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BeoSound 9000 MKIII

Contents

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9. AINS 5 Go MAINS RELAY 34 POWER SUPPLY A 90T1 85 1 3 e 84 4 IY 25 P 1 3 R20 iA un L419 m 312 86 22n A nee T EL 01 Bh 3M3 pe bt 1 IF THE 5V SUPPLY IS gt 54V SHORT CIRCUIT THE SOLDER PADS J5 821 14 22n D4
10. BANG 6 OLUFSEN PCB drawing 2 25 2 25 PCB drawing 2 25 PCB34 Power Supply a nT NN A E 12 1 X3 5 ry JEST BE DSU T P13 P11 S e B17 1 Di e Sie 9 R110 104 Ge ap OT t5 R123 N N Ski S LO ke u de D lo E 022 JO O ge ED jej dep 4 C3 C1 8192 5 _ 1 pu man v Reine cs 22 D qu gt ST a2 C
11. 6132 2 MASTER LINK INTERFACE DATA 20 MASTER LINK INTERFACE AUDIO SE SE 7 5 B E 20 3 ala z 2006 L 1 IC2 IC3 ICA IC5 IC6 R 10k Rid 5 7 z G 1 455 6134 12 gt 558 873 m Rn m 1k 10 l P25 10 ML LEFT IN 6130 el D16 C91 D11 wa i2 x d x 2 ER 4u7 0 BAS216 R53 m 2 sa 150 Les Ft Ja a T als 41 15VML sle EE ER 1558 BAS216 59 oz 5 3 816 AGE R slx 330 10n 100 RS d S 5 amp 813 15
12. 42 M417 M416 MA 1244 1245 M414 56 M406 M405 3 p ve 7 7 35 MOTOR CONTROL 1 Beas BH c zk ja LID HOLD LID OPEN P50 12 3 gie 1 3 a 117705 za H He Ee 6 CAME CLAMPER PT 3 e gt gen SS a D54 18 055 28 MOTOR G202 Nec al a 051 x 2 LL4448 LL4448 z S 3 s ze 552 SENSE RESE az um is 8V5 20V gt ki 100 4 LD P50 13 P10 13 GL E A A 052 x 053 2 CLAMPER gt CE 3 ED in C3 Ch 14 c504014 _ kl 358N A LL4448 LL4448 MOTOR P7 2 Yy y x 4B Ich 38 C3 a SE uu isa bag 100n 100 7 100097
13. BANG 6 OLUFSEN Wiring diagram 2 3 2 3 Wiring diagram 2 3 Wiring diagram 6277171 STAND BY ROUND REF 1 W COIL 1 31 QUAD 1 TTM 2 V COIL 2 2 ROUND REF BY MOTOR 5 SC i IR TACHO QUAD 1 TIM GND E QUAD 2 TIM E i 2 6 Us CLAMPER RX GND IEEE 7 7 Adel 137 8 z E Kaka r 9 7 9 2 SS E m 5 25551 DISPLAY Sus ossla 2 ss 1 m 95 EE EE mese 8420225 gaa sse V SUB 30 8001865 i EE m CD SE SV LED REF Jg 5 SUB m 5 FEE R TACHO 5 LED 2 T ECHANISM GND 6 3015188 3015188 NE AMPER TX 5 LED 1 1 5V DISP 5V 0 GND L 2 SV DISP 5 CD ET 3 5V DISP 5V CD a LOAD 2 9V CD 7 5 GND 9V CO m 6 GND GND 7 GND GND 5 8 LOAD 1 GND x SC 9K DISPLAY C
14. DIAGRAM FM AM detector PCB drawing for PCB1 see page 2 15 01 FM AM DETECTOR 1 rez15 FM DETECTOR 7 VST IF C225 C226 R215 7 M 5 T IK L206 lt v 470p 6p8 4 11 54 100n 6 7 ni v ES 731 FP207 2 z 2 A 1 4 5 5 5 5 100n w SL LE P207 a FP208 8823 293 C224 x v a 100n 5 10n 5 mm ur 8 233 23 C236 A HI u 8 m 470n 2 E M z L 2 E FM MUTE IF2 Vcc 1 Vec e lt id 5 FP213 E FM IF DUADRA TUR IFP208 COUNTER DETECTOR 241 ec MPX S u 819 8 6 Y 7 5 EMRE AGC 4 I FP214 6 IFP206 5108 8 m Y DETUNING 5 i 190 8820 5 METER amp MUTE FP212 IFP209 a 4 l ve E S_METER 0 C238 235 E B21 e T Z 8 TDA7421S 8 5 E 1n2 4n7 292 294 291 R218 18k 10n 10n 100n RAE 4 BIT DAC 9 240 dE 7 er m ii 4 BIT DAC and zh
15. DIAGRAM D Turn table and motor control PCB41 CD primary side r 34 1 TURN TABLE MOTOR CONTROL P5 4 L175 MM pp USE DET _ LJ X1 C36 ver D 5 5 REA z MOTI eer 2 es 7 dj m m 2 eo a 5 X2 JE mmm SLE a SVCD RS mu H Disc A 0 RESET Dik GC o ADS oe ai L No Disc 9 E 1 z z 5571 9vCD 330k n E 8103 0 7 j ELI co n E BEBE m mile N GEE pem PEL IE Ven R100 2 TEMT2100 LM358N 8 1111111111 1 80 e ROT AUTO P 48 CG 861 r 34 m E R s 25 11 TTM DIR 8 9 Serr LI io Wt e P46 aa C41 2 58 IE on 1 11111 4 Of ol FP CHEN 41 1 RZ 58 3 10 1 SBUS IE C31 ep R3 22 P47 d B 821 Ee al 8 5 ee a LE 1 P10716 P47 12 1 10 3 F L Joe e 4066 0 1 ke WAR 0 20k 22 vm 181619 E 3 5 i po C56 svco gt ia k gr
16. J190 J191 5133 361 364 357 350 351 32 INPUT SELECT AND SOUND ADJUSTMENT mm G MESSI 5 Cy R7 WES C101 RBS 3 Ka por u TR26 ac 2 3v E E 1A 2 As E130 1 ala ae gt FMMT49LA Y EA 4 el e 362 4u7 A Y i R606 a SI T L3 TR601 34 2 47 34 46 3A Elm RE oun gp Aa R146 1 PUMT1 5 Fast z 3 EM Sip TRIB B146 lt A ase alr ga P20 1 C106 8918 s R606 28 gx sle ge LJ 05 EZ B144 EM AM LEFT 2 7 gt 070 4 TR20 x 1 3 lt FMMT491A R55 2 4 180 T ik 12V R250 3 E R198 i 8199 5 60 18 Di 890 s c u 407 100P R189 ias lt 4u7 KT 3 E E 527 in 10K TRIS T 3 4u7 x 88478 7 2SC4213 F142 CD LEFT ol E P 5 HP ON OFF DS DIS 7 ES HP MUTE N192 88 ces ale I 8149 x P22 2 als 8 HD LEFT 350 SEN 831 20 823 30 363 AUX R E 20 E 0 TR23 227 tu le 36h AUX L C102 gt R87 x ML L 12 47 5 30 i 8 6 aft XS u 470p 470 C41 8116 tals EM AM L TR24 E 1 D 5 als Cl 2 Zu 35 5 254213 2SC4213 in 1 2 8600 0 co 14 3 L2 lt PL MUT
17. 2N7002 5V R400 8600 07 I y SCL LFILT 50 150 Le gt SCL X SW SL Me S lt SL 17 R P106 1 z Laun S m d 2N7002 202 TR401 E SDA_X_SW 4 x m GI EE bag ay 47p 10500 Cm 1 9 9 9 p MAX809L 4 a Sle ae M 6 fel 201 10502 12 gp am LESS 5 lt 3 s ki BC858C L402 Tain 2 R406 50 YA SDAOCFILT 41 NE Run 10k 2u2 C408 C422 Ger ERB 12 Proe 2 E n C403 BE 0001 0 00 sono 2 2E SS T o 14 SDA_X FILT amp eis 1 47p P96 n GNDD GNOD bog 15 lt 5 S pg 16 Get Sum A 093 17 64 se 180 9527 18 1 7 SE 1601 49 11 PW o 20 808 62 P90 TR403 1004 RESET a REG gt BC847B P13 Pw3 60 SCL1 SCK1 3 L2 FLASHR 3 2 BUS SWITCH I2C BUS FILTER sg 1 T 78 P400 1 3 ES xD1 P16 PW6 ln gt 57 sz 5 P83 5 se 607 582 76 FLAsHT gi 01 iei 7 p nob ss 36756 88 2558 egi 7 mE 54 ae MICROPROCESSOR pgo 1 z P21 PW9 5 7 2 Sech R419 a P22 PW10 ANTIRT ik P23 PW11 A24 51 I AN6 P76 go P2s Pwi2 R419 P25 PW13 Mm SD 49 AN PT 1 ik P26 PW14 V pia E 20 48 AN3 P73 P27
18. 5 62 Errortree 5 62 5 62 Error tree BANG amp OLUFSEN From previous page ps Choose another CD Baesdhesled N Are there BV T Disconnect 26P96 Short circuit the socket 26P96 PCB35 corr placed Does the NO Doestnesie 2 d e aules on pin 1 amp 4 Be careful not to damage the socket LNO vi MOTOR CONT sledge move to the CD move uncontrolled p i Are there 5 V impulses on 35CP1 defective ie ws Remove 35P53 YES Apply 9V directly to the sledge motor NO an motor T u ECE Does the sledge try to move It may be locked YES Enter Test Mode SHIFT 9 0 2 5 8 Repeat Test Mode 65 66 PCB41 CD defective PCB35 Does the CD rotate NO Does the display show No p Push CD 66 65 p Measure between pin 3 and 4 of 41845 N I Radial motor may MOTOR CONT i Does laserarm move back and forth Is there app 3 5V pp be short circuited defective YES rs PCB41 Push 61 Is there Measure 41P42 pin 3 amp DISC DETECTOR light in the laser M gt laser on 41P42 pin 7 NO PCB41 CD CD mechanism def derertive pr Use Test Mode Is there 5Vpp defective supply missing pp pe gt CD mechanism def Y YES Is Focus Search visible NO Measure at 41P42 NO PC
19. N156 Gees 9 gt N157 SVCD EYEPATTERN tm 878 ad P46 8 Y 282 1 IC10 SVCDA 100n d SVCDA TL7705 SC D122 wl Vcc T ns g p 0 Se e 0123 RESET SENSE 5 J159 1 vrun 2 5 R81 1160 P46 11 Aa 5 1M RESET RESIN 6 10 1008 EB 37 REF Ct Gnd 6169 1909 r mE PLT 3 N161 sz iM L gt 616 2 Tr x2 SVCD gle J162 12M Y SIS jk 2 0 5ms DIV P46 4 C62 164 885 EIE 100n 3 EE ns 100 Lal Ha S BUS 3 A67 J166 57 65 46 7 M BUS J168 U if per 61070 CLAMPER MOTOR 647 2 C68 C67 gt 220p 220 1 CLAMPER MOTOR l P P BL7 1 pus 6 5 LLA148 1 7 H 34 91M1 1 CLAMPER MOTOR 1 XCMP3 Vdd IC16 P BIT 172 gt a ss m1 PIC12C508 SVCD v SVCD 9 5 FF 300 ag CD MECHANISM home cl SWITCH 7 VAM 0 Tu 2 e v gt SFSY 3 m C2 c P47 5 P5 5 P10 14 a a 1 P12 16 Sx Eu W B n ch PL2 5 olz VCD R54 C61 R98 6 14 DIG OUT F148 5 GA Sp Y e i 01 P42 14 122 2 0 60 60 2u2 u C41 dul oT NY Mas E 7 Miss TFLGTCZFAIL VDDC3 STATUS RESET VSS4LDON SID RAB SCL SA L Hq 55 a VSSA1 I
20. P50 P54 WE 4 m Q 022 1 R191 16 74 R226 oak S 2 Bol A S me d 8280 828 C H164 18 an g Io BAU TR48 pss EI SEE 1161 nod Se ES Vel F SP R331 034 JS EN CJ a EG 34518342 038 GA xu gN E SSR m See ce CD C Ze 252 D cr 95142920 sg BE real C70 a R167 o mj R205 R45 P B aa ER 4 16 1 16 TR28 7 u R279 2770 EE d L si s n D LJ R332 m d 3 d Ro Gi 03 I TE 8 24 E m 8 C73 EJ D a B E R149 R194 m 81 8 U R64 E ae 4 Pm 3 P 1355 ROG 8 9 S ei 013 C64 R195 C81 x 2 D12 R350 53 C60 2 rr C67 0 o C59 8317 R140 R61 6 19 MP1 D Ir R68 n3 2 2016 31 C2 19 e FS R60 se LLS a S N qug aj H 2 Dh c x HE 1 Oil R165 ZS S Loo rar zi E E Z R157 R156 S pig C3 un R40 R115 nn 9 JOE C40 C39 S aa N ilo Y R346 al TRZ 2 201 1 Hee 44 ZH E c co cg s m m gm 304 S z An 5 SCH ne ir am 2712218272 co X1 x SIS 2 51 pa ES 8 S HE p I 111111 ca TE Gg 6501 C2 rs 1 gt K 4 11 Ue 8 zle REE met g L g gi
21. 820k k e TR3 Gm Z NZ 039 zuch 5 TT E 47p gu L GND 2k2 R9 Ok 270 DND 817 41k R13 BC846BW Ab R24 KEYBOARD 11 PRIMARY KEYBOARD RIGHT PRI R W 1 3 SECONDARY KEYBOARD i J214 220 ON R30 P71 9 100k ES EK 87 SEC ROW 1 221 SEC ROW 2 J212 m SEC ROW 3 2213 ik E alt ols 3 al nz lt l gt ile als IE i EX Ss az 1 P81 2 P81 3 5 P81 7 81 8 ARE NOT CONNECTED TO SV IF THE SECONDARY KEYBOARD gt IS READABLE FROM THE FRONT w Y P81 1 Y Z TUNE A CD A RANDOM A ONOFF 4 TIMER J RESET A TREBLE A P81 15 esee cc PAUSE Da EDIT MUTE SOUND S Hm mM E L Pa L L P81 14 R8 eg A 0 SOUND 05 In N PA x A R21 GEF TOL a 222 Z Pa PA L P81 13 K DT 2 STBY 10 BASS Aki A AG A A RIS B ulus Z LZ Z Z e RADIO 0 BALANCE P81 12 v ai Sak v 277 87 53 1 SEC 23 2 an D N209 N210
22. zea era 3 1 List of electrical parts 3 1 3 1 List of electrical parts BANG 6 OLUFSEN List of electrical parts PCB1 8000462 FM AM RDS Type 2571 2572 2573 2575 2576 2577 2580 A indicates that static electricity may destroy the component C 2 Resistors not referred to are standard see page 3 13 and 3 14 IC200A 8344023 147 TDA7421N IC401A 8344055 147 7 IC201A 8343950 151 10 f SW 1 5 IC203A 8342519 151 M24C02 IC402A 8342568 136 SAA6579T IC300A 8343681 136 TDA7403D IC500A 8343733 168 14931ABPT80 IC400A 8343809 170 MAX809 TR200 8320753 51 BC856B TR403 8320755 51 BC847B TR201 8321276 53 5 10095 18404 TR202 TR500 8320971 51 BC807 40 TR203 8321277 75 HN3G01J TR501 8320936 51 BC847C TR204 8320936 51 BC847C TR502 8321196 136 PUMZ1 TR400 8320856 68 2N7002 T1 TR503 8320971 51 BC807 40 TR401 TR504 TR402 8320778 51 BC857C D200 8301140 252 88914 D401 8300895 252 BAV70 D203 D402 8300520 250 BZX284 B6V8 D204 8301143 267 8 63 04 D500 8301056 250 BZX284 B2V7 D205 D501 8301064 250 Z5 1V BZX284 D400 8300894 69 BAW56 R208 5013156 2 2KQ 1 16W R240 5012559 5 1KQ 1 8W R209 5012331 10KQ 1 8W R312 5011300 1802 0 25W R226 5013152 1 2KQ 50V R316 5011300 1802 0
23. PCB9 Sledge Position DIAGRAM M Motor Control and Detection PCB drawing for PCB35 see page 2 27 L4 04 MOTOR CONTROL 3 7 LID MOTOR d R343 14 D8 1A 1600 MOTOR LIMITER SS CLAMP LL4448 2 4 1 893 5 N LM3SEN_B ES EX 1CA0372 A 10k RI59m 52 18 Ae Als mx 47k 100 3 R150 18 E E LID MOTOR A 185 3 C42 3 L P54 2 P76 2 R171 TR11 D15 18 Vi 5 GFIM Cal Tie 100n BC847B C43 8V5 20V C47 3 R42 1 m EH Mn L 4k7 220nF R3421A D9 1 R196 18 8 90M1 33 4 8158 185 a gt EA LL4448 ER 0 LID MOTOR C41 R53 18 7 LID OPEN CLAMP 100 RELE 100n 185 LA ik 14 LID HOLD OPEN R s 812 i 3 gt 10 BC847B GFIM 8444 R43 18 e 7 DS 8C8578 8258 c 5 LID 5 LID SENSOR PCB26 End Stop Detector Cas at 41 gt gt 51 5 m 5 sfz R301 c 8310 l ale EIE CTRL PULSE 7 23 512 R189 100 lt NO GEAR ik C301 5 DISP in ERES 30245 65 1M Ze BS 1 R187 c 100 lt C302 1 3 in C430 A i L T C307 4 875 we 8 680 9 SLEDGE 1000 11 1364 5 m sv MOTOR Da psow 7 POSITION U 1 ik 3 878 7 L4ig QUAD 2 SLEDGE z 3 82 3309 5 vim Pez CPB 8V5 20V Chh LA T 1 H T Bu 2 10 PCB28 Safety RX R S
24. M297 3 882 L294 881 L295 3 jl POWER SUPPLY A 030 0 7 4 LIGHT INDICATOR LEFT 75 LIGHT INDICATOR a A D N MICROCOMPUTER RIGHT la quid R z AS D 9 dal o 28 a ES DISP NE 5 1230 n DISI 5V DISP 1 j eui a TT 8 R224 r R223 m SV 2o 4 10k 470 EIS 7 We Ys Ys N AMI Po FE C104 SV 5 113 1837 23 1 S ES S 06 E R 1231 BE SE D CIS puwa 2 58 1 108 ale alel ule 265 5 se gE ag 1000u 3 eb sl m 1 E 5 e 1 S 5 j SI BC847B 1837 BAS216 BAS216 BASZ16 lt gt e DE 2 LD LED ON CD LED 6 CD LED 6 3c 5 um PUMX1 5 TR47 P21 9 P21 4 Pi1 3 P73 3 Y m L 5V 808668 sy em s i AE T N278 WR CD LED 4 CD LED 4 2 M m Cmm PITY E R4 TEST Vcc 35 3 N279 SI r R122 30 12V E 88478 3 I 838 SIT BAT cq SC 150 5 R117 4E 2N7002 07 CD LED 5 SEA R129 x 6l9 SDA2 nr i DAZ SDA2 i 5 Pi 2 E d UV sv P20 12 S B D Ru Y Y X1 GND SI 100k 9 ch TR39 gt gm x R130 2N7002 CM200S G190 502 512 SCL2 5 220 d muc CD LED 1 Sl g 816 ar SI 100k 4 gt ca TRA CD LED 2 En Piima 1 0 sms 2 2N7002 gt 853 sius um 5 NE d 1 871 1 BC847B 16 Se sy CD LED 3 15 ES Y 3 CD LED 3 RL P123 R147 i 18 8 m 22k u
25. P99 9 103 5 DIAGRAM 2 MOT01 2 S BUS gt 3 P47 6 M BUS lt gt P4T 7 1 8 1 ET 0 31 DOBM y 2 gt 6 3 3 4 DIG OUT i I 7 P47 9 3 BANG 6 OLUFSEN Block diagram 2 7 2 7 Block diagram 2 7 Block diagram for Input Output Select IIC 5 a A Sr DIGITAL ANALOG DECODER ICI2 ICIO ple 9 CD RIGHT IC400 IC401 CU DIG E CD LEFT a S P26 2 p o FM AM RIGHT 28 27 T400 016 402 2 gt 6 DIGITAL OUTPUT 3 DIG P20 4 p gt FM AM LEFT IN MUTE AUX AUX 5 5 TR600 4 AUX IN MUTE AUX OUT MUTE A ML AUX OUT MUTE ML MUTE IC3 4052 GAIN SELECT POWER LINK MUTE PL SPEAKER ON V TR23 CK TR24 POWER LINK MUTE ML LF OUT ON OFF MM LF IN ON OFF HEADPHONES MUTE ML AUX OUT MUTE POWER LINK MUTE AUX IN MUTE 2 HEADPHONES P24 HEADPHONES ON OFF y P22 16 MJ TRI6 HEADPHONES MUTE l a Li x lt 2 LF DATA 4 P22 12 CLK P22 11 LF STROBE P22 13 STROBE LF RESET P25 13 ML AUDIO INTERFACE P25 10 P25 11 ML LF OUT ON OFF ML LF IN ON OFF 4 P22 10 2 8 Block diagram 2 8 2 8 Block diagram BANG 6 OLUFSEN Block diagram for Data CD
26. Range 87 5 108 MHz 76 90 MHz f type 2564 Aerial impedance 75 ohm Usable sensitivity mono 30 dB Typical 11081 10 50 dB quieting stereo lt 41081 Signal to noise at 65 081 mono gt 69dB Signal to noise at 65 dBf stereo gt 64dB Frequency response 20 15000Hz Distortion noise mono lt 0 6 Distortion noise stereo lt 0 6 Intermodulation stereo Typical 0 1 Stereo channel separation Typical 3008 Subcarrier product rejection gt 50dB Tuner AM section Range LW 153 279 kHz f type 2571 2572 2575 2576 2577 MW 522 1611 kHz f type 2571 2572 2575 2576 2577 MW 530 1710 kHz f type 2573 2580 MW 522 1629 kHz f type 2574 Antenna Loop 18 1uH Special LW sensitivity 20 dB S N ratio Typical 66dBuV m 2mV m MW sensitivity 20 dB S N ratio Typical 600800 1mV m Harmonic distortion Typical 0 4 CD Player Number of CD s 6 Disc types 12 cm 5 8 cm 3 with adaptor Frequency range 20 20 000 Hz 1dB Signal to noise ratio A weighted Typical 101dB Dynamic range gt 98 dB Harmonic distortion lt 0 1 Channel separation gt 50 dB Channel difference lt 1dB Converter system Bitstream Preamplifier section Harmonic distortion lt 0 1 Frequency range 1dB 10 20000Hz Channel separation gt 50dB Source separation gt 80dB Signal to noise A weight gt 90dB
27. FM ant AUDIO L NY RF TUNER MPX FM AM DECODER AM ant AUDIO R Int IIC BUS 2 gt EXT 12V POWER SUPPLY 5V ANTENNA FILTER RF FILTER 1 RF FILTER 2 L201 L202 L203 Filter Ceramic Ceramic 11 filter filter L205 BP201 BP202 Ceramic filter BP203 IF 10 7MHz AUDIO MPX LINE IF 10 7MHz QUADRATURE DEMOD L206 2 6 Block diagram 2 6 2 6 Block diagram BANG 6 OLUFSEN Block diagram for CD 95 CD MECHANISM DISC 41 DISC MOTOR CONTROL IC4 PIN 6 12 5 13 co OFF OFF ON ON AUTOPOSITION ON ON OFF OFF DISC DETECT DISC 35 MOTOR CONTROL E 14 PAUSE BIT GENE RATOR 64 HOME SWITCH P45 1 9 12 P42 3 4 13 16 IC15 MOTOR DRIVER ex FO RA 26 27 64 LASER ON P42 10 3 62 SLEDGE MOTOR P42 6 9 7 DETECTOR TR2 TR3 PE1 TTM DIR P50 7 95 CD MECHA gt IC1 1108 DRIVER gt 20 gt FORWARD REVERS lt lt P99 5 8 3 IC11 16 MICRO CONTROLLER IC12 DIGITAL DECODER amp SERVO
28. IR 07 31 E AMPER Rx LIGHT oN Se gt 5V LED TRA 837 P68 4 z FZT788B p P 87 UMX1 1K 86 See 5 18 552 gt 5V LED2 BANG 6 OLUFSEN Diagram A 2 11 2 11 Diagram A 2 11 DIAGRAM Frontend tuner PCB drawing for PCB1 see page 2 15 01 Frontend tuner 2 is 7 C211 C212 FM FRONTEND 4M reze 1 AAG FP202 LUT 2 22p
29. RIMARY KEYBOARD EFT PR ROW 3 1218 68k R11 27 HI GND PRI ROW PRI ROW 4 J217 AE GND PRI ROW 1 J220 P72 6 PRI ROW 2 J219 P72 3 P72 4 ESA 1 1 DISC 2 DISC 1 ST BY PRI PRI COL 1 J215 P72 1 gt COL 2 J216 P72 2 BANG 6 OLUFSEN Diagram 2 23 2 23 Diagram 2 23
30. 7 amp 8 2 R344 10 R25 x x 7LHC86 ik 5 d 8 5 20 ir 63 RESET lt n 3 R3 ul 3 glo 1L4448 68 RESET SV up 22 JER RST L ROUND Vad NE 1k 5 SR el gm ZA REF SLEDGE 2 229 74HC86 5 rm B S D post INT SLEDGE p C34 35 5V MOTOR ME 21 RAE amp Bla DE in C172 gP BIT LL x at C92 ux 0 A gt 1k lt 4 zk Y 8 Ax R165 c R194 1C 50 15 1 330p 330 TAI Si TC p 5 R28 3 lt R252 in A 187 A 185 C173 SFSY 8 ac 6 P50 14 EF H lt ra 39 R55 ic 5 z BI 100 1 ar 8 8 10 100n 8 5 x j 8 R353 iz R27 x R253 SR 012 x CLAMPER HOLD in in x 1k 5 1k ik FA REG GFIM R92 18 DOWN E k Des X D 3 R26 sc R257 8 CLAMPER HOLD UP 10k 7810 TCA0372 4 Co lod 5 186 ix lt Tk BC847B R41 18 C38 m R40 To ds 5 TF 74 86 1k 4 Ih 5 uin 309 33 7 x 220 BC847B 7 x 3 5V DISP 93 ala TR1630 Mii 6 d lip 330p 330p R256 4 6 58 m 21951 8V5 20V Eie ER a 3A d 9 QUAD 1 TTM 72 lt lt 1M 1n 25 30V T 8v5 20V Tm 50 53 QUAD 2 TTM lt zl 11 6 R125 9 cl 0 ECET S C104 sv DIS 4 SR 10k 61 20 6 lt 100 2 2 3 30 30 4U7 DISPLAY 82 2 L 8 P ped pe fien pm Red n 1235 DAR gt E Es ES el ESL ol al e P50 2 2u2 SV DISP d ar in un ac
31. C80 27 gt U U e G alla R255 C93 1111111111 EE mu 10306 p 2 C101 gt ad gt SIE a am 5 82 0 8302 R301 R271 gal 3 IC2 e wem A co SE f N H 3 13 R134 z m C 872 20 aia 4 TCO R43 C63 R52 469 853 C49 RIS o I E z p LLU R242 5 R170 R159 mss 3 ee m 1111111111 24 e fal BIE 33 TRS o 1 81 9 TR338 gt casa alol aal foo oj ms C42 C4 gt 7 I A178 D dz R243 mc amp a gt 2 N P co 12 R244 R246 8 5 ma 1 863 mis ET R36 _ C51 JIR 1 2 OT foo 2 21 2 la SB a R133 em Bess 8240 4 m e D a gt Io My Ro oo cra R108 8409 x m z 2 d d d E pog 8954 mes SEE EEE ERR RE EE al 16 8 om 2 28 Diagram M 2 28 2 28 Diagra
32. 100 D D400 TR402 A ra BC847B 15 E 18 5v1 er i d 7 R417 18 41 CD ON gt iae C418 A 2a T3 1 ZO 6 1k 49 Bolts R425 DIGITAL SE E TAS 016 OUTPUT 38 18 3m 100n 0 68 gt 77 3 10u 100n 9063 P0 EL2045C 8 C417 R424 2a e EA IG m 1 ik 10k 7 gt 1006 2 471 C604 SVA 7 2B 2B E 100n 220p RE SVA IC403 Em C425 Y 3301 100 E in o Slm 5 C402 Na gt Le gem 3 D401 i SH A us 608 C413 C404 C 4 12 D402 n m T 29 IC404 W i sva 17 100 zm 9AS216 SW 100n u n 20 V ven DEEM2 16 4 BIT nd OR DATA RIGHT OUTPU CALIBRATED 101 IC NOISE SHAPER ENCODER SWITCHES CURRENT TDA1305T SOURCES R403 c Arki Gia DIGITAL FILTER AND DAC 1 17 LU RIGHT 5143 ais TA FIR FILTER 1 FS 6 X OVERSAMPLING ta zt FIER STATE SAMPLE AND HOLD A SINKS im SERIAL ILTER S AUDIO Te FIR FILTER STAGE 2 7 CM9 g M gt i 1 I PHASE DECODER SERIAL INPUT 8 FS 16 4 BIT 411 BU Y PORT CALIBRATED RAME SYNC DESM LTIDREXER LINEAR INTERPOLATOR 6 X OVERSAMPLING GE 100n 04 SAMPLE AND HOLD SH wu 74HCT08 16 FS SOURCES keng R404 ic CD LEFT 6142 S COMPONENTS PLACED ON SECONDARY SIDE JUENCY RATOR 14 CRC ERROR CHECK ENCODER CHANNEL STATUS
33. DIAGRAM Display and clamper position PCB drawing for PCB7 see page 2 31 J231 7730 7 DISPLAY 9 2 Xa SV DISP 5V DISP LL4448 T 22 MBA LIGHT Y Y ge RESET a3 ede 5 DISP A F lab b 1 2 3 1 SV DISP 3 RIO 8 9 670 470n 22n Le 8 e R x 5 TE s 10520 136 51 5 S pe iron ss Ve 2 Wee Vier RST 3 5 3 3 4 12 7 E E 1224 mm 100 2 I LAMP I P 1 66 28s I P63 1 aj 2M2 SV DISP 4225 2 R62 185 2 7 la gt Bass 2 74 86 220k U 1 SCF5740 F SCF5740 SV DISP R63 13 D50185 GND LOADDATA CLK CLK 1 0 GND LOADDATA CLK CLK I 0 S GND LOADDATA CLK CLK I O 10 J228 330 7 3 ED 1 1274 gt a P63 6 iene d R50 18 ij 3 100 BC847B 1229 51185 P63 7 JL 7 051 T rn LL4448 I za 740685 7 8686 sv LIGHT 2M2 2 53 tas 5 7 a NEJ LAMP 8 8578 3 23 DISPLAY DATA uc E MESE 1235 SUAE He Wo IC118 78 LL4448 053 ths PER DO a hia 748138 1448 14448 24 1 8 1A 1236 USPLAY TOK E 220 3 Le DRIVE J252 0 2 gt 744 21 C16 100p 100p 5V LIGHT ia mm IC4 2a v 1237 0 0 RB u Ne shee P 595807 5 3 6 zi ex amp lt Hn LL LL 25 1250 102 5 HCI HUHC14 4 CLAMPER POSITIO A A 2A _ BANE ECC a a RS 14 MCI ICB 14 SU MOTOR s COMPONENTS PLACED ON SECONDAR
