13 MCPUDI 13 MCPUDIST MCPUDI 12 MCPUOT 1 MCPUAT17 MCPUAL 16 MCEUA 15 MOPUDI 11 1 MORE MOPUDI 10 MOPUA TA MCPUO TS a HO_RESI 037 5 McPuOL 111 MCPUAT7 MCPUATS re MCPUD B El moya 10 MOPUDI 101 MOPUATS MEPUCASI Uco MCPUROWR ans ATL Sun MCPUED 9 MCPUAT2T si MOPUCSTO 1 M NCPUATAT sal ho MCPUAL1 3 NCPUA B wce nTaT 23 004 MCPUATST i MCBUAT7 MCPUALS y MCSUATE MCPUDI 12 MCPUATS GND16 24 Ea SRAM DRAM 16 ARE ROM 28 1 8813230 A to PLUGIN2 CN1 top kois GND L_KNOBIA L_KNOB 2 MCPUAN KNOB 12 10 __ 4 14 A 21
3. ins s PHONES Um Control H Slider 1 1 J i PLUG 4 5 sow 8 cr LCD L lici BE L3 ics E E 22 DM w 42 E Es CONTROL UF O v M 1 2 DERAY ICT O X Di MPU 1 101 m gt CONTROL Es m Battery ve A 3 Q x we 5 PROGRAM RON a SRAM ET aan 16biDBUS 1 Me IMbi p H FLASH FLASH 16bitDBUS Ji Y E s MEL 1013 16 an LLLI IA Cosmo rta 1 CONTROL 1 si ums OUTPUT ET gt T ko Be NES sono CLK33MHz Ju 1043 WAVE DRAM ove URS 1 y icas i bats Pra rm A 32 sew Os O gt 1038 WHEEL Pitch Bend 1064 INDIVIDUAL OUTPUT2 2 lt ELS
4. TRANSCEIVER vccss ewess Flash CPU HD64F7045F28 MASK CPU HD6437045E24F ol 1T 21 31 21 57 81 71 a19 BEI AVV T m 31 MEPLO 30 d 0 MEPL MEPUDI 16 MCPUAI MOBURO_ lt IMLAN MIDI resalto fe essre fa pessta STE Frsala cla PxsBIS eis KEYBOARD 2222 CN2 CN4 s of 5 Sk exeet ol oke eseti Oia esane ka PXSBI13 ods eksena cea els y i z E 5 coofel to DM2 3 P4 Cot 10017 gt 0 MCPUAT2 4 NCPUATST 6 7 EM 5 El Alto UAL 111 MCPUA 12 MCPUAL 13 MCPUA 141 UAI15 ICPUA 16 18 MCPUA 19 ENG2AIN S P emi Bw pe MCPUADWR 5 WITZ
5. UNION For 11802 XP713A00 NJM78LO5UA XJ598A00 e PC2933T XS516A00 NJM79LO5UA XNO86A00 REGULATOR 3 3V REGULATOR 5V REGULATOR 3 3V REGULATOR 5V 2909 XT441A00 REGULATOR 9V 1 1 OUTPUT 1 GND 23 2 GND 2 COMMON 2 GND 2 INPUT 3 V out 3 INPUT 3 V out 3 OUTPUT E Ceramic Capacitor Metal Flame Resistor Note See parts list for details of circuit board component parts gt 2 50 QQ an 157 22 aa to DM1 3 17 manoseo 0 ved o 1a STROBE n 26 2 av EN a 2 EN MULTIPLEXER 7 pu E30 MLAN SYW anie anii DSEDCADEM to DM1 3 G7 Sue 7 to DM1 3 Icee SWP_RESI PM_ADLR gt 40 MODEO MODE 1 FSYNC ADOUT lt to DM1 3 17 ADGAINO oH _ gt 170 EK2 125 MEO1 Teo to DM1 3 D6 SHPMHMA 24 SwPMHMA 22 Snemma 23 PMLMA 2a SHPMLMA 23 2 to DM1 3 C6 MCPU TADO LI 00T 5 2 5 8 5 8 8 2
6. 20 5 2015 ELERRREE z 0000009 34222228 1555555 voD180 LMD7 LDS SWPMLPDIST AEMLMDT a hed SWEMLWDI 3 Thea EIA De EIA Mp SWEMEPDTOT 55171 MWEN NC gt SWPM_MCEN NC mias ge 241 ALL SNEMHMAL2ST a M 7 22 seras Ws 211 Maso EEES eris ti 19 dd a M p 161 peras wr p 171 AE SNEMHMADIST atti SweMHMA 15 dA SW p 141 Eras M E Summa 13 We E 12 ___5 121 HMA11 455151 00150 y 111 HMA1O Haag HMAT p 10 9T p 5 Ci EWEMEMAT7T SWEM SWPM_DACOL gt _ 5 50 15 01 VHC245 12100 00 7 1 100 GND to 109 14 020 DiFEo 1037 5 3 30 M
7. Mind CINE CIAO yel peras 5 DW EIS REGULATOR 3 3V Hare SEE IEA ndo e aw vs5138 teo DIE 151 1 PT 147 13 case inate SWPMAMOL 127 Bit 17 mio SWEMEMDLIO jon rn 7 61 171 MDE 51 SWEMPDT 151 Hen SWEMAMDT AT SwEMEDTIST EMOJ SHPMADIS SAPMEDI 147 de 11 menle SWEMPD 13 Nes 12 IE SWPMADT 11 E SwEMADIST SWEMADT 10 0012 24 04 MELO ZA MELOG 24 MELO7 to DM3 3 110 0007 to DM3 3 lt to DM3 3 45 lt m m MELOTEI MELOT SWPM_MELOO lt FM MELD4 JGIN MELIN SHPM_MELO ANALOGHMLAN I F 5 5 6 MLAN I F to DM1 3 09 eu SINOV 3 4 man LINDV SWPMAA 51 to DM1 3 08 to DM1 3 8 ud WEMEDT 147 EWEMEWEN SHPMPRASN SHEMALE 01 ATES 171
8. Error code Error code NG BOARD a board other than the VH board is loaded NO BOARD board is not loaded CONTROL CONTROL line failure TEST END When the EXIT switch is pressed the sound output will stop and the next test number will be set 31 580 32 25 mLAN 25 mLAN Connect the mLAN board to the mLAN slot and execute testing After checking the connection of the mLAN board the signal transmission and reception of the MIDI line the RESET request signal and the operation of OUT SWP30 of the MEL line by the external clock check that OK appears Also confirm that a 900 Hz sine wave output is obtained as the final signal at OUTPUT L and R DISPLAY OF RESULTS OK ps mLAN NG Bs NG Error code Error code NO BOARD board is not loaded RESET in the reset request signal check MIDI MIDI line failure MEL MEL OUT line failure TEST END When the EXIT switch is pressed the sound output will stop and the next test number will be set T26 FACTORY SET 26 Factory Set This test is used to restore the factory settings When the test is executed the following message will appear on the LCD 26 Factory Set no or YES Pressing YES will restore the factory settings Pressing NO will not restore the factory settings When the test ends properly the sin
9. AZZRAZIRAZO RAS ALL CN15 to PLUG IN1 CN1 CN16 to PLUG IN2 CN1 8 E 01102 ED 1 1 Aiu lo ENCODER 8 ua 12 03 TENE CN102 _ CNS CNB to AE2 CN1 toLC CN1 to RIBBON CN14 to WHEEL 5P to JK CN7 CN103 to 2 1 Component side CN17 to AE2 CN4 CN14 to PN CN7 13 CN12 to LCD 2P to LCD CN1 to RV CN6 DM 2NA V357640 Note See parts list for details of circuit board component parts 20 Battery VN103500 VN103600 Battery holder for VN103500 Notice for back up battery removal Push the battery as shows in figure then the battery will pop up Druk de batterij naar beneden zoals aangeven in de tekening de batterij springt dan naar voren Battery holder
10. Insert plugs into OUTPUT L OUTPUT R PHONES L and PHONES R and then connect the oscilloscope and AC voltmeter with a JIS C filter Set the master volume to the Max position Check that signals are output at OUTPUT L OUTPUT R PHONES L and PHONES R as described below At this time signals are output at MEL for mLAN as well OUTPUT L OUTPUT 72 dBm or less 10k ohm load 1 KHZ 1 5 Hz sine wave 6 0 2 dBm 10k ohm load INDIV 1 72 dBm or less 10k ohm load INDIV2 1kHz 15 Hz sinewave 6022 dBm 10k ohm load PHONES L 64 dBm or less 33 ohm load PHONES 1 kHz sine wave 5 0 2 dBm 33 ohm load While sound is output the following message appears on the LCD 20 PCM SIN 1kHz ON DISPLAY OF RESULTS TEST END AUTO when the INC switch is pressed the sound output will stop and the next test will be executed MANUAL when the EXIT switch is pressed testing will end the initial display will be restored and the next test number will be set T21 A D LEVEL J ACK 21 A D Level Set the A D GAIN volume to the maximum level Input a 1 kHz sine wave of the following level through the input port according to the instructions on the LCD 40 dBm 0 dBm LINE 6 dBm 0 dBm When a plug is connected to the jack both EXTRACT PLUG appears and the A D level appear When a plug is not connected and the level is 2 or lower IN
11. oxfi2___KNoBIST MCPUANTS A 7 14 TO7AHC14AF _ 3 d NOB 71 15092 x 1 m 535 A dorso it 18 7 Lie Ja INVERTER MPX 5 c20 1 2 De Do 2 5 m au Y pl Tm D FF a mi 3 20010 21 1 200 220 70 pa MCPUIMCCKL ES y v 219 LCD ME PE ch edo me olo 1617 E ue tk l1 ii xg 7 7 gla Loon dota E Leo 3T 7 D FF INVERTER 2 1 1200 El 1047 COD LCDOL7 19 FKSDISI m re ope PKSDISI GNC ab er E E E AS QO YO SY 8 EEE 2 304 2 Sea 2 8 AOSCANO 3 co 0 E PLUGIN IRG lt EN F54 180 k2 T ees DTA En to DM2 3 Si Set LM to PLUGIN1 to DM2 3 J11 103 a eo 180 nna D fo DM23 29 te B10 Sy do INVERTER res qno toDM253 J11 B117 iso o M ENT Pudo 5 PULGINSS_CTROUT sori au BIN 8 es PAESE ETOT 5 5 BU GINSOMIDTIN STE 2 oo 23 DEMULTIDLEXER Z 202 22010 10 CPUA 17 vec 31 to PN CN7 Ad E aL BUFFER 2 L to DM2 3 H9 56535 3 E al to DM3 3 45 2440 10 tu 1
12. 11 SWEMLMAT 1121 e WEMCMA SWEMEMATIT 151 5 1 13 motel WEMENDE IIT SuPMCNDLIO PMLNDIST IE MEPUAL1 2 SWPLMACS SHPLMAESO 0 7 valal MCFUA S SWPHMACS c po swenwacsi MCFUA ET gt SWPHMACSO MEPUALTI 8 ADGAINCO UT Te EA LU REGURATOR 5V lt 12V 5 580 N REGURATOR 5V 28CC1 8813230 3 A D IN to JK CN4 19 10 111 12 McPUDIO MCEUDT I 121 MCEUD S PUDIA 151 MCPUDIGI MEPLOI7 merule 101 11 McPUDL IS to DM1 3 H9 to DM1 3 B12 to DM1 3 B12 0 gt 0 dul YSH7 KONO KONTO KONI o iu XINI 1230 von IC36 Master SWP30B
13. evo to DM3 3 B3 acres SUA cnp Severe to DM3 3 A TU e bin v ae coe PLUGIN MELIN EA FITTA SIC 1C to DM2 3 J11 22 ES col ur Suv 5700 MCHURTS E to DM2 3 J6 u 8 5 SWPM HCLK 580 10 11 12 10 11 12 S80 CIRCUIT DIAGRAM 2 4 DM2 3 to DM3 3 B2 to DM1 3 G12 5 MCeUDIO 31 Heron 9 21 to DM1 3 10 161 50 E 5 TI Nempe 161 ined 157 D iWEMHMA 14 WEMHMA 33 61 12 13 157 10 127 WEMHMA SwEMHMDTAT 8 19 PMHMD 111 18 131 171 101 71 2 5 ET SHEMAMD TS 5 11 SwEMHMATAT CEN 3 21 RES i o 09400 32M 450 50 ou piti SHPMLMAL 161 17 1 L4 v cup WAOM BAM vssa7 2
14. 011477 19991101 198000 CONTROL SYNTHESIZER CONTENTS SPECIFICATIONS PANEL LAYOUT CIRCUIT BOARD LAYOUT BLOCK DIAGRAM WIRING ini danna DISASSEMBLY PROCEDURE LSI PIN DESCRIPTION BLOCK DIAGRAM CIRCUIT BOARDS TEST PROGRAM MIDI DATA FORMAT MIDI INPLEMENTATION CHART PARTS LIST OVERALL CIRCUIT DIAGRAM YAMAHA HAMAMATSU JAPAN 1 58 9431 Printed in Japan 99 11 580 1 This manual has been provided for the use of authorized Yamaha Retailers and their service personnel It has been assumed that basic service procedures inherent to the industry and more specifically Yamaha Products are already known and under stood by the users and have therefore not been restated WARNING Failure to follow appropriate service and safety procedures when servicing this product may result in per sonal injury destruction of expensive components and failure of the product to perform as specified For these reasons we advise all Yamaha product owners that all service required should be performed by an authorized Yamaha Retailer or the appointed service representative IMPORTANT This presentation or sale of this manual to any individual or firm does not constitute authorization certifi cation recognition of any applicable technical capabilities or establish a principal agent relationship of any form The data provided is belived to be accurate and applicabl
15. TEST PROGRAM Test No Test Item Test Conditions Judgment Criteria etc TI RAM READ WRITE OK NG MAIN SRAM WAVE DRAM 2 OK NG 2 7 more Less than 3 5V T3 WAVE ROM OK NG T4 LCD ON OFF blinking alternately T5 PANEL SWITCH LED OK NG Te ENCODER OK 0 to 127 0 to 127 T7 KEYBOARD OK KEY CODE KEY TOUCH T8 KNOB A 2 OK NG 64 127 0 64 T9 SLIDER 1 4 OK NG 0 127 0 T12 CONTROLLER OK NG 64 127 0 64 PB 0 127 0 MW 0 107 0 AT 13 FOOT CONTROL SWITCH OK 0 127 0 14 BREATH CONTROLLER OK NG 127 0 127 15 CARD OK NG T16 MIDI IN OUT THRU OK NG THRU Confirmation 17 HOST SELECT OK NG TOHOST OK NG OUTPUT L 6 0 2 dBm OUTPUT R Less than 72 0 dBm 10 kohm load T19 1 kHz OUTPUT L INDIV 1 6 0 2 dBm INDIV 2 Less than 72 0 dBm 10 kohm load PHONES L 5 0 2 dBm PHONES R Less than 64 0 dBm 33 ohm load OUTPUT L Less than 72 0 dBm 10 kohm load OUTPUT R 6 0 2 dBm T20 1 kHz OUTPUT INDIV 1 Less than 72 0 dBm 10 kohm load INDIV 2 6 0 2 dBm PHONES L Less than 64 0 dBm 33 ohm load PHONES R 45 0 2 dBm T21 A D LEVEL JACK OK T22 A D gt D A OUTPUT L R 15 0 2 dBm Line 10 kohm T23 PLUG In OUTPUT L R 11 5 2 dBm 10 kohm T24 PLUG IN2 OUTPUT L R 11 5 2 dBm 10 kohm T25 mLAN OK NG T26 FACTORY SET OK NG Initialized state T27 SWP 1 kHz sine wave OUTPUT L R Less than 8
16. d g 5 5 El U to DM2 3 5 x A to DM2 3 7 to DM3 3 lt gt to DM2 3 H9 S80 1 DM3 3 B4 IRQ 71 E morualel 51 41 os SE MCPUAL2T MCPUAL1 to DM2 3 5 to DM3 3 B1 580 to JK CN7 KEYBOAR AE2AFTER TOUCH I F to RV CN6 JONI 03 ac MCPUA 21 MCPUA 201 LIST 171 161 MCPUAL 15 MCPUA 14 131 NCPUCST 1 121 gt FLASH ROM1 16 DAS 1C to DM2 3 46
17. G H 4 K L M 580 CIRCUIT DIAGRAM 3 4 DM3 3 AE88L AE88H sso 1 BUS TRANSCEIVER _____ ______________ ___ _____ _______ _ _ _ to DM1 3 612 _ m to DM2 3 AS bo MCPUDIOT ala 5 1 111 al El 1 0111 4 2 1 I MCPUD 3 5 3e 1 MCPUDIA 5 170141 j MCPUDISI 7 1 0151 MCPUD S sla cha 17016 2 2 SM70171 OR n 1 1 0181 agi Es ES to DM2 3 P4 3 3D M 3 vem 12V C251 H EN PARTAS 1 10 16 2195 SM CLE G ISM Tesina EN SMART VPRT DAC 3 BEND ta A to DM1 3 B12 I 5 1 0 7 d SM WP E sm 1 olal H to DM1 3 19 170171 E SM I 0l3 170181 to SM CN1 5 o J E ROUT LOUTI OUTPUT BUS BUFFER to VR to DM2 3 46 to DM1 3 12 to DM2 3 J6 Swem_syon 5 5 to DM2 3 112 Sue 3 H 450 SMART_VINS Lll 4 Vs j an D FF son i scale cesa a ai ak bbb NE Se ra er sU AE von MEPUD O Bro 1 SMART 81851 MCI SMART MEPUDI S SMART FEES 4100 48 MEFUD 4 SMART 1 ucelo SMART SMART neni deo 1 L MCPUDI1 ELE TE vote le 2 ce 121 Eng ate
18. Pattern side S80 21 e DI ES a ee e i 5 rz rg 5 ge E 5 NES Als Fiss Ta 2 RV Circuit Board to PN CN8 PN Circuit Board CN7 to DM CN17 mm 22 2 CNS to DM CN6 CN6 to DM CN14 Component side SIEVX RESSE LI NM ON o o 5 L1 o ON o o O A o 50 1 E sus sur CN8 to RV CN4 CN9 to JK CN6 RV PN 2NA V357650 Component side S80 23 580 SV Circuit Board YAMAHA 440478 XV919 em CN1 to DM CN19 2 JK CN1 CN3 to DM CN7 Component side SM Circuit Board CN1 to DM CN22 a YAMAHA 915 A0476 0477 40478 5 1 0 Component side 24 PC Circuit Board Component side Pattern side SV 2NA V357680 SM 2NA V357710 A
19. 145 00 IC UPD63200GS DAC 07 1062 XF291A00 UPC4570G2 03 1063 326800 49710069 DDEI 04 IC64 145 00 IC UPD63200GS DAC 07 IC65 XF291A00 UPC4570G2 03 IC66 XU770A00 PCM1800E 2K A D CONVERTER 07 1068 291 00 UPC4570G2 03 IC71 598A00 NJM78LOSUA REGULATOR 5V 02 1672 086 00 iC NJM79LO5UA REGULATOR 5V 02 1073 229 00 TC74VHCOOF NAND 01 1 74 XF291A00 UPC4570G2 03 1075 XQ173A00 IC TC7W32FU TE12L oR 01 1100 XD657A00 IC TC74HC14AF TP1 INVERTER 02 New Parts RANK only 580 PART NO DESCRIPTION REMARKS RANK 1 101 XT487A00 SN7AVHC245F BUFFER 03 1 102 XW357A00 IC DS90C402M LINE RECEIVER 1 XN966A00 IC TC74VHC157F MULTIPLEXER 02 12 VL139800 Coil BLM31A700SPT 70 01 13 8579900 Chip Inductance BK2125HS601 T 01 30 579900 Chip inductance 2125 5601 01 132 VR579900 Chip Inductance BK2125HS601 T 01 35 VR579900 Chip Inductance 2125 5601 01 L46 579900 Chip Inductance BK2125HS601 T 01 149 579900 Chip Inductance BK2125HS601 T 01 152 VR579900 Chip inductance 2125 6601 01 62 VR579900 Chip Inductance 2125 5601 01 164 VR579900 Chip Inductance BK2125HS601 T 01 67 VR579900 Chip Inductance 2125 5601 01 170 9724900 Chip Inductance BK2125HM601 T 0
20. second letter of the shaded part number is not one 580 M OVERALL ASSEMBLY Control Panel Assembl See page 4 N 49 p ly page 8 assembly Power suj REFNO PART NO DESCRIPTION REMARKS RANK OVERALL ASSEMBLY 580 0 Overall Assembly J J V418590 Overall Assembly Y u V418600 Overall Assembly E EB V418610 10 Control Panel Assembly V419070 20 Power Supply Assembly J JU V418620 20 Power Supply Assembly E EB V418630 30 EP600230 Bind Head Tapping Screw B 3 0 6 MFZN2BL 4101 31 9049800 Bonding Tapping Screw B 3 0X10 MFZN2BL 7101 40 EG340190 Bind Head Tapping Screw B 4 0 8 MFZN2BL 01 4i 250 Cord Holder BK 1 01 44 25380 Push Button POWER ON OFF 03 52 600230 Bind Head Tapping Screw B 3 0 6 MFZN2BL 2 ot 60 Circuit Board Assembly DM V419160 60a DM Shield Plate v389070 3576400 Circuit Board DM 60 230 Bind Head Tapping Screw B 3 0 6 MFZN2BL 4101 62 EP600230 Bind Head Tapping Screw B 3 0 6 MFZN2BL 2101 63 9049800 Bonding Tapping Screw B 3 0X10 MFZN2BL 3 ot 64 EP600190 Bind Head Tapping Screw B MFZN2BL 01 70 CB829850 Cord Binder 5 347 2 03 v3577000 Circuit Board JK 81 9049800 Bonding Tapping Screw B 3 0X10 MFZN2BL 9 01 90 9250 Cord Holder BK 1 5 ot 95 103500 Lithium Ba
21. only 580 CONTROL PANEL ASSEMBLY REF No PART DESCRIPTION REMARKS RANK CONTROL PANEL ASSEMBLY 580 Control Panel Assembly v419070 10 v4165700 Control Panel 20 Cover B V419540 30 PLG Cover V416590 31 AS Angle Bracket V388320 32 630210 Bind Head Tapping Screw S 3 0 6 MFZN2BL 2101 33 4810700 Coin Screw 3 0 6 3 34 vS863000 Flat Head Screw 3 0 6 MFZN2BL ot 40 Circuit Board Assembly PN v419120 40a V3576600 Circuit Board PN 40b 162900 Push Button EXIT ENTER DEC NO INC YES 2 406 V4162700 Push Button M2B EF BYPASS MASTER KEYBOARD 404 va162600 Push Button MIB VOICE PERFORM STORE 9 UTILITY CARD SEQ PLAY EDIT JOB PLAYISTOP 40 vY864900 Switch Knob 158 PRE1 PRE2 INT EXT PLG1 1 5 9 13 404 65000 Switch Knob 138 6 8 14 16 2 03 40g VY865200 Switch Knob PLG2 03 40h V 864300 Switch Knob L5G AE 03 401 195300 Switch Knob E F G 40j vY864700 Switch Knob LiG QUICK ACCESS 03 42 2 Bind Head Tapping Screw B 3 0 6 MFZN2BL 12 01 45 vP064300 Cord Holder LWS IS 03 50 Circuit Board Assembly RV 9419130 50 3576700 Circuit Board 505 4162800 Push Button MIG SHIFT 52 6 230 Bind Head Tapping Screw B 3 0X6 MFZN2BL 10 01 54 829850 Binder 5 347 2 03 60 V3890600 Escutcheon SVR
22. is 10 5o 1 Key on data input VS iMD 10 Wave memory data bus Lower 16 bts 1 Power supply 180 voo Power supply 45 Ground NS Ground 62 1 LMD8 vo 63 11 183 Lupa 10 64 5 DAC output 184 vo 65 Dact 185 imon vo 5 word clock 188 10 6 187 mis 10 188 1 04 10 e 1891 1 015 10 To MELOS MEL wave data output 190 VSS Ground 191 uo o 192 9 73 193 Luaz za Melo 0 194 vas 9 5i Power supply 1951 UM 0 ADC werd clock i ms 0 77 MELO 197 28 1 198 LMA7 29 MEL 1 199 IMAS go Mens MEL wave data input 200 MELE 1 201 82 Mens 1 202 vs Ground ww o 8 vss Ground 205 ums Wave memory address bus Lower data memory amp RGASN DRAM column address strobe RAS signal 206 imaa 87 RAB 207 ums 88 208 85 RAG 209 vb Power supply 201 Power supply 5 vss Ground 21 vss Ground 82 RAS gt DRAM address bus 22 imas 88 213 3
23. 1 2 51 31 nev DRAM 4M DRAM 4M 28CC1 8813230 2 gt MLAN MIDIIN to 101 114P 19 DM1 3 D6 to DM3 3 J2 to 151 gt MLANINS CHK to DM1 3 B7 450 to DM1 3 18 580 10 11 12 10 11 12 B
24. SSKEY AD TYPE AE2 104 A D INPUT Keyboard a MICILINE POWER SW 9 1 AC v9 N T INLET i484 FO 6 28CA1 8813228 580 AED Keyboard eyboard Uni AE2 After Touch Keyboard PN RV na VF PLUG IN 1 PLUG IN 2 WHEEL ew ew Location Connector Assembly Remarks Farts List jj A CX Sensor exi cno ew 0 ess e 1 D 11P L1450 OVERALL 370 ul VIL O 12 OVERALL 380 6 23 Q9 7 i 9 Q9 12 3 5 06 MKI 16P OVERALL 390 T 2 KRD KRD 15P L600 OVERALL 450 WHEEL SP L300 WHEEL 80 KRD KRD 10P L650 CONTROLPANEL 110 KRD KRD 6P L400 CONTROLPANEL
25. 01 30 22 PSW Assembly V419150 30a VZ068800 Power Switch Assembly 1001 PSW with power switch 30aa 691000 Push Switch SDDLB1 03 30b EG330360 Bind Head Screw 3 0X6 MFZN2BL 2101 40 V3814200 Connector Assembly ACIN3P 2F 1 with AC inlet 40a VL785200 AC IN Connector AC P01CR02 03 50 CB069250 Cord Holder BK 1 2 01 New Parts RANK J apan only M ELECTRICAL PARTS 580 REFNO PART DESCRIPTION REMARKS RANK ELECTRICAL PARTS VC796500 Circuit Board AE 88L XC264B0 09 VC796300 Circuit Board AEC XC262B0 10 VC 796600 Circuit Board AE 88H XC265B0 08 V3576400 Circuit Board DM XV911B0 V3577000 Circuit Board XV914C0 VR659700 Circuit Board PC XL057A0 10 V3576600 Circuit Board PN XV912B0 V3576700 Circuit Board RV XV912B0 V3577200 Circuit Board SM XV918C0 V3576900 Circuit Board sv XV913B0 VC796500 Circuit Board AE 88L XC264B0 09 VT212600 Diode HSS104TA 18918160 Base Post Connector 16P TE 01 1 918120 Base Post Connector 12P TE 02 Dust Proof Cloth VD43890 VC796300 Circuit Board AEC XC262B0 10 VT212600 Diode HSS104TA 01 LB918160 Base Post Connector 16P TE 01 18918120 Base Post Connector 12P 02 Dust Proof Cloth VD43880 VC 796600 Circuit Board AE 88H XC265B0 08 VT212600 Diode HSS104TA 01 18918160 Base Post Connector 16P TE 01 Dust Proof Cloth VD43900 V35764
26. 70 Dust Proof Cloth V406290 576900 Circuit Board sv 82 EP600230 Bind Head Tapping Screw B 3 0 6 MFZN2BL 6 o1 84 CB829850 Cord Binder 5 347 3 03 90 Display Assembly V418580 904 4195900 LCD Assembly 90b LCD Support Angle V388390 90 EP600230 Bind Head Tapping Screw B 3 0X6 MFZN2BL 90d 2 LCD Spacer v419800 2 91 Shield Bracket 0 8 V480610 92 230 Bind Head Tapping Screw B 3 0X6 MFZN2BL 95 Smart Media Assembly V409770 95a V3882500 SM Escutcheon K CB 95b 577200 Circuit Board SM 95 EP600190 Bind Head Tapping Screw B MFZN2BL 2101 96 EP600190 Bind Head Tapping Screw B 3 0 8 MFZN2BL 2 01 97 Flat Cable Clamp LFC 30N V439780 2 100 Wheel Assembly V419140 102 600230 Bind Head Tapping Screw B 3 0X6 MFZN2BL 01 105 069250 Cord Holder BK 1 3 01 110 Connector Assembly 10P 650 KRD KRD 11700 120 Connector Assembly 6P 400 KRD KRD VK10960 130 Connector Assembly 8 450 KRD KRD VK11110 140 Connector Assembly 7P 700 KRD KRD VK11820 150 Connector Assembly 4P 450L S DM MVR 434180 160 Connector Assembly 5 650L S JK MVR V481400 170 Connector Assembly 5P 800 KRD KRD VK12100 180 Connector Assembly 3P 300 KRD KRD VK10530 181 FFC Cable Assembly 1 0 1 26 430 V381380 185 v3891000 Hinge 1 61 2 2 3 186 EP640410 Bind Head Tapping Screw B 4 0 8 MFZN2Y 6 o 190 E LCD Cov
27. Input A Input B 4 5 SC7SUO4FEL XI348A00 TC74VHCT245AF XV242A00 TC74HC14AF TP1 XD657A00 1021 TC74VHCT245AFT XT744A00 1C8 1C17 1C20 1C22 1C32 10100 Inverter SN74HC245NSR XD838A00 Hex Inverter 1031 Buffer Octo1 3 state Bus Transceiver 0 4 TC74HC74AF 00 TC7W32FU TE12L XQ173A00 TC74HC4052AF XS790A00 18 19 1075 1C13 1C14 1C15 1C16 Dual D Type Flip Flop OR Multiplexer 19 580 CIRCUIT BOARDS so DM Circuit Board I gt 2 B 2893 C qois 085 CN19 to SV CN1 5 0476 22 10 5 1 A0477 7 0478 CN20 to JK CN2 Li CN21 to JK CN4 zn Silo TO ED TTC B 1o PS CN1 to PS CN3 CN18 OPTION MLAN CN1 roller NI rene 3 9 CN7 to SV CN3 CN6 to RV CN5 to JK CN5
28. com adj oniy 280 est only 580 the sovmlopes preset for each voice 45 580 46 PROGRAM CHANGE AFTER TOUCH BEND CHANGE ANNEL MODE MESSAGES LL SOUNDS OFF CONTROL NUMBER 78H DATA VALUE 0 IESET ALL CONTROLLERS CONTROL NUMBER 79H DATA VALUE 0 BREATH CONTROLLER naim pou 187 memi 8 center E 8 center dorem seh 000 0 LLNOTES OFF CONTROL NUMBER 78H DATA VALUE 0 MODE OFF CONTROL NUMBER 7CH DATA VALUE 0 Sets Voice RECEIVE CHANEL ts OMNI GFF channel 1 MODE ON CONTROL NUMBER 70H DATA VALUE 0 Venen meets chains te S oft TE ST CONTROL NUMBER DATA VALUE 0 16 fratgh 16 the channel will woded Me CONTROL NUMBER DATA VALUE 0 SISTERED PARAMETER NUMBER E im 02100200 0210010 essa ENTRE Lsm 00100110 26681 entry 1H8192 100781821 REGISTERED PARAMETER NUMBER REAL TIME MESSAGES SENSING 12 received for over approximately 350 ma MIDI receiving buffer will be cleared TEM EXCLUSIVE MESSAGE NIVERSAL NON REALTIME MESSAGE 8 1 1
29. 08 KnobA 2 Move each knob gradually in the following order Center 64 63 65 Left 127 126 127 Right 0 0 1 Center 64 63 65 according to the instruction on the LCD as shown below Check that the numbers change sequentially and that OK appears as the result Begin the check from the specified knob The mark gt will appear to the left of the value of the knob being checked 580 08 KnobA 2 gt A gt B gt C DI 92 YYY PyYY vyv vvv xxx current knob value yyy next target value DISPLAY OF RESULTS OK KnobA 2 gt A gt B gt C dI gt NG No change in the message on the display TEST END The test ends after the results have been displayed When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED 9 SLIDER 1 4 039 51 46 1 4 Move each slider in the following order Down 0 0 1 Up 127 126 127 Down 0 0 1 according to the instruction on the LCD Check that the numbers change sequentially and that OK appears as the result Begin the check from the specified slider The mark gt will appear to the left of the value of the slider being checked 09 Slidert 4 csi CS2 CS3 CS4 yyy XXX KKK XXX xxx current slider value y y y next target value DISPLAY OF RESULTS OK 1 4 CSI CS2 053 CS4 Ok 0 NG