34. Press to scan the CD EDITING appears on the display EDITING then Press to start scanning the tracks Press to include a track number in the series or Press to exclude a track number from the series EDITING OK appears on the display when you have included or excluded the last track then Press to accept the track series To clear a track series Choose the CD whose track series you want to clear then Press to access the program ming option then Press to clear the track series altogether CLEAR Playing edited CDs then EDIT Press to start playback of a CD Press to display EDIT ON and start edited playback Press twice to play a CD in full and cancel EDIT EDIT OFF appears on the display EDIT Positioning CDs Load and adjust a CD manually Then press the direct CD selection button next to this CD to move the carriage to the CD then SELECT then SELECT then Press to access the positioning function for CDs Press to store the position for this CD Repeat this procedure for all the CDs you have loaded If you want to clear the posi tions for a CD move the car riage to the CD in question Press to access the positioning function to clear the position SELECT then SELECT then CLEAR Press to clear the position Naming CDs Press to play CD then Press to access the naming function then E Pres
35. 2 AIG gt Mem CERE m mo E H 06 H dee E Es 0 7 ala m Se L 2 Se 818 El E Co cis Ctt d 3 FX PCB24 Light indication left TRZ R15 iz C AO dz E 23 gt TR2 0 1 BRE 5 R3 R5 81 E BANG 6 OLUFSEN PCB drawings 2 31 2 31 PCB drawings 2 31 PCB4 Mains Filter PCB7 Display DS T DP1 2 DP2 3 DP3 C C CSU 158 pcd 58 05H 198 053 85080 LSU 95 558 558 0581 P63 1 14 E B Elle 1853 o EE v 5 g a 8 tc amp amp 8 EEE EZ CH 13 U o 8 0 8 1 1 L v5rq c3 o so 0 20 CS zg Ei Er ul sa od F 8 90 za a Fir vid CD p is E ES B 28 02H O
36. 6 SEC COL 1 6 GND GND 2 ER 6277170 zo EYROARD 5 2 1 E E SV 5 1 CHASSIS GND 32 8 8 JE 6277158 D E 9 DIRECTION 9 E B HP ON OFF IN UT OUT 10 GND 10 m m 2 0 11 GND 11 SCL2 AND 12 GND 12 z E LE STROBE 5 5 ES SOUNU ADJUSTMENT lt lt CLK 6217153 6277153 P11 LF RESET CD LED CD LED 2 1 a ML TX m an CD LED 3 0 LED 3 2 a z ML RX CD LED 2 CD LED 4 3 ML MA SL SV DISP CD LED 1 n ML CONNECT CD LED 5 5 PL DATA 5V DISP 6 AL DATA CD LED 6 7 PL CONNECT GND 8 HP MUTE PL ON 6277156 SV 6217157 IR RX GND NOT USED RELAY ON MAINS 6277157 6277516 P86 FILTER P85 1 See page 4 4 pos no 9074 6277170 0 1 MAINS 0 PHASE 2 K MAINS PHASE E CHASSIS 2 4 Block diagram 2 4 2 4 Block diagram BANG 6 OLUFSEN Overall block diagram LF DATA 321C8 I MASTER LINK pue ncc HEADPHONES ki M i PCB 2 i AUDI IIC2 ID el INTERFACE 5 da 6 ML PCB 201 I 4 AUX piti 321C3 2ND E r CONTROL ec CD I 1 PL 1 1 L R 5 i 1 FM AM 1 RECEIVER LR I 5 I PCB01 AAA EES a I AN B BB I I es I 321C400 401 8802 I DIGITAL FILTER TE CONTROL lt 2ND VOLUM
37. MICROCOMPUTER AND POWER Z amp SOUND ADJUSTMENT Clamper lid on 12V CD FEP R44 PL DATA P22 5 11 I I PL ASIC e m PL CONNECT P1 14 P22 3 ML SL 51 10 P22 7 ML RX pi ol I P22 8 ML interface IR RECEIVER ML CONNECT 1 11 I p22 6 Sia P14 3 IR RX T p H 8 sss 100 120 Hz i 0 P1 6 P22 11 SEE I I EYBOARD P1 4 P22 13 P13 9 DIRECTION ER RELAY ON ae Z 365 SEC COL 1 DATA gt LIGHT ch IER A SEC COL 2 STROBE gt WA 1 43 P71 8 36 gt SEC COL 3 Um 5 gt ML AUX QUT MUTE s z IE P71 3 K HEADPHONE MUTE p P71 4 SE lt R W 2 DATA 2 HEADPHONE MUTE 135 Row 3 M LF OUT ON OFF 3 HP ON OFF ML LF IN ON OFF PL SPEAKER ON OFF PRIM 12V TI KEYBOARD I PRI 80 01 P12 4 SDA 2 27 TDA7318 PRLROWZ P12 3 IC14 sala P72 3 74HC138 28 Processor P72 4 PRLROW3 P12 2 SCL 2 ED pras PRLROWZ P12 1 P72 1 ma ST BY 7 7 MOTOR CONTROL Manus P12 5 PRI COL 2 val pg 3l Clamper hold p 5 CLamper hold down Clamper limiter P10 2 Lid hold open IGHT INDICATOR 11 CD LED 1 si l Lid hold Closed gt 5 0 Sledge hold CD1 P73 2 e ED 3 L
38. 11 d 1 1 11m 0 5898888 D 2 R29 C E 0 E 8 C79 TRI B l Ke 63 2 22 Diagram Diagram BANG 6 OLUFSEN DIAGRAM Keyboard and IR Receiver PCB13 Secondary Keyboard ME IN o R28 LO ip C23 p N IN HK OO lool OH Sy B 1 8 GH CH ccd I 181 BE Vd TE V cd Red Al B amp O rev PCB drawing for PCB14 see page 2 30 14 IR receiver min ern mm Eri B 7 CPT 4 PA P81 10 LOUD P81 11 NESS Z
39. primary side PCB1 FM AM RDS secondary side EF104 Fis ES Reel usm P Ese eren nn 599 8581 82 sel en 3 m P213 evea Cenas add 2 16 Diagram 2 16 2 16 Diagram BANG 6 OLUFSEN DIAGRAM C CD servo decoder 41 CD servo decoder PCB drawing for PCB41 see page 2 17
40. d 15 PNR glx zs HP ON OFF c lt P6 6 PUMXi E P21 718 C166 A 3 PL DATA 2 7 1 3 P20 5 C164 SE L CONNECTED P6 5 TRIB z P2130 C163 841 7 3x Le R RECEIVER P6 A P21 14 2 4 S ROW3 Are TR32 sy C87 Dev cl FZT7888 m 3 NC 22 c 7 L Es R210 16 8745 P8 10 Rowi TR34 NC L296 er SE E ed lt k 12 B3 eM 5 6 zm m 1 SYNC 7 R245 FZT790A e 224 5 Ess lt i lt BU sa 68 12 6 ir SEC COL Lee P3 22 85 2 SB TI 2 TR33 fix ECH P21 11 9 7 je En R197 R196 ls 70 PUMX1 E 3L 6 3 10k 1k p ELE PRIM 012 m I 1 3 Ze R35 k 1 _ 3 5 R159 SEC COLI g R210 16 a m pur L P3 2 58 GER 10k 5 al gt Bane EU 8621 7 AH BAS216 dan D P cm zl 8 esu TR35 S a 1 Y 5 5 7 m z 5 OE OFF OE Of MX1 t a u 7 3 1u o R P21 10 1229 8 EE 8 100Hz F100Hz Y Y Aa Aa AA A ZEN Y Y 9 dq eee m P8 6 P21 17 C112 C112 C112 2 all lt al jeb ISP oq om qx 6 1 16 16 k z P8 7 ARA AS al al al el Jal Jal in n in 3 5 5 T a D u 21a als e Te gg SE 7 1 2 3 4 se o mp E ase as z idk dl AE Al miele SEI Be al E RAR Ja IS Si w u 5 Sol Sita eu Slee Se 2 td Cu Si gt n a a a LL n n 6 16 ala ala alo a Ja
41. BANG 6 OLUFSEN Dismantling and assembly English 6 5 2 Left aluminium plate grooved profile Lift the front edge on the left hand side push the plate to the left it fits tightly and lift it off Fig 2 3 Release of sledge The sledge can be released in four different ways a With the product switched on Carry out point 1 Carry out test mode 72 CD72 see TESTMODES page 5 13 b If the product cannot be switched on Turn the big gearwheel under the sledge in the middle on the left hand side clockwise Use a screw driver if necessary be careful not to scratch the bottom Fig 3 Or point c C If the product cannot be switched on and the sledge is placed in positions 5 or 6 Carry out points 6 to 8 Remove the two screws for the cover for the CD PCB Remove the cover by pulling it to the left Remove the plug for the clamper motor 41P45 The camper motor terminals are now accessible Apply 9 DC The sledge will now be released d If the sledge is placed in position 6 and cannot be moved Remove the rear panel of the product see point 14 The sledge is released by turning the big gearwheel Fig 3 Push down 4 Cover for chassis top plate Carry out points 1 to 3 Push down the cover tilt it out and take it up Fig 3 Push the sledge into the notch that has been created 6 6 Dismantling and assembly English BANG amp OLUFSEN 5 Chass
42. ala ajaja E anya reg VL p W N290 9 12501251125212 N282 N280 N288 77 73 H215 H223 H216 H221 H222 H220 H219 H218 7 H211 H212 H213 N3
43. 2 then re enter the PIN code OK Press to confirm the PIN code The display shows that your setting is stored If an incorrect code is entered the second time you must set up the PIN code from the beginning NOTEI It is also possible to enter the digits using the number keys 9 on your Beo4 remote control Change or delete your PIN code While the PIN code function is turned on you can always make changes to the PIN code v Press w twice followed v by PAUSE to activate PAUSE the PIN code function Enter the current PIN code The display shows NEW PIN NEW PIN a Press to choose from v the two options NEW PIN or PIN OFF NEW PIN PIN OFF Select NEW PIN to change your PIN code Te Enter the new PIN code OK Press to accept the new PIN code The display shows CONFIRM for 1 5 Sec then re enter the new PIN code Press to confirm the new PIN code The display shows that your new PIN code is stored Select PIN OFF to delete your PIN code The PIN code function is disabled and the display shows DELETED for 3 sec For security reasons it is only possible to change or verify the PIN code five times within a period of 3 hours If an incorrect code is entered five times BeoSound 9000 is turned off and must be left in stand by mode for 3 hours before you may try again Using your PIN code When a PIN code has been programmed and the BeoSound 9000 has been disconnected f
44. 7V5 B 7 5 mer st ol Fl LER Am 18 ELT 1 Hr 7V5 6135 12V gt ltd 5 ei z 1558 6 CG 811 12 4 8 330 s 100p TR6 5 810 m 5 5 4 8 2 BC857 E i Rigs 8202 1v5 R104f an 393 _ ik L e Se gt ur TVs B gt iM 111081 ne 4 C60 I S HI M R106 2 aL 18h ine i n hn 5 Dis HY don 4 8 03 UN npe esee ec Ni 2 Ge LE IN ON DFE_ P25 3 lt 6138 185 18 v he I n 100k 8 8578 8105 7 B zT als 012 di R102f 0 1M zx Le 28 8V2 um w S BAS216 8100 De ia in R52 2 IRA f 150 BC847B s SE JE D14 R24 ac x 1 2 47 15VML 5 gl 8 1 2 59 Il T OMPONENTS PLACED FACING SLEDGI AE 10 ma KO ON 3 a 5 0137 ML_LF OUT ON OFF gt 0136 5V gt SCH 7p o 679 ma 817 x 15VML p 2 185 re 512 C8 re Ls un La ww L Am 100u 679 rs ad R16 m ada 185 11 c7 5v 0 3 Ain 679 ie L5 E ad aa 5 0 7 R 7 p DATA 36 ae kz 1509 1 e 126 100k m c R500 1 TR500 in 220p ML MA SL 33 1 FMMT489 527 2 TRANSMITTER gt 0 22877 8501 ic MALFUNCTION 1 1k 222 22 0 CURRENT SOURCE 0505 PULL UP k nt 2503 ML RX R502 u als 885216 Wf OS 220 SWITCH MODE Sege BAS216 POWER SUPPLY BER 7 y PNEG F3 Rref SH 1 5 10 EN als 220pF 100k gp als RTL iy 0111 1 T gt 1
45. 8301045 250 BAS216 39 D37 D12 8300915 250 GFIM D38 8301074 256 Z12V 2 0 4W D15 D39 8301045 250 BAS216 D16 8301059 256 Z3 3V 2 0 4W 342 8301067 250 26 2 0 4W D17 8301076 256 Z15V 2 0 4W D50 8301077 256 Z16V 2 0 4W D20 D51 8301056 256 Z2 7V 2 0 4W D21 8301081 256 Z24V 2 0 4W D52 8301045 250 BAS216 D22 8301045 250 BAS216 D55 D24 8301076 256 Z15V 2 0 4W R45 5012239 39KQ 1 1 10W R169 5023000 1 2KQ 1 1 4W R58 5012200 2 2KQ 1 1 4W R170 R64 R171 5013256 39KQ 1 1 16W R75 5013235 6802 1 1 16W R191 5021484 1000 1 1 4W R78 5013235 6800 1 1 16W R194 5021151 1 50 1 1 4W R80 5012142 60m R197 R148 5021151 1 50 1 1 4W R203 5021225 10KQ 1 1 4W R151 R212 5013256 39KQ 1 1 16W R152 5023002 11 3KQ 1 1 4W R225 5011903 180Q 1 1 4W R153 5021225 10KQ 1 1 4W R226 5011853 1582 1 1 4W R156 5021508 47KQ 1 1 4W R247 5021225 10KQ 1 1 AW R157 R278 5021225 10KQ 1 1 4W R159 5021508 47KQ 1 1 4W R280 5013264 180KQ 1 1 16W R160 5021372 5 36KQ 1 1 4W R331 5021372 5 36KQ 1 1 4W R161 R346 5012200 2 2KQ 1 1 4W R164 5021372 5 36KQ 1 1 4W R349 R165 5012209 1 87KQ 1 1 4W R362 5023026 39 20 1 1 4W R166 R365 5370470 10KQ C1 4010274 100nF 20 80 25V C57 4010274 100nF 20 80 25V C2 4001127 22pF 5 50 C61 C3 4011110 1 0nF 10 50V C63 4010220 100nF 10 50V 4 4010274 100nF 20 80 25V C64 c5 4010267 4 7nF 1096 50V C65 4200898 22yF 2096 6V3 C7 4010267 4 7nF 1096 50V C66 4201330 220uF 20 50V C8 4010274 100nF 20 80
46. O if no LW No 7 053 MW starts in kHz dividing with AM raster if no MW No 8 171 MW stops in kHz dividing with AM raster O if no MW No 9 010 AM raster Steps in kHz 0 if no AM If from US or AUS to EU No 0 001 variant EU FM 002 if EU FM AM No 1 001 RDSon or 000 RDS off No 2 175 FM starts in 500 kHz No 3 216 FM stops in 500 kHz No 4 050 Deemphas in us No 5 017 LW starts in kHz dividing with AM raster O if no LW No 6 031 LW stops in kHz dividing with AM raster O if no LW No 7 058 MW starts in kHz dividing with AM raster if no MW No 8 179 MW stops in kHz dividing with AM raster O if no MW No 9 009 AM raster Steps in kHz 0 if no AM If from EU or US to AUS No 0 005 variant AUS No 1 001 RDSon or 000 RDS off No 2 175 FM starts in 500 kHz No 3 216 FM stops in 500 kHz No 4 050 Deemphas in us No 5 LW starts in kHz dividing with AM raster if no LW No 6 LW stops in kHz dividing with AM raster O if no LW No 7 058 MW starts in kHz dividing with AM raster if no MW No 8 179 MW stops in kHz dividing with AM raster O if no MW No 9 009 AM raster Steps in kHz 0 if no AM Checking the display by showing 2 types of icons in 2 rounds to test the pixels Press GO to shift between icons in the display Opens the signal from AUX plug to the ML output Test of key board functions By pressing a key for insta
47. 16V C4 4001131 47pF 596 50V C10 4001143 470pF 596 50V C5 4001143 470pF 596 50V C11 4001131 47pF 596 50V BANG 6 OLUFSEN List of electrical parts 3 4 C12 4001143 470pF 5 50V C15 4011134 100nF 1096 16V C13 C20 4011124 15nF 1096 50V C14 4001131 47pF 5 50V 21 4011110 1 10 50V L1 8020744 Coil 455KHz BP1 8030392 Cer filter 455KHz P49 7211053 Socket 4 pole PCB20 8001824 ML interface ICTA 8341022 151 4558 IC8A 8341024 151 4066 ICZA IC10A TR3 8320811 51 BC857B TR6 8320811 51 BC857B TR4 8320755 51 BC847B TR5 R2 5011841 11 8KQ 196 1 8W R14 5011557 10KQ 196 1 8W R4 5011841 11 8KQ 1 1 8W R15 R5 5011531 5 9KQ 1 1 8W R19 5011557 10KQ 1 1 8W R6 R20 R8 5011841 11 8KQ 1 1 8W R23 5011571 750 1 1 8W R10 5011841 11 8KQ 1 1 8W R26 R11 5011531 5 9KQ 1 1 8W R12 1 4000277 22pF 5 50V C11 4010166 100nF 20 80 50V C2 C14 C3 4000241 100pF 596 50V C100 4000345 1 0nF 5 50V CA C101 C6 4000241 100pF 596 50V C7 PCB21 8005301 Headphone 1 4011110 1 0 10 50V C3 4010271 10nF 10 50V C2 4 P1 7210510 Jack socket P80 7211221 Socket 4 pole PCB22 8000514 Clamper position IC1 8341041 151 LM324 IC2 TR1 8320755 51 BC847B PE1 8330478 257 Optocoupler PE3 R1 5011188 3302 5 1 AW R25 5012366 20KQ 196 1 8W R8 5011188 3300 5 1 AW R28 5012239 39KQ 1 1 8W R15 5011188 3302 5 1 AW R29 5012290 4 87KQ 1 1 8W R23 5012278 240KQ 196 R30 R24 5012316 56 2KQ 1 1 8W R33 501
48. 2 z 1 57 i EN LOAD 7 RUSI a 881 30 1238 mng 5 16 te 5 CLAMPER LID ON su k i 30 es RE SN x BC846B m 1237 LOAD 1 T ik 1 4 lt DAC CLAMPER SE 0225 A EDU D42 1 P50 4 ge slo LL4448 e PER als nino z CLAMPE cs cz 3 C22 Be 6 8 TRL3 rok UNE 67 A ch gt MOTOR x 5 1 3 02 330p 330 330p PROCESSOR 610 als 050 8 15 808678 i m AD7304BR 032 38 0 5 LL444B 22 c gt RS c J294 P51 7 gt FRA 8 e 5 MOTOR LIMITER 400 SDA U Gr DAC LID gt M 1200 2 ncs un F 30V 25 30V 2A 1295 51 7 5 8115 E t gt SLEDGE OW lx SCL 1 czy 2 ads 2 sssi 867 1 TR114 25 30 e 25 30 lu 92 gt 10k 8 v Ei 2N7002 82365 ka 1 1A 0 10014 E te a 5 sim S x R1 E 5 R 7 x SLEDGE a 220 R245 MOTOR ON 8227 0 10k C16 aC es R5 91 C90 5 3A EM SE 0 8 28 m 330p DAC SLEGDE gu R70 24 i 15V in gt 90M2 Gre 10k E tut 7 1 5 65 TR624 R198 55 24 100n SLEDGE R243 AE BC84 EET E 3 010 25 5 100k a1 8 2 SP 244 3 SV 0158 C50 ele 057 siz 63 RESET 1 18339 a A y 14 RARI Z i a m BC847B 100n 11482 C7 TR32 SLEDGE MOTOR n ZA ei BC856B x nm x 3 x 3 2 R133 24 4n7 28 ke a ama xmas pok RE NEA EN 5 m 1 8 77 1 D
49. 296 1 4 4 sa 100n 5 AAT FM cl 2 us 2 5 EM 2 EN z 35 elt 218 p ak 8217 AAB EL 5 L202 Su m 1 11k 3 209 ays EL R204 gx E m 100n 2 Je t3 39 lii 5 0 8211 8213 u 100n 550 Fe 47k TR200 D BER BC8568 d 3 R205 al 4 1X 2 155 R214 3p9 Uz C217 47k 88914 4 5 FM ANT C200 C207 1 I T 7 m c 22p 15p 4700 e e 2 L200 C24 e Jm IUS SR 7 VCO AA10 M ANT Sr T Ti I 1 F 10 22p 6p8 amp 2 C210 AVA Z 206 1 2 SE 2 te 775 77 2 100n A m iul CE 2 20 B 3207 299 22p al x 68k 216 E ST m BARG3 04 C295 u E 273 0204 C205 C206 Th RIS o a 470p e 22 11 z 100n Z 4u7 L 5 em Z u u MU 8 u m 2 2 2 5 825 gt FM 5 con Ls m el a d 2 2 2 un 6 5 8 x EM R239 R240 6 2 2 op d com 10k ES Ee 785 C284 228 ITT cze 2 10 erm ar 100n FP203 AM 03 R236 3 10k 1 FP200 put and w resistors may be used 2 M R230 R231 pan 33k 8234 abst A 11711 3 41 10266 dai 277 ela gle gt 1 C288 e _ 16_15 14 1 EE I T T 8232 An L212 m M 15k 00 P201 L214 p GND ja 5 Bad 4 a 4 d 5 DU zunn SDIG TUN Jmm 9 263 C264 C265 L SHED i
50. 3302555 Shield 20Module 8001824 PCB20 ML Interface 21Module 8005301 PCB21 Headphone 26Module 8005315 PCB26 End stop detector 32Module 8005399 PCB32 Input output Select and sound adjustment 34Module 8000512 PCB34 Power supply f type 2571 2572 2574 2575 2577 2580 8000536 PCB34 Power supply f type 2573 2576 34MP1 3302352 Shield 35Module 8006777 PCB35 Motor control 3501 3358312 Heat sink 35MP1 3302352 Shield 37Module 8005314 PCB37 Lid motor 9030 3300149 Shield 9032 2776517 Button on off 9033 2810292 Spring f glass lid left 9034 3031338 Fitting f hinge glass lid 9035 2815045 Spring chassis connection 9036 3454845 Rear panel 3454983 Rear panel new colour from serial no 9037 3162436 Cover 3162822 Cover new colour from serial no 9038 2830161 Axle 9039 3131407 Hinge f glass lid left 9040 2776487 Button select 2776724 Button select new colour from serial no 9041 2776493 Button stand by 2776725 Button stand by new colour from serial no 9042 3322158 IR window 9043 3114453 Chassis 3114486 Chassis new colour from serial no 9044 3103326 Foot 9046 2816290 Spring chassis connection 9047 3302589 Shield f ribbon cables 9048 3160058 Cover f PCB5 9049 3302561 Cover f ribbon cables 9050 2776494 Button load 2776726 Button load new colour from serial no 9051 3151322 Holder f screw 9052 3162505 Cover f PCB26 9053 2815049 Spring chassis connection 9060 3341088 Plastic plug 9063 3947350 Foam tape 9064 33
51. 37PE2 may be defective APS Autoposition errors 10 CC info P bit not found error P bit has not been detected If a CD I Ready disc for example has been played back at some point or if there is an error in the detection circuit The error has been detected at pin 11 of 35IC2 11 CC info too many P bits Too many P bits have bin detected May be caused by scratches in the disk 12 CC info TTM opto adjusted Information that the turntable tacho has been adjusted Data in EEPROM has been lost 14 CC info TTM pos count error An error has occurred in connection with scanning of the turntable motor position The position is not stored in EEPROM Optocoupler tacho may be defective 15 CC info TTM timeout error It has taken more than 5 seconds to carry out autopositioning The turntable motor driver may be defective 18 CC info TTM pos opto error It has not been possible to make a correct adjustment of the autopositioning circuit The optocoupler circuit may be defective 19 CC info TTM ref opto error The signal ROUND REF from PCB31 IR tacho clamper RX is missing BANG amp OLUFSEN Test modes English 5 11 TM28 TM31 TM32 TM34 TM35 34 CC TTM pos count error A counter error has occurred in connection with an adjustment test mode 73 Check the signals QUAD 1 TTM and QUAD 2 TTM from PCB31 IR tacho clamper RX 35 CC TTM pos opto error Occurs during test mode 73 only It has not been possible to c
52. 4011122 10nF 50V L200 8021078 Coil 1uH L213 8020714 Coil 68uH L201 8021319 Coil 97nH L214 L202 8021320 Coil 97nH L215 6000064 Jumper L203 L216 8020821 Coil 2 2uH L204 8021318 Coil 71nH L217 L205 8021374 Transformer 10 7MHz L218 8021366 Transformer L206 8021321 Coil 10 7MHz L301 6000064 Jumper L207 8021325 Coil 1mH 1 L302 L208 8021323 Transformer 450kHz L303 8021345 Coil 10mH L209 8020909 Transformer 330mH L400 8020821 Coil 2 2uH L210 8021324 Coil 10uH L404 L211 8020626 Coil 470uH L500 6000064 Jumper L212 L501 BP200 8030391 Cer filter 450KHz BP201 8030400 Cer filter 10 7MHz BP203 X200 8090274 Crystal 10 25MHz X400 8090206 Crystal 8 664MHz F500 6604039 Fuse 200mA FE200 6710060 Ferrite FE201 P101 7221373 Male connector P106 7211222 Socket 6 pole P103 7211221 Socket 4 pole P107 7221082 Plug 2 pole BANG amp OLUFSEN List of electrical parts 3 2 PCB1 8000535 FM AM RDS Type 2574 PCB3 8000513 Main Microcomputer PCB4 8000463 Mains Filter PCB5 8005661 Mains relay Type 2571 2572 2574 2575 2577 2580 PCB5 8005664 Mains relay Type 2573 2576 PCB7 8005364 Display symbol of safety component see page 2 1 A indicates that static electricity may destroy the component C202 4000401 12pF 50V C274 4001127 22pF 50V C203 4001125 15pF 50V C275 4001131 47pF 50V C213 4001120 5 6pF 50V C297 4000401 12pF 50V C221 4001126 18pF C222 4001119 4 7pF 50V C223 L201 8021385 Coil 108nH L202