30. 120 fa EN sv fe D 2 KRD KRD 9P L450 OVERALL 400 Ci AFTER 4P 8P L1350 OVERALL 420 3 2 DM LCD 14P L300 5 43 DM LcD 2P L500 4 7 3 KRD KRD SP LASO CONTROLPANEL 130 3 DM PLUG INI 14P 15P L400 31 OVERALL 450 9 DM PLUG IN2 15P 15P L400 CAN als D 42 KRD KRD TP L7O0 CONTROLPANEL 140 T 5 CORE 49 DM mLAN 26P OPTION 8 7 D 000 0 89 69 49 DM MVR 4 450 CONTROLPANEL 150 6 2 L 4 00 DM IND 5 500 470 ew exe en exa fen S sE 63 oP a TP sr 3 DM IK 4P 350 OVERALL 450 a 3 02 DM SM 26 430 CONTROLPANEL 181 5 50 _ 03 IK MVR SP L650 _ CONTROLPANEL 160 7 E ew 2 1 04 JK PS 5P OVERALL 370 lt 8 TP 78 i 5 8 6 03 JK PN SP L800 CONTROLPANEL 170 LJ KRD KRD 3P L300 CONTROLPANEL 180 al 25 CNI 56 2 m PS AC INLET 4P POWER SUPPLY 40 im i 20 1 18 5 DM 2 08 Ps r sw 100 POWER SUPPLY 30a 58 4 8 Si Connector Assembly PS Core wH 2 32 Connector Assembly DMJK Core 2 6 33 Connector Assembly PLUG Core INLET am D 9 P 28 580 DISASSEMBLY PROCEDURE 1 Remove the six 6 screws marked 300 from the bottom of the main unit and open the control pan
31. 15 7 lt 01141 Semo 5 151 57 SWEMEMD 1 SWEMHMDI 11 RPM MOEN LIST 5 PMLMDITI Swem malaal 4419 14 MA 13 SHEMLMD IS Swm Malie 13 11 SWPMEMDIST suem Ma ELMO 127 SHPHEMA O d SWEMLMATET A 111 SWPMLMAT IS SWEMLMA 181 MOTs suem cM 171 ada to EM 77 ho 5 151 he 1 Emmaa ba SWEMLMDIST SWEMEMATST wem 2 ho SwEMLMAT 11 m m 5 Le 50 he summos DISTA Seen 171 orala SHEMCMDL 13 SWEMLMOTS zT DEND 580 MLAN WES MLANELEIN LIE 1397 m MLANB_RES L NLAN DGOD 12402 1440 602 LAUS Ui ears LAS pu NC
32. 40 or YES When YES is pressed testing will end When NO is pressed the entry screen for the AUTO and MANUAL modes will be restored D OTHERS When the test mode is cancelled the same sequence that occurred when turning on the power will be executed Check that the on off clicking noises of the main unit power switch is as described below OUTPUT L R Less than 500 mV INDIV 1 2 Less than 500 mV PHONES L R Less than 500 mV Also with testing cancelled check the noise level when the voice play mode is set according to the factory settings and no note has been played to confirm that it satisfies the following conditions Take measurements with the voltmeter with JIS C filter connected OUTPUT L Less than 82 dBm 10k ohm load OUTPUT R Less than 82 dBm 10k ohm load INDIV 1 Less than 82 dBm 10k ohm load INDIV 2 Less than 82 dBm 10k ohm load PHONES L Less than 82 dBm 33k ohm load Less than 82 dBm 33k ohm load E Short cut Functions 1 the power PRE2 and forced i ile pressing PRE1 and alization will be executed FACTORY SET lt lt Executing 2 on the power while pressing INT and EXT the version will then appear and the operating power will be restored about 5 seconds later VERSION ExtV lt lt lt 8 4 580 Turn on the power while pressing EXIT an
33. 891100 White Key 7 04 Kia VM891200 White Key 7 04 Kia 891300 White Key 04 Kia 891400 White Key 05 Kia 891700 White Key 05 Kib VM891800 Black Key 36 04 Kic Frame AE2 88 650910 Kid 892400 Hammer Assembly White Key AE2 52 05 892500 Hammer Assembly Black Key AE2 36 05 958100 Key Spring AE2 88 03 Kig 0988300 Sensor MK AE88TO 1 19 Kih Cushion 443720 Cushion VQ98820 Felt VC98520 Felt VP28320 474300 Rubber Contact BE 1 VC799300 insulation Spacer 03 796500 Circuit Board 88L 09 5 796300 Circuit Board 10 796600 Circuit Board AE 88H 08 K7 815200 Connector Assembly 16 110 NRD NRD 06 K8 13400 Bind Head Tapping Screw P 3 0X10 MFZN2 15 01 K9 VR659700 Circuit Board PC 10 New Parts RANK only 580 BR POWER SUPPLY ASSEMBLY 7 to AC INLET REF NO PART DESCRIPTION REMARKS RANK POWER SUPPLY ASSEMBLY S80 Power Supply Assembly J JU V418620 Power Supply Assembly E EB V418630 10 3484100 Power Supply Unit JU 10 3484200 Power Supply Unit 20 Holder Power Switch 10 389010 22 600230 Bind Head Tapping Screw B 3 0X6 MFZN2BL 4
34. No change in the message on the display TEST END The test ends after the result is displayed When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED 27 580 28 12 CONTROLLER 17 Controller xxx current knob value Move the PITCH BENDER MODULATION WHEEL RIBBON and AFTER TOUCH controllers according to the instructions on the LCD as described below Check that the numbers change sequentially and that OK appears as the result PITCH BENDER move this controller in the following order Center 63 65 Up 126 127 Down 0 1 Center 63 65 RIBBON move this controller in the following order Left 6 11 Right 103 108 Left 6 11 and then release it at 122 127 MODULATION WHEEL move this controller in the following order Right 0 1 Up 126 127 Down 0 1 AFTER TOUCH operate this controller in the following order Release 0 5 Push 104 109 and Release 0 5 12 Controller PB MW RB AT Dann xxx xxx current controller value yyy next target value DISPLAY OF RESULTS OK Controller PB MW RB AT XXX XXX XXX XXX NG No change in the message on the display TEST END The test ends after the result is displayed When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED T13 FOOT CONT SW 13 Foot Cont sw Operate the FOOT
35. VOLUME FOOT CONTROLLER SUSTAIN SWITCH and FOOT SWITCH according to the instruction on the LCD as described below Check that the numbers change and that OK appears as the result Release 0 0 2 Push In 127 125 127 and Release 0 0 2 Turn On 0 and Off 1 the SUSTAIN SWITCH and FOOT SWITCH FOOT VOLUME Release 0 2 Push In 125 127 Release 0 2 FOOT CONTROLLER same as the above SUSTAIN SWITCH On 0 Off 1 FOOT SWITCH same as the above 13 Foot Cont SW FV FC SUS FS 0 current controller value yyy next target value DISPLAY OF RESULTS OK 13 Foot Cont sw FC SUS FS OK OK OK OK NG No change in the message on the display TEST END The test ends after the result is displayed When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED T14 BREATH CONTROLLER 4 Breath Controller xxx current value of the breath controller Operate the breath controller in the following order Not blowing 122 127 Blowing 0 5 Not blowing 122 127 Not blowing Blowing Not blowing remove the jack when EXTRACT PLUG appears on the LCD At this time check that the plug is not plugged in the numbers change sequentially and that OK appears on the LCD The test is OK when the value is 34 or less 4 Breath Controller yyy current controller value yyy
36. from where the error occurred Pressing the INC YES switch the test will automatically restart at the test following the one where the error occurred Pressing the EXIT switch will execute T28 EXIT and the testing will come to an end MANUAL MODE When the test program is started the following display will appear 01 RAM R W EXIT Exi t TEST 478 IntV MANUAL MODE Select the test number using the DEC NO and INC YES switches Press the ENTER switch to execute the currently selected test After the test press the EXIT switch to set to standby mode When the EXIT switch is pressed again T28 EXIT will be executed 580 5 SELECTION WHEN AN ERROR HAS BEEN DETECTED When the test result has been judged as NG in each of the following tests choose whether to execute the same test or to proceed to the next test AUTO MODE Press the EXIT switch to set to the error processing state MANUAL MODE Press the EXIT switch to set to the next test number This procedure however is not applicable to the 5 PANEL SWITCH test 1 RAM READ WRITE 01 RAM R W This test is used to check the write read verify functions of the main CPU SRAM DISPLAY OF RESULTS OK ft SRAM NG for RAM R W SRAM NG TEST END The test ends after the result is displayed OTHER All RAM data are stored in the
37. memory 2 RAM BATTERY 02 RAM Battery This test checks if the RAM backup battery voltage is within the range of 2 7 V to 3 5 V DISPLAY OF RESULTS OK RAM Battery oq OK RAM Battery 04 02 RAM Battery High NG 5 The test ends after the result is displayed 25 580 26 T3 WAVE 03 Wave ROM This test compares each wave ROM data DISPLAY OF RESULTS OK 03 Wave ROM 1645 1643 1648 1042 NG 03 Wave ROM 1645 1643 1648 1644 OK If any IC is NG the test result will be NG TEST END The test ends after the result is displayed T4 LCD 04 LCD Blink This test is used to check that all dots on the LCD blink on and off alternately at approximately 1 second intervals and that the back light of the LCD lights up TEST END AUTO MODE Press the 1 switch to end the test and proceed to the next test MANUAL MODE Press the EXIT switch to end the test the initial display will appear and the next test number will be set T5 PANEL SWITCH LED 05 Panel Switch LED This test checks that all switches function properly when the panel switches are turned on and off according to the instructions displayed If the switch is connected to the LED it also checks that the corresponding LED lights up 05 Panel Switch LED Push xxxxx
38. to DM1 3 112 oo C 79 Ss E 131 ceuta INVERTER 8 8 8 1K 2 von 5 INDV1 2 DGND IFSSEL 7 ge Eso ssi to JK CN2 aly 55 bet rc 55 NDBCK WDCK a 1 to DMI 3M9 to DM1 3 MIO 86 55 ANDRE Zivoo7 Li to DM1 319 SWCTA_CS Roos INVERTER 6 cer ver c Ree 6 Do to DM1 3 06 smant vrns J j to M13 De smareusv uno o I 2 i sa 15 1 ss REGURATOR 3 3V H 3 30 IC j em Teva ser 28 1 8813230 34 pim tesa 2 bo 8 III SSSA Sh A to DM CN103 to DM CN102 o to DM CN103 to DM CN102 9 menge 1504 2004 10 La A A 26 L T L mA 10 LJ VA 12507 2501 250 N 11 348410 1348420 580 580 12 B G H 4 K L M
39. 00 Circuit Board DM XV911B0 VN103600 Battery Holder CR2032 03 LB918110 Base Post Connector PTE 01 4 VF283300 Connector Base Post 15 01 CN5 VB390100 Connector Base Post 5PTE 01 VB390600 Connector Base Post 10PTE 01 VB390200 Connector Base Post 01 8 VB390500 Connector Base Post 90000 Connector Base Post 01 CN12 VK690400 Header Flat Cable 14P TE 02 CN13 VB389800 Connector Base Post 2PTE 01 CN14 VB390400 Connector Base Post 8PTE 01 CN15 52600 Connector Base Post 14 01 16 VF283300 Connector Base Post 15PTE 01 CN17 VB390300 Connector Base Post 7PTE 01 CN18 VM673300 Header HIF3FC26PA 2 54DSA 03 CN19 90000 Connector Base Post 4PTE CN20 VB390100 Connector Base Post 5 01 CN21 VB390400 Connector Base Post 8PTE 01 CN22 Connector 26P TE V353210 102 LB918120 Base Post Connector 12PTE 02 103 LB918160 Base Post Connector Di 332900 Diode 188355 17 01 6 332900 Diode 188355 TE 17 01 VT332900 Diode 188355 TE 17 01 12 VT332900 Diode 155355 TE 17 01 014 VT332900 Diode 156355 TE 17 015 VT332900 Di 188355 17 01 017 VT332900 188355 TE 17 01 19 VT332900 188355 TE 17 01 D20 VS201100 D1F60 01 D22 VT332900 188355 TE 17 01 24 VT332900 188355 TE 17 01 D41 VT332900 188355 TE 17 01 D42 VT332900 188
40. 0K EWA NNDCH1A14 VOLUME 03 VR2 VC250600 Slide Variable Resistor 10 0K EWA NFOC CONTROL SLIDER 1 4 03 5 250600 Slide Variable Resistor 10 0 EWA NFOC 03 VN103500 Lithium Battery CR2032 03 VT119800 AC Cord 125V 3P 2 5M J 06 VB927800 AC Cord CSA u 08 VB928000 AC Cord VDE E 08 VP204400 Cord BS B 10 VQ240200 Adapter AC Cord KPR 24 4 06 V3484100 Power Supply Unit V3484200 Power Supply Unit EBA EB VP691000 Push Switch SDDLB1 03 VL785200 AC IN Connector ACINLET AC P01CR02 03 10764300 Rotary Variable Resistor RK1631110T54A 10K 03 VN245400 Rotary Variable Resistor 10 0K 1611005 03 VQ988300 Sensor MK AE88TO 1 19 VN474300 Rubber Contact BE 11 New Parts RANK J only 15 10 11 12 580 CIRCUIT DIAGRAM 1 4 DM1 3 to PS CN3 55 515 px PKS S 3 Prs_st2l 11 KEYBOARD CN1 CN3 Pes sle PKS 517 CSTECB 00MG SA 58 SE po EXTAL XTAL fa slo to JK CN5 MIDI THEY ed Ic22 2 1 74 14 7 14 MIOI T 115 MCPU CLKIM 1 21 3 41 51 63B01YORCEOF
41. 1 1102 VR579900 Chip inductance BK2125HS601 T 01 1103 VR579900 Chip Inductance 2125 5601 01 1106 VR579900 Chip Inductance BK2125HS601 T 01 112 VR579900 Chip Inductance 2125 5601 01 L114 8579900 Chip Inductance BK2125HS601 T 01 44680 Resistor Array 68 4 01 15 44680 Resistor Array 68X4 01 16 RE047100 Resistor Array 10KX4 01 27 RE047100 Resistor Array 10KX4 01 28 RE044680 Resistor Array 68 4 01 29 REO47100 Resistor Array 01 RASO RE044680 Resistor Array 68X4 01 RA31 RE047100 Resistor Array 10KX4 01 33 RE047100 Resistor Array 10KX4 01 RA34 RE047150 Resistor Array 15 4 01 RA35 REO47150 Resistor Array 15 4 01 RA36 RE047220 Resistor Array 22KX4 01 RA37 RE047220 Resistor Array 22KX4 01 RA38 RE047150 Resistor Array 15 4 01 RA39 RE047150 Resistor Array 15 4 01 40 RE047220 Resistor Array 22KX4 01 RA41 RE047100 Resistor Array 10KX4 01 RA42 RE047220 Resistor Array 22KX4 01 RA43 RE047220 Resistor Array 22KX4 01 RA44 RE047100 Resistor Array 104 01 48 RE047100 Resistor Array 10KX4 01 RASO RE044680 Resistor 68X4 01 RAS1 RE044680 Resistor Array 68X4 01 RAGO RE044680 Resistor Array 68X4 01 74 44680 Resistor Array 68X4 01 82 REO47100 Resistor Array 10KX4 01 RA83 RE047100 Resistor Array 10KX4 01 85 RE048100 Resistor Array 100KX4 01 RA86 RE0
42. 1 3 5 12 MFZN2Y 6 01 242 278600 Bind Head Tapping Screw 1 3 5X8 MFZN2Y 6 01 250 EG330360 Bind Head Screw 3 0 6 MFZN2BL 2 ot 260 EG340210 Bind Head Screw 4 0X14 MFZN2Y 3 01 270 0240 Bind Head Tapping Screw 1 3 5X12 MFZN2Y 6 275 069250 Cord Holder BK 1 4 01 276 Reuse Band RSG 100 V474980 280 DM Shield Cover V389080 282 EP600230 Bind Head Tapping Screw B 3 0 6 MFZN2BL 23 01 285 Shield Angie 08 481480 287 02 VH46750 3 290 165800 Front Rail 292 240 Bind Head Tapping Screw 1 3 5 12 MFZN2Y 2 o 295 Toothed Lock Washer 5 0 MFZN2BL 0376710 5 New Parts RANK J apan only PBPPP 580 REFNO PART NO DESCRIPTION REMARKS RANK 300 VB857600 Bind Head Screw 5 0 20 MFZN2BL 13 01 370 Connector Assembly 1450L PS v478850 380 Connector Assembly MK2 VC53350 390 Connector Assembly MKI VC53340 400 Connector Assembly 9P 15P V491530 120 Connector Assembly 4 8 1350L AFTER V381310 450 Connector Assembly 15P 400L PULG v478870 470 Connector Assembly 5 500L S DM IND V446230 480 Connector Assembly 4P 350L S DM JK V417620 ACCESSORIES VT119800 Cord 4 7 125V 3P 2 5M J 06 VB927800 AC Cord CSA u 08 VB928000 AC Cord VDE 08 VP204400 AC Cord BS B 10 VQ240200 Adapter AC Cord KPR 24 4 06 CD ROM 74min 12cm XW444B00 New Parts RANK J
43. 12 1 2 52 1 34 813 I Switch matrix data 3 83 1 Switch matrix data 35 514 1 4 54 1 36 TXD MIDI transmit data 5 85 1 37 815 6 VREF Power supply 45V analog 38 S16 1 Switch matrix data 7 VDD Power supply 5V 39 817 I 8 0562 Crystal oscillator 8MHz 40 S18 1 9 0501 1 Crystal oscillator 8MHz 41 116 10 vss Ground 42 117 11 1 Not used 43 12 Not used 44 L19 13 MMOD 1 Memory mode select Grounded 45 18 14 RDO Rotary encoder data 46 19 LED drive data 15 RXD 1 MIDI receive data 47 Lio 16 Do 48 Lit 17 Di o 49 112 18 D2 LED and switch drive data 50 L18 19 D3 51 Lia 20 04 52 115 21 RST 1 Reset 53 17 22 05 54 16 23 D6 55 15 24 07 LED and switch drive data 56 La LED and switch drive data 25 D8 57 26 09 58 12 27 86 1 59 Li 28 87 1 60 Lo 29 88 1 Switch matrix data VREF Grounded 30 59 1 62 ADO 1 Analog input 31 810 1 I Analog input 32 811 1 64 50 1 Switch matrix data MBCG46183 129 XV833A00 Gate Array Mo NAME 10 FUNCTION 45 10 FUNCTION 1 D5 25 Tx31 o Transmit Data 31 2 D6 vo Data Bus 26 RX32 1 Receive Data 32 3 D7 vo 27 2 Transmit Data 32 4 vo Interrupt Request Port 0 28 RX33 1 Receive Data 33 5 RQ1 2 Interrupt Request Port 1 29 1x33 vo Transmit Data 33 6 vss Ground 30 1 Initial Clear 7 vO Interrupt Re
44. 2 Li VB835000 Coil FLSR200QNT oi 7 835000 Coil FL5R200QNT 01 L8 078900 Jumper Wire 0 55 19 VB835000 Coil FLSR200QNT 01 22 835000 Coil FLSR200QNT 01 New Parts RANK J only 13 580 14 REFNO PART NO DESCRIPTION REMARKS 124 VB835000 Coil FLSR200QNT 01 32 835000 Coil FLSR200QNT 01 L33 Connector Assembly JKB 4 VK26370 R84 078900 Jumper Wire 0 55 SW1_ VQ665200 Slide Switch SSSF144 S06N 0 HOST SELECT 03 TR2 1C287820 Transistor 2502878 01 1 287820 Transistor 25 2878 01 9 1 287820 Transistor 2802878 01 Ri VK312300 Rotary Variable Resistor RKO9K1110 10KA 01 GND Wire JK L 80 V397890 FG 612220 Ceramic 8 220P 50V 9i FG612470 Ceramic Capacitor B 470 50V C 13 18 23 28 01 FG613100 Ceramic Capacitor B 1000P 50V K 3 8 15 20 25 30 01 FG613150 Ceramic Capacitor B 1500P 50V K C 11 16 21 26 01 FG644100 Ceramic Capacitor F 0 01 50 2 5 10 37 45 47 56 01 FG652100 Ceramic Capacitor SL 100P 50V J C 1 2 6 7 12 17 22 27 31 01 33 34 46 65 11538100 Electrolytic Cap 100 00 16 0V 4 9 01 18837100 Electrolytic 10 00 16 0V 35 01 98837220 Electrolytic Cap 22 00 16 0 14 19 24 29 36 01 06847100 Electrolytic Cap 10 00 25 04 C57 98848100 Electrolytic Cap 100 00 25 0V C 58 61 01 HF454560 Carbon Resistor 56 0 1
45. 2 0 dBm 10 kohm load T28 EXIT NOISE LEVEL PHONES L R Less than 85 0 dBm 33 ohm load Measuring instruments frequency counter oscilloscope AC voltmeter JIS C curve type distortion meter Jigs with flat filter keyboard amplifier etc MIDI cable specially designed expansion board HOWTO ENTER THE TEST PROGRAM While pressing the VOICE PERFORM and STORE switches turn on the POWER ON OFF switch The following message will then appear EDIT AUTO JOB MANUAL EXIT TEST 478 IntV ExtV CARD F SET In this state pressing the EXIT switch will cancel the test mode and restore the normal state B PROCEEDING THROUGH THE TEST PROGRAM AUTO MODE When the test program is started the following display will appear 01 RAM R W EXIT TEST 478 IntV ExtV AUTO MODE Select the test number using the DEC NO and INC YES switches Press the ENTER switch to execute the tests one after another starting from the currently selected number If the test result is OK the next test will be selected and executed sequentially If an error occurs an error message will appear and the test will be discontinued After pressing the EXIT switch choose an appropriate measure to deal with the error by using the ENTER INC YES or EXIT switch Pressing the ENTER switch will automatically execute the test
46. 26 AN7 1 55 VSS55 Ground 127 AVREF Analog reference voltage 56 029 vo 128 2 Analog power supply 57 D28 vo 129 155129 Ground 58 D27 vo Data bus 130 RXDO 1 MIDI input 59 D26 vo 131 TXDO MIDI output 60 025 vo 132 ARQO 1 Plug in sireal interrupt request input 61 VSS61 Ground 133 RXD1 1 HOST input 62 024 vo Data bus 134 TXD1 HOST output 63 VCC63 Power supply 135 135 5 Power supply 64 D23 vo 136 MLAN interrupt input 65 D22 vo 137 7 Smart Vprt Input 66 D21 vo 138 LCD data 0 input output 67 D20 vo Data bus 139 PE9 LCD data 1 input output 68 D19 vo 140 10 vo LCD data 2 input output 69 D18 vo 141 VSS141 Ground 70 D17 142 LCD data 3 input output 71 VSS71 Ground 143 PE12 LCD data 4 input output 72 016 Data bus 144 PE13 vo LCD data 5 input output 13 580 HD63B01YORCEOF XM234A00 CPU PKS Ne NAME vo FUNCTION N 10 FUNCTION 1 NNI T Non maskable interrupt 33 Miss 1 contact of key receive 2 E 34 0 57 1 Switch receive 3 Dit 35 Vss Ground 4 D Key scan drive 36 F 5 Ci 37 FR 6 o 38 G 7 PULI 39 o Key scan drive 8 PUL2 40 A o 9 LCAE FS connected to ground 4 10 REPEAT Auto repeat L on H off 42 B o 11 KOFREQ Key off request 43 12 swi 1 Switch 1 L on 4
47. 355 TE 17 01 D49 VV220700 RB501V 40 01 51 VV220700 RB501V 40 01 052 VS201100 D1F60 01 55 5201100 D1F60 01 D57 VT332900 188355 TE 17 01 60 332900 188355 17 01 New Parts RANK apan only 580 10 REFNO PART NO DESCRIPTION REMARKS RANK 061 5201100 Diode 01 60 01 062 5201100 Diode D1F60 01 065 VT332900 Diode 188355 17 01 066 VT332900 Diode 188355 TE 17 01 068 VT332900 Diode 188355 TE 17 01 Ti VT332900 Diode 188355 TE 17 01 073 VV220700 Diode RB501V 40 01 542700 LC Filter DSS306 93F223Z1 01 6 VD542700 LC Filter DSS306 93F223Z1 01 8 0542700 LC Filter DSS306 93F223Z1 01 13 VD542700 LC Filter 55306 93 22321 01 15 542700 LC Filter DSS306 93F223Z1 01 17 VD542700 LC Filter DSS306 93F223Z1 01 1 xwa19400 Ic HD6437045E24F CPU c2 XW420300 Ic 28716055 FLASH ROM 16M 478V120L 103 xW421300 iC 28F 16085 FLASH ROM2 16M 478V120H 976 00 IC 5 51008 70 SRAM 1M 07 05 XV976A00 IC 5 51008 70 SRAM 1M 07 ice 077 00 5 514260 60 5 DRAM 4 07 cz XI686A00 M62021FP SYSTEM RESET 04 0657 00 TC74HCTAAF TP1 INVERTER 02 XV833A00 MBCG46183 129 GATE ARRAY xM234A00 IC HD63BO1YORCEOF CPU 08 XT487A00 TC74VHC245F TRANSCEIVER 03 1 12 XV103A00 Ic MSM34051FP LINE TRANSCEIVER 05 1613 XS790A00 i
48. 4 RAS 88 me 218 s RAT 28 Uwe 0 271 98 RRASN DRAM row adress strobe RAS signal 218 9 DARM write enable 59 vss Ground 100 vss Ground 220 svo Sync signal for master clock 101 857 221 5700 9 Sync signal for HOLKIOOLK 102 ADS 10 22 9 1 12 master clock 64F5 103 10 223 1 6 master clock 128F 104 UO 24 COS 13 master clock 256Fs UO syscik 1 2mastercicck Bars 108 10 228 VOD Power supply 107 10 227 Sync clock 108 10 228 1 Master clock input 109 55 Ground 28 Master clock output mo mr uo 230 von Power supply 6 VO DRAMdatabus 28 Crystal ase input m2 LO 22 it 10 233 VSS Ground RDI 10 234 1 Iria clear ms m 25 1 2 chips modo enable 16 10 286 SLAVE 1 Master Slavo Select when 2 chips mode 17 moo 10 237 1 ma 10 238 1 Tostpin 28 wo Power supply wo Power suppl 1 580 101 027 5711200 CPU PIN PIN m NAME o FUNCTION Dal NAME FUNCTION 1 81 33 5
49. 4 LC AE 1 connected to 5V 13 sw2 Switch 2 L H off 45 B6 S6 14 AS Input strobe 46 5 55 15 105 Output strobe 47 B4 S4 Break contact of key receive 16 SW3 I Switch 3 L on H off 48 8363 1 Switch receive 47 Swa4 Switch 4 L off 49 B2 S2 18 DOUTO 50 B1 S1 19 51 50 1 20 DOUT2 52 21 53 59 22 O Data output 54 Sc o Switch drive 23 DOUTS 55 50 o 24 DOUT6 56 o 25 57 Not used 26 Power supply 5V 58 Vss Ground 27 St Switch drive 59 XTAL Not used 28 5 513 60 EXTAL 8 MHz clock 29 4 512 61 MPO Mode program 0 30 M3 sto Make contact of key receive 62 1 1 Mode program 1 31 2 59 Switch receive 63 RES 1 Initial clear 32 1 58 64 5 Stanby mode signal PD63200GS 145 00 DAC Digital to Analog Converter 10 FUNCTION 10 FUNCTION 1 T 478 Fs selection 9 RREF Channel R voltage reference 2 Digital ground 10 LREF Channel L voltage reference 3 16 BIT 16 bit 18 bit selection 11 L OUT Channel L output D voD Digital power supply 12 AGND Analog ground 5 AGND Analog ground 13 1 Word clock 6 o Channel R output 14 RSI 1 Channel R series input 7 AVDD Analog power supply 15 SULSI 1 Series input Channel L series nput 8 AVDD 16 CLK 1 Clock e JG710069 XM326B00 DDE1