53. 5012290 4 87KQ 1 1 10W R605 5030054 4x 100KQ 5 1 16W R251 5012297 5 62KQ 1 1 10W R606 5030052 4x4 7KQ 5 1 16W R253 5012290 4 87KQ 1 1 10W R607 5030050 4x 10KQ 5 1 16W R254 5012297 5 62KQ 1 1 10W R608 5030053 4x47KQ 5 1 16W R400 5021391 750 1 1 4W R609 5030050 4x 10KQ 5 1 16W R406 5021524 470 1 1 4W R610 5030055 4x 180KQ 5 1 16W R409 R611 5030054 4x 100KQ 5 1 16W R425 5013223 68Q 1 1 16W C1 4000420 470pF 596 50V C113 4201164 470 20 10V CA 114 5 4000351 1 5nF 5 50V 116 4201391 100 20 50V C6 C130 4000414 150pF 596 50V CE 4000408 47pF 5 50V C131 4000457 1 5nF 5 50V C14 C132 4000414 150pF 596 50V C17 4000412 100pF 596 50V C133 4000457 1 5nF 5 50V C22 C134 4010271 10nF 1096 50V C33 4000416 220pF 596 50V C135 C38 C150 4200972 4 70 20 10V 41 4000424 1nF 5 50V 400 4000408 47pF 5 50V 42 401 4010274 100nF 20 80 25V C43 4010237 1 0nF 10 50V C402 4010273 47nF 20 80 50V C45 4000424 1nF 5 50V C403 4010274 100nF 20 80 25V C46 C404 4201164 470 20 10V C49 4010237 1 0nF 10 50V C405 4000424 1 5 50V C50 C406 C51 4000424 1nF 5 50V C407 4010274 100nF 20 80 25V C52 C408 C53 4010237 1 0nF 1096 50V C411 4201348 1uF 10 16V C54 4010271 10nF 1096 50V 412 4010274 100nF 20 80 25V C56 4010271 10nF 10 50V C414 59 4010271 10nF 10 50V 415 4201163 100 20 35V C64 C416 C66 4010271 10nF 10 50V 417 4010274 100nF 20 80 25V 71 C422 C73 4010271 10nF 1096
54. 50V C500 4010237 1 0nF 1096 50V C74 4010274 100nF 20 80 25V C501 4000416 220pF 596 50V C79 C502 4000412 100pF 596 50V C82 4010274 100nF 20 80 25V C503 4010316 100nF 1096 25V C85 C504 4010274 100nF 20 80 25V C86 4130307 150nF 1096 63V C505 4201163 100 20 35V C89 C507 C90 4200916 4 70 20 25V C600 4010274 100nF 20 80 25V C107 C601 4010132 1 0nF 1096 50V C108 4010271 10nF 1096 50V C602 C109 C603 4000408 47pF 596 50V C110 4000281 82pF 596 50V C604 4000416 220pF 596 50V C111 4201163 10 20 35V C112 3 7 List of electrical parts BANG 6 OLUFSEN PCB34 8000512 Power Supply Type 2571 2572 25 4 2575 2577 2580 A indicates that static electricity may destroy the component Resistors not referred to are standard see page 3 13 and 3 14 L1 8020705 Coil 100uH 10 L5 8020821 Coil 2 2uH 5 4 L6 T400 8021159 Transformer 796KHz P1 7210418 Socket 7 pole P22 7211227 Socket 16 pole P2 7210689 Socket 8 pole P23 7500296 Contact pin P3 P24 7211221 Socket 4 pole P4 7210904 Socket 16 pole P26 7221272 Plug 2 2 pole P20 7211221 Socket 4 pole P27 7221181 Plug 2 pole P21 7211223 Socket 8 pole IC1A 8343327 138 74HC4538 IC7A 8343333 138 4094B IC2A 8341812 138 LM393 IC10A 8342397 138 MA1T56M6 IC3A 8342673 151 LM3578 IC14A 8343330 138 74HC138 IC5A TR1 8321198 136 PUMX1 TR32 8
55. 8 Switch off the mains and then short circuit 35CP1 to ground which is the chassis of the cooling plate 9 Connect an oscilloscope set to position AC to the middle pin on 35R365 10 Switch on the product 11 Select CD6 The sledge will now try to move but it must stop M rarae aeree bere rene 1 a 2 Then measure the pulse height 3 Now adjust by means of 35R365 until the pulse has twice the amplitude measured under point 12 above 4 Switch off the mains Remove the short circuiting lead between 35CP1 and ground 5 Switch the product back on and select CD6 The sledge will now move quickly to the CD6 position 6 Then select CD1 and check with a finger that the sledge is able to stop 7 Open the glass lid 8 Select CD6 and the sledge will now move slowly towards the CD6 position 9 Then select CD1 and check with a finger that the sledge is able to stop 5 2 Mechanical adjustments English BANG amp OLUFSEN Mechanical adjustments Adjustment of CD mechanism Adjustment of lid Adjustment of clamper arm See Brief Operation Guide page 1 5 Remove the left aluminium plate see point 2 under dismantling for further information if necessary and open the lid covering the secondary keyboard Adjust the lid until it is parallel with the top plate 15 mm Remove the top plate for the clamper arm see dism
56. 8KQ 1 1 8W R96 R32 R97 5013151 6806 5 1 10W R33 5011194 2200 5 R101 5013003 4742 1 1 16W R34 5012239 39KQ 1 1 8W R103 5013232 390 1 1 16W R35 R104 R36 5012237 6 8KQ 1 1 8W R106 5013305 22KQ 1 1 10W symbol of safety component see page 2 1 RAO 5012331 10KQ 196 1 8W R107 R41 5011928 470 5 1 8W R108 5013239 1 5KQ 1 1 16W A indicates that static electricity may R42 5024000 1Q R109 5013041 4320 1 1 16W destroy the component R44 5012239 39KQ 1 1 8W R110 BANG amp OLUFSEN List of electrical parts PCB95 8420254 CD mechanism VAM 1250 Turntable black From serial no 15143261 R111 5013242 2 7KQ 1 1 16W R113 5013063 10KQ 1 1 16W R112 R116 5013124 1 0KQ 1 1 16W C1 4201359 3 3uF 2096 16V C49 4011135 100nF 20 80 16V C2 4011135 100nF 20 80 16V C50 CA 4011135 100 20 80 16V 51 4011135 100 20 80 16V ES 4201359 3 3uF 20 16V 52 4000424 1 596 50V 6 4011135 100 20 80 16V 53 4011135 100 20 80 16V c7 4010315 22nF 1096 25V C54 4000412 100pF 596 50V C8 4011135 100nF 20 80 16V C55 4011135 100nF 20 80 16V C11 4011135 100nF 20 80 16V C56 4201349 tantal 47uF 20 10V C12 4001139 220pF 596 50V C57 4011135 100nF 20 80 16V C15 C58 C16 4010273 47nF 20 80 50V C59 4201359 3 3uF 20 16V C17 4010261 1 5nF 1096 50V C60 4001131 47pF 596 50V C18 4000421 560pF 596 50V C61 4201362 2 2uF 10 10 C19 4001139 220pF 596 50
57. 9 with no more than 2 sec between the individual entering The display shows LOCKED To unlock the glass doors press SHIFT 9 3 6 9 with no more than 2 sec between the individual entering The display shows UNLOCKED The function will be remembered in NVRAM after disconnecting from mains 5 14 Theft protection English BANG 6 OLUFSEN Theft protection Service code Master code How to order Master code The theft protection is a 4 digit PIN code of the user s own choice which must be entered if the product has been disconnected from the mains for 15 30 min The theft protection is always deactivated from the factory it is up to the user to activate it If the theft protection is activated and the product has been without mains for 15 30 minutes the user will be asked to enter the 4 digit PIN code Before the product is handed in to service it is a good idea to ask the customer to deactivate the theft protection If the PIN code is activated and the product is in a service situation there is a possibility of 12 hours service by entering a 5 digit Service code which is 11111 This gives 12 hours of full functionality to service the product and make module changes without naming registering the exchanged modules to the Customer s product The 12 hours are only running when the product is connected to mains If the customer s PIN code or Master code is entered the exchanged modules will be named registered to the produ
58. English EU German Dutch French Italian Spanish Portuguese Greek Brazil Polish Russian Hebrew Japanese Taiwanese Korean Norwegian 3507000 3507001 3507002 3507003 English Danish German French 3540273 3540274 3540275 3540276 3540277 English Danish German French Dutch 4 9 List of mechanical parts BANG 6 OLUFSEN Bracket 2053 Survey of screws etc Parts not shown 9210 2569423 Bracket uu P w 2930133 2042211 2930132 3103326 2569438 Adjustment bushing Screw 4 x 12mm Bushing Foot 1 piece Wall profile 3103372 3040037 3390455 3392440 3397970 3502941 3504533 Foot set incl screws Red adjustment key Bag w parts Outer carton Foam packing Setting up guide Setting up guide BANG 6 OLUFSEN List of mechanical parts 4 10 Wall Bracket horizontal 2054 9220 9221 1 8 8 c dD dD 9220 2569470 Wall profile 9221 3452692 Rear plate Survey of screws etc 1 3390533 Bag w parts Parts not shown 3392518 Packing complete 3502942 Setting up guide Cable cover 2062 hh 2569440 Profile 3031545 Bracket 3392517 Packing complete 4 11 List of mechanical parts BANG 6 OLUFSEN Wall Bracket Vertical 2063 9230 9231 2569471 3452693 Wall profile Rear plate Survey of screws etc 1 3390533 Bag w parts Parts
59. LATCH MULTIPLEXER 51 120 DIGITAL INPUT RECEIVER IC400 REGISTER CS12 FCK Znd ORDER NOISE SHAPER DATA ENCODER SWITCHES LEFT OUTPUT 16 4 BIT 47 CALIBRA TED CURRENT SINKS Vssd 2 20 Diagram G 2 20 2 20 Diagram G BANG amp OLUFSEN DIAGRAM G Input select and Sound adjustment PCB drawing for PCB21 and PCB32 see page 2 21
60. PW15 3 E AN2 P72 3 SENS T 65 AN1 P71 31 A22 u 7 Ben ANO P70 30 IEC R419 P32 28 RDS QUALITY T ik P33 27 805 10 5 6 7 8 P34 26 C410 j C410 C410 C410 HDS LA P35 25 in m In In 72 25 sa 4 3 2 1 37 gt 39 22 ge a non 4 S SDALLFIET sck2 SDA1 42 501 0 431 RXD0 P51 M R427 P F FM AM A a pxs TX0 P50 y B32 45 R420 C421 410 NMI 22 4 L P47 d 5 MDO in MD1 R421 2 u 120 ch STBY 22k P400 3 83 GNOD AVSS VSS1 VSS2 VSS3 3 2 5 22k Fa gt 833 ji gt E ES ans GNDD 2 GNDD GNDD 600 00 2 R423 S R p 5VD gt up CIRCUIT SUPPLY FILTER RECONSTRUCTION CLOKED QUALITY BI 1 RDS QUALITY 10402 FILTER COMPARATOR GENERATOR SAA6579T RDS DEMODULA TOR 1 3 ANTIALIASING gt 57kHz COSTAS LOOP 5 BIPHASE SYMBOL JIFFERENTIAL FILTER BANDPASS AND DIVIDER DECODER H DECODER 801 6 RDS_CLOCK z CLOCK sk EE OSCILLATOR gt REGENERATION TEST LOGIC aes MPX BUFFER 4 i AND SYNC VssA C 05 2 RDS DEMODULA TOR GNOD GNDD BANG 6 OLUFSEN PCB drawing 2 15 2 15 PCB drawing PCB1 FM AM RDS
61. RMS to 2 V RMS Rin 47 kQ 3 1 Pin 6 7 Not used 7 6 Headphones 2 3 5 220 W 1 32 2 Ho p9 u LEFT RIGHT Digital output CD AES EBU IEC 958 0 5Vpp 75W 1 Mains Cable included Type 2571 2572 2577 2580 230V AC Type 2573 2576 120V AC Type 2574 100V AC Type 2575 240V AC Power frequency 50 60 Hz Power consumption Stand by Typical 1 0W Power consumption Typical 15W 1 4 Specification guidelines for service use BANG 6 OLUFSEN Dimensions WxHxD 86 9 x 7 x 30 1 cm Weight 11 5kg Finish Black aluminium Optional accessories Beo4 Type 1624 1625 I Wall bracket horizontal Type 2054 Wall bracket vertical Type 2063 Bracket Type 2053 Stand adjustable in two heights Type 2065 Cable cover Type 2062 AM loop antenna 8720047 FM antenna 8720048 Type Transformer PCB5 PCB34 PCB1 Mains cable Mains Relay Power Supply FM AM 2571 EU 8013551 EU 230V AC 8005661 EU 8000512 EU 8000462 EU 6100273 2572 GB 8013551 EU 230V AC 8005661 EU 8000512 EU 8000462 EU 6100329 2573 US 8013549 US 120V AC 8005664 US 8000536 US 8000462 EU 6100307 2574 JAP 8013548 JAP 100V AC 8005661 EU 8000512 EU 8000535 JAP 6100331 2575 AUS 8013550 AUS 240V AC 8005661 EU 8000512 EU 8000462 EU 6100332 2576 TWN 8013549 US
62. SHORT CIRCUIT THE SOLDER PADS JA 00 Ben P UV J279 2 R66 18 28 gt m 7 i NE 100 22u u R50 w 5 SEN 88 C762 TWE 21 M sy PUMX1 L418 1n x SV 4 Essen SIE 4 I 111 ep a 0 d ns SPP ES MIEJ Ais gt E m 22 4 SS ISIS Oz al a2 2 21 alg 8 Ion SG 22n 2 So IC2 eas x 5 28 MEE R u TRIS 28 8 Ze m 1 100n S 5 IRFU9014 La pv IC1 ze v 10V 1 u E 74HCLS38 8 5 ch 21 1 t ou T T R154 20 gt apt 3 1k AES ex 019 zla TR14 156 R 5 N 8 ICA 18 o 0201 C121 28 4 D21 P6 9 2A0 1 ic F D15 8 LM3578 5 R67 18 BC847C D 2 m 5 5 AP C21 91 ols TR32C D gt 10k 4 SS36 470p 820u 15V JP SES 14 Se Bc8468w 10V 3 0 LATCH er b Gu 105 x Ru 3s v E 5 10n TRA 3 23 lt 5 Na le DRIVER 6092 e PA 8 as E SS ee C161 Se Be 8 7254 6 2 HP MU 3 IE 861 F R44 1 E 7816 1B 18 3F 5 16 18 2 2 ioi zu pes 26 p Dour mis BCB56BW slo 2084681 2 qos R44 3 5 88468 n ues is Ga EM er 100k 165 D251 100n RA 856 a RSL 2 LE Se 52 f f 253 oc HUE sien Sl zle 330k EE qoe 05k j c3 5V 8 F eJ me 022 RES x 10V 896 BAS216 Sr 1008 H 44 M 76 3M3 is 8 x j pu E EE de STROBE L on x z Lx IF THE 12V SUPPLY IS 2 126V SHORT CIRCUIT THE SOLDER
63. TR18 28 3 REIR F 1240 50 8 26 p BUZ71A CLAMP P0S 2 I CT Be CLAMP POS 2 zi 816 A gt 1 SLEDGE 25 28 LL4448 5 sS 1239 P50 9 T HOLD gt CD1 als 2 CLAMP POS 1 STROBE 1k 4 als Sp AMP P0S 1 gt 2 REE gt 4 EE SS Du groo gt CLAMP POS 3 gt CLAMP POS 3 gt M411 NO GEAR gt 5 gt 02 8 er R183 C30 C29 c26 c o ne max pad L i DE Sem alat 10k 47 in Far in DISC DETEC ik Le abe hae ef als C LL4448 R17 44 7 R107 24 RS SIE u R315 4 om m LI 6 SENSE 5 4 1M al 1 M413 POS 1 oo e gt REF POS Zap e A SAT SENSE 1 IA 12 TR47 nri es CLAMPER LID DN 808468 89 CTRL PULSE SLEDGE MOTOR ON 14 13 5 DISP 039 m 2 1 41100 Fz Y ug SE R240 ta v 4326 ra wh 114448 SLEDGE 8 als EN SS 1 BREAK 18 100 Hz TRLO 8 gle 65 P50 5 BC847B 25 z TT a 030 c ic D35 14 LL4448 Cl m LL4448 5 EM x Z SIEIS 0015 ke 25 30 N29 CLAMP POS NO 50 2 al ia es g JE f D4 1A SLEDGE ON 3 eau IZ 25 EJ 2 fal ta E S S 8 o LL4448 paa A Emi 270 218 less 2 SIS 18 u Self BEE 2 zs zlej A 1 LLL JU H a 4 TU s R45 2 2 Se B lass uj EG 021 PLUG CO ORDINATES 1 0 E LOCKED 4 2 m lt in SIE 39k z 5 S
64. Volume control gt 90dB Bass control 7 008 208 at 100Hz Treble control 7 0dB 208 at 10kHz BANG amp OLUFSEN Specification guidelines for service use 1 3 Connections Master Link Pin 1 Data 0 5 V 0 2 V in relation to Data Pin 2 Data 0 5 V 0 2 V in relation to Data Pin 3 L connect gt 3 V Pin 4 6 supply voltage 7 V to 15 V in stand by 3 V to 15 V Pin 7 10 Not used Pin 11 supply voltage 7 V to 15 V in stand by 2 V to 15 V Pin 12 supply voltage 7 V to 15 V in stand by 3 V to 15 V Pin 13 Audio L in out 2 V Bal in relation to Audio L Rin 4 4 MW Rout 150 Q Pin 14 Audio L in out 2 V Bal in relation to Audio L Rin 4 4 MW Rout 150 Q Pin 15 Audio R in out 2 V Bal in relation to Audio R Rin 4 4 MW Rout 150 Q Pin 16 Audio R in out 2 V Bal in relation to Audio R Rin 4 4 MW Rout 150 Q Shield GND Power Link Pin 1 Power up ON 22 7 V 1mA Pin 2 Signal GND Pin 3 Audio L out V to 2 V RMS Pin 4 Speaker ON ON 22 7 V 1 mA Pin 5 Audio R out V to 2 RMS Pin 6 Datalink out High gt 4 V Low lt 0 2 V Pin 7 Data GND Pin 8 PL ON Audio Aux Link Pin 1 Audio L out 1 V RMS Rout 1 kQ Pin 2 GND 2 Pin 3 Audio L in 0 25 V RMS to 2 V RMS Rin 47 kQ 5 4 Pin 4 Audio R out 1 V RMS Rout 1 kQ Pin 5 Audio R in 0 25 V
65. be useful THE PHOTO DIODES AND THE LASER ARE MORE SENSITIVE TO STATIC ELECTRICITY THAN THE MOS IC S OMISSION TO TAKE THIS INTO CONSIDERATION DURING SERVICING MAY REDUCE THEIR LIVES DRAMATICALLY SO BE SURE THAT THE WORK SITE IS PROTECTED AGAINST STATIC ELECTRICITY The product may not be connected to the mains while the CD mechanism or PCB41 are removed Focus can be checked by placing a CD over the light pen The light pen will now follow the CD up down In normal operation the CD will first search for Focus and when that has been found it will start the turntable motor i e if the motor cannot start the reason may be that focus has not been found The CD can run without clamper and disc detector In test mode select CD as source Move the sledge to position 1 disconnect the voltage supply to the sledge motor while servicing the CD lift 35P53 load a CD press CD and the CD can now be played back BANG amp OLUFSEN Repair tips English 5 19 SLEDGE GLASS LID MISCELLANEOUS By using one of the flat cables provided at the back of the service manual type 252x 3538847 or order no 6277184 the display can be engaged by connecting 7P63 and 34P8 In connection with test modes the CD has reduced operation If the clamper arm is not installed no tacho pulses will come from the autopositioning system and the turntable motor may therefore run in the reverse direction In connection with repair of the sledge f
66. driver 01 IIC1 2 error 05 Cannot configure FEP 06 FEP communication error 07 IL TGL from FEP to APOS 08 IL TGL from APOS to FEP 09 Interlink RX TX BUF limit 14 FEP does not exist 33 MLSL timeout error 34 MLSL TX BUF full TLG does not send 35 ML key lost key repaired 36 External communication not allowed in preproject 37 LSL format error 38 LS IR format error 39 LSL TX imposs 40 LSL link tied up 41 LSL link tied down 42 Generic ICB error 43 ICB L7 timeout 44 ICB L7 illegal timeout 45 ICB L7 out of repositories 46 ICB L7 illegal L7 ack 47 ICB L7 Acknowledge unexpected 48 ICB L7 read response unexpected 49 ICB L7 illegal resource type 50 ICB L7 resource still running 51 ICB L7 resource already free 52 ICB L7 illegal IOP service 53 ICB L7 illegal IOP object 54 ICB L7 telegram flushed 55 ICB L7 resource disabled 56 ICB L7 HW clock illegal command 57 ICB L7 HW clock illegal event 58 ICB L2 retrans limit reached 59 IIC component disabled 60 CDS bus disabled 61 Power down of IOP impossible BANG amp OLUFSEN Test modes English 5 9 AP Application processor errors 16 Illegal timer ID 17 Timer not free 21 Illegal date value 22 Illegal time value 23 Illegal timer parameters 32 Illegal simple message ID 33 Out of message buffers 34 Message buffer virtual limit reached 64 Non ISR func called from ISR 65 Physical stack limit reache
67. edge of the product When carrying out service lift up PCB34 and PCB35 and place them against the rear edge of the chassis Make sure that the wire is able to run The connection between 9P78 and 35P52 can be re established by means of the cable supplied in the plastic pocket at the very back of the service guide When returning PCB34 and PCB35 to their places make sure that no leads get jammed See 834 Carry out point 13 Unsolder the leads for the motor Remove three screws on the flange with the motor Carry out points 1 to 8 Remove 35P53 power supply for sledge motor Remove the two screws for the cover for the CD PCB Remove the two screws that hold PCB41 CD and tilt PCB41 over to the side Make sure that the ribbon cables do not get into contact with the CD Push the sledge into position MECHANICAL ELECTRICAL DISMANTLING 1 Glass lid Fig 1 Open the glass lid The lid can be forced up if necessary Disconnect the mains voltage First loosen the screw on the left hand side approx turns Hold the left hand side of the glass while loosening the screw on the right hand side Lift off the glass Tighten the screws again otherwise the screws will damage the top plate when the lid function is activated WHEN THE GLASS LID HAS BEEN REMOVED THE SLEDGE IS ONLY ABLE TO RUN WHEN THE LID HINGES ARE IN THE OPEN POSITION SEE TEST MODE 74 IF REQUIRED Check finger protection after assembly
68. is followed by an asterisk the spare part number must always be used because the component in question has been specially selected eg ICA system The largest PCBs have component prints and a coordinate system on both the primary and the secondary side On the diagrams every component has a coordinate number This indicates in which coordinate on the PCB the component is situated The coordinate numbers are written in smaller print types than the position numbers 27 C27 is placed on the primary side in coordinate 1A 680n R10 1K 528 R10 is placed on the secondary side in coordinate 2B In certain control circuits the active mode is indicated by a function term or by an abbreviation This may be e g ST BY low in the stand by mode or ST BY high in the stand by mode The wiring connections on the diagrams are assembled in bundles The individual wires are provided with one of the following codes 12 20 20 12 EE E Internal connections on a diagram page are indicated by a number The bend of the wire indicates in which direction the other end of the wire is 0 0 DIAGRAM A DIAGRAM C 3 32 A32 a W IE A connection to another diagram page is indicated by a number as well as by a letter of the diagram to which the connection leads Three different ground symbols are used in the set When replacing components with this symbol components with identical