50. 4 J R 59 60 01 HF455100 Carbon Resistor 100 0 1 4 R 7 16 19 27 35 43 52 56 01 80 90 91 01 HF455220 Carbon Resistor 220 0 1 4 5 14 69 72 01 HF455470 Carbon Resistor 4700 1 4 J 875 01 HF456100 Carbon Resistor 1 0K 1 4 25 33 41 49 58 61 62 01 71 74 76 HF456180 Carbon Resistor 1 8K 1 43 R 77 ot HF 456270 Carbon Resistor 2 7K 1 45 20 28 36 44 70 73 01 HF456470 Carbon Resistor 4 7K 1 4 J R 63 66 78 01 HF457100 Carbon Resistor 10 0K 1 4 J R 1 3 4 9 10 12 13 18 21 01 26 29 34 37 42 45 50 55 81 88 89 HF457120 Carbon Resistor 12 0K 1 4 J 23 31 39 47 01 HF457220 Carbon Resistor 22 0K 1 4 J R 64 67 ot HF 457470 Carbon Resistor 47 0K 1 4 J R 6 15 22 24 30 32 38 40 01 46 48 53 54 82 HF458100 Carbon Resistor 100 0K 1 4 J R 65 68 01 HF458220 Carbon Resistor 220 0K 1 4 J R 79 01 HF 459100 Carbon Resistor 1 0M 1 4 J R 51 87 01 VR659700 Circuit Board PC XL057A0 10 LB918080 Base Post Connector 8PTE 01 VR629000 Connector Assembly 06 Di 941200 Diode 188133 186176 01 02 VB941200 Diode 155138 155176 01 IC XQ824A00 iC NJM4556AD AMP 02 VR1_ VR661500 Trimmer Potentiometer 500K 3PKVS 01 VR2 661600 Trimmer Potentiometer 100 0 KVS 201 0451000 Zener Diode MTZJ5 1B 5 1V 01 V1307100 Monolithic Ceramic 0 1 50VZT 52 01 HF755150 Carbon Resistor 150 0 1 4 J 01 755180 Carbon Resistor 180 0 1 4 J 01 HF755680 Carbon R
51. 48100 Resistor Array 100KX4 01 0303700 Transistor 2803326 A B 01 927200 Transistor 25 11620 01 927100 Transistor 2802712 Y 01 TR4 927200 Transistor 28 1162 OY 01 TRS 927100 Transistor 2802712 Y 01 927100 Transistor 2802712 Y 01 TR7 VD303700 Transistor 2503326 01 10 VD303700 Transistor 2503326 TEBSR ot TR11 927200 Transistor 28 1162 O Y 01 TR12 VD303700 Transistor 2803326 01 vv762900 Quartz Crystal Unit 7M SMD 49 03 2 VY 681200 Ceramic Resonator 8M CSTCC8 00MG 01 vv345500 Quartz Crystal Unit 000 4955 05 201 VU171500 Zener Diode UDZ 3 6 17 3 6V 01 18012390 Monolithic Ceramic Cap 390P 50V 293 01 UB 012470 Monolithic Ceramic Cap 470P 50V C 9 289 290 01 0 012680 Monolithic Ceramic Cap B 680P 50V K 0 253 255 260 262 273 01 275 279 281 18013100 Monolithic Ceramic 1000P 50V 121 129 01 18013150 Monolithic Ceramic Cap 1500P 50V K C 294 01 UB 013220 Monolithic Ceramic Cap 2200P 50V C 97 99 110 01 New Parts RANK J apan only 11 580 12 REFNO PART NO DESCRIPTION REMARKS RANK 18013560 Monolithic Ceramic Cap 5600P 509 C 252 259 272 278 01 18044100 Monolithic Ceramic Cap 001 50 2 98 100 214 215 338 01 18044680 Monolithic Cera
52. 6 38 o 1 Data Entry 64 XI Sustain Sw 65 1 Portamento Sw 66 X 1 Sosutenuto 1 75 X 1 Sound Controller 91 93 X o 1 Effect Depth 96 97 1 RPN Inc Dec 100 101 1 RPN LSB MSB 1 95 31 Assignable Cntrl Prog 00 127 1 0 0 127 Change True RRA 0 127 System Exclusive Common Song Pos x Song Sel X x Tune x x System Clock x o Real Time Commands X x All Sound Off X 120 126 127 Aux Reset All Cntrls X 121 Local ON OFF X x All Notes OFF X O 123 125 sages Active Sense Reset Notes 1 receive if switch is on 2 m is always treated as 1 regardless of its value Mode 1 OMNI ON POLY Mode 2 OMNI ON MONO Yes Mode 3 OMNI OFF POLY Mode 4 OMNI OFF MONO X No 48 580 Music Synthesizer seq part 1 Date 13 JUL 1999 Model 580 MIDI Implementation Chart Version 1 0 Function Transmitted Recognized Remarks Basic Default 1 16 x Memorised Channel Changed x x Mode Default Messages Altered xxxseexseee x Note 0 127 x Number True voice XXe x Velocity Note ON O 9nH v 1 127 x Note OFF X 9nH v 0 x After Key s Touch ch s Pitch Bend o Control 0 121 O x Change Prog 00 127 Change True FIT RARA ARA System Exclusive o x Common Song Pos x Song Sel x
53. DAC Dynamic Range Enhancer PIN PIN NAME FUNCTION NAME 10 FUNCTION NO 1 Master clock 9 SHO NC 2 syw 1 Syne signal 10 3 MIN 1 1 Signal input 1 LE Latch enable for DAC 4 I Signal input 12 Voo Power supply 5 Vss Ground 13 Output DAC 6 1 Mode select 14 Output DAC 7 1 Mode select 15 Clock for 8 SUP 1 1 bit shift up input 16 ICN 1 Initial 14 TC203C760HF 002 5725 00 SWP30B AWM Tone Generator coped with MEG Standard Wave Processor 28 vo FUNCTION a NAME vo FUNCTION T Ves Ground 121 Ves Ground 2 cao 132 3 122 IO aj 1 1241 IO 5 GAI 1 125 HMDS 10 8 1 126 mw 10 7 Gas Address bus of internal register 127 10 a 9 1 128 VO Wave memory data bus Upper 16 bis s 1 15 mw vo Ce 1 130 10 mi ws IO 12 1 12 HMDIO 10 13 133 won vo ss Ground 14 10 15 cp 138 10 18 cb 10 136 mm 37 cm 10 137 BR sS Ground 19 c 10 139 20 cos 10 140 2 606 19 iat 9 2 00 10 142 HMAS 23 10 gt Data bus of intema
54. DI in out NG TIMEOUT When reception is not completed within the specified time TEST END The test ends after the result is displayed When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED T17 HOST SELECT 17 Host Select Move the HOST SELECT switch according to the instructions on the LCD and check that OK appears as the result 17 Host Select Select MIDI When the switch activates properly a sine wave will be output If the switch is initially at the MIDI position move it to any other position and then return it to the MIDI position DISPLAY OF RESULTS OK 17 Host Select NG No change in the message on the display TEST END When the test results of all switches are satisfactory will appear on the LCD and the testing will end When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED 29 580 30 T18 HOST 18 Host Connect pin No 3 to pin No 5 and connect No 6 to No 8 and then execute testing Operate the HOST SELECT switch according to the instruction on the LCD and check that OK appears when MIDI is reached at the end When the HOST SELECT switch is set to the MIDI position the SET HOST Sw MAC message will appear Next set the HOST SELECT switch of the main unit to MAC to begin testing DISPLAY O
55. EYBOARD oi 10 VS704700 LED SEL2210W TP8 RE VOICE PERFORM UTILITY 01 CARD SEQ PLAY EDIT JOB QUICK ACCESS R10 078900 Jumper Wire 0 55 VF771900 Resistor Array RGLEBX103J di sw1 VZ085500 Tact Switch 4 SHIFT EF BYPASS 01 47 VZ085500 Tact Switch 4 MASTER KEYBOARD EXIT 01 ENTER DEC NO DEC YES VOICE PERFORM STORE UTILITY CARD SEQ PLAY EDITJOB PLAY STOPPRE1 PRE2 INT EXT PLG1 PLG2 QUICK ACCESS A H 1 16 VR6 V4102900 Rotary Variable Resistor 10 0K RK11K114 ASSIGNABLE 2 10 4102900 Rotary Variable Resistor 10 0K RK11K114 FG644100 Ceramic Capacitor F 001 50VZ 0 4 8 11 01 VB639900 Electrolytic Cap 4 7 50 0V cs 5220100 Electrolytic Cap 220 00 10 0V 1 3 7 12 HF455100 Carbon Resistor 100 0 1 4 1 5 01 HF456100 Carbon Resistor 4 0K 1 4 J R67 01 HF457100 Carbon Resistor 10 0K 1 4 J R 8 10 01 V3577200 Circuit Board SM XV915C0 VA078900 Jumper Wire 0 55 CN1 se Connector FFC 52793 26P SE V457490 V3962800 Connector SN015 CARD RD255100 Carbon Resistor chip 100 0 0 1 J R 4 21 01 80256100 Carbon Resistor chip 1 0K 0 1 J R3 01 RD257100 Carbon Resistor chip 10 0K 0 1 J R2 0t V3576900 Circuit Board sv XV913B0 VB858300 Connector Base Post 4P SE 01 CN2 VB858400 Connector Base Post 5PSE 01 CN3_ 858500 Connector Base Post 6P SE 01 VA078900 Jumper Wire 0 55 VR1 VL445700 Slide Variable Resistor A1
56. F RESULTS 18 To Host NG 8 To Host NG When unexpected data is received NG To Host NGI TIMEOUT When reception is not completed within the specified time TEST END The test ends after the result is displayed When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED T19 1kHz OUTPUT L 9 PCM SIN 1kHz L Insert plugs into OUTPUT L OUTPUT R INDIV 1 INDIV 2 PHONES L and PHONES R and then connect the frequency counter oscilloscope and AC voltmeter with a JIS C filter Set the master volume to Max and check that the following signals are output from OUTPUT L INDIV 1 and 2 and PHONES 1 OUTPUT L 1 kHz 31 5 Hz sine wave 6 0 2 dBm 10k ohm load OUTPUT R 72 dBm or less 10 kohm load INDIV 1 1 kHz 1 5 Hz sine wave 6 0 2 dBm 10 kohm load INDIV 2 72 dBm or less 10 load PHONES L 1 kHz sine wave 5 0 2 dBm 33 ohm load PHONES R 64 dBm or less 33 ohm load While sound is being output the following message appears on the LCD 19 PCM SIN 1kHz L 0 DISPLAY OF RESULTS TEST END AUTO when the INC switch is pressed the sound output will stop and the next test will be executed MANUAL when the EXIT switch is pressed testing will end the initial display will be restored and the next test number will be set T20 1kHz OUTPUT R PCM SIN 1kHz
57. GENERAL MIDI MODE ON only when SYSTEM Receive on 18 set to an in 2 IDENTITY REQUEST Receive 8 6 1 3JIDENTITY REPLY Transmit UNIVERSAL REALTIME MESSAGE 8824 MIDI MASTER VOLUME 35 CHANGE 8555 1 XG SYSTEM ON 2632 NATIVE PARAMETER CHANGE REMOTE SWITCH SET 86 5 DUMP REQUEST 8 66 PARAMETER REQUEST SEQ KBD HOST MODE MIDI 4 To Host T From Host Lise MIDI Out MIDI In Y v TG seo HOST MODE PC1 PC2 MAC Host From Host MIDI Out MIDI In S80 47 580 Music Synthesizer synth part Date 13 JUL 1999 Model 580 MIDI Implementation Chart Version 1 0 Function Transmitted Recognized Remarks Basic Default 1 16 2 16 Memorised Channel Changed 1 16 1 16 Mode Default 3 1 Memorised Messages X 1 4 m 1 2 Altered errrrrrr x Note 0 127 Q 127 Transpose Number True voice k 0 127 Velocity Note ON 9nH v 1 127 O v 1 127 Note OFF X 9nH v 0 x After Key s x x Touch Ch s o o 1 Pitch Bend o Control 0 32 O 1 Select Change 1 7 11 1 5 10 X 1
58. LC Filter LS MT Y223NB 02 3 82006970 Filter LS MT Y223NB 02 XQ824A00 iC NJMA556AD OP AMP 02 102 520 00 iC UPC4570C 01 4 XC520A00 iC UPC45700 OP AMP 01 41 VA078900 Jumper Wire 055 487 FG644100 Ceramic Capacitor F 0 01 5072 5 FG644100 Ceramic Capacitor F 0 01 5072 01 47 VA078900 Jumper Wire 055 11 VA078900 Jumper Wire 055 2 1307100 Cera Cap 01 50V Z T 52 J13 1307100 Cera Cap 0 1 50 2 J16 VI307100 Cera Cap 0 1 502 117 VA078900 Jumper Wire 0 55 119 VA078900 Jumper Wire 0 55 420 FG644100 Ceramic Capacitor F 001 50VZ 01 421 078900 Jumper Wire 0 55 422 6644100 Ceramic Capacitor F 0 01 5072 ot 423 078900 Jumper Wire 055 25 VA078900 Jumper Wire 0 55 J amp 1_ VM576000 Phone Jack YKB21 5074 PHONES 02 JK2 VB312600 Phone Jack 21 5012 OUTPUT LMONO R 02 5 VB312600 Phone Jack 21 5012 INDIVIDUAL OUT 1 2 02 V2349300 Phone Jack HLJ4416 JACK AD INPUT 03 JK8 VJ 144000 DIN Connector 3 DIN YKF51 5041 MIDI IN OUT THRU 04 JK9 269500 DIN Connector DIN8P__MD 8813 TO HOST 03 JK10 12600 Phone Jack 21 5012 FOOT SWITCH 02 JK11 VB312600 Phone Jack YKB21 5012 SUSTAIN 02 JK12 576000 Phone Jack YKB21 5074 FOOT CONTROLLER 02 JK13 576000 Phone Jack YKB21 5074 FOOT VOLUME 02 JK14 VM552100 Phone Jack ST HSJ0912 01 01 BREATH 0
59. NK A to H keys E PROGRAM PART 1 to 16 keys 580 5 S TITLE 52 59055 ES 858 2825325053 5 0285 55 gt 2 lt 000903505 nuiLnzon lt 0O 899898988 CIRCUIT BOARD LAYOUT 000000 Power supply assembl T cht TTT I TTT P 01111 1 211 580 BLOCK DIAGRAM
60. PKS_SO PKS_SE PKS 80 13 SA PKS_S8 PKS_S PKS TOHOST RXD1 MCPU_CLKIM END IC TC74 C1ANF I sed ze pS te ot INVERTER by PHOTOCOUPLER Js TRANSCEIVER LINE sp MCPU RXD0 TII to RV CN5 99 e 1 14 L KNOB 0 4 909 24 0606 4909P a fo Y 0 Ea 1015 e NOB 1 NOB 2 aves nos 3 KNOB LA AT 350 F 4 N IRG IA PUAN lt TIPLUG lt 47715 MCPUAN 41 JMCPU RXD IMCPU_AXDO 33 server to DM3 3 B6 23 100 pO MEPUIMCLK M_AN_RESE GT BUSY to DM2 3 P4 to DM2 3 D10 1 gt MEPUCLKOUT
61. PTION REMARKS RANK 237 240 242 246 248 256 266 294 297 305 509 511 529 530 RD257220 Carbon Resistor chip 22 0K 0 1 J R 16 17 87 ot RD257330 Carbon Resistor chip 33 0K 0 1 J R 193 253 01 80257470 Carbon Resistor chip 47 0K 0 1 J R 40 41 243 01 80257680 Carbon Resistor chip 68 0K 0 1 J R 69 75 ot RD258100 Carbon Resistor chip 100 0K 0 1 J R 12 50 51 71 72 77 78 ot 229 233 241 262 265 286 289 303 307 RD258220 Carbon Resistor chip 220 0K 0 4 J 68 74 236 RD258470 Carbon Resistor chip 470 0K 0 1 J R 94 95 162 163 165 01 RD258680 Carbon Resistor chip 680 0K 0 1 J R 37 01 1192500 Carbon Resistor chip 100 0 1100 R 405 505 01 1197400 Carbon Resistor chip 10 0K 1 10 D R 44 45 01 3577000 Circuit Board JK XV914C0 VA078900 Jumper Wire 0 55 20 Angle JKAD V388510 30 Angle JKBC V388520 40 VU931500 Holder Jack 03 50 2192700 VR Shield 04 60 CB069250 Cord Holder BK 1 01 70 Jack Shield Plate V474230 C62 078900 Jumper Wire 055 CN 08390100 Connector Base Post 5PTE CN2 VB390100 Connector Base Post 01 CN3 18918050 Base Post Connector 5PTE 01 CN4 VB390400 Connector Base Post 8 01 5 283300 Connector Base Post 15PTE 01 6 8390100 Connector Base Post 5 01 VB390500 Connector Base Post Di 941200 Diode 158133 156176 01 4 VB941200 Diode 155138 155176 01 Mt 2006970
62. R ch 8 FMTO Audio data format 0 20 CINPR Anti aliasing filter cap ch 9 FMT1 Audio data format 1 21 CINNL 5 Anti aliasing filter cap L ch 10 MODEO Master Slave mode selection 0 22 CINPL Anti aliasing filter cap L ch 11 MODE I Master Slave mode selection 1 23 3 Analog power supply 12 FSYNO vo Frame sync input output 24 AGND Analog ground 17 580 BLOCK DIAGRAM TC74VHCOOF XT229A00 e TC74VHO4F XM332A00 TC74VH32F XN963A00 1073 Inverter 1 29 55 MAND OR e TC74LVC139FPEL XS048A00 e TC74VHC157FF XN966A00 TC74VHC244F XN969A00 1 26 42 10103 IC51 Demultiplexer Multiplexer Bus Buffer GND Vss e TC74VHC245F XT487A00 TC74VHC273F XN971A00 IC52 TC7S66FF XR682A00 5 74 273 5 223 00 Trabsceiver 1027 1 28 Analog Switch D FF D vee 3 cour E 18 580 M5M34051FP XV103A00 gt NJM4556AMT1 XQ138A00 NJM4556AD XQ824A00 DS90C402M XW357A00 1012 1023 PC4570G2 XF291A00 10102 Line Transceiver Operation Amplifier 1 4570 XC520A00 Line Receiver 1C62 1C65 1C73 Dual Operational Amplifier d Dia 2 na EO ve O pen Noninvering
63. SERT PLUG appears and when a plug is inserted the A D level will be indicated will appear when the AD level is within the following range MIC 75 or greater and 85 or less LINE 75 or greater and 85 or less When MIC is OK the LINE check will be executed automatically 21 A D Level LINE xxx XXX yyy display DISPLAY OF RESULTS OK fi A D Level NG A D Level MIN_LEVEL TESTEND When the EXIT switch is pressed the sound output will stop and the next test number will be set For the procedure to take when the test result is refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED T22 A D gt D A A D gt D A Gain This test is used to check the signal passage from the A D input to the D A output GAIN is set to LINE 1 in the initial settings Input a 1 kHz 5 Hz 6 0 dBm 0 dBm sine wave signal to each signal passage through the A D input in the order described below Check that the output level specified below is obtained at the output L and R respectively Set the A D INPUT VOLUME knob to the Max position A D gt D A Gain LINEI LINE 1 LINE 2 MIC 1 and MIC 2 can be selected by using DEC and INC With LINE 1 GAIN LINE applies and the signal input through the A D will be output at the D A as is With LINE 2 GAIN LINE applies and the level of the signal input through the A D will be lowered
64. Screw B 3 0 6 MFZN2BL EP600230 Bonding Tapping Screw B 3 0 10 MFZN2BL VQ049800 130 Bind Head Tapping Screw B 3 0X6 MFZN2BL EP600230 580 10 9 1 9 2 9 3 9 4 9 5 DM Circuit Board Open the control panel assembly See procedure 1 Remove the JK circuit board See procedure 8 Remove the seven 7 screws marked 282 The DM shield cover can then be removed Fig 4 Remove the three 3 screws marked 63 Fig 4 Remove the two 2 screws marked 62 and the screw marked 64 from the DM circuit board Be careful of the harness clamp which is also installed there Fig 5 2821 REAR VIEW oo 0 0 e 10 10 1 10 2 10 3 63 Bind Head Tapping Screw B 3 0 6 MFZN2BL 600230 Bonding Tapping Screw B 3 0 10 MFZN2BL VQ049800 Bind Head Tapping Screw B 3 0 8 MFZN2BL EP600190 282 Bind Head Tapping Screw B 3 0 6 MFZN2BL EP600230 Fig 4 Wheel Assembly Open the control panel assembly See procedure 1 Remove the JK circuit board See procedure 8 Remove the four 4 screws marked 102 The wheel assembly can then be removed Fig 5 BOTTOM VIEW e 02 o 1 Fig 5 102 Bind Head Tapping Screw B 3 0 6 MFZN2BL EP600230 11 PC Circuit Board 11 1 Open the control panel assembly See proc
65. c TC74HC4052AF MPX 02 16 XS790A00 IC 74 4052 MPX 02 IC17 XD657A00 TC74HC14AF TP1 INVERTER 02 18 XP003A00 TC74HC74AF D FF 01 1 19 00 TC74HC74AF D FF 01 1620 XD657A00 ic TC74HC14AF TP1 INVERTER 02 IC21 XI348A00 SC7SUO4FEL INVERTER 01 IC22 XD657A00 IC TC74HC14AF TP1 INVERTER 02 IC23 XQ138A00 IC NUM4556AMT1 OP AMP 03 1 26 XS048A00 HD74LVC139FPEL DEMULTIPLEXER 03 1027 223 00 iC SN74HC273NSR D FF 01 IC28 XH223A00 IC SN74HC273NSR D FF 01 IC29 XN963A00 IC TC74VHC32F 01 1 30 XR682A00 IC TC7S66F ANALOG SW 01 1 XD838A00 IC SN74HC245NSR BUFFER 04 1032 XD657A00 IC TC74HC14AF TP1 INVERTER 02 1 34 686000 Photo Coupler PC410T 04 1 36 5725 00 TC203C760HF 002 SWP30B 19 237 XS516A00 UPC2933T E1 REGULATOR 3 3V 03 1038 077 00 IC MSM514260C 60JS DRAM 4M 07 1642 XS048A00 HD74LVC139FPEL DEMULTIPLEXER 03 XW333A00 IC MX23C6410TC 10 MASK ROM 64M 144 XW335A00 IC MX23C3210TC 10 MASK ROM 32M 145 XW334A00 IC MX23C6410TC 10 MASK ROM 64M 1046 XW336A00 IC MX23C3210TC 10 MASK ROM 32M 1650 242 00 ic TC74VHCT245AF BUS TRANSCEIVER 03 1C51 XN969A00 IC TC74VHC244F BUS BUFFER 03 052 971 00 IC TC74VHC273F D FF 03 154 XM332A00 IC TC74VHCO4F INVERTER 01 1 55 963 00 IC TC74VHC32F 01 1056 713 00 iC MM1180ZTT REGULATOR 3 3V 02 XM326B00 IC JG710069 DDEI 04 IC61
66. d ENTER and the system program will be loaded from SMART MEDIA and the operating power will be restored PROGRAM LOAD lt lt Executing Turn on the power while pressing DEC and INC and the wave data will be loaded from SMART MEDIA and the operating power will be restored AVE LOAD lt lt Executing 33 580 34 580 35 580 36 580 37 580 38 580 39 580 40 580 41 580 42 580 43 580 MIDI DATA FORMAT Many MIDI messages listed in the MIDI Data Format section are expressed in hexadecimal or binary numbers Hexadecimal numbers may include the letter H as a suffix The letter n indicates a certain whole number The chart below lists the corresponding decimal number for each hexadecimalibinary number Hexadecimar Additional Notes For example 144 159 Decimal SnH 1001 0000 1001 1111 Binary indicate the note on messages for the channels 1 through 16 respectively 176 191 BnH 1011 0000 1011 1111 indicate the control change messages for the channels 1 through 16 respectively 192 207 CnH 1100 0000 1100 1111 indicate the program change messages for the channels 1 Through 16 respectively 240 FOH 1111 0000 is positioned at the beginning of data 10 indicate a system exclusive message 247 F7H 1111 0111 is positioned at the end of the system exclusive message aaH Hexadecimal 0aaaaaaa Binary indicates the data add
67. de select 26 VCC26 2 Power supply 98 NMI 5 Non maskable interrupt 27 17 Address bus 99 VCC99 FWP99 Power supply 28 VSS28 Ground 100 16 1 Encoder 18 input 29 20 1 2 101 17 1 Encoder 1A input 30 19 1 28 102 MD1 Mode select 31 PB2 Row address strobe 103 MDO Mode select 32 PB3 Column address strobe low 104 PLLVCC PLL power supply 33 PA18 1 Host off line detect input 105 PLLCAP PLL capacitor 34 PB4 Column address strobe high 106 PLLVSS 5 PLL ground 35 VSS35 Ground 107 15 CPU clock out 36 5 DRAM read write 108 IRES Reset 37 A18 109 1 jack insert detect interrupt request input 38 A19 Address bus 110 PE1 1 Smart MINS 39 A20 111 2 Model detection 20 VCC40 5 Power supply 112 Power supply 41 21 Address bus 113 Smart busy input 42 vss42 Ground 114 PE4 MLAN reset interrupt request input 43 RD Read 115 PES 1M clock out 44 Not used 116 PE6 Model detection 45 D31 vo Data bus TE VSS117 Ground 46 D30 vo 118 ANO 47 WRH High write 119 48 WRL Low write 120 2 Analog input 49 CS1 Chip Select 1 121 AN3 1 50 cso Chip Select 0 122 4 1 51 PA9 1 MLAN MIDI interrupt request 123 ANS 52 1 Interrupt request 124 AVSS 2 Analog ground 53 ICS3 Chip select 3 125 ANG 1 Analog input 54 1052 Chip select 2 1
68. ders Pitch Modulation Shift Page Knob 1 2 Data Effect Bypass Master Keyboard Exit Enter DeciNo Inc Ves 7 Mode Keys Sequence Play Sequence PLAY STOP 6 Memory Keys Quick Access 8 Bank Keys 16 Program Part Keys Power Card Slot Gain Host Select CONNECTORS amp TERMINALS MIDI In Out Thru To Host Breath Footswitch Sustain Foot Controller Foot Volume Individual Output 1 2 Output Phones A D Input AC Inlet 2 Connectors for Plug in Boards DISPLAY 40 x 2 Backlit INCLUDED ACCESSORIES Owners Manual Data List CD ROM AC Power Cord OPTIONAL ACCESSORIES PLG150 Plug in Boards Series PLG100 Plug in Boards Series FC4 5 Footswitch Foot Controller BC3 Breath Controller POWER CONSUMPTION 16w OUTPUT IMPEDANCE Output 18 1 2dbm 10k ohms Phones 17 2 2dbm 33 ohms DIMENSIONS 1329 W x 371 D x 157 H mm WEIGHT 24 3 kg 580 580 PANEL LAYOUT Front panel O O YAMAHA H 4 PITCH bend wheel EF BYPASS key 2 MODULATION wheel 42 EXIT key VOLUME Slider ENTER key Control Sliders DEC NO key LCD Liquid Crystal Display 45 INC YES key DATA knob d MODE keys Knobs A 1 and 2 SEQ controls 8 PAGE knob 8 MEMORY keys 9 SHIFT key QUICK ACCESS key MASTER KEYBOARD key BA
69. e to the unit s indicated on the cover The research engineering and service departments of Yamaha are continually striving to improve Yamaha products Modifications are therefore inevitable and changes in specification are subject to change without notice or obligation to retrofit Should any discrepancy appear 10 exist please contact the distributor s Service Division WARNING Static discharges can destroy expensive components Discharge any static electricity your body may have accumulated by grounding yourself to the ground bus in the unit heavy gauge black wires connect to this bus IMPORTANT Turn the unit OFF during disassembly and parts replacement Recheck all work before you apply power to the unit LITHIUM BA TTER Y HANDLING This product uses a lithium battery for memory back up WARNING Lithium batteries are dangerous because they can be exploded by improper handling Observe the following pre cautions when handling or replacing lithium batteries Leave lithium battery replacement to qualified service personnel Always replace with batteries of the same type When installing on the PC board by soldering solder using the connection terminals provided on the battery cells Never solder directly to the cells Perform the soldering as quickly as possible Never reverse the battery polarities when installing Do not short the batteries Do not attempt to recharge these batteries Do not disasemble the batteries N
70. e wave sound is output momentarily DISPLAY OF RESULTS When the factory settings are restored OK 06 Factory Set When the factory settings are not restored NG Factory Set NO SET TEST END The test ends after the result is displayed FACTORY SETTING DATA After the factory settings are restored the following data will be set 127 SWP Ch 17 SWP Ch From OUTPUT L the sound output is repeated until the EXIT switch is pressed via the SWP64Ch on the Master side to the L channel and via the SWP64Ch on the Slave side to the R channel Connect the plugs to OUTPUT L and R Observe the output waveform using the oscilloscope to check that the level of all channels is within the below specified range Set the master volume to the Max position OUTPUT L 1 kHz 1 5 Hz sine wave OUTPUT R 2 kHz 1 5 Hz sine wave Also the following message appears on the LCD during sound output 27 SWP Ch Mode 64 Chxxx xxx Sound outputting channel no Either 64 or 128 can be selected for the mode TEST END AUTO when the EXIT switch is pressed the sound output will stop MANUAL when the EXIT switch is pressed the sound output will stop and the mode select standby state will be set When the EXIT switch is pressed twice more testing will end T28 EXIT 18 Exit When testing is executed the following message will appear on the LCD 18 Exit