69. rs Schlitten evtl von Hand zur Endschalterposition bewegt werden der Schlitten wird in TEST PCB35 MODE 72 gel st CONT Conseil de lecture erective 5 5 P L arbre d erreurs ci dessous a pour une anomalie convient galement de REMARQUE but de faciliter les interventions de contr ler le cheminement des signaux Lo Porte vitr e doit tre mont e ou les Y mE P charnieres en position ouverte Lors d une maintenance sur le BeoSound 9000 appliqu s aux modules car il n est pas erreur il peut arriver que le chariot ne puisse se be ta a NO Apply 12V to lid motor NO v Motor Gearbox car plusieurs fonctions sont rare dans le BeoSound 9000 que les d placer en but e position CD 1 and close Does it move unit defective interd pendantes signaux soient repris en boucle dans d dul est important que le microprocesseur d tecte YES n autres modules le point de but e lors de la mise en marche du Cet arbre n a qu une valeur indicative produit convient donc d amener YES Go to next page PCB35 MOTOR CONTROL defective se base sur une recherche des pannes au niveau des modules Les modules r put s d fectueux sont ceux qui accueillent la fonction pr sentant manuellement le chariot en but e le MODE D ESSAI 72 permet de d bloquer le chariot
70. see under point 10 lift the top plate carefully approx 2 cm and carefully pull the top plate a little to the right Remove one screw PCB21 can now be pulled up When reassembling make sure that the leads do not obstruct the sledge Carry out point 14 BANG amp OLUFSEN Dismantling and assembly English 6 3 PCB24 PCB25 PCB26 PCB27 PCB28 PCB29 PCB30 PCB31 PCB32 Light indication right Light indication left End stop detector Safety TX Safety RX Lamp Carry out points 1 to 5 The diodes can be removed through the front The PCB is riveted to the chassis top plate and cannot be removed any further If the PCB is removed it MUST be fixed again with double sided adhesive tape Carry out points 1 to 5 The diodes can be removed through the front The PCB is riveted to the chassis top plate and cannot be removed any further If the PCB is removed it MUST be fixed again with double sided adhesive tape Carry out points 1 to 5 Remove 35P53 power supply for sledge motor Remove 26P96 and 26P75 The PCB holder can now be lifted up Carry out points 1 to 8 Remove 35P53 power supply for sledge motor and 26P96 Remove the screws for the top plate see under point 10 Carefully pull the top plate towards the right PCB27 is fixed under the top with a screw Carry out points 1 to 8 Remove 35P53 power supply for sledge motor and 26P96 Remove the screws for the top pla
71. the displayed program number then Press to select for a program number up or down then K Press to store your new radio program STORED appears on the display Fine tuning a radio station RADIO Press to turn on the radio pro gram you want to fine tune TUNE then TUNE Press to start the fine tuning function Press to fine tune your r program towards a higher or lower frequency then Press to accept your fine tuned program then OK Press again to store program and program number Mono stereo reception Press to turn on the relevant radio program RADIO Press to choose MONO or STEREO TUNE then TUNE then TUNE then Press to switch from stereo r to mono o OK Press to store your new tu ning on the program number Clearing presets RADIO Press to turn on the radio Press to search for program number f A i A CLEAR Press to clear the program then 3 Press to confirm the clearing of the radio program Naming radio programs Press to turn on the radio program you want to name Press to start the naming function The first of the twelve cha racter positions blinks indi cating that you can start writing a name Press to reveal the characters one by one Press to reveal previously shown characters 1 A then K Press to move to the next character position then K Press to store the name of the radio station NA
72. 00 7 gt 80 PLUG CO ORDINATES P22 4A P25 28 S COMPONENTS PLACED ON SECONDARY SIDE R182 P22 6 BANG 6 OLUFSEN Diagram F 2 19 2 19 Diagram F 2 19 DIAGRAM F Digital analog decoder 2 BIGITAL ANALOG DECODER From version PCB drawing for PCB32 see page 2 21 12V 607 R406 ic SVA 6140 12V m 7 TR400 1 FZT790A 8509 ia R408 55 47 TR401 18 FZT790A 100 R412 Li 10k R429 18
73. 011248 5011263 5011718 5011687 5011249 5011264 5011719 5011233 5011491 5011699 5011720 5011688 5011492 5011700 5011721 5011234 5011250 5011265 5011722 5011235 5011493 5011701 5011723 5011236 5011251 5011702 5011724 5011237 5011693 5011703 5011725 5011238 5011252 5011704 5011726 5011644 5011645 5011646 5011667 5011270 5011668 5011679 5011226 5011680 5011239 5011253 5011705 5011727 5011240 5011254 5011266 5011728 5011489 5011255 5011706 5011729 x1 x10 x100 x1K x10K x100K x1M x10M 6000072 5012326 5011920 5011921 5011932 5011933 5011944 5011945 5011956 5011957 5011968 5011969 5011980 5012267 5012275 5012379 5012380 5011922 5011923 5011924 5011934 5011935 5011936 5011946 5011947 5011948 5011958 5011959 5011960 5011970 5011971 5011972 5012268 5011989 5012220 5011925 5011926 5011927 5011937 5011938 5011939 5011949 5011950 5011951 5011961 5011962 5011963 5011973 5011974 5011975 5012269 5012261 5012270 5012472 5011928 5011929 5011930 5011931 5011940 5011941 5011942 5011943 5011952 5011953 5011954 5011955 5011964 5011965 5011966 5011967 5011976 5011977 5011978 5011979 5012271 5012272 5012273 5012274 x1 x10 x100 x1K x10K x100K x1M x10M 5013201 5013202 5013203 5013213 5013214
74. 02568 Cover f transformer Survey of screws etc 9065 3302562 Shield f wire 9066 2938277 Bush 9067 3124131 Fittings 9068 3131384 Hinge f glass lid right 9069 2810291 Spring f glass lid right 9070 2732120 Rubber belt 9073 2755051 Gearbox complete 9074 6100273 Mains cable f type 2571 2580 6100329 Mains cable f type 2572 6100307 Mains cable f type 2573 2576 6100331 Mains cable f type 2574 6100332 Mains cable f type 2575 6100386 Mains cable f type 2577 90M1 8400214 Gear motor 90M2 8400213 Sledge motor complete w wire 90P1 6270671 FM socket 90P2 6276977 AM socket 90 3 7219095 Socket f digital output 90T1 8013551 Transformer 230V AC f type 2571 2572 2577 2580 8013549 Transformer 120V AC f type 2573 2576 8013548 Transformer 100V AC f type 2574 8013550 Transformer 240V AC f type 2575 3984049 Barrierta 1 2013137 Screw 3 x 10mm 7 2058018 Screw 4 x 25mm 8 2072115 Pointed screw 4 x 8mm 9 2011050 Screw 3 x 8mm 0 7530119 Solder tag 1 2515059 Holder f wire 2 2038137 Screw 3 x 6mm 3 2625002 Washer 4 2390106 Lock washer 5 2058006 Screw 3 x 5mm 6 2058007 Screw 3 x 10mm 7 3341110 Plug 8 2622490 Washer 9 2039064 Screw 3 x 12mm 20 2830161 Axle 3 x 13 8mm 22 3151388 Holder f optocoupler 25 2054012 Screw 3 x 10mm 26 2036061 Screw 2 6 x 6 5mm 27 2930074 Bush 2 6 x 3 2 x 4 8mm 28 6032961 GND wire 29 2038117 Screw 3 x4mm 41 2011043 Screw 2 2 x 6mm 49 2938306 Bushing 53 2052009 Screw 3 x 8mm List of mecha
75. 063 9064 9065 90T1 9066 9067 9053 N 9068 9069 9070 90M1 9073 aty 9048 A oN u e M e a gt 2 X 6 m a A amp m mmm m m N m em St Ln e e OO o o e e e e m m o on o o aa 00 0 0 0 0 0 BANG 6 OLUFSEN List of mechanical parts 4 4 4 4 List of mechanical parts 4 4 Chassis 01Module 8000462 8000535 0102 23801 70 PCB1 FWAM RDS f type 2571 2572 2573 2575 2576 2577 2580 PCB1 FWAM RDS f type 2574 Nut f FM socket If PCB88 are mounted instead of PCBO1 see service manual BeoSound 9000 3538887 3538888 O3Module 8000513 PCB3 Main microcomputer O4Module 8000463 PCB4 Mains filter without mains switch O5Module 8005661 PCB5 Mains relay f type 2571 2572 2574 2575 2577 2580 8005664 PCB5 Mains relay f type 2573 2576 O9Module 8005312 PCBS Sledge Position 11Module 8005295 PCB11 Main Keyboard right 12Module 8005296 PCB12 Main Keyboard left 14Module 8005299 PCB14 IR Reciever Plasma from serial no 14758303 1401 3302560 Shield plastic 1402
76. 07 3375163 Lens 9008 2622510 Holder f lens f 5 mm diode 9009 3151325 Disc holder front 3151724 Disc holder front new colour from serial no 9010 3322176 Window right 9011 2810283 Spring f disc holder rear 9012 2810282 Spring f disc holder front 9013 3031528 Holder f springs rear 9014 3031527 Holder f springs front 9015 3947582 Tape 9016 2569447 Guide rail front 9017 3160063 Cover for chassis top plate 3160266 Cover for chassis top plate new colour from serial no 9018 3030124 Hinge f cover left 9019 2816288 Spring chassis connection 9020 3333021 Contact rubber 9021 3114445 Damper f cover 9022 3356064 Magnet 9023 3031533 Holder f hinge 9024 3151324 Disc holder rear 3151723 Disc holder rear new colour from serial no 9025 3322175 Window left 9026 3947581 Tape 9027 2569448 Guide rail rear 3984049 Barrierta 2013137 Screw 3 x 10mm 3103328 Damper 3341104 Damper 2038111 Screw 3 x 8mm 2732129 O ring 2054005 Screw 3 x 8mm 2515059 Holder f wire Survey of screws etc 09 UR W N BANG 6 OLUFSEN List of mechanical parts 4 2 4 2 List of mechanical parts 4 2 Top Barrierta 9003 9005 9024 9017 01 9007 3018 9022 9008 9019 9023 9020 9025 9013 4 9021 9014 3 9026 gt EI 9027 BANG 6 OLUFSEN List of mechanical parts 4 3 4 3 List of mechanical parts 4 3 Chassis 9
77. 1 32 CC sledge calib switch error Microprocessor 351C2 cannot register the signal REF POS from the end stop detector at pin 20 This error also occurs if the tacho system is not working 33 CC clamp pos error The clamper cannot go to the desired position The reason may be that it is locked or that there it is an error on PCB22 clamper position or that the motor driver is defective 38 CC current sense error 35IC2 pin 35 registers that the sledge uses too much current The reason may be that the sledge is blocked or that the sledge control is defective 39 CC disc detect error The disk detector is not operating Carry out test mode 71 to test the circuit 40 CC sat sense error 35IC2 pin 37 registers that the sledge uses too much current The reason may be that the sledge is blocked or that the sledge control is defective 41 CC sledge blocked error The sledge is blocked or the power supply to the sledge control may be too low 42 Finger protection is out of operation The finger protection circuit is out of operation Use test mode 71 during troubleshooting PLT Lid errors 17 info plate pos error Position error The lid may be blocked the lid motor may be defective or the optocouplers 37PE1 and 37PE2 may be defective 37 door pos error CC plate pos error Occurs during test mode 71 only Position error The lid may be blocked the lid motor may be defective or the optocouplers 37PE1 and
78. 100 TEMT2100 pak 1K87 N m 1 C11 LM324_B 5 O C 8 ols C9 mis RE 11 22 180p II 2 n IR TACHO R5 R33 R57 COO mim 5 840 CLAMPER TX 1k E 20k SS age Li CO S SIE Ep 325 i m oO 5 LED 1 3 LE 2 3 ROUND RE AE 2 i Rita i zll P68 4 P61 5 i 12 2 R7 105 1k 14 R31s ups sls 3 Bo 1 100 BOUND REF 3 E OUND REF gt 1252 T 13 P60 2 87 11 610 11 _ R6 in M324 56k2 n li 8 SV LED 2 P68 2 LM324_A Z ala rri 833 R43 3 ik 5 MOTOR Sa 5V MOTOR RA 085 23 d LE E15 I P62 5 gt lt 5V MOTOR 00 Fo8 81 L LR 15 5 MOTOR en TRL TRIG ROUND TRIGz L243 18 P62 1 ST BY LED 4 gt 2 7 l P68 1 220 Se p i BC847B P60 12 P7 1 0610 9 lo 02 pi P61 6 4 55 Cs C7 mx me Ver L X P62 6 1C1 1C2 SR TSMS 2100 TSMS 2100 BRI101W P68 3 0 851 1 gt 100n 100n 2n2 ES STAND BY a 15 H aig s 5 5 7233 234 2 2 24 Diagram J 2 24 2 24 Diagram J BANG amp OLUFSEN DIAGRAM J Microcomputer Power supply amp Light Indicator PCB drawing for PCB24 see page 2 30 PCB34 see page 2 25
79. 11373 BANG amp OLUFSEN List of electrical parts 3 14 Resistors SMD 2 1 8 W SMD 5 1 8 W Glue dots approx 200 part no 3181932 0 55mm S ab 1 6mm Resistors SMD 5 1 10W Glue dots approx 200 part no 3181932 gt 0 55mm DX 1 25mm Resistors SMD 5 1 16W 1 e 0 45mm 0 8mm 596 5011623 5011624 5011625 5011626 5011627 5011628 296 5011647 5011648 5011649 5011650 5011651 5011652 296 5011218 5011669 5011219 5011670 5011220 5011671 296 296 296 596 5011227 5011241 5011256 5011267 5011681 5011689 5011694 5011707 5011682 5011490 5011257 5011708 5011683 5011242 5011258 5011709 5011228 5011243 5011259 5011710 5011684 5011690 5011695 5011711 x10M 5011730 296 5011629 5011630 5011216 5011634 5011635 5011731 5011217 5011636 5011637 5011638 5011639 5011640 5011641 5011642 5011643 5011653 5011654 5011655 5011656 5011657 5011658 5011659 5011660 5011661 5011662 5011269 5011663 5011664 5011665 5011666 5011672 5011673 5011674 5011675 5011497 5011499 5011676 5011677 5011221 5011498 5011222 5011678 5011223 5011224 5011225 5011229 5011244 5011260 5011712 5011685 5011691 5011696 5011713 5011230 5011245 5011261 5011714 5011686 5011246 5011697 5011715 5011231 5011247 5011262 5011716 5011500 5011692 5011698 5011717 5011232 5
80. 120V AC 8005664 US 8000536 US 8000462 EU 6100307 2577 KOR 8013551 EU 230V AC 8005661 EU 8000512 EU 8000462 EU 6100386 2580 LAT 8013551 EU 230V AC 8005661 EU 8000512 EU 8000462 EU 6100273 Subject to change without notice BANG amp OLUFSEN Brief operation guide 1 5 BRIEF OPERATION GUIDE For more detailed operation see User s guide Closeup operation Loading CDs or Press to raise the glass door Press to lower the glass door Press to lower the door and start playing CD playback Press to play a CD Press to play the next track on a CD or REB Press to play the same track again or press twice to play the previous track Press to pause playback PAUSE Press to resume playing Random Press to display RANDOM ON and cut in the random play function Press twice to display RANDOM OFF and cancel the random play function RANDOM Press to switch to stand by Choosing a sequence of discs Press to start playback of a CD Press SELECT and SELECT DISC will appear on the display SELECT Press the direct CD selection buttons next to the CDs you want to include Press SELECT to start clearing a sequence and play all six CDs SELECT then CLEAR Press to clear the sequence Programming a series of tracks for one CD Press to play CD
81. 2 D21 M 7 12V z 8595 24 5 7 305 P213 To ME BAS216 x 2 2 sA 3 8607 PLUG CO ORDINATES 8 SPEAKER ON R600 30 4 P20 3A i 1 SPEAKER gt SENSE NI 7451 s O5 1 8 P21 LA Fx 2 601 0600 4 ex zs E SIS P22 4A 2 SENSE 4 SENSEH raza l 0 zs AE bs Ge sy PL ASIC in 6V8 1 P23 40 v 3 gl J 198 P21 5 3 z 12V MEL R602 30 Sie E AW i ate 4 _100 zu 1 12y en C0 69 034 C108 25 8 ei a 8509 m 8601 E sk WEN 8 E D601 pl M SS 3 4A 1 T 5 I TLK ol 10r 10 10 108 Qn jg z ees 6V8 E JE E E 5 Pod ma 55 5 10 38 Es gt 21 Is A u A N200 p t e 2 9 x 518 C109 w x 1228 aso 3 163 ul s 5 x8 3 Z S D5 SS 28 W al 10n 0 gt A ei so 2 D s 8 10n 10n 108 10n 10n J af 4u7 NG 245216 6 5 5 5 1 e lt 12v a aj EI aj N201 E z 1 cm 8 lt a Z al A 2 ot Je 17 ch E i OMPONENTS PLACED ON SECONDARY SIDE i Y Y Y Y Y TY U U F141 353 354 355 356 8138 E137 357 358 359 360 361 E132 363 358 J186 356 J187 J188 L202 L203 BANG 6 OLUFSEN PCB drawing 2 21 2 21 PCB drawing 2 21 PCB21 Headphone BSO C1 RZ CIE ver B U 33 lt cz Rt C3 PCB32 Input output Select Sound Ad
82. 2 the finger BANG amp OLUFSEN Test modes English 5 13 TM72 TM73 TM74 Glass doors lock protection circuit is cut out during the test When the sledge is running it must run properly The lid opens Autocalibration of CD positions This tests calibration disc detector sledge motor sledge tacho clamper motor clamper optocoupler and jaws The clamper is noise optimized during the autocalibration The sledge runs to the original position i e the sledge position prior to activation of sledge test When error in CD test mode the Error number refers to TM27 CD errors Release of sledge Display RELEASE SLG When test mode 72 has been used the mains voltage to the product has to be disconnected to ensure correct calibration Adjustment of autopositioning Test mode 71 must have been executed Press SHIFT 90258 Open the lid and load a CD The sledge must be placed in the position where the CD is loaded Press 7 3 If the test is OK the display will snow APS ADJUSTED If an error has occurred during the test the applicable error code can be seen during a test mode 27 Changing transmitter power for the finger protection circuit Safeguard level is set to maximum and the display show SAFEGUARD TM This function can only be switched off by the main switch The glass doors can only be locked if the product is in Standby the glass doors closed and only by remote control Press SHIFT 9 O 3 6
83. 2366 20KQ 196 1 8W C1 4010271 10nF 1096 50V C10 4010237 1 1096 50V 4 4010274 100nF 20 80 11 4000415 180pF 5 50V 5 C12 4010237 1 10 50V C6 4010237 1nF 1096 50V C13 4000412 100pF 596 50V C7 4010263 2 2nF 1096 50V C14 4010237 1 1096 50V C8 4010272 22nF 20 80 50V C15 4000412 100pF 5 50V C9 P60 7211234 Socket 12 pole P61 7211340 Socket 6 pole P64 7221272 Plug 2 pole A indicates that static electricity may destroy the component 3 5 List of electrical parts BANG 6 OLUFSEN PCB24 8005304 Light indication left PCB25 8005305 Light indication right PCB26 8005315 End stop detector PCB27 8005377 Safety TX PCB28 8005303 Safety RX PCB29 8005309 Lamp PCB30 8001865 IR transmitter tacho clamper PCB31 8001866 IR receiver tacho clamper PCB32 8005399 Input Output select and sound adj specially selected or adapted sample A indicates that static electricity may destroy the component Resistors not referred to are standard see page 3 13 and 3 14 TR1 8320755 51 BC847B TR6 D4 8330387 230 Led red D6 P73 6276998 Plug 8 pole P74 6276913 Plug 4 pole 1 8330387 230 Led red D3 IC1A 8342715 164 3141 C1 4010274 100nF 20 80 25V C2 4010323 1 20 80 16V 75 7211054 Socket 6 pole P96 7211053 Socket 4 pol
84. 256 0 2 0 4W D13 8301218 256 BAT254 D28 8301217 250 STPS3L60S D14 8301064 256 Z5 1V 296 0 4W D29 8301045 250 BAS216 BANG amp OLUFSEN List of electrical parts 3 8 D30 8301218 256 BAT254 D40 8301045 250 BAS216 D31 8301217 250 STPS3L60S 346 33 8301059 256 Z3 3V 2 0 4W D47 8301061 256 Z3 9V 2 0 4W D34 8301104 250 615 RA 5030054 4x 100KQ 5 1 16W R92 5012382 10142 0 1 1 4W R5 5021508 47KQ 1 1 4W R93 5012169 220KQ 1 1 4W R7 5021508 47KQ 1 1 4W R94 5023032 3 3MQ 1 1 4W R17 5012382 10142 0 1 1 4W R95 5021542 0 220 5 1 AW R18 5023035 560KQ 196 1 4W R97 R19 5023052 470KQ 1 1 4W R100 5013172 105KQ 196 1 8W R20 5012175 43 2KQ 1 1 4W R102 5021484 1000 1 1 4W R25 5021542 0 220 5 1 4W R103 R28 R114 5030052 4x4 7KQ 5 1 16W R36 5012200 2 2KQ 1 1 4W R141 5030052 4x4 7KQ 5 1 16W R38 5021484 1000 1 R143 5013247 6 8KQ 1 1 16W R39 R146 5013264 180KQ 1 1 16W R40 5012200 2 2KQ 1 1 4W R154 5030051 4x 1KQ 5 1 16W R41 R155 5012209 1 87KQ 1 RAA 5030054 4 100KQ 5 1 16W R161 5013246 5 6KQ 1 1 16W R47 5021508 47KQ 1 1 4W R171 5012209 1 87KQ 1 1 4W R49 R187 5012209 1 87KQ 1 1 4W R54 5030054 4x 100KQ 5 1 16W R192 5013246 5 6KQ 1 1 16W R61 5012382 10KQ 0 196 1 4W R195 5012209 1 87KQ 1 1 4W R62 5021542 0 220 5 1 4W R209 5021484 1000 1 1 4W R65 R210 5030052 4x4 7KQ 5 1 16W R66 5011843 80 6KQ 1 1 4W R211 R67 5021225 10KQ 1 1 4W R234 5030053 4x
85. 25V C67 4010220 100nF 1096 50V C9 C69 C10 4011110 1 0nF 1096 50V C70 4000409 56pF 596 50V C14 C71 4010307 33nF 10 25V C15 4001141 330pF 5 50V C72 4000414 150pF 596 50V C17 C73 4010216 22nF 1096 100V C18 4011110 1 0nF 1096 50V C74 4010274 100nF 20 80 25V C19 C75 C20 4001141 330pF 596 50V C76 4011110 1 0nF 1096 50V C21 4011110 1 0nF 1096 50V C77 C22 4001141 330pF 596 50V C80 4011110 1 0nF 1096 50V C25 C81 4010220 100nF 1096 50V C26 4011110 1 0nF 1096 50V C82 4001141 330pF 596 50V C27 4001131 47pF 596 50V C83 C28 C84 4011110 1 0nF 1096 50V C29 4011110 1 0nF 1096 50V C90 4011110 1 0nF 1096 50V C31 C93 C32 4001141 330pF 596 50V C100 4010274 100nF 20 80 25V C35 C101 4200858 2200 20 50V C36 4011110 1 0nF 1096 50V C102 4001141 330pF 596 50V C37 C103 C38 4000287 220nF 20 80 25V C104 4200916 4 70 20 25V C39 4010220 100nF 1096 50V C186 4010274 100nF 20 80 25V C42 C301 4011110 1 0nF 1096 50V C43 4000287 220nF 20 80 25V C302 C44 4011110 1 0nF 1096 50V C306 4011110 1 0nF 1096 50V C45 4010271 10nF 1096 50V C307 4010274 100nF 20 80 25V C46 4010274 100nF 20 80 25V C320 4011110 1 0nF 1096 50V C47 4010271 10nF 1096 50V C321 4010220 100nF 1096 50V 49 4010220 100nF 10 50V C430 4011110 1 0nF 1096 50V C50 C501 4001127 22pF 5 50 C51 4010271 10nF 1096 50V C502 4200916 4 70 20 25V C53 4010272 22nF 20 80 50V C504 4010274 100nF 20 80 25V C54 4010220 100nF 1096 50V C55 3 11 151 o
86. 25W R231 5012238 33KQ 1 8W R400 5011300 1802 0 25W R234 5012238 33KQ 1 8W R401 R235 5012331 10KQ 1 8W R419 5030051 1KQ R236 R428 6000059 Jumper R237 5012238 33KQ 1 8W R517 5021532 27042 0 25W R238 5012331 10KQ 1 8W R239 C200 4000404 22pF C222 4001118 3 9pF 0 1pF 50V C201 4001127 22pF C223 C203 4001121 6 8pF 0 1pF 50V C224 4011135 100nF 25V C204 4011122 10nF 50V C225 4001143 470pF 50V C205 4011134 100nF 16V C226 4001126 18pF 50V C206 4010419 4 7gF 10V C227 4011134 100nF 16V C207 4001125 15pF 50V C231 C208 4011134 100nF 16V C232 4010387 470nF 16V C209 4011135 100nF 25V C233 4010323 1HF 16V C210 C234 4010274 100nF 25V C211 4010434 4 7yF 16V C235 4011110 1nF 50V C212 4000404 22pF 50V C236 4010387 470nF 16V C213 4001113 1 5pF 50V C238 4000493 1 2nF 10 50V C214 4001125 15pF 50V C239 4000494 4 7nF 10 50V C215 C240 4000495 3 3nF 10 50V C216 4001143 470pF 50V C241 4000496 33nF x1096 50V C217 4001125 15pF 50V 242 4010419 4 7uF 10V C218 4011135 100nF 25V C243 4011134 100nF 16V 219 C244 4000495 3 3nF 10 50V C220 4001143 470pF 50V C245 4010420 10uF 10V C221 4001120 5 6pF 0 25pF C246 4001136 120pF 50V C247 4011130 47nF 16V C298 4010420 10uF 10V C248 4010420 10uF 10V C300 4010419 4 7uF 10V C250 C301 4011128 33nF 25V C251 4010316 100nF 25V C302 4011120 6 8nF 50V C252 4011134 100nF 16V C303 4011130 47nF 16V C253 C304 4010421 11 16V C254 4010
87. 2MHz P42 7210895 Socket 16 pole P99 7211146 Socket 11 pole P45 7221157 Plug 6 6 pole P46 7211148 Socket 12 pole P47 WARNING Static electricity may destroy the component 3 12 3 13 List of electrical parts BANG amp OLUFSEN Mechanical part numbers 90M1 8400214 Gear motor 90M2 8400213 Sledge motor complete w wire 90T1 8013551 Transformer 230V f type 2571 2572 2577 2580 8013549 Transformer 120V f type 2573 2576 8013548 Transformer 100V f type 2574 8013550 Transformer 240V f type 2575 90P1 6270671 FM socket 90P2 6276977 AM socket 90P3 7219095 Socket f digital output 91M1 8400212 Clamper motor een To Te se 1 7 es stors 0 5011000 5011013 5011028 5011044 5010313 5011069 5011083 5011406 5011001 5011014 5011030 5011045 5011058 5010421 5010727 5011002 5011015 5011031 5011046 5011059 5011071 5010857 5010787 5011016 5011033 5011072 5011335 5010708 5010815 5011034 5011048 5011061 5011074 5011612 5010803 5011018 5010055 5011049 5011062 5011075 5012147 5011007 5011019 5011037 5011063 5010381 5010782 5011021 5010700 5011051 5010392 5010765 5011009 5011022 5010035 5011065 5011078 5 6 5011010 5011023 5011041 5011066 6 8 5010874 5011011 5011024 5011042 5010810 5011067 5011080 8 2 5011012 5011026 5011043 5010038 5011068 5011081 Resistors 5 1 4 W x10M 5010592
88. 321193 75 FZT 88B TR2 TR33 8321198 136 PUMX1 TR3 8321187 51 BC846BW TR34 8321171 52 FZT790A TRA 8321188 51 BC856BW TR35 8321198 136 PUMX1 TRS 8321187 51 BC846BW TR36 8321193 75 FZT788B TRO 8320936 51 BC847C TR37 8321198 136 PUMX1 TR7 8321198 136 PUMX1 TR38 8320856 68 2N7002 TR8 8320740 51 0 TR40 TR9 TR41 8321188 51 BC856BW TR10 8321363 69 110206 TR42 8320740 51 8 840 TR11 8321188 51 BC856BW TR43 8321188 51 BC856BW TR12 8321187 51 BC846BW TR44 8320740 51 BF840 TR14 8320936 51 BC847C TR46 8321188 51 BC856BW TR15 8321363 69 STD1OPFO6 TR47 8321187 51 BC846BW TR16 8321188 51 BC856BW TR48 8321198 136 PUMX1 TR17 8320752 51 BC817 40 TR49 8321193 75 FZT 88B TR2O 8321187 51 BC846BW TR50 8321187 51 BC846BW TR21 8321363 69 11026 TR53 TR22 8321188 51 BC856BW TR54 8321188 51 BC856BW TR24 8320936 51 BC847C TR55 8321187 51 BC846BW TR25 8321187 51 BC846BW TR57 TR27 8320740 51 BF840 TR58 8321188 51 BC856BW TR28 TR59 8321187 51 BC846BW TR30 8321193 75 FZT788B TR60 TR31 8321198 136 PUMX1 D1 8300949 Bridge D15 8301061 256 Z3 9V 2 0 4W D2 8301045 250 BAS216 D17 8301045 250 BAS216 D3 8301072 256 Z10V 2 0 4W D19 8301072 256 Z10V2 0 4W D4 8301061 256 Z3 9V 2 0 4W D20 8301217 250 STPS3L60S D5 8301045 250 BAS216 D21 8301104 250 SM6T15C 38 8301072 256 Z10V 2 0 4W D22 8301045 250 BAS216 D9 8301217 250 STPS3L60S D23 D10 8301103 250 SM6T7V5CA D24 8301218 256 BAT254 D11 8301045 250 BAS216 D25 8301045 250 BAS216 D12 8301061 256 Z3 9V 2 0 4W D27 8301072
89. 421 1pF 16V C305 4010435 100 25V C255 4011134 100nF 16V C306 4010419 4 7uF 10V C256 4010316 100nF 25V 307 4011134 100nF 16V 258 4010274 100nF 25V C309 4010420 10uF 10V C259 4001135 100nF 25V C310 C260 4011122 10nF 50V C311 4010237 1nF 50V C261 C312 4011110 1nF 50V C262 4010419 4 7uF 10V C313 4010237 1nF 50V C263 4001130 39pF 50V C314 4011110 1nF 50V C264 4001133 68pF 50V C317 C265 4001130 39pF 50V C318 4001138 180pF 50V C266 4010322 4 7uF 16V C400 4011110 1nF 50V C267 4011134 100nF 16V C401 4010321 470nF 16V C268 4010420 100 10V C402 4011122 10nF 50V C269 4011134 100nF 16V C403 4010237 1nF 50V C270 C404 4001131 47pF 50V C271 4001127 22pF 50V C407 C272 C408 4010321 470nF 16V C273 4001132 56pF 50V 409 4011110 1nF 50 C274 4001125 15pF 50V C410 4011056 1nF 50V C275 4001129 33pF 50V C411 4001134 82pF 50V C276 4000494 4 7nF 50V C412 4011122 10nF 50V C277 4010421 10 16V C413 4011110 1nF 50V C278 4010316 100nF 25V C414 4001141 330pF 50V C279 4011134 100nF 16V C415 4011122 10nF 50V C281 4000408 47pF 50V C416 4010419 4 7uF 10V 282 417 4011122 10nF 50V C283 4010274 100nF 25V C418 4001143 470pF 50V C286 C419 4001131 47pF 50V C288 4000494 4 7nF 50V C420 4001134 82pF 50V C289 4010274 100nF 25V C421 4011110 1nF 50V C290 C422 4010321 470nF 16V C291 4011134 100nF 16V C502 4010316 100nF 25V C292 4011122 10nF 50V C503 4010434 4 7uF 16V C294 C505 4010316 100nF 25V C295 4001143 470pF 50V C506 4010315 22nF 50V C296 4011135 100nF 25V C507
90. 47KQ 5 1 16W R70 5021484 1000 1 1 4W R245 5030052 4x4 7KQ 5 1 16W R71 R336 5012200 2 2KQ 1 1 4W R75 5030051 4x 1KQ 5 1 16W R339 5021542 0 220 5 1 4W R88 5030054 4x 100KQ 5 1 16W C1 4010216 22nF 1096 100V C43 4011110 1nF 10 50V CA 44 5 4201179 15000 20 50V 45 4001127 22pF 5 50V C6 4010216 22nF 10 100V 46 4011110 1nF 10 50V C7 C47 4200916 4 70 20 25V C8 4201406 330uF 2096 50V C48 4000442 2 2nF 596 50V C9 4201163 22yF 2096 6 3V C49 4011135 100nF 2048096 16V C10 4010216 22nF 1096 100V C50 4201407 820yF 20 25V C11 4011135 100nF 20 80 16V C51 4011122 10nF 1096 50V C12 4010216 22nF 1096 100V C52 4011110 1nF 10 50V C13 4201178 82000 20 10V C53 4201541 22yF 2096 50V C14 4011122 10nF 1096 50V C54 4011110 1nF 10 50V C15 C55 4001133 68pF 5 50V C16 4201163 22yF 2096 6 3V C56 4001135 100pF 596 50V C17 4001127 22pF 596 50V C57 4011135 100nF 20 80 16V C18 4011122 10nF 1096 50V C58 4011122 10nF 1096 50V C19 C59 C21 4011122 10nF 1096 50V C61 4011135 100nF 20 80 16V C22 4000442 2 2nF 596 50V C63 4011122 10nF 1096 50V C23 4010216 22nF 1096 100V C66 4011122 10nF 1096 50V C24 4001131 47pF 596 50V C71 4011122 10nF 1096 50V C25 4011135 100nF 2048096 16V C76 4011056 4x 1nF 10 26 4201163 22yF 20 6 3V C79 4201348 1uF 10 16V C27 4010216 22nF 1096 100V C80 4001131 47pF 5 50V C28 4201407 820uF 2096 25V C82 4001133 68pF 596 50V C30 4011122 10nF 1096 50V C86 4200972 4 70 20 10V C31 4001127 22pF
91. 5 11 an 8219 x 1 21k lt CHARGE 22p COE PUMP R220 n xam E u 4 PLL LOOPFILTER 7 E 4 2 22 08 PLL VREF fat 3 100n CE C243 242 cho 100n LUT a 100n 5 S METER MZ z z P209 E E ri N N 3 P lt a FP210 OSC_GND 2 z 5 1 1 AM DEL RF G 7 IF2_GND Naj DIG_TUN als FP211 L IF1 GND sle s GNA S als es BB42 L RF _GND en Functional Test Points 7 R221 SH GND 821 1 m FP200 FM BPF3 OFFSET VOLTAGE DAC OUTPUT C246 FP201 FM FRONTEND SUPPLY BAL FP202 FM FRONTEND AGC VOLTAGE 120p FP203 AM FRONTEND SUPPLY FP204 AM FRONTEND AGC VOLTAGE GNDD 1207 1 FP205 DIGITAL SUPPLY ee ST ASS DR FP206 CONTROL VOLTAGE FOR FM BPF3 VCC_OSC 1mH 1 FP207 OSCILLATOR CIRCUIT SUPPLY 529 kor FP208 GENERAL VCC SUPPLY 2 con C247 1 FP209 CONTROL VOLTAGE FOR FM BPF1 VCC IE 1 FP210 CONTROL VOLTAGE FOR FM BPF2 BPF3 I SS 47n FP211 CONTROL VOLTAGE FOR VCO I FP212 FIELDSTRENGHT SIGNAL C248 FP213 F ULT IPLEX OUTPUT AM AUDIO OUTPUT Am gt DIG TUN 1 FP214 STOP DETECTOR OUTPUT 2 1 con 10u FP215 IF COUNTER OUTPUT 7 FP216 FM ANTENNA INPUT SIGNAL PATH P 2 ND IF AM ONLY 269 FP217 FM ANTENNA INPUT GROUND PATH 3 9 1808 rs 5ND 4 B40 18 A14 A17 B41 A16A15 A19 BANG 6 OLUFSEN Diagram B 2 13 2 13 Diagram 8 DI
92. 5010506 5010065 5010040 5010059 5010049 5010054 5010638 5010595 5010128 5010153 5010046 5010047 5010665 5011348 5010468 5010057 5010247 5010053 5010063 5010093 5010822 5010362 5010066 5010135 5010072 5010791 5010682 5010448 5010092 5010064 5010079 5010120 5010245 5010925 5010403 5010000 5010298 5010141 5010083 5010431 5011860 5010253 5010044 5010076 5010075 5010117 5010848 5011377 5010622 5010070 5010069 5010060 5010073 5010714 5010888 5010411 5010058 5010048 5010045 5010077 5011513 5 6 5010706 5010151 5010067 5010041 5010061 5010071 5010658 6 8 5010874 5010039 5010144 5010052 5010062 5010074 8 2 5010880 5010056 5010068 5010154 5010091 5010505 5011464 5011357 5010816 5010935 5011440 5011459 5020875 5011351 5011084 5011442 5011338 5011341 5011175 5011463 5011443 5011178 5011364 5011398 5011460 5011350 5011361 5011344 5011468 5011032 5011376 5010886 5011353 5010833 5011369 5011342 5011471 5011355 5011362 5011366 5011370 5011478 5011519 5011337 5010827 5011346 5011371 5011462 5011438 5011883 5011157 5011457 5011372 5020876 5011038 5011441 5011363 5010937 5011343 5011611 5011412 5011358 5010885 5011166 5011340 5011356 5011336 5010839 5011367 5011458 5011466 5011354 5011339 5011368 50
93. 5013215 5013225 5013226 5013227 5013237 5013238 5013239 5013249 5013250 5013261 5013262 5013263 5013273 5013274 5013285 5013204 5013205 5013206 5013216 5013217 5013218 5013228 5013229 5013240 5013241 5013242 5013264 5013265 5013266 5013276 5013277 5013278 5013253 5013254 5013207 5013208 5013209 5013220 5013221 5013231 5013233 5013255 5013267 5013268 5013269 5013279 5013280 5013281 5013244 5013245 5013257 5013210 5013211 5013212 5013222 5013223 5013224 5013234 5013235 5013236 5013246 5013247 5013135 5013258 5013259 5013260 5013270 5013271 5013272 5013282 5013283 5013284 4 1 List of mechanical parts BANG amp OLUFSEN List of mechanical parts Top 13Module 8005313 PCB13 Secondary Keyboard 24Module 8005304 PCB24 Light indication left 25Module 8005305 PCB25 Light indication right 27Module 8005377 PCB27 Safety TX 28Module 8005303 PCB28 Safety RX 9001 3162785 Glass lid 9002 3160059 Cover 9003 3169064 Secondary keyboard 3169297 Secondary keyboard new colour from serial no 9004 3030123 Hinge f cover right 9005 3114481 Chassis top plate complete without switch 3114488 Chassis top plate complete without switch new colour from serial no 9006 3458925 Top plate complete 3459273 Top plate complete new colour from serial no 90
94. 52 2036064 Screw 2 5 x 5mm 53 2013150 Screw 2 5 x 8mm Packing 9301 J K 7 5 i 9302 9303 9304 e 1 9301 A 9301 9305 gu em gt lo 8 ROUND REF QUAD 1 TTM QUAD 2 TTM 6 5 1 j 2 1 DISPLAY Ef 9306 9301 3397920 Foam packing set 9302 3397983 Insert f cover 9303 3392468 Insert f clamper 9304 3946038 Foil 1 x 1m 9305 3946038 Foil 1 x 1m 9306 3392228 Outer carton 2777037 Holder f handle 2777038 Handle Wire bundles See wiring diagram page 2 3 The part no is printed on the diagram above the wire bundle as shown 22 CLAMPER POSITION BANG amp OLUFSEN List of mechanical parts 4 8 Accessories Guide Reference book Product Informations Circuit descriptions 8720047 8720048 AM loop antenna FM antenna 3505745 3505746 3505747 3505748 3505749 3505750 3505751 3505752 3505753 3505754 3505755 3505756 3505757 3505758 3505759 3505760 3505761 3505762 3505763 Danish Swedish Finnish English EU German Dutch French Italian Spanish Portuguese Greek Brazil Polish Russian Hebrew Japanese Taiwanese Korean Norwegian 3508389 3508390 3508391 3508392 3508393 3508394 3508395 3508396 3508397 3508398 3508399 3508400 3508401 3508402 3508403 3508404 3508405 3508406 3508407 Danish Swedish Finnish
95. 528 m 83 _ 73 R34 R35 36 3 BAV99W e PA MI gt 39k 5 TRA 3 E RRO EE D 2 8 Tan B tte LM358N_B le Ae le 2 ES ale ES zm MOTO1 1 a ja a ja a Ia ja Ja a a 39k V VU WW W W LM358N_A 9 CD MECHANISM LM358N_A TABLE O PCB41 CD secondary side LM358N_A 50 C75 54 C43 a KU C14 IP cza 32 898 8 5 C27 o 88 LES c2 Y 841 2 3 887 T CES nni Bg CH IC Bl 3 5 5 1016 a JE B uuu J 1 SR E RZ R15 0394 8 Co zip LESZ e p 104 GR E Ico e tol 7 7 08 BS 4 alla a H35 1 C23 87 O JO RSS 4 a s 21 Ball PET er R36 R40 8073 p e Bz 5 8 al R32 ES 8741 R28 R24 R 843 me EA EL R58 B 8 d gt Dr ES BI R13 111111 r 0 oo pim g 5101513 2041 5051 E511 55089 8509 2 18 Diagram E 2 18 2 18 Diagram E BANG amp OLUFSEN DIAGRAM E Master Link interface data audio PCB drawing for PCB32 see page 2 21
96. 594 Cover 91M1 8400212 Clamper motor 3984049 Barrierta Survey of screws etc 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 50 54 2052007 2058013 2058011 2058015 2072116 2054003 2625044 2052004 2622110 2390001 2620020 2011043 2058008 2622041 7530087 2036036 3333022 2622379 2036082 2625044 2052009 Screw 2 5 x 6mm Screw 2 5 x 6mm Screw 3 x bmm Screw 2 5 x 10mm Pointed screw 3 x 4mm Screw 2 2 x 4 5mm Washer Screw 2 2 x bmm Washer Washer Washer Screw 2 2 x 6mm Screw 2 x 2mm Washer Solder tag Screw 2 5 x Amm Damper f rocker arm Washer Screw 2 5 x 8mm Washer Screw 3 x 8mm 4 7 List of mechanical parts 4 7 4 7 List of mechanical parts BANG 6 OLUFSEN Guide f wire and ribbon cables 9150 9151 9152 9159 9154 9155 9157 9156 9158 Guide f wire and ribbon cables 22Module 8000514 PCB22 Clamper position 9301 _ 9150 2510178 Holder 9151 3015197 Ribbon cables complete with guide 9152 3151463 Holder 9154 2560284 Cover 9155 2810277 Spring f wire right 9156 2810278 Spring f wire left 9157 3032029 Wheel f wire 9158 3031535 Fittings f wire 9159 3014098 Guide f ribbon cables Survey of screws etc 1 2013137 Screw 3 x 10mm 13 2625002 Washer 23 2390002 Washer 31 2058013 Screw 2 5 x 6mm 41 2011043 Screw 2 2 x 6mm 51 2622499 Washer
97. 596 50V C87 4201362 2 2uF 1096 10V C32 4010220 100nF 1096 50V C92 4001131 47pF 596 50V C33 4011135 100nF 20 80 16V C98 4011122 10nF 1096 50V C34 4200916 4 70 20 25V C99 4001133 68pF 596 50V C35 4000442 2 2nF 596 50V C102 4011135 100nF 2048096 16V 637 4010216 22nF 10 100V C103 4201348 1uF 1096 16V C38 4201348 1pF 10 16V C104 4011122 10nF 1096 50V C39 4201407 820uF 2096 25V C108 4011122 10nF 1096 50V C40 4011122 10nF 10 50V 111 4011122 10nF 10 50V 41 4011110 1nF 10 50 C112 4011056 4x 1nF 10 42 4201254 330 20 16V C113 4201337 1000uF 20 10V 2 9 List of electrical parts BANG amp OLUFSEN 147 149 Resistors not referred to are standard see page 3 13 and 3 14 114 4001131 47pF 5 50V C120 4000466 470pF 5 100V 115 4011122 10nF 10 50V C123 C116 4201348 1uF 10 16V L1 8021113 Coil 47uH 10 L5 8020916 Coil 47uH 5 L2 8020772 Coil 10uH 20 L7 8020916 Coil 4700 5 L3 8020914 Coil 470uH 15 16 8021079 Coil 2 2uH 10 4 114 8021113 Coil 47uH 10 FIA 6600145 Fuse 5AT 250V F2A 6600155 Fuse 1 6AT 250V T1 8021268 Transformer 2 x 470uH x2 8090230 Crystal 32 768KHz 81 8700029 Lithium battery P1 7211227 Socket 16 pole P12 7211222 Socket 6 pole P2 7211223 Socket 8 pole P13 7211225 Socket 12 pole P3 7211222 Socket 6 pole P14 7211221 Socket 4 pole P4 7221272 Plug 2 pole P15 6030359 Ground wire P5 7211234 Sock
98. 6 5 7 470k AA SE C4 7 18 TR 3 un 8 Ta Y T m 31 1 R24 elie EF 1 ta 22 220 22n 22n R22 14 NE 5 R24 1A 12V n 15m 4k7 in 330k 8172 S 6 A 4 A TRT 14 ey PUMX1 1 Trei 1 i Pez 5 45 1A A A 1a a 10 1 m L 82 aede edes ola fas EN 6193 67 827 8 808 03 810 2 13 1 2 3 1 LLALAB IRFU9014 H208 ag t 5 5 4 ege B154 zla bdo 1 m P3 2 do 7 ex als ux 7 ral C14 59 C58 ale EE Kay FR GR B 5 BS men Wk LC s Lo r Y y J 05 10V BCE Ta 10n ion Tion 10 S T N k oss 8 Du T amp S 555 10 1 6 E 7 wl 1 1 zl Si sy fel mlx pa H207 x3 pe 3 BAS216 ER SAT 514 24 zla E PIP 10n 1 5 E 6201 I 1 C32 P120 36 amp g g ar ar 5 3 zu 3 BAT254 STA ge RIND e Gun re TR11 8 343 5 FOR SERVICE 12 Br 7 PUMX1 835 18 BC856BW 8 CAL We le e e ik B L 881 880 Ze 2 E jn bo 10k e 10k jg BELAY ON T e 1 m E C24 ie 8 817 I e PUMX1 D 1 5 The m ole C41 BL La wl els TRB 1A Tu Beo 5 w Ju RES I 017 x BFBL0 A 5 277 LUT EIO gt A 25 22 J276 CU DATA ON L2 22 lt 12V BAS216 A A J278 RSL 2 3C 104 ch 100 SUPPLY FAULT IF THE 5V SUPPLY IS 52V
99. 7 Lid Motor eet nenn diagram M page 2 22 page 2 28 20 ML Interface diagram E 41 CD VAM 1250 page 2 18 GD diagram C page 2 16 21 Headphone eee diagram G page 2 20 Turn Table Motor Control EN diagram D page 2 17 22 Camper Position iet diagram I L page 2 23 26 95 CD Mechanism VAM 1250 111111111111 diagram C D Be page 2 16 17 24 Light Indication left diagram J page 2 24 25 Light Indication right 99 9 9 diagram J page 2 24 a 11 20000 35 3 5 K 211 gt 5 5 24 25 3 I 14 e N ee Dee EPEE com EX 27 12 11 28 PCB13 PCB24 and PCB25 placed on the chassis topplate 1 2 Specification guidelines for service use BANG amp OLUFSEN SPECIFICATION GUIDELINES FOR SERVICE USE BeoSound 9000 MKIII With FM and AM range and RDS Type 2571 EU 2572 GB 2573 USA CDN 2574 J 2575 AUS 2576 TWN 2577 KOR 2580 LAT Operation Direct keyboard Beo4 BeoLink 1000 Mechanical functions Change from playing CD1 to playing CD6 Lid closed and known CD s lt 6 5 sec typical 4 sec Position of CD Typical x1 Tuner Number of Programmes 60 Stereo Mono selection Automatic manual Tuner FM section
100. 8021384 Coil 108nH L203 L204 8021350 Coil164nH Other electrical parts like PCB1 type 2571 2572 2573 2575 2576 2577 2580 IC3A 8343945 147 SWIC L1A 8022318 Coil 2 x 3 3mH P85 7221057 Plug 2 3 pole P86 D1 8300915 209 GF1M 2 3 8301045 250 BAS216 C1 4200821 1000 20 50 6 3V RLTA 7600120 Relay 5V FIA 6600084 Fuse 100mAT 250V P82 7221057 Plug 2 3 pole P83 7211221 Socket 4 pole P84 7221163 Plug 4 3 pole R1 5000194 3 3MQ 10 1 2W FIA 6600164 Fuse 100mAT 125V Other electrical parts like PCB5 type 2571 2572 2574 2575 2577 2580 IC1A 8342095 138 74HC138 IC8A 8341277 138 74HC14 IC2A 8342270 138 TIMER 555 IC50A 8341857 138 LM339 IC3A 8340740 138 4013 IC51A 8340433 138 74HC86 IC4A 8342681 138 SI9958DY IC52A 8341812 138 LM393 IC5A TR50 8320755 51 BC847B TR53 8320811 51 BC857B D1 8300606 250 1L4448 D13 8300606 250 1L4448 D2 8300907 256 8 D15 8300606 250 4448 D3 D50 8300606 250 1L4448 4 8330387 265 Led red D55 5 8300606 250 4448 D6 R59 5013256 39KQ 1 1 16W C1 4010274 100nF 20 80 25V C10 4201448 330uF 20 6 3V C3 C11 CA 4010272 22nF 20 80 50V C12 4010321 470nF 20 80 16V 5 4010274 100nF 20 80 25V 13 6 4010314 220nF 20 80 25V C14 4001143 470pF 5 50V C7 4010315 22nF 10 25V C15 C8 4010321 470nF 20 80 16V C16 4001135 100pF 596 50V C9 3 3 List of electrical parts BANG 6 OLUFSEN PCB9 8005312 Sledg
101. 88 1000 IC14 TDATOTZAT o 51 P45 3 3 CD MECHANISM BANG 6 OLUFSEN DiagramD 2 17 2 17 Diagram D 2 17
102. AGRAM 8 Stereo decoder and power section PCB drawing for PCB1 see page 2 15 01 Stereo decoder and power section R312 7 26512 644 ou 10 4 i orz 6147 gt OUTLR 309 KRS n 19 u GNDA me LOUD VOL gt OUTLF TREBLE BASS 10 OUTRR Cf 10300 la C310 R316 OUTRF 8 QUT_R GNDA GNDA TDA74030 180 5532 cus o 10u C301 Su 7 E DIGITAL CONTROL 33n R300 4 ori 6146 27 ale L303 GNDA 28 7 4 10m Y 3 LL MPX DEMODULATOR H L See GNDA STEREO ADJ C318 C300 R301 L Joo STEREO BLEND CANCEL 180p Au Zei 5 1 mis Y gt 608 1 J sueety Lyf NOISE PULSE 0 SEL 8833 Sne PIL DET BLANKER FORMER s
103. AM FRONTEND AM ONLY 100n p 68p g 39 2 10203 2 E 5 5 ST24C02 amp z R244 lt e 100 e R243 5 5 100 u gt gs 3 281 282 MEMORY s a 0 SDA n 4 47 1262 3225 18 I 0 e P 10k 8 TR204 2 Hi AKT scl EMC a xEMC 80870 1 AR AMT 7 ale EMC zx L216 51 SCL NN 8876 2u2 2 2 217 x SDA aaa R BB37 I 2u2 erc C287 GNDD u H FP205 B45 1000 xe GNDD SH_GNO 21 DIG BE DIG_TUN 2 con A FILTER 1258 C257 BB24 100n 1 a E SENS 5 xw G mc BB22 x x 5 i 9 S F A ALA 18 16 2 12 Diagram 2 12 2 12 Diagram BANG amp OLUFSEN
104. B41 CD Use Test Mode pin 15 8 16 gt defect 6 1091 05 Is there app 2 5V efective je Start Turntable Motor Test Mode 63 see Service NO 841 manual for instructions Measure 41P99 I DISC DETECTOR CD mechanism def pin 1 2 and 3 Is there app 6V pp defective Turntable motor def v Does playback NO Does CD stop with NO Signal on 32P26 pin 1 NO PCBA1 CD begin sound in app 5 seconds amp 2 OK digital signal defective 5 je ie Choose another CD O Check optocouplers on PCB30 amp 31 and Check radial PCB32 5 the previous CD 9 gt their signal path on PCB22 If this is OK ecs racia IN OUTPUT SELECT servo and motor placed correctly then PCB35 MOTOR CONTROL is defective defective jm Randomly place a CD from the CD library Check if there is a 5V Choose the CD and push ST BY NO pulse during lead in BELLE CD Is the CD placed correctly on a CD 35P50 15 086 pe PCB35 MOTOR CONTROL defective BANG amp OLUFSEN Dismantling and assembly English 6 1 Dismantling and assembly READING GUIDE ACCESS TO THE INDIVIDUAL MODULES PCB1 FM AM RF IF Decoder PCB3 Main microcomputer PCB4 Mains Filter BeoSound 9000 has a high level of integration of mechanics and electronics To achieve optimum servicing it is therefore important to follow these dismantling instructions carefully when servicing the product The disman
105. BeoSound 9000 MKIII 11606 2 571 0 Service Manual English German French BANG 6 OLUFSEN BANG amp OLUFSEN Survey of modules 1 1 1 FM AM RS diagram A AA 8 BB 26 End Stop Detector issa diagram M page 2 11 12 13 14 page 2 28 3 Main Microcomputer a diagram J 27 Safety TX saa u sua ci diagram M page 2 24 page 2 28 4 Mains Filter ioo iiit inne cs diagram N 28 Safety RX iini tet ipie pisce diagram M page 2 29 page 2 28 5 Mains Relay ici diagram N O 29 LAMM diagram page 2 29 30 page 2 23 7 Display diagram 30 IR Transmitter tacho clamper diagram I page 2 23 page 2 23 9 Sledge Position 555 55 955995595599 diagram M 31 IR Reciever tacho clamper diagram I page 2 28 page 2 23 11 Main Keyboard right 99 9 diagram H 32 Input output Select Sound Adj diagram E F G page 2 22 page 2 18 19 20 12 Main Keyboard left diagram H 34 Power Supply diagram C D G H I J L N page 2 22 page 2 16 17 20 22 23 24 26 29 13 Secondary Keyboard 5956 96995599 9 diagram H 35 Motor Control ee diagram L M page 2 22 page 2 26 28 14 ME diagram 3
106. C12 y y y 3 gt DIG OUT 3 F149 LASER ON VDDA1 SAA7376GP UP INTERFACE E 1 567 7 SCH HERR DL y 1 7 CA 75 03 Gem 100 44 DECODER Fund m R16 uP INTERFACE ZE 220p 100n N HE 10k 1 TE he A I E TDA 1305 2 9 0 gt 1 53 R17 M 1000 Fe lt PAPE Ge ILL FOCUS 10 4 PREPRO CONTROL CONTRO L e CESSING F PART FUNCTION LASER P429 TOR us id GE R87 ci2 c 3 c as gt DIGITAL PLL OS 12k Ml 06 NE 4x220pF T SE E D A DEMODULATOR 665 SRAM s VREF Ars E nan 6 RAM ADDRESSER KCK RADIAL ASF lt VDDA2 CRIN INTERFACE Y MOTOR CONTROL MOTO1 gt CROUT TEST1 SL_VDD1P VSS3 VSS2 DOBM CL16 CL11 0513 Vref2 2 C48 2928
107. CD Stops CD Mechanical test of finger protection sledge and led Adjustment of autopositioning TM 74 Safeguard level set to max Having selected test mode select CD before using test modes associated with CD and select radio before using test modes assosiated with radio If you select a test mode that is not valid e g a CD test while CD has not been selected the display will read WRONG SCR TM 5 4 Test modes English BANG amp OLUFSEN Test mode activating by Beo4 Deactivating test mode by Beo4 TMO1 TMO2 TMO3 TM04 TM06 Wait 20 30 sec after connecting to mains Since BeoSound 9000 is in option O if Power Link speakers are not connected the option has to be changed to 1 Option 1 can be obtained by short circuiting pins 2 and 4 on the Power Link sockets See Brief operation guide for further information if necessary By means of remote control from St by can only be done if the product is not in option 0 Press SHIFT 9 O 2 5 8 with no more than 2 sec between the individual entering The remote control has to be in RADIO or CD option In test modes the tuner is fully functional and may overwrite the display but the TM will continue Select CD to view CD test modes Press and the display shows TESTMODE OFF or disconnect from mains Automatic offset adjustment for FM This is done by letting the tuner search for the frequency 100 MHz 84 MHz for Japan and when the signal is fou
108. E a I 1 QUAD 1 x 83 5 RS1 SLEDGE 35 10 7 il Lk 7 LAS L c3 m 37 3 5 M do QUAD 1 SLEDGE lt ik 5 rev M R2 M324 8 R96 A sv 0 55 00 10k SV MOTOR e gt 5V MOTOR Ge 25 SCH IR LEVEL gt SS 1 gt PCB37 Lid Motor MOTOR cm la E efx zla ule TRA9 n SIS 215 100n 1 1009 87 R361 40 e mouse a EES Me SAFETY i o u 2 GEND STOP DETECTOR 2 TX RX ENABLE eee R34 0 TX L409 A gt Tk 4 808478 808578 PL 22 8 817 4D eet A 5 R SAFETY TX SAFETY TX SE Si 7 P75 6 GE 2275 62 558 7 3 SV MOTOR I Ta L413 REF POSITION REF POSITION gt REF POSITION L 2 SAFETY P55 1 P75 1 f RX R 8 DISP 5 gs MoToRD gt lie TRI point at i C BPW 77 ls AP 3 0 A3141ELT 5 E cpy FL 0 gm SS B 415 E HE 1830 P55 5 P75 100k HF 15 4 868 32 m i CTRL TTM ETA ege I TRZ 2 U 5 C 8 8217 40 4k7 m 100n 4C C70 wo L TR29 4c SE SES E SAFETY RX SAFETY RX 1 TIN 56 1k gt Spe 8 0 2 855 P75 4 P96 4 BS EE 8207 Sie S Es ZIE 55 M 0 e 1 SIE TR28 40 33n BC847B TR27 in BC847B PLUG CO ORDINATES P51 1C P52 3A P54 2D P55 20 BANG 6 OLUFSEN Diagram N 2 29 2 29 Diagram N 2 29 DIAGRAM N Power Supply PCB draw
109. E 359 C101 R86 sw Mai T RES x 7 LE 100k 5 53 73 37 8115 40 2 LUT R605 x Fe AL DATA 0 7 5 NC Er A ni ATE 100k lt 220 21 L 172786000 MLR 8 3 AUX IN MUTE 360 gt IC BUS DECODER amp INTERFACE 95 ES EM AM R E131 ML RIGHT 28 7 i 0 2 10 THN 355 362 10K 5 11 TR30 PDTC114EU 7 R38 Om 888 s E13 d 3A 38 B145 FM AM RIGHT LAZ 1 L Ik ICh au F140 10k LUT DA73180 alx P20 2 E RE I E135 EE SUPPLY TL SCH 1 RS L 7 E136 38 825 8196 5 8195 R39 D 889 x ESCH 687 10k 47 1k sv p 7 a L x CD RIGHT R254 16 R255 48 E 5k62 15k R196 7 10k A B 1C10 38 HD_RIGHT 351 Tus als a 4558 S 111 R30 3 R22 z TRIS 7C R50 x 97 47 47 N193 STE 5 sy FMMT491A 100 10 7 7 cm v 8606 28 Lu z TR22 2SC4213 E 42 Al x 19 3 p EE P 8 TR602 34 Tak D IH K i 1n 100n Sien 1 DE 86 P R 25 4213 lo 3 ML AUX OUT MUTE 2 5 E R607 2 iok m EN N196 LF STROBE 6 3 m gt 10k 6 ES v P22 13 8606 Sx x 95 LF DATA R60T v 6 1x1 em SE m NL ex 10 7 ate d ER Sw ss mx TROS Ba R607 24 2s mm az FMMT 91A N197 CLK 5 ok 9 al P22 11 07 A 3 2 3 54 352 LF RESET Bl Ns g 52236 10k aay D20 10n 1 R193 2 35 150k BAS216 R192 D SV 600 1k
110. E CONTROL lt 2 DAC ADJUSTMENT 5 I I I 0 I I CLAMPER MOTOR SLEDGE MOTOR LID MOTOR 351065 35IC6 MOTOR CONTROL SIGNALS LF STROBE CLK E PCB35 M 35IC2 MOTOR CONTROL TACHO Di Q oe a r ee DISPLAY 111 CLAMPER SLEDGE LID I END STOP AUTO DETECTOR I I POSITIONING POSITION POSITION 1 I PCB7 i DIS DATA 30 3 221 1 PCBO9 w PCB37 PCB26 MII SP 4 DIS CLOCK er a EZ ui b od I STROBE PCB32 LF DATA LF STROBE CLK 34 7 POWER SUPPLY CONTROL 2 MAIN 1 MICRO M S BUS COMPUTER IICI PCBO3 w LE DATA z LF STROBE IICI I ML 9 CLK RER 4 DATA E GE 341C10 341C12 SR LINK PROCESSOR PCB34 SECONDARY PRIMARY 1 KEYBOARDS PCBIS 1 12 1 DIAGRAM x BANG 6 OLUFSEN Block diagram 2 5 2 5 Block diagram 2 5 Block diagram for AM AM ant PIN AGC D205 LPF FILTER DIVIDER 6 or 10 FILTER CERAMIC IF IFT1 FILTER L205 BP201 200 Block diagram for Frontend Tuner
111. ID LED ON P9 5 lua DIDA CD LED 4 P73 3 P9 3 i que NE MOTOR_ON 73 5 TR36 l p7 0 LED 6 Display clock P73 7 Belen GU FM AM P P3 5 Reset Tuner A Gr M SCL 1 SDA 1 1010 MK41T56 1 AMPER POSITION P60 8 87C654 Display data Sledge motor on gt Round trig TIM in TTM dir TX RX enable TTM Sledge break BANG 6 OLUFSEN Block diagram 2 9 2 9 Block diagram Block diagram for Motor Control 35109 2 gt GEAR 351C9 3 P50 14 ID SFSY 41IC16 CONTROL 37PE2 10 NO GEAR 8 P BIT 6 35 4 P BIT 2 P50 15 s DETECTOR P BIT CLAMP POS AS 0 77777 P50 9 3 41TR2 3 PE1 22IC1 30 DISC DETEC 50 20 BSC Ger 7 CLAMP POS 2 12 DETECTOR P50 8 CLAMPER yy BW IN 18 41IC1 POSITION Fa sa lt 35IC2 14 J P50 16 TABLE 9 8 CLAMP POS 3 13 or CONTROL 550216 MOTOR CONTROL PROCESSOR CTRL TTM 7 o P50 17 221C2 5 7 TTM DIR P d QUAD TTM auc La INT TTM 7 6 6 7 QUAD 2 TTM DAC LID HOLD OPEN gt i 3 LID HOLD CLOSED 41 TACHO Y 3 6 5 CLAMPER T 33 CS 221C2 P50 11 SLEDGE POSITION V 35109 1 5 6 p 7 2 P52 2 351C9 11 7 2 gt gt P52 3 P55 4 t SAFETY FINGERGUARD 7 SAFETY RX P55 6
112. J310 J290 9 S PCB drawings 2 30 2 30 PCB drawings BEEN DIAGRAM O Mains relay USA 008 MANS O MAINS RELAY 7773 FILTER 3M3 STA 12V 85 1 0 gt pi 11 3 2 ET 110 2x3m3H i A MAINS i ae 2 m mer TF1 1 H ST BYS Tooma P9 1 S 81 1 a SE cox 4448 R2 2 oo ps gt i 2 d 1 R3 3 gl 41 SZM PCB14 IR Receiver NJ 2 O A a e ES Z ojoj ej o CY est P49 B C dP N un B amp O Bi Cc C 3 co Sra UN ale S Em R a ST C12 gel I m E 4 TR3
113. LOCK GND EM 10K_ DISPLAY DATA GND ATS 11 5 LIGHT GND Ta LIGHT AC 12 GND TTM IN E 3015188 LIM 6277154 6277155 10 TTM DIR 5 SV MOTOR LOAD 2 P BIT 11205 EDGE GUAD 1 SLEDGE DISPLAY DATA DIGITAL OUT DE E QUAD 2 SLEDGE DISPLAY CLOCK DIGITAL OUT SLEDGE MOTOR D LOAD 1 MBUS gt gt OSITION mim SBS SL DGE MOTOR 90M2 CLAMPER MOTOR X QUAD 1 TTM SFSY a LAMPERMOTOR A QUAD 2 TIM DISC DET m SLEDGE MOTOR CLAMP POS 2 GND CLAMP POS 1 CLAMPER MOTOR r CLAMP POS 3 CLAMPER MOTOR E SLEDGE MOTOR CaN 91M1 CLAMPER MOTOR DIGITAL OUT 6277216 CLAMPER MOTOR DIGITAL OUT 3 MENTOR 1 SFSY 6217154 RS 37 76 LID MOTOR ETE 90M1 LID MOTOR TINAN LID MOTOR GND ROUND TRIG LID MOTOR DISC DET 0 CONTROI 5V_LID SENSOR NO_GEAR 6277155 P 25 1 6277154 GND 2 REF_ POSITION 5V MOTOR 3 SAF SV MOTOR GND n GND 5 LID 5 SAFETY RX SV DISP 6 RI GND SDAL 1 Su 8 SAFETY TX SCLi 8 ae 5 4 E 55 6217156 12 6211156 P12 6211158 11 PRI ROW 6 1 pss PRI ROW 4 1 NC PRI COL 7 PRI Row 3 2 5 ROS 520 5 PRIMARY PRI ROW 3 PRIMARY PRI ROW 2 3 12V FM AM 1 c PRI COL 1 c I R W 4 GND 2 KEYBOARD KEYBOARD aL Eo om RIGHT LEFT PRI COL 1 6 Bsp 4 P21 HP LEFT 8005313 P13 3 GND E 8 HP ON OFF 1 SV 1 CLAMPER MOTOT NC X CLAMPER MOTOT Nd 7 2 GND 2 CLAMPER MOTOT NC CLAMPER MOTOT 6 13 3 SEC ROW 1 3 12V 12V 3 n SEC ROW 2 n 5 GND GND n E FCONDARY 5 SEC ROW 3 5 2 2 12V 12V 3 e
114. M61 TM62 TM63 TM64 TM65 TM66 TM67 TM68 TM71 Focus ON The CD pen will try to focus This TM can only be turned off by using TM62 Focus OFF The CD pen will be turned OFF Starts turntable motor In order to ensure a controlled rotation TM61 should be completed before you activate this Test Mode This TM can only be turned off by using TM64 Turns off the turntable motor Light pen to outermost position The optical pickup unit goes to the outermost position and stays there This TM can only be turned off by TM66 Do not give other commands in the meantime Display LIGHTPEN OUT Light pen to the innermost position The optical pickup unit goes to the innermost position and stays there Display LIGHTPEN IN The CD starts playing The CD stops playing Mechanical test of finger protection sledge and led CDs must be loaded in positions 6 5 4 3 2 but no CD in position 1 the position nearest the LOAD button The CD must be stopped and the lid must be shut when the test is activated The following sequence is executed End stop is found the sledge runs slowly This tests sledge tacho sledge motor calibration of the end stop switch Lid opens and closes This tests optocoupler for glass lid Test of finger protection circuit The sledge runs the longest possible distance slowly once then quickly twice This tests the sledge tacho for phase errors between quad 1 and quad
115. MING OK will appear on the display o Press to store the name and exit the naming function You can press RADIO at any time to store and exit the naming function RADIO To clear a name NAMING then CLEAR Press to access the naming function Press to clear the name Playing auxiliary sources A AUX Press to select extra equipment Adjusting sound VOL Press to raise the volume VOL v Press to lower the volume TREBLE Press to access treble BASS Press to access bass BALANCE Press to access balance Press to raise or lower the r treble and bass levels or adjust the balance between the left and the right speaker o Press to see the status of the loudness adjustment function LOUDNESS ON or LOUD NESS OFF Press LOUDNESS again to change the setting LOUDNESS OK Press to accept all sound levels SOUND OK appears on the display then OK Press to store all sound levels If you have not stored your sound adjustments Press to reset the sound levels to their previously stored settings RESET Switching displays example RADIO Press to turn on the radio Press repeatedly to change the radio display indication Programming Timers Press to start programming timers Press to choose a source for or your Timer or choose a Timer GRD sch then Press to accept the Timer Then program when you want the Timer to start and stop Press repeate
116. PADS J7 3 1 2v P1 4 034 m gla 8105 m k UU C L 034 u gt 30 1283 STROBE es 888 81 TR21 2 15V 820 1 TO IRFUSQ14 5 J284 DATA SYSTEM ON R88 3 R88 Em BC846BW 5 o 1 ON 1006 Dale 1 2 1 I 3 7 2 3 3 8 d S 2 x m a J285 CLK GE lb C38 z es RIS ES 0277 2 1924 Gm 2a 3 4 B VE m 3 in mm gt 10V BERETE x 6197 u 5 10 4 4 e 55 6 x ji 7 LATCH ic x s s 5 N x x aax 5 elle DRIVER mA AE TE x sy cs EMES mc 202 820 y 12V gt 5VuP LB Y 2 7 5 I Six 2u2 a E E 5 12V 3 G198 e 1C gaj mi Di Z 7 ES 8 C40 C4 J280 OE OFF iL E 11 z S 7 cz gt Uk Merle 827 lt p m m T Za 74HC4538_A B TRS4 20 5 BF840 10n in in G200 5 57 1 1 1 R243 BC856BW SIS a 20 00 SE PLUG CO ORDINATES v EB 4286 RESET Y y y y y IF THE 12V SUPPLY IS H E p NN ZY 6199 gt 47 y J Z i SUPPLY IS 114V SHORT CIRCUIT THE SOLDER PADS J DAD PIL iu TET 3v3 P2 3G P15 gt x C51 C52 Ee gt 2 gl P amp 2G P16 16 JE mos i i gl 5 z lt P9 4D P17 LA 10n Ti 389 72 513 45 120 36 22u F 1287
117. SAFETY TX ROUND REF L ROUND REF 35IC3 INT SLEDGE QUAD SLEDGE 44 QUAD 2 SLEDGE CTRL 35TR27 TTM 7 35TR3 CTRL 35TR32 PULSE 10 35TR34 32 DATA SLEDGE HOLD 2 gt CLAMPER 35ICI3 5 351613 MOTOR CLAMPER HOLD UP p gt CLAMPER HOLD DOWN CLAMPER LIMITER 35TR43 ADJUST 25186 351816 POWER SUPPLY FOR CLAMPER LID IN OUT CLAMPER AND LIDMOTOR ON 35107 CLAMPER LID OND 1 gt SLEDGE 35ICIO DRIVER MOTOR DRIVER 17 CDI 35TR2 SLEDGE HOLD gt CD6 35TR3 351814 57 SAT SENSE 35 CURRENT SENSE lt 20 REF POSITION 35TRI15 35TR19 35TR20 35TRI8 35TR2 SLEDGE BREAK 35TR47 48 35ICIO 35TR25 0 SLEDGE BREAK 35IC10 2 35TR26 26 tcl DETECTOR X DIAGRAM 2 10 Block diagram 2 10 2 10 Block diagram BANG amp OLUFSEN Block diagram for Power Supply Power SUPPLY EH 13 SECONDARY KEYBOARD 12V SUPPLY MAINS MAINS RELAY FILTER 5 CD 9 CD 5V MOTOR 5V DISP 12V FM AM 12V 12V 5 25 30V 5 LID 5 LIGHT VIE 5V p85 1 NS RISE MODE PI3 4 71 4 07 M m x x x x x x x x x Ns 2U FM AM X X x x x x x R IE RECEIVER AUX x x
118. T C9 CO CD 130 e Jin O2 o2 O 1 0 I t ist zi 132 69 1 b L111 3 SIE a R34 TR32 TR30 FE 8 gt pH CO Jen kle C57 y CO CJ EE R84 o rm Co aH b d lt u dz 18155 et i 8104 7j O E 121 lx H 4 mei 8241 C5 CF 1 67 do C33 2 c R169 LO Em zz gt ERI pas 2 i P Em T RA RB c P RE 8 CO 0 EEEE BEBE ego x OS ICN ICNI ION 6 a 6 loc R53 ep ES E Jab E LJ Sale Cy Boi Bj ERIT TE 8 TE En 8 pr 5 S u 111 zu E to ES HE 1849 TR36 88 vn ae E zi al Bar 122 oj N F 4x EB C OCH am 8 5 sd 47 34 3 7 5 5 C120 R103 ed cee 8101 x ce C76 9 DE m 5 1 N C12 leao IM C121 71 R39 gt N R233 2 CO 2 ET a ke u 837 gt DA o Al TRIS R10 nnnnnnnn 17 0 TI do C u C5 8102 8328 JE e CN 2 op R68 C 8 m BB Bp D8 sess b S se m cO jii ap sp poi LA 04 qe jez 5 Ol loll loll o al 11411 R245 8234 O 0 Cue T ech SIE m ccc c qub 541830 rc r ZG a aj FE co 8 nth 7 E os Jee c 4 7 oO
119. V C62 4011135 100nF 20 80 16V C20 C63 4201348 1uF 1096 16V C21 4011135 100nF 20 80 16V C64 4011122 10nF 1096 50V C22 4010274 100nF 20 80 2V C65 4001141 330pF 596 50V C23 4000412 100pF 596 50V C66 4011135 100nF 20 80 16V C24 4011126 22nF 1096 25V C67 4001139 220pF 596 50V C25 4011135 100nF 20 80 C68 C26 C69 4201349 470 20 10V C27 4011135 100nF 20 80 16V C70 4011135 100nF 20 80 16V C28 4000442 2 2nF 596 50V C71 C29 4001131 47pF 596 50V C72 4011123 12nF 1096 25V C30 4010282 470nF 2048096 25V C73 4001141 330pF 596 50V C31 4201359 3 3uF 20 16V C74 4001139 220pF 596 50V C32 4010282 470nF 20 80 25V C75 4011135 100nF 20 80 16V C33 4011122 10nF 1096 50V C76 C34 4000442 2 2nF 596 50V C77 4000442 2 2nF 596 50V C35 4011135 100nF 20 80 16V C78 4011128 33nF 1096 25V C36 4201359 3 3uF 2096 16V C79 4201349 470 20 10V C37 4011135 100nF 20 80 16V C81 4011130 47nF 1096 16V C39 C82 4011135 100nF 20 80 16V C41 4201359 3 3uF 2096 16V C83 4001141 330pF 596 50V C42 4011135 100nF 20 80 16V C84 4001138 180pF 596 50V C43 4000424 1nF 596 50V C85 4201349 470 20 10V C44 4000400 10pF 596 50V C86 4011126 22nF 1096 25V C45 C535 4011135 100nF 20 80 16V C46 4010237 1nF 10 50V C540 4000400 10pF 596 50V C47 4011135 100nF 20 80 16V C541 4011135 100nF 20 80 16V C48 4201359 3 3uF 2096 16V C543 L1 8021135 Coil 10uH L2 8020822 Coil 3 3uH 5 T1 8021159 Transformer 796KHz X1 8090157 Crystal 33 868MHz x2 8030246 Crystal 1
120. Y SIDE 238 LOAD 2 ik aB gt Do R is i BIE PEZ Par czo Succ 74014 Als 7 P J253 4 als LIE 1M 100p 100p 03 s Hl E 3 p 015 be ES 375 CLAM Em 1 POS 1 p 23 sk gx 7 100 3 CLAMP POS 1 2 9 EIS 7 8 Ss 2 P60 5 57 8 P10 9 IC5 28 Si9958DY o aer 2 n PLUG CO ORDINATES 8 7 SU Y 2 C14 mazaa S 862 2A P63 28 n 7 1 T P68 1A P69 2 2209 470p 536 li ex E n LL R13 s COMPONENTS PLACED ON SECONDARY SIDE er 1M mug CLAMP ee POS 2 CLAMP POS 2 L240 M 5 Ho baa Ena pios 28 7 8115 2 100 ax Y x 4 LM324 8 PCB22 Clamper Position CLAMP POS NO PE2 3 ICPT1200 R20 0 E 1 1M 1 84 C6 7 1 PAWL IN SLEDGE LOCKED B 0 E 1 CD MECHANISM DOWN alg Su 10 mais CLAMP TR 1 CD MECHANISM FREE m gm Hips 5 dT 100 3 3 gar POS 3 L241 R3 F alin PAY top 3 P60 7 P7 6 P10 10 H5 R48 Es AE C1 m gt vu LM324 C amp S O a UU u3 R7 R20 R25 L PE3 ICPT1200 C7 B24 ict 62 3 miki 100 Russ 31 IR TACHO P 1 4 QUAD 1 TI gt QUAD 1 TIM 1244 CLAMPER RX P60 3 P7 10 210 6 D m EE QUAD 1 TTM GE 32653 C a R14 5 QUAD 2 TTM Rs P69 4 2 7 Al A R16 gt ROUND REF Die Zu ng t3 P69 2 62 4 QUAD 2 TTM 100 6 gt 18 2 u iX PE3 I PE2 ES sf 109 7 S 0 2 TIM QUAD 2 TIM L245 8781 848 21 8 5V MOTOR _R28 RZ9 5 100 gt 550 BEEN TEMT2100 1 1 2
121. Z a Gl IC10 C1 0101 HANISM DOWN in gt 4 zlo gt 94 2 el s EB zu ah Ia A Gas 2 2 L 14 P7 2G P10 4G N420 lili HANISM FREE S l 2 100n HE vx Sasa ayo al Mel e DS 24V 11 P50 10 P51 1C P51 2 0111 010 PLAY 3 z g AS al m Bu EaS ES2ERSZ aa lt lt H5 53 1A a a ala a la we x ax ae la o Add o o le www V z M410 61 50 62 68 65 56 0176 M409 0177 0178 408 1243 59 M402 M404 67 57 61 BANG 6 OLUFSEN PCB drawing 2 27 2 27 PCB drawing 2 27 PCB35 Motor Control 1 31 V U
122. an be locked so that it cannot be operated on the product Press SHIFT90369 The remote control terminal must be in audio mode The display reads LOCK The function is stopped by pressing SHIFT90369 The remote control terminal must be in audio mode SHIFT is found under LIST on Beo4 The display reads UNLOCK Centering the CD drive mechanism The sledge must be in position 1 Centered for a horizontal position Used for the bracket type 2053 Centered for a vertical Centered for a flat or near flat position This is the factory setup 4 position Centered for a horizontal position Used for the bracket type 2054 1 8 Brief operation guide BANG amp OLUFSEN The PIN code system Activate the PIN code system While the BeoSound 9000 is in stand by mode you can set up the PIN code Press w twice followed w by PAUSE to activate PAUSE the PIN code function The display shows NEW PIN for 1 5 sec IE then you can enter a PIN code a Press to select a digit w OK Press to accept the digit The digit is replaced by a and the next under score blinks Continue to enter the last three digits in the same manner If you wish to change the entered digits RESET Press to start entering from the beginning When the PIN code has been entered OK Press to accept the PIN code The display shows CONFIRM for 1 5 sec
123. an exchange module to be erased again If the product functions are OK the theft protection is also OK there is no need for testing the functionality of the theft protection When the product is connected to mains wait 20 30 sec before operating All addresses in ML has to be updated after disconnecting mains voltage Exchange of software EEPROM on PCB3 When exchanging the EEPROM on PCB3 the data from the micro processor will be written into the EEPROM when selecting any source e g RADIO It is possible to borrow an EEPROM from another BeoSound 9000 to test if there is suspicion of a fault in the original EEPROM The EEPROM will always adopt the data from the main micro processor Exchange of both micro processor module PCB3 and software EEPROM on PCB3 If both the micro processor and the EEPROM need to be exchanged it is necessary to have them pre programmed from Bang amp Olufsen with the correct serial number otherwise they will not work Please contact Bang amp Olufsen Replacement of 7DP1 7DP2 or 7DP3 When display 7DP1 7DP2 or 7DP3 is replaced all three displays must be replaced to ensure an uniform light intensity Replacement of 29IL1 and 71L1 When 29111 or 7IL1 is replaced both light bulbs must be replaced Replacement of light indicator When either Light indicator PCB s is replaced it must be fixed again with double sided adhesive tape Replacement of PCB35 PCB27 PCB28 and the mechanical parts of the finger protecti
124. antling for further information if necessary Adjust the clamper until it is parallel with the top plate BANG amp OLUFSEN Test modes English 5 3 Test modes Because of the high complexity of BeoSound 9000 MKIII it is important to use the built in test and service functions during and after servicing the product A good approach to finding an error is test mode 27 in wich a report can be seen Remember always to execute test modes 71 and 73 after a repair situation TM test mode names function for adjustments and service Tuner test modes Master test modes CD test modes WRONG SRC TM TM 21 TM 71 TM 73 TM 01 TM 02 TM 03 TM 04 TM 06 TM 07 TM 20 TM 61 TM 62 TM 63 TM 64 TM 65 TM 66 TM 67 TM 68 Automatic offset adjustment for FM Manual offset adjustment for FM Status for offset adjustment Variant status Check RDS name Setting up of tuner variant Test of display functions Open ML out TM 22 TM 23 TM 24 TM 25 TM 27 TM 28 TM 31 TM 32 TM 34 TM 35 TM 36 Test of keyboard functions Software version Service operation counter Open ML in Service of error detection Validity test for ROM RAM EEPROM Set default settings Read out of product ID Read out of options Power down ON Power down OFF Focus on Focus off Starts turntable motor Stops turntable motor Light pen to outermost position Light pen to the innermost position Starts
125. arry out a correct adjustment of the autopositioning circuit The optocoupler tacho circuit may be defective 36 CC TTM ref opto error Occurs during test mode 73 only The signal ROUND REF from PCB31 IR tacho clamper RX is missing PWR Power errors 20 CC power error Mains drop out while the sledge was moving 100 CC motor FEP power fail This TM checks the function of ROM RAM EEPROM O A P To readout TM O and A have to be E g MEM indicates error in the EEPROM Default settings for sales purposes Option 1 Volume 32 Balance 0 Bass 0 Treble 0 Loudness OFF Radio programmes erased CD settings erased Timer settings erased After default settings the display shows DEFAULT TM ERROR If error occurs in TM the display will show TM ERROR Item number serial number type number master pin code running counter and all offset adjustments will not be erased ID readout of the product Press GO to toggle between the ID numbers Item no 7 figures Type no 4 figures Serial no 8 figures Master PIN OK or ERROR If error in the readout all figures 0 Option readout Power down ON When power down mode is possible the display TM OK 5 12 Test modes English BANG amp OLUFSEN TM36 Power down OFF When power down mode is not possible the display TM OK To use CD test modes it is necessary to select CD in the TM the HF signal will not be used T
126. changed the year the display now reads CLOCK OK then Press to store your new setting of the clock Press to show the clock CLOCK CLOCK Press to see the date and year To display the clock permanently Press when Date and Year is displayed and change the display to time and ON e g 14 40 ON press again to cancel the permanent showing of the clock e g 14 41 OFF CLOCK Option programming Beo4 hold while pressing LIST ntil the Beo4 display reads Until the Beo4 display read OPTIONS then then Ea or Until the display reads A OPT Disable the remote control function Enable the remote control function Option programming BeoLink 1000 Disable the remote control function 0 328582 Enable the remote control function Automatic demonstration The product can be brought into automatic demonstration mode in which it plays back 90 randomly chosen tracks Each track is played back for 20 seconds Load six CD s with at least ten tracks each Bring the product into stand by Press SHIFT 9 1 9 9 6 The remote control terminal must be in audio mode SHIFT is found under LIST on Beo4 The automatic demonstration can be stopped by bringing BeoSound 9000 into stand by which is done by actuating stand by on the product During the automatic demonstration the sound will be muted Demute the product if you want sound Locking of glass lid The glass lid c
127. ct Registration of the modules cannot be changed The service code must be entered when a source is selected and the product asks for the PIN code PIN _ _ _ press down the button Keyboard for three seconds and the display now writes PIN _ _ press w a Keyboard to select digit press OK Keyboard to accept digit If the PIN code has been forgotten 5 tries every 3 hours with mains connected the only way to unlock the product again is by entering the 5 digit Master code The Master code can be ordered at Bang amp Olufsen When a source is selected and the product asks for the PIN code PIN press down the w button Keyboard for three seconds and the display asks for 5 digits instead of 4 PIN _ enter the 5 digit Master code Press a Keyboard to select digit press OK Keyboard to accept digit 7 The Master code is ordered by sending a request either via the Retail System or on the Master code formula if non of these options are available please contact Bang 8 Olufsen Exchange of micro processor module PCB3 When exchanging PCB3 remember to insert the EEPROM from the defective module because it contains valuable data serial no type no PIN code etc The data is not transferred to the new module until you have been in contact with the theft protection or after 12 hours connected with mains This means that you can try out a new PCB3 without transferring the products serial no etc Note When th
128. d 66 Stack virtual limit reached 67 Out of IAS objects 68 IAS signal lost 69 Overflow in IAS FIFO 70 IR queue not attached 71 LSL queue not attached 72 Scan queue not attached 73 Active keyscan queue not attached 74 Uart queue not attached 75 TIIC queue not attached 76 RIIC queue not attached 77 Out of power down callback OBJ 78 Power down entered with timer running 79 Watchdog reset IOP Last error in the I O microprocessor 02 ICB layer 2 timeout 03 ICB layer 7 illegal service 04 ICB layer 7 illegal object 05 Reg mem data frame not valid 06 Data frame not valid 07 Illegal port ID 08 LSL TX impossible LSL tied up LSL tied down IIC slave buffer full IIC slave transmit timeout IIC illegal switch port IIC2 slave addressed IIC conditional polling timeout IOP error PD entered while service waitning TP ICBL7 illegal command TP module HW error APOS TP clock error APOS VD O ON U W NN N SLG Sledge errors 13 CC info finger detected The IR beam in the finger protection system has bin broken while the sledge was moving 30 CC sledge pos count error A counter error has been registered on the signal from the sledge tacho It is registered at 35IC2 pin 1 44 5and 9 5 10 Test modes English BANG 6 OLUFSEN 31 CC sledge pos opto error Microprocessor 351C2 cannot register pulses from 9PE
129. d Communication error Check the bus and the components connected to 05 CDA error unknown CMD Communication error Check the bus and the components connected to 06 CDA error checksum Communication error Check the bus and the components connected to 07 CDA error RX timeout SW communication error 08 CDA error out of buffers 09 CDA error uart overrun 10 CDA error uart framing 11 CDA error uart parity CD CD error 02 Focus error The CD could not focus within the time limit 03 Radial error Set when the CD did not get on track after several retries 04 Turntable motor error Set when the disc did not spin up or down within the time limit 05 PLL lock error Set when PLL is out of lock during tracking mode 06 Jump error Set when a seek could not be performed or an error occured during a binary search 07 Subcode error Set when a subcode could not be read within the time limit 08 TOC read error Set when the TOC could not be read no access possible to lead in 5 8 Test modes English BANG 6 OLUFSEN 20 Serial communication overrun error Expected command byte but received a data byte 22 Serial communication noise error Check sum did not match 23 Serial communication software error Queue full 37 Selection error Unknown command OS Error in the operation system 08 IL TLG from APOS to FEP 09 IL RX TX BUF limit 13 FEP does not exist IO Last error in the I O
130. d the wires by lifting up the strip Instal the red holder on the bracket for wires cable Fig 9 Remove two screws from the cover over the CD mechanism Lift the cover on the left hand side and push it towards the right Remove the two screws for the cover for the CD PCB Remove the cover Loosen 41P46 and 41P47 Fig 6 Remove 35P53 power supply for the sledge motor Remove three screws H for the bracket for wires cable Fig 9 Loosen 26P96 Lift up the top plate with the sledge carefully Look out for the lead and ribbon cables Place a holder perhaps a Tyrap around the wire drive by the motor Loosen the spring on the right hand side of the product The spring is very tight Be careful not to let the sledge turn around When the reassembly has been completed the sledge must not catch when it is moved while it is being pushed down at the same time Spring Carry out point 11 Remove the wires from the sledge Remove three screws and lift up the motor section Watch out for the tacho disc Assembly if necessary see pictures on page 5 19 Carry out the points 1 5 Remove four screws The gearbox can now be lifted out Remember to instal the chassis spring when the product is reassembled The pointed end must be facing the top plate Remove twelve screws J and lift it off Watch out for the 8 ground connections When the rear panel is installed the product must not be upside down Place it in upright position for exam
131. dary Keyboard PCB14 IR Receiver PCB20 Master Link Interface PCB21 Headphones PCB22 Clamper Position Carry out points 1 to 5 Remove 35P53 power supply for sledge motor Remove the screw for the cover over 85 Take off the cover Do not cut the Tyrap Remove the leads in 5P82 and 5P84 and loosen the lead between 5P83 and 34P16 Make sure that the lead does not obstruct the wire Carry out the points 1 and 6 to 8 If necessary use one of the cables supplied at the back of the service manual during servicing Connect it between 34P8 and 7P63 Please note that the sledge runs at high speed when switching among the individual CD s Carry out points 1 to 5 Remove 35P53 power supply for sledge motor The PCB is placed in service position Carry out point 10 The PCB can be lifted up Remember the chassis spring when reassembling Carry out point 10 The PCB can be lifted up Remember the chassis spring when reassembling Carry out points 1 to 5 Remove one screw on the PCB Carry out points 1 to 5 Remove 35P53 power supply for sledge motor and 26P96 Remove the screws for the top plate C D E see under point 10 lift the top plate carefully approx 2 cm and carefully pull the top plate a little to the right Remove two screws for PCB14 and lift off the PCB See PCB32 Carry out points 1 to 5 Remove 35P53 power supply for sledge motor and 26P96 Remove the screws for the top plate C D E
132. dly until you r have found the exact time for starting a Timer play o then Press to accept start BANG amp OLUFSEN Brief operation guide 1 7 Repeat the procedure with the a and buttons and OK to program the exact timer for stopping a Timer To program a SINGLE DATE Timer Press to display the date you want to program a Timer for A then Press to accept the selection then Press to store your Timer programming and return to normal source operations Checking or clearing Timers CHECK then Press to check your timers Press to see timer program ming number source and program number of individual timer entries o OK Press repeatedly to display the details of a particular programming When the display reads OK then Press to display NEXT to see your next timer program T ming entry then Press to see your next entry If there are no more entries NO MORE will appear on the display Press clear while information regarding a timer program ming is displayed on the display CLEARED will appear on the display after pressing CLEAR CLEAR Setting and using the built in clock CLOCK Press to call up the built in clock then GZW Press to set time date month or or year then Press to accept the changes and reveal the next display Repeat this setting procedure for date month and year When you have set or
133. e The PIN code can be changed at any time However for security reasons it is only possible to change the PIN code five times within a period of 3 hours Press MENU 44 4 STOP Beo4 or press w w PAUSE buttons Keyboard to key in the four digit PIN code PIN _ _ _ appears Key in your personal PIN code The PIN code is not displayed NEW PIN appears Press GO 8604 or OK KeyBoard to enter a new PIN code PIN _ appears Key in the new PIN code The PIN code is not displayed Press GO 8604 or OK KeyBoard to store CONFIRM appears briefly and then PIN _ _ appears Re enter the new PIN code The PIN code is not displayed Press GO 8604 or OK KeyBoard to store STORED appears indicating that your changed PIN code is stored BANG amp OLUFSEN Replacement of components English 5 17 Replacement of components Exchange of microprocessor module PCB3 When exchanging PCB3 remember to insert the EEPROM from the defective module because it contains valuable data serial no type no PIN code etc The data is not transferred to the new module untill you have been in contact with the theft protection or after 12 hours connected with mains This means that you can try out a new PCB3 without transferring the products serial no Etc Note When the serial no has been transferred to the micro processor it can only be used for this specific product it must go back to Bang amp Olufsen s module repair department as
134. e D1 8330266 245 TSHA4480 TR1 8330363 74 BPW77 TRZ 8320755 51 BC847B 4 4010323 1pF 20 80 16V 11 8230125 Bulb 190 6 3V ICTA 8341025 138 4094 IC12A 8341022 138 4558 IC2A IC400A 8342869 151 CS8412 IC3A 8341059 138 4052 IC401A 8342497 151 10 1305 IC4A 8342238 151 TDA7318D IC402A 8342950 151 EL2045CS IC6A 8340205 151 7 IC500A 8342500 151 Asic ML Data IC7A 8341022 138 4558 IC600A 8342900 151 Asic PL Data IC10A TR1 8320512 18 BC338 25 TR15 8320941 51 25 4213 TR2 8320523 18 BC328 25 TR18 8320941 51 773 TR3 8320755 51 BC847B TR19 8321080 51 FMMT491A TR6 8320755 51 BC847B TR26 BANG amp OLUFSEN List of electrical parts 3 6 TR27 8320755 51 BC847B TR405 8320811 51 BC857B TR28 TR500 8321159 51 FMMT489 TR29 8320811 51 BC857B TR600 8321198 136 PUMX1 TR400 8321171 75 FZT 790A TR601 8321197 136 PUMT1 TR401 TR602 TR402 8320755 51 BC847B TR603 8321202 51 PDTC114EU TR404 D2 8300644 250 Z6 2V 2 0 5W D19 8300762 250 Z9 1V 2 0 5W D3 D20 8301045 250 BAS216 D4 8301045 250 BAS216 D21 D5 3400 8300563 250 Z5 1V 2 0 5W D10 8301045 250 BAS216 D500 8301045 250 BAS216 314 3505 D15 8300636 250 Z7 5V 5 0 5W D600 8300520 250 Z6 8V 5 0 5W D16 D601 D17 8300723 250 Z8 2V 2 0 5W D18 R141 5012331 10KQ 1 1 10W R505 5011599 49 9KQ 1 1 8W R148 R600 5021484 1000 1 1 4W R194 5012331 10KQ 1 1 10W R602 5021484 1000 1 1 4W R201 R604 5030052 4x4 7KQ 5 1 16W R250
135. e position PCB11 8005295 Main keyboard right PCB12 8005296 Main keyboard left PCB13 8005313 Secondary keyboard PCB14 8005299 IR Receiver A indicates that static electricity may destroy the component Resistors not referred to are standard see page 3 13 and 3 14 C17 4001143 470pF 5 50V C23 4001135 100pF 596 50V C18 C50 4010274 100nF 20 80 25V C20 4001135 100pF 596 50V C51 4010323 1 20 80 16V C21 C52 C22 4010274 100nF 20 80 25V IL1 8230125 Bulb 190mA 6 3V P62 7211134 Socket 6 pole P68 7210889 Socket 4 pole P63 7210893 Socket 12 pole P69 7211133 Socket 5 pole PETA 8330388 TCVT1300 R1 5011853 1582 1 R2 P78 7211221 Socket 4 pole S1 7400429 Switch 1 pole S4 P97 7211136 Socket 4 pole S1 7400429 Switch 1 pole S4 P72 7211054 Socket P98 7211136 Socket 4 pole IC1A 8342095 151 8 IC2A 8342297 151 7 TR1 8320755 51 BC847B 1 4010316 100 10 25V 2 4 4010271 10nF 10 50V P71 7211057 Socket 12 pole TR1 8321278 BC849CW TR5 8320740 51 0 TR2 8320740 51 0 TR6 8321187 51 BC846BW TR3 8321187 51 BC846BW TR7 TR4 8321188 51 BC856BW D33 8301045 250 BAS216 D38 8330393 244 IR detector 880nm D36 D39 BPW34FAS D37 8330145 244 IR detector 880nm 455KHz RZ 5011303 47042 5 R23 5021512 2202 1 1 4W C1 4011134 100nF 1096 16V C6 4001131 47pF 596 50V C2 4001143 470pF 596 50V C7 4000442 2 2nF 596 50V C3 4010334 220nF 1096 16V C8 4010387 470nF 1096
136. e serial no has been transferred to the micro processor it can only be used for this specific product Otherwise the module must go back to Bang 8 Olufsen s module repair department as an exchange module to be erased again If the product functions are OK the theft protection is also OK there is no need for testing the functionality of the theft protection When the product is connected to mains wait 20 30 sec before operating addresses in ML hav to be updated after disconnecting mains voltage BANG 6 OLUFSEN Theft protection English 5 15 Exchange of software EEPROM on PCB3 When exchanging the EEPROM on PCB3 the data from the micro processor will be written into the EEPROM when selecting any source e g RADIO It is possible to borrow an EEPROM from another BeoSound 9000 to test if there is suspicion of a fault in the original EEPROM The EEPROM will always adopt the data from the main micro processor Exchange of both micro processor module PCB3 and software EEPROM on PCB3 If both the micro processor and the EEPROM need to be exchanged it is necessary to have them pre programmed from Bang 8 Olufsen with the correct serial number otherwise they will not work Please contact Bang 8 Olufsen Important When the product is reconnected to mains wait 20 30 sec before operating All adresses in ML hav to be updated after disconnecting mains voltage Set and enter PIN code It is the customer s choice whether or not to activate
137. e to its end stop CD 1 position and 90T1 90T12 based on troubleshooting procedures at end stop detection is important for the module level The modules which are microprocessor when powering up the product listed as defective are the modules Therefore the sledge should manually be brought to the end stop position the sledge is hich contain the faulty function Sin 9 PP 9 34pg NO Remove 3482 No Remove 34P13 No Remove 34P14 T AE 6 6600 1670106 RUY AFRO omce veleasedinTESTNMIODE72 Is the stby LED lit Light in stand by LED Light in stand by LED Light in stand by LED the signals in BeoSound 9000 are often i looped through other modules the YES je pe s he PCB35 PCB32 PCB13 PCB14 Anleitung MOTOR CONTROL IN OUTPUT SELECT SEC KEYBOARD IR RECEIVER Der unten gezeigte Fehlerbaum ist als defective defective defective defective eine Hilfe im Zusammenhang mit der Wartung des BeoSound 9000 gedacht v indem namlich eine Reihe von CD Is basis high on Check for Funktionen voneinander abh ngig ist RM i NO k a NO gt 34 843 when NO bus ERRORS 28 radio and display OK CD OK ut no sound choosing a source TESTMODE 27 m v YES I Der Fehlerbaum dient als Anleitung und EE ig tuse oon 8800 9 basiert auf Fehlersuche auf Modulebene Push RADIO PCB34 Signal on 32p26 pin 1 M on 34P2 pin 4 Remo
138. et 12 pole P16 7211221 Socket 4 pole P8 P17 7221057 Plug 2 3 pole P9 7221133 Plug 8 8 pole P20 7221357 Socket 30 pole P10 7211229 Socket 20 pole P21 P11 7211223 Socket 8 pole PCB34 8000536 Power Supply FIA 6600163 Fuse 5AT 125V Other electrical parts like PCB34 type 2571 2572 2574 2575 2577 2580 PCB35 8006777 Motor Control IC1A 8341747 138 TL7705BCD IC8A 8342552 138 DAC 0854 ICZA 8343407 147 4 IC9A 8341041 138 LM324 IC3A 8340433 138 74HC86 IC10A ICAA 8340571 138 74HC74 IC11A 8341857 138 LM339 IC5A 8343333 149 4094B IC12A 8341682 151 TCA0372 IC6A IC13A IC7A 8340244 106 LM317 IC25A 8341098 138 LM358 TR1 8321188 51 BC856BW TR25 8321187 51 BC846BW TR3 TR32 TR4 8321187 51 BC846BW TR33 8321188 51 BC856BW TR6 TR34 8320752 51 BC817 40 TR8 8321187 51 BC846BW TR35 8320856 68 2N7002 TR12 TR36 TR14 8321187 51 BC846BW TR40 8321187 51 BC846BW TR15 TR43 8321187 51 BC846BW symbol of safety component see page 2 1 TR16 8321176 51 FZT951 TR44 8321188 51 BC856BW TR18 8321016 67 BUZ71A TR47 8321187 51 BC846BW specially selected or adapted sample TR19 TR48 TR20 8321154 66 BUZ271 TR49 8320971 51 BC807 40 A indicates that static electricity may TR21 TR338 8321188 51 BC856BW destroy the component TR339 8321187 51 BC846BW BANG amp OLUFSEN List of electrical parts 3 10 D1 8301045 250 BAS216 D30 8301045 250 BAS216 D6 D32 D8 8301045 250 BAS216 D35
139. f electrical parts BANG amp OLUFSEN 136 138 147 149 150 151 C 2 Al Resistors not referred to are standard see page 3 13 and 3 14 L1 8020772 Coil 10uH 20 L2 8021079 Coil 2 2uH 10 L5 X1 8090182 Crystal 16MHz CP1 7530117 Contact pin 50 7211229 Socket 20 pole P53 7221159 Plug 2 pole P51 7221133 Plug 8 8 pole P54 7211222 Socket 6 pole P52 7211053 Socket 4 pole P55 MP1 3302352 Screen PCB37 8005314 Lid motor PE1A 8330235 257 Optocoupler PE2A P76 7211075 Socket 6 pole 841 8001872 VAM 1250 IC1A 8342559 151 81619 4 IC11A 8343709 87C528 OTP ICAA 8341024 150 4066 IC12A 8342941 147 SAA7376GP IC5A 8341098 138 LM358 IC14A 8343083 149 7 ICZA IC15A 8342495 138 TDA7073A IC10A 8341612 138 7117705 IC16A 8343365 152 PIC12C508 TR1 8321184 75 MJD122 TR12 8321196 136 PUMZ1 TR2 8320752 51 BC817 40 TR544 8321198 136 PUMX1 TR3 TR546 8321198 136 PUMX1 TR5 8321196 136 PUMZ1 D1 8330422 269 IR emitter D5 8300482 250 8 D3 8301035 267 BAV99W PE1 8330453 Photo transistor R2 5021490 280 1 1 4W R46 5012239 39KQ 1 1 8W R4A 5024001 2 20 R61A 5024001 2 20 R5A R63A 5024001 2 20 R15A 5024001 2 20 R68A 5024000 10 R21 5012332 4 7KQ 1 1 8W R78A 5024001 2 20 R22 5012267 1 2MQ 5 R83A 5024000 1 R27 5012366 20KQ 1 1 8W R86 5013250 12KQ 1 1 16W R28 5012240 100KQ 196 1 8W R87 R30 5012154 1KQ 196 1 AW R95 5013250 12KQ 1 1 16W R31 5012237 6
140. ing for PCB4 see page 2 31 PCB5 see page 2 30 PCB34 see page 2 25
141. is top plate Fig 4 6 Cover for CD clamper 7 Top plate for CD mechanism 8 Clamper arm Fig 5 Carry out points 1 4 Switch off the product Lift out the operating panel and remove the nine screws marked A Lift up and tilt backwards Turn the cover until BANG amp OLUFSEN is aligned with the hole and then lift it off see Fig 4 Carry out point 1 and point 6 Lift off the plate it has some small barbs that hold it back Carry out point 1 as well as points 6 and 7 Remove the three screws marked B and two flat springs Loosen 7P62 and 7P63 Push down the clamper holder and then lift Push down Pull up BANG 6 OLUFSEN Dismantling and assembly English 6 7 9 CD mechanism Fig 6 10 Top plate Fig 7 Fig 8 Carry out points 1 and 3 as well as points 6 to 8 Remove two screws from the cover over the CD mechanism Lift the cover on the left hand side and push it towards the right Remove the two screws C for the cover of the CD PCB Remove the cover by pulling it towards the left Remove two screws for PCB41 CD Lift up PCB41 a little and remove P99 Remove one screw for the bracket on the CD mechanism Remove the four screws D that hold the CD mechanism Lift up the CD mechanism a little and loosen the flex cable Watch out for the flex cable under the CD mechanism the cable runs under the arm for the tension springs a Carry out the point
142. justment preliminary side A 1 l V VV U r cn s 8 5 u B HB g Ea H m PE SI GE BEE a m 093 0 a N 2 g HERR pt zu 198908088 1 505 C500 1830 TOT psi C407 p C404 BE a r EM 13 EC el ER 5 13 B a B BEC ki 403 s mul 1018 _ RISA A m BE lg D So og 558799 D 1 Do g n8 Elen 1 Q 1 cu rm m Bo N E 163 d 170 j 8 NEK EST 50 SES Se sc en ED US mim d 8 Gi 090 m 952 OSL T3 ess ere 2 22 23 LZEII 968 SOI LEHI E EI dk es D I Ge Ka oa B HHI IH IH LI IILI Fi mp za nr D I a 57 E E ci p P20 e pm CH TR18 2 Br Ay Ir J Tus This cn lt 0093 CE COOL T 8 Lop J PCB32 Input output Select Sound Adjustment secondary side OD SS s 288 B PRZE E B wif BE 8 BBB 28 11 11 45 10401 4 14 Lninnnni 10404 d EJ mima SE 28 15 11111101010 0 0 8 14 403 C400 8400 16 9
143. lu es anschlie en ACHTUNG Um Besch digungen des Ger tes zu vermeiden ist es wichtig da beide Anschlu klemmen des Isolationspr fers einen sehr guten Kontakt haben Die Spannungsregelung des Isolationspr fers langsam nach oben drehen bis eine Spannung von 2 5kV erreicht wird Diese Einstellung 1 Sekund aufrechter halten und anschlie end die Spannung wieder langsam nach unten drehen Der Strom darf w hrend der Pr fung nicht 10 mA bersteigen
144. m M BANG amp OLUFSEN
145. n the four digit PIN code when the system is first switched on The cue PIN is displayed Key in your personal PIN code The PIN code is not displayed When the four digit code has been entered the display returns to the relevant source e g RADIO 1 5 16 Theft protection English BANG 6 OLUFSEN Deactivate the PIN code system You can deactivate the PIN code system at any time All you need is to enter your PIN code first and then deactivate the system Press MENU 4 4 STOP Beo4 or press w w PAUSE buttons Keyboard to key in the four digit PIN code PIN _ _ _ appears Key in your personal four digit PIN code The PIN code is not displayed NEW PIN appears Press a Or w Keyboard to switch the display PIN OFF appears Press GO Beo4 or OK Keyboard to deactivate the PIN code system DELETED appears indicating that the PIN code system is deactivated If you have forgotten your PIN code Change PIN code If you have forgotten your PIN code you must contact a retailer who then requests a five digit Master code from Bang 8 Olufsen Once you have keyed in this code your BeoSound 9000 is operational again and the PIN code system is deactivated The cue PIN _ _ _ is displayed Press down the w button Keyboard for three seconds and the display asks for 5 digits instead of 4 PIN _____ enter the 5 digit Master code DELETED appears indicating that the PIN code system is deactivated and the set is ready for us
146. nce CD the display will show CD The testmode can only be ended by IR remote control command STOP This testmode can only be activated by IR remote control command 5 6 Test modes English BANG 6 OLUFSEN TM23 TM24 TM25 TM27 Read out of Software version Press GO to continue APP xx xxx Application processor Main CPU OS xx xxx APOS IOP xx xxx I O processor MOT xx xxx Motor processor MOT FEP TUN xx xxx Tuner processor Tuner FEP CD xx xxx CD processor CD FEP Service running counter First the Standby time will appear Press GO to toggle between the different counters Standby time Radio mode time CD mode time AUX mode time ML net radio time ML net music time Time with other ML source Theft protection active time Number of times the theft protection has been unlocked Number of times the product has been powered up All numbers are stated at intervals of 10 e g 3 30 When all counters have been shown the display will ask for a new test mode Opens ML in A source must be selected to have a correct measurement Signal coming from the ML in exit on the PL and AUX as by normal selection Service Error detection The last registered errors regarding EEPROM ML IIC bus 85232 driver CD CD sledge and lids can be readout This test mode is also used for deleting all error registrations To toggle between error indications press GO When all errors are read press GO
147. nd the offset will be calculated and stored in NVRAM The display shows A OFFSET If failure the display shows TM ERROR Manual offset adjustment for FM This is done by keying in a frequency The tuner search for this frequency and the offset will be calculated and stored in NVRAM The display shows M OFFSET If failure the display shows TM ERROR Read out offset status If the offset adjustment is needed the display shows TM ERROR If the result of the offset adjustment is positive the display shows OFFSET n If the result of the offset adjustment is negative the display shows OFFSET n The figure n is in steps of 12 5 kHz Read out variant status EUROPA EU FM EUROPA EU FM AM USA US and JAPAN JP The display shows e g EU FM AM If failure the display shows TM ERROR Checking that the RDS name of the radio programme in question is RDS PS The display shows TM OK If wrong RDS name or if name is missing the display shows TM ERROR BANG amp OLUFSEN Test modes English 5 5 TMO7 TM20 TM21 TM22 Tuner variant setup from EU or AUS to US Key in the 3 digits indicating the choice No 0 003 variant US No 1 001 RDS on or 000 RDS off No 2 175 FM starts in 500 kHz No 3 216 FM stops in 500 kHz 1 2 3 No 4 075 Deemphas in us No 5 000 LW starts in kHz dividing with AM raster O if no LW No 6 000 LWstops in kHz dividing with AM raster
148. nical parts BANG amp OLUFSEN 4 5 List of mechanical parts 4 5 Sledge 9101 9501 9120 9103 z z z E p N 9104 p 27 N d CIL N 2195 E SC SR e I N ly z i 3 9122 30 3 30 a 9 lt 9102 3 4 x m Barrierta gt 9123 Vx c J BS 9124 Barrierta NG E 9125 gt 9126 Barrierta RA 9127 Barrierta 3 i 9129 48 9130 9128 239 240 9131 40 9108 po 91M1 P an 239 9132 aff 9144 9110 Ne 49 9112 9111 3 Barrierta 0 N 2 y Barrierta H E Barrierta 7 gt 9136 N P 9137 2 9138 9113 9114 9145 9115 9140 9116 9141 9142 9117 9143 2 11 9118 7IL1 9119 je Barrierta 9121 gt Barrierta BANG 6 OLUFSEN List of mechanical parts 4 6 4 6 List of mechanical parts 4 6 Sledge 07Module 8005364 PCB7 Display 7IL1 8230125 Bulb 190mA 6 3V 29Modu 8005309 PCB29 Lamp 29IL1 8230125 Bulb 190mA 6 3V 30Module 8001865 PCB30 IR transmitter tacho clamper 31Module 8001866 PCB31 IR Receiver tacho clamper 41Modu 8001872 PCB41 CD VAM 1250 from serial no 15143261 95Modul 8420254 CD mechanism VAM 1250 Turntable black from serial no 15143261 WARNING Static elect
149. not shown 3392518 3502984 Packing complete Setting up guide BANG amp OLUFSEN List of mechanical parts 4 12 Stand 2065 Adjustable in two heights Survey of screws etc Parts not shown 9206 9207 9203 9203 9206 9207 9208 9209 3162463 3162823 3452701 2569601 3162731 2752070 Cover Cover new colour from serial no Back plate Tube high 118 6 cm Cover plate aluminium Iron foot JOU RW 3040023 2058009 2058010 3103392 3103390 2058012 2930135 Allen key Allen screw 4 x 25mm Screw 4 x 12mm Foot Soft Foot Spike adjustable Screw 4 x 20mm Bushing 3040037 3390550 3397944 3392621 3504553 Red adjustment key Bag w parts Foam 1 piece Wrapper Setting up guide BANG 6 OLUFSEN Adjustments English 5 1 Adjustments Adjustment of sensitivity of finger protection system 1 Install the glass lid and close the lid Important 2 Switch off the product at the mains switch 3 Connect an ohmmeter between ground and the middle pin on 35R365 and adjust to minimum value Connect an oscilloscope DC to 35CP1 coordinate 2A Switch on the product Select CD6 The sledge will now try to move but it must stop Adjust by means of 35R365 until the bottom of the pulse is between 1 5 and 2V Naw ps 1 5 After approx 30 seconds the pulses will disappear
150. note the following Use only batteries of the same make and type as mentioned in this service manual see page 3 9 Place the battery exactly like the old one Explanation of the fuse symbols used in the set Replace with the same type 1 ampere 250 volts quick acting fuse FIAL 250v Replace with the same type 2 5 ampere 250 volts slow acting fuse T2 5AL M 250v Explanation des symboles de fusible utilises dans I appareil Remplacer par un fusible rapide de m me type et de 1 amperes 250 volts FIAL 250v Remplacer par un fusible retarda de m me type et de 2 5 amperes 250 volts T2 5AL M 250V
151. on system Remember to carry out adjustment of the sensitivity of the finger protection system 5 18 Repair tips English BANG 6 OLUFSEN Repair tips Voltage to sledge motor Repair of autopositioning Why does the product not work CD Disconnect the voltage supply to the sledge motor while servicing lift 35P53 TM73 is used in connection with repair of autopositioning The circuit can be measured each time the test is run Use a storage oscilloscope if necessary Only the signals SWAB and SDAB can be measured during lead in i e during ordinary play back of a CD Autopositioning errors of less than 5 degrees may occur in rare cases If the product does not work the reason may be one of the following When the glass lid is not installed the sledge may stop during movement That is because the IR beam in the finger protection system transmits at reduced power when the lid is closed Run the lid hinges to the open position for maximum IR transmitter power see test mode 74 if required A lid acknowledgment must be given for the product to operate The lid may be subject to an adjustment error so than no acknowledgment is received If the finger protection beam is broken the sledge cannot move If end stops have not been detected the product will not operate If the optocouplers is the product are affected by external light the product will not operate In connection with repair of the CD the following tips may
152. part numbers must be used The new component must be mounted in the same way as the one replaced 2 2 Explanation of diagram BANG 6 OLUFSEN Measuring conditions Caution CD laserdiode Lithium battery WARNING All DC voltages have been measured in relation to ground with a voltmeter with an input impedance of 10 Mohms The DC voltages are stated in volts V e g 0 7V All oscillograms and AC voltages have been measured in relation to ground with an oscilloscope or a voltmeter with an input resistance of 1Mohm AC voltages are stated in millivolts mV e g 660mV The use of any controls adjustments or procedures other than those specified herein may result in hazardous radiation exposure COMPACT CLASS 1 LASER PRODUCT DIGITAL AUDIO The black and yellow label on the compact disc player serves as a warning that the apparatus contains a laser system and is classified as a class 1 laser product The apparatus must be opened by qualified servicemen only Wavelength 780 nm 20 nm 30 C Effect 2 mW 0 1 mW 30 C ADVARSEL LITHIUMBATTERI EKSPLOSIONSFARE UDSKIFTNING M KUN FORETAGES AF EN SAGKYNDIG OG SOM BESKREVET I SERVICE MANUAL WARNING LITHIUM BATTERY RISK OF EXPLOSION TO BE REPLACED BY QUALIFIED SERVICEMAN ONLY AND AS DESCRIBED IN THE MANUAL Short circuit and overcharging of some types of lithium batteries may result in a violent explosion When replacing the lithium battery in this set
153. ple BANG amp OLUFSEN Insulation test English Isolationspr fung Deutsch 7 1 Insulation test Isolationspriifung Each set must be insulation tested after having been dismantled Make the test when the set has been reassembled and is ready to be returned to the customer Flashovers must not occur during the testing procedure Make the insulation test as follows Short circuit the two pins of the mains plug and connect them to one of the terminals of the insulation tester Connect the other terminal of the insulation tester to ground on the FM aerial socket NOTE To avoid damaging the set it is essential that both terminals of the insulation tester have good contact Slowly turn the voltage control of the insulation tester until a voltage of 2 5kV is obtained Maintain that voltage for one second then slowly turn it down again During the testing the current must not exceed 10 mA Nach einer Zerlegung ist bei jedem Ger t eine Isolationspr fung vorzunehmen Die Pr fung wird dann ausgef hrt wenn das Ger t wieder vollst ndig zusammengebaut und zur Auslieferung an den Kunden bereit ist berschl ge d rfen w hrend der Pr fung nicht vorkommen Die Isolationspr fung in folgender Weise durchf hren Die beiden Steckerstifte am Netzstecker kurzschlie en und an eine der Anschlu klemmen des Isolationspr fers anschlie en Die andere Anschlussklemme des Isolationspr fers an die Masse des FM Antennenansch
154. r P20 23 P11 2 P73 2 10k 4 62 m TRZ N276 CD DATA ON S _ toon P18 17 Pil 8 BC847B TEST EST M292 TR30 3 sv P18 26 P3 3 7 7888 SV p RESET ET Y 5 620 24 C63 x 8118 8119 E als raus 1k 10k 22225 EIS BC856BW eg 7 10n E s R169 3 28 1233 4 TR31 NIX P7030 R252 1859 Ik Am TE N284 67 4 PUMXi 8 471 SEL ML RX F183 M293 wol ch Se p RUD lt Ge 9 4 3 3 131 P20 11 t 1k87 Or BF840 e ML TX E181 TR31 4 MOTOR_ON MOTOR ON 68p 4 2 gt 10k lt gt D40 S DER TET PUMX1 5 P20 6 gt 8 ML MA SI E182 al 7 5 TR58 ZS t BAS216 E BC856BW 10n 1 MLZGONNECT 50 1k ML CONNECT E p STBY STBY CET lt So Ca STB LED I u 5 521 13 PT 17 Bl 1 099 R195 F if s STROBE cle zle s lt 187 BF840 m SI e Ss 68p D41 sl lt HP ON OFF x 6189 61 1 Ci 8 BUS MBUS MBUS 5 P5 7 P21 2 BAS216 j 5 H214 DIRECTION DIRECTION DIRECTION CLK s Y E P13 9 i P20 4 ET 5 3 R237 8115 P20 8 BE 7 52 22 IR RECEIVER 10k i gt P20 12 PL_DATA 1 C159 FZT788B v 3 PRIM COLI gt oe 160 e SV CD 1 1 P20 15 8 3 ML SI PL