71. edure 1 11 2 Remove the two 2 screws marked 250 The circuit board can then be removed Fig 6 12 Keyboard Assembly 12 1 Open the control panel assembly See procedure 1 12 2 Remove the four 4 screws marked 230 and the four 4 screws marked 240 Fig 6 12 3 Loosen the two 2 screws marked 292 which secring the front rail Fig 6 12 4 Remove the seven 7 screws marked 300 which secring the front rail at the bottom of the main unit to the keyboard assembly The keyboard assembly can then be removed Fig 6 VIEW 230 240 BOTTOM VIEW 300 300 300 3001 e 1 gt 4 4 amp le e lo e ind Head Screw 4 0 14 MFZN2Y EG340210 ind Head Tapping Screw 1 3 5 12 MFZN2Y EP030240 Head Screw B 3 0 6 MFZN2BL EG330360 Head Tapping Screw 13 5X12 2 2 EP030240 300 Bind Head Screw 5 0X20 MFZN2BL VB857600 Fig 6 580 13 Keyboard Disassembly Procedure 13 1 Remove the circuit board marked A and then remove the key spring marked B Fig 7 13 2 Press the part marked in the direction shown in figure 9 then remove the key marked D and the hammer assembly marked C Fig 8 Fig 9 13 3 The black keys can be disassenbled by following the same procedure Fig 7 Fig 8 Fig 9 14 Keyboard Assembly Procedure 14 1 Inse
72. el assembly by lifting it up Fig 1 BOTTOM VIEW 5 D o o 5 5 e e 300 Bind Head Screw 5 0X20 MFZN2BL VB857600 Fig 1 2 2 1 Open the control panel assembly See procedure 1 2 2 Remove the twelve 12 screws marked 42 The PN circuit board can then be removed Fig 2 3 RV Circuit Board 3 1 Open the control panel assembly See procedure 1 3 2 Remove the five 5 knobs marked 200 and the two 2 knobs marked 210 from the panel surface 3 3 Remove the ten 10 screws marked 96 The RV circuit board can then be removed Fig 2 VIEW 210 200 210 BOTTOM VIEW bb bbo 2200000 a bb bbo 600 Bbo DODODODO Bind Head Tapping Screw B 3 0X6 MFZN2BL EP600230 196 Bind Head Tapping Screw B 3 0 6 MFZN2BL EP600230 Fig 2 800 41 42 4 3 54 5 2 7 1 7 2 7 3 8 1 8 2 Power Supply Unit Open the control panel assembly See procedure 1 Remove the two 2 screws marked 30 and the five 5 screws marked 31 Fig 3 Remove the four 4 screws marked 22 from the power assembly Fig 3 Power supply unit can then be removed SM Circuit Board Open the control panel assembly See procedure 1 Remove the two 2 screws marked 96 The SM circuit board can then be removed Fig 4 SV Circuit Board Open the co
73. er V406210 200 v3887700 Knob ASSIGNABLE KNOB 5 210 v3887900 Knob ENCODER PAGE DATA 2 220 Knob VOLUME CONTROL SLIDER 5 03 New Parts RANK J apan only M WHEEL ASSEMBLY 580 REFNO PART NO DESCRIPTION REMARKS RANK WHEEL ASSEMBLY S80 Wheel Assembly V419140 10 Frame Wheel V389030 2 20 4579900 Wheel 2 30 VC792800 Spring 01 40 CB819020 Wheel Tube 2 04 50 600110 Stop Ring 120 01 60 VQ764300 Rotary Variable Resistor RK1631110T54A 10K 03 70 VN245400 Rotary Variable Resistor 10 0K 1611005 03 80 Connector Assembly 300L X WHEEL V381300 90 lt 8069250 Cord Holder BK 2101 New Parts RANK J apan only 580 KEYBOARD UNIT 580 REFNO PART NO DESCRIPTION REMARKS RANK KEYBOARD UNIT 580 VQ996900 Keyboard Unit K6 58 10 Keyboard Assembly AE2 VQ99700 20 VD526300 Holder Keyboard AE2 08 30 VT647800 Bind Head Tapping Screw C 4 0 6 MFZN2 0t 40 Spacer 0048480 50 Spacer VD48490 60 Spacer VD51810 70 Spacer VD51820 80 Spacer VD51830 90 Spacer VF51760 100 Spacer VF51770 Keyboard Assembly AE2 VQ99700 Ki MK Frame Assembly AE 88 VQ99710 Kia VM890700 White Key 7 04 Kia VM890800 White Key D 7 04 Kia VM890900 White Key E 7 04 Kia VM891000 White Key F 7 04 Kia
74. esistor 680 0 1 4 J HF756100 Carbon Resistor 1 0K 1 4 J 01 HF756120 Carbon Resistor 1 2K 1 4 J 01 HF756270 Carbon Resistor 2 7K 1 4 J 01 HF756560 Carbon Resistor 5 6K 1 4 J 01 757560 Carbon Resistor 56 0K 1 4 J 01 V3576600 Circuit Board PN XV912B0 V3576700 Circuit Board RV XV912B0 VB858200 Connector Base Post 3P SE 01 08858900 Connector Base Post 10P SE 01 CN6 8 858700 Connector Base Post 8P SE 01 CN7 VB858600 Connector Base Post 7PSE 01 VB858200 Connector Base Post 3PSE 01 CN9 VB858400 Connector Base Post 5PSE 01 New Parts RANK J only 5 80 REFNO PART DESCRIPTION REMARKS VE222400 Ceramic Resonator 8 MHZ 8004 4 03 Di 0631600 Diode 188133 176 85104 01 47 VD631600 Diode 1SS133 176 HSS104 01 048 V4607200 Shot Key Diode 1FWJASN 049 V4607200 Shot Key Diode 1FWJASN 4434100 Rotary Encoder REB161 9 5 PVB17 5 PAGE 2 V4434100 Rotary Encoder REB161 9 5 PVB17 5 DATA VD542700 Filter DSS306 93F223Z1 01 Xs711200 MN101C027YB cPU 06 102 885000 Transistor Array TD62785P SOURCE 04 103 041400 Transistor TD62381P 04 XT744A00 TC74VHCT245AFT BUFFER 07 J 078900 Jumper Wire 0 55 33 078900 Jumper Wire 0 55 9 078900 Jumper Wire 0 55 Di vs704700 LED SEL2210W TP8 RE EF BYPASS MASTER K
75. ever heat batteries or throw them into fire ADVARSEL Lithiumbatteri Eksplosionsfare ved fejlagtig handtering Udskiftning ma kun ske med batteri af samme fabrikat og type lever det brugte batteri tilbage til leverandren VARNING Explosionsfara vid felaktigt batteribyte Anvand samma batterityp eller en ekvivalent typ som rekommenderas av apparattillverkaren Kassera anvant batteri enligt fabrikantens instruktion VAROITUS Paristo voi rajahtaa jos se on virheellisesti asennettu Vaihda paristo ainoastaan laitevalmistajan suosittelemaan tyyppiiin Havita kaytetty paristo valmistajan ohjeiden mukaisesti The following information complies with Dutch official Gazette 1995 45 ESSENTIALS OF ORDER ON THE COLLECTION OF BATTERIES Please refer to the diassembly procedure for the removal of Back up Battery Leest u voor het verwijderen van de backup batterij deze beschrijving WARNING CHEMICAL CONTENT NOTICE The solder used in the production of this product contains LEAD In addition other electrical electronic and or plastic Where applicable components may also contain traces of chemicals found by the California Health and Welfare Agency and possibly other entities to cause cancer and or birth defects or other reproductive harm DO NOT PLACE SOLDER ELECTRICAL ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REASON WHAT SO EVER Avoid prolonged unprotected contact between solder and your skin When soldering do n
76. l register 143 HMM 9 2 10 144 HMAS 25 UO 148 O 10 146 HMA7 E co vo 147 28 cos 10 148 29 com vo 149 Ao vo Power supp 150 Power supiy a vss Ground 151 155 Ground 2 cos 12 man 33 CSN Chip select 153 HMAIZ Wave memory address bus WRN Wirte 35 ron Read strobe 155 vo Power suppl 16 o o 157 SYSHI 158 Sj 0 1591 O 40 58 NSYSLNSYS upper 16 bis output mas O 161 2 sss o 162 HMazi see 163 164 s 0 165 0 48 Keyondaa 16 VSS Ground 37 0 167 MRASN AASwhon DRAM is connected to wave memory 38 o 168 MCASN CAS when DRAMIS is connected to wave memory ss vss Ground 169 MOEN Wave memory output enable so vo 0 Wave memory write enable su 10 VSS Ground 52 se vo wo 53 10 output ower 8 bits 173 Lupi 10 54 lO IO 8 ss 1o 175 10 se syste 10 16 iw 10 57 vo 177 imos 10 58 1
77. mic F 0 068 50V 2 C 197 198 01 18051220 Monolithic Ceramic Cap SL 22P 50V J C56 01 UB051470 Monolithic Ceramic Cap SL 47P 50V 59 85 333 01 18051680 Monolithic Ceramic Cap SL 68 50V J 256 263 276 282 18052100 Monolithic Ceramic SL 100P 50V J 86 93 254 261 274 280 322 327 01 UB245100 Monolithic Ceramic Cap 25VZ C 1 3 8 10 12 14 18 22 01 23 25 27 30 33 35 38 40 42 94 96 101 107 109 111 113 119 120 138 140 141 143 145 151 158 160 166 170 173 177 210 212 217 218 246 248 266 268 283 284 288 302 303 305 310 311 314 315 317 318 320 321 325 326 334 337 600 603 VJ 927300 Monolithic Ceramic 15 16VF 36 37 01 UF037100 Electrolytic Cap chip 10 16V 4 13 19 28 45 108 01 142 168 245 258 265 271 277 287 291 312 316 329 332 UF037470 Electrolytic Cap chip 47 16V C 24 41 44 167 247 249 01 250 267 269 270 605 0 038100 Electrolytic Cap chip 100 16V C219 UF046470 Electrolytic Cap chip 47 25V 85 286 323 ot UF066330 Electrolytic Cap chip 33 50V C 20 01 UF 138220 Electrolytic Cap chip 220 16V UURIC2 47 117 118 01 UF147470 Electrolytic Cap chip 47 25V UURIE4 C 308 309 313 ot UF 148220 Electrolytic Cap chip 220 25V UURTE2 07 328 01 UR 629220 Electrolytic Cap 2200 10 0V 0 20 VP473600 Electrolytic Cap 100 00 10 0V C 139 159 169 175 ot 194 196 201 604 VP473700 Electrolytic 220 00 10 0V C 142 144 200 202 216 RD250000 Carbon Re
78. next target value DISPLAY RESULTS OK m Breath Controller NG No change in the message on the display TEST END The test ends after the result is displayed When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED 15 CARD 15 CARD Load SMART MEDIA with its protect function turned off and then execute the test If SMART MEDIA is loaded with its protect function turned on the WRPRT error message will appear Perform the FORMAT WRITE READ VERIFY check on SMART MEDIA and check that OK appears as the result Unload SMART MEDIA and check that NO CARD appears on the LCD DISPLAY OF RESULTS OK 5 carb 15 CARD XXXXXXX Error code ERROR CODE RD WR read write error NO CARD no card loaded WRPRT write protect TEST END The test ends after the result is displayed When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED 16 MIDI IN OUT THRU MIDI IN OUT 580 Connect a MIDI cable to MID IN and OUT and then begin testing If the IN and OUT check results are OK connect the MIDI monitor with THRU and check that the test pattern AA FF 00 55 is output DISPLAY OF THE RESULTS OK 6 101 11 001 NG MIDI INZOUT When different data has been received NG MI
79. ntrol panel assembly See procedure 1 Remove the three 3 screws marked 130 The PLG angle can then be removed Fig 4 Remove the five 5 knobs marked 220 from the panel surface Fig 4 Remove the six 6 screws marked 82 The SV circuit board can then be removed Fig 3 Display Assembly Open the control panel assembly See procedure 1 Remove the PLG angle See procedure 6 2 Remove the four 4 screws marked 92 The display assembly can then be removed Fig 3 JK Circuit Board Open the control panel assembly See procedure 1 Remove the nine 9 screws marked 81 The JK circuit board can then be removed Fig 3 580 BOTTOM VIEW1 82 92 y II I 4 1 SSO n I j f Display assembly TOP VIEW 220 0000000 TT BOTTOM VIEW2 Display assembly POWER SUPPLY Fig 3 REAR VIEW 81 130 96 31 80 ES 0006 E 4 AAN 5 um E 31 22 Bind Head Tapping Screw B 3 0X6 MFZN2BL EP600230 82 Bind Head Tapping Screw B 3 0 6 MFZN2BL EP600230 Bind Head Tapping Screw B 3 0 6 MFZN2BL EP600230 92 Bind Head Tapping Screw B 3 0X6 MFZN2BL EP600230 31 Bonding Tapping Screw B 3 0X10 MFZN2BL VQ049800 96 Bind Head Tapping
80. ot inhale solder fumes or expose eyes to solder flux vapor If you come in contact with solder or components located inside the enclosure of this product wash your hands before handling food ll WARNING Components having special characteristics are marked AN and must be replaced with parts having specification equal to those originally installed SPECIFICATIONS KEYBOARD Number of Keys 88 Touch Initial touch After touch TONE GENERATION SYSTEM Tone Generators 2 Modular Synthesis Plug in System Polyphony 64 VOICE Number of Voice Normal voices 256 Presets 128 Internals Users 128 Externals Memory Cards Drum voices 8 presets 2 Internals Users 2 Externals Memory Cards Plug in voices 64 x 2 Plug in Boards If installed 24 MByte PERFORMANCE 19 16 Voice Parts A D Input Part Plug in 1 2 Parts Number of Performance 128 Internals 64 Externals Master Keyboard Mode 4 Zones EFFECT Reverb 12 Chorus 23 Insertion 24 Insertion 1 92 Insertion 2 24 Insertion for Plug in Voices Master EQ 4 SEQUENCE PLAY Format Format 0 Direct Play only Sequence Chain Load Save Number of Sequence Chains 100 Steps 100 Songs ARPEGGIATOR Number of Arpeggios 128 Card File Type All Data All Voice Plug in Sequence Chain SMF Functions Save Load Rename Delete Make Directory Format CONTROLS Volume Slider 4 Control Sli
81. quest Port 2 31 VSS Ground 8 vo Interrupt Request Port 3 32 XI Quartz Crystal Input 9 RD 1 Read Signal Input 33 VSS Ground 10 MR 1 Write Signal Input 34 xO vo Quartz Crystal Output 11 CE 1 Chip Enable Input 35 A0 12 _ ASTB 1 Address Strobe Not used to ground 36 1 13 TESTSIO 1 Input with Pull down Resistor 50k 37 A2 Address Bus 14 1 Receive Data 0 38 15 Transmit Data 0 39 4 16 1 Receive Data 1 40 17 TX Transmit Data 1 41 CPUCLK 1 CPU Clock 18 VSS Ground 42 vss Ground 19 VDD Power Supply 43 VDD Power Supply 20 1 Receive Data 2 44 Do vo 21 Transmit Data 2 45 Di vo 22 0 1 Receive Data 30 46 02 vo Data Bus 23 TX30 o Transmit Data 30 47 D3 10 24 1 Receive Data 31 48 D4 16 e 1800 XU770A00 A D Converter 580 NO NAME 0 FUNCTION PIN NAME vo FUNCTION 1 VINL 1 Analog input L ch 13 10 Sampling clock input output 2 VREFI Reference 1 decoupling cap 14 BCK vo Bit clock input output 3 REFCOM 5 Reference decoupling common 15 DOUT Audio data output 4 VREF2 Reference 2 decoupling cap 16 sysck 1 System clock input 5 VINR I Analog input R ch 17 DGND 8 Digital ground 6 RSTB 1 Reset input active L 18 VDD Power supply 5V 7 5 LCF bypass control 19 CINNR E Anti aliasing filter cap
82. resses The data address consists of High Mid and Low bbH Obbbbbbb indicates byte counts Indicates tcheck sums ddH Oddddddd indicates data value 44 SYNTHESIZER SEQUENCER PART 1 TRANSMIT FLOW 2 RECEIVE FLOW swe ts owore E dis sem svaren EXCLUSIVE message 4 tmmal esune bhi ah Lane cime run di ahn ant sla ade at La nae anh F SWT lt FARASETEA REQUEST FON GOH d ami FTA 502 control syne Su MIDI contro vice Humber an sua imer Program change switch Race ed received in all medea MEDI Receive Channel and Receive Filter SYSTEM Receive On 3 TRANSMIT RECEIVE DATA 31 CHANNEL VOICE MESSAGES 8 11 NOTE OFF stare 8081 Barm DR 8 12 NOTE ONOFF cct 94 9 CONTROL CHANGE CONTROL VALUE presse 58 Franamittad received only when is selected in CONTROL CHANGE MODE
83. rt the hammer assembly marked C in the frame in the direction marked 1 Fig 10 14 2 Place the hammer assembly as shown in figures 10 and 11 14 3 Place the white key in the order of 4 and 5 Fig 12 14 4 Place doun on the white key in the direction marked 6 shown in figure 13 14 5 Attach the key spring marked B and then place the circuit board marked A Fig 14 14 6 The black keys can be disassenbled by following the same procedure PIN DESCRIPTION e HD64F7045F28 XW419A00 CPU 580 NO vo FUNCTION NO NAME 0 FUNCTION 1 WRHH HH write 73 D15 vO 2 14 vo LCD data 6 input output 74 D14 Data bus 3 WRHL 75 D13 vO 4 PA21 1 MLAN insert detect 76 D12 vo 5 PE15 vo LCD data 7 input output 77 VCC77 E Power supply 6 556 Ground 78 D11 vo Data bus 7 0 79 5579 Ground 8 1 80 010 9 2 Address bus 81 09 Vo 10 A3 82 D8 vO Data bus 11 4 83 D7 vO 12 Power supply 84 6 vo 13 5 Address bus 85 voces gt Power supply 14 VSS14 Ground 86 D5 Data bus 15 6 87 15587 Ground 16 AT 88 04 vO 17 89 D3 18 9 90 02 vO Data bus 19 10 91 D1 vO 20 A11 Address bus 92 00 vo 21 A12 93 5593 Ground 22 13 94 XTAL Crystal oscillator 23 A14 95 MD3 Mode select 24 15 96 EXTAL Crystal oscillator 25 16 97 MD2 Mo
84. sistor chip 00020 115 116 130 137 di RD250000 Carbon Resistor chip 0 00 03 R 66 92 141 142 150 151 01 155 157 215 261 272 277 299 302 500 503 515 533 536 RD 153470 Carbon Resistor chip 47 14 8 67 01 80254100 Carbon Resistor chip 10 00 1J 1 128 01 RD254680 Carbon Resistor chip 68 0 0 1 J 8 97 98 143 144 01 RD255100 Carbon Resistor chip 100 0 0 1 J 100 101 116 136 01 148 230 269 271 298 506 507 514 RD255120 Carbon Resistor chip 120 001 58 ot RD255150 Carbon Resistor chip 150 001 R 235 ot RD255180 Carbon Resistor chip 180 001 6 61 63 65 96 114 115 ot 117 80255220 Carbon Resistor chip 220 0 0 1 J 26 29 124 80255470 Carbon Resistor chip 470 0 1 4 J R 231 232 304 RD255680 Carbon Resistor chip 680 0 0 1 J 35 259 268 01 RD256100 Carbon Resistor chip 10K 0 1 J R 18 25 30 31 70 73 76 01 79 86 102 103 123 195 200 205 210 227 245 255 257 290 293 RD256330 Carbon Resistor chip 33K 0 1 J 39 252 01 RD256470 Carbon Resistor chip 47K 0 1 J 50 251 306 508 510 01 512 513 RD256680 Carbon Resistor chip 68K 0 1 J R 196 197 201 202 206 oi 207 211 212 254 RD257100 Carbon Resistor chip 10 0K 0 14 R 1 10 11 13 14 32 34 36 01 38 42 45 49 53 54 80 88 90 99 104 118 120 122 129 130 140 145 152 160 161 164 190 191 198 199 203 204 208 209 213 214 217 219 225 228 234 New Parts RANK J apan only 5 80 Rer no PART NO DESCRI
85. to the specification of the main unit 12dB and then output at the D A With MIC 1 GAIN MIC applies and the signal input through the A D will be output at the D A as is 580 With 2 GAIN MIC applies and the level of the signal input through the A D will be lowered to the specification of the main unit 12dB and then output at the D A When GAIN Line 1 move the A D INPUT VOLUME knob and check that the sound volume varies OUTPUT L 1kHz 5 Hz sine wave 15 0 2 dBm 10k ohm load Distortion 1 00 or less OUTPUT R 1kHz 5 Hz sine wave 15 0 2 dBm 10k ohm load Distortion 1 00 or less TEST END When the EXIT switch is pressed the sound output will stop and the next test number will be set T23 PLUG IN1 T24 PLUG IN2 13 Plug in Connect the HARMONY PLUG ON boarding into the PLUG IN 1 slot After checking the connection of the PLG IN 1 slot the signal transmission and reception of the CONTROL LINE and the IN OUT of the MIDI LINE and MEL LINE check to ensure that the output level specified below is obtained at output L and R respectively Set the MASTER VOLUME knob to the Max position OUTPUT L 1kHz 5 Hz sine wave 11 5 2 dBm 10k ohm load Distortion 1 50 or less OUTPUT R 1kHz 5 Hz sine wave 11 5 2 dBm 10k ohm load Distortion 1 50 or less DISPLAY OF RESULTS OK change in the message on display NG Plug ini NO
86. ttery CR2032 03 100 PLG Angle Assembly V481450 110 069250 Cord Holder BK 1 01 130 EP600230 Bind Head Tapping Screw B 3 0 6 MFZN2BL 3 ot 140 Assembly LEFT V419080 140a 4062400 Arm LEFT 140b Side Angle 1 0 LEFT V388980 140C EP040230 Bind Head Tapping Screw 1 4 0 14 MFZN2Y ot 150 CB502030 Cord Binder 5 758 03 151 Bonding Tapping Screw B 3 0 10 MFZN2BL 2 ot 152 EP600230 Bind Head Tapping Screw B 3 0 6 MFZN2BL o 160 Assembly RIGHT V419090 160a 4062500 Arm RIGHT 160b gt Side Angle 1 0 RIGHT V388990 160C EP040230 Bind Head Tapping Screw 1 4 0 14 MFZN2Y 6 01 161 VQ049800 Bonding Tapping Screw B 3 0 10 MFZN2BL 2 01 162 EP600230 Bind Head Tapping Screw B 3 0 6 MFZN2BL 3 ot 170 165300 End Block 2 05 172 EP600190 Bind Head Tapping Screw B 3 0X8 MFZN2BL 2 ot 180 v4063000 Felt 5X1128X1 RE 03 200 191000 Bottom Assembly 15 200a Bottom Board V406450 200b VR707800 Foot K3019 5 02 200 EG340410 Bind Head Screw 1 4 0X20 MFZN2Y 5 01 210 20200 88 06 215 Flat Cable Clamp LFC 30N V439780 2 220 0996900 Keyboard Unit A88 K6 58 225 Edge Prevention Sheet V442950 227 8 6190 Clamp CKN 10 2 230 EG340210 Bind Head Screw 4 0 14 MFZN2Y 4 01 235 Cord Holder T30MR VQ40440 2 237 02 V481430 8 240 0240 Bind Head Tapping Screw
87. x Tune x x System Clock 2 o 1 2 Real Time Commands 2 o 2 All Sound Off x Aux Reset All Cntrls O x Local ON OFF O x Mes All Notes OFF x sages Active Sense O x Reset x x Notes 1 if MIDI sync is midi 2 if MIDI control in is on Mode 1 OMNI ON POLY Mode 2 OMNI ON MONO Yes Mode 3 OMNI OFF POLY Mode 4 OMNI OFF MONO 49 CONTROL SYNTHESIZER lt lt PARTS LIST CONTENTS OVERALL ASSEMBLY 22 CONTROL PANEL ASSEMBLY 4 WHEEL ASSEMBLY 5 KEYBOARD UNIT gt 6 POWER SUPPLY ASSEMBLY 8 ELECTRICAL PARTS 9 Notes DESTINATION ABBREVIATIONS A Australian model M South African model B British model O Chinese model C Canadian model Q South east Asia model D German model T Taiwan model E European model U U S A model F French model V General export model 110V H North European model W General export model 220 Indonesian model General export model 4 Japanese model Y Export model W WARNING Components having special characteristics are marked and must be replaced with parts having specification equal to those originally installed numbers QTY show quantities for each unit parts with in PART NO are not available as spare parts e This mark in the REMARKS column means these parts are interchangeable second letter of the shaded part number is O not zero
88. xxx SWITCH NAME If the test result is satisfactory the sine wave is output while the switch is on and the test will proceed to checking the next switch If the wrong switch is pressed NG will appear and no sine wave will be output If the correct switch is pressed after that testing will proceed to the next switch If the test results for all switches are satisfactory OK will appear The switches are checked in the following order VOICE gt PERFORM gt STORE gt UTILITY gt CARD gt SEQ gt EDIT gt JOB gt PLAY STP gt SHIFT gt EF BYPS gt MASTER gt EXTT ENTER gt DEC NO gt INC YES gt PRE1 gt PRE2 gt INT gt EXT gt PLG1 gt PLG2 gt Q ACCESS gt A gt B gt C gt D gt E gt F gt G gt H gt 1 gt 2 gt 3 gt 4 gt 5 gt 6 gt 7 gt 8 gt 9 gt 10 gt 11 gt 12 gt 13 gt 14 gt 15 gt 16 DISPLAY OF RESULTS OK 5 Panel Switch LED NG 05 Panel Switeh LED Ng Push xxxxxxxx TEST END If the test results of all switches are satisfactory OK will appear and testing will end T6 ENCODER 08 Encoder While turning the JOG first clockwise and then counterclockwise 32 according to the LCD instruction as shown below check that the number increases and decreases sequentially and that OK appears as the result 08 Encoder Datatyyyy XXXX xxx y y y
89. y target value appears after checking current value DISPLAY OF RESULTS OK Encoder Page 0K Data ok xxxx NG No change in the message on the display TEST END The test ends after the result is displayed When the test result is refer to TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED 7 07 Keyboard This test is used to check that the keyboard functions properly by scaling 88 keys from A1 to C7 17 Keyboard Push Velocity xxxx The above shows the C1 check xxxx velocity value of the key being pressed When the key on the LCD display works at a velocity of 0X10 to OX6F it is considered normal and that keys note is output The test will then proceed to the next key test Ifa wrong key is played NG will appear and that note s sound will not be output If a correct key is played after that however the test will proceed to the next key test If the test results of all the keys are satisfactory OK will appear on the LCD display DISPLAY OF RESULTS OK 07 Keyboard Push C 1 Velocity xxx NG 7 Keyboard NG Push C 1 Velocity xxx TEST END If the test results of all the keys are satisfactory OK will appear and testing will end When the test result is NG refer to C TEST SELECTION WHEN AN ERROR HAS BEEN DETECTED 8 A KNOB 2

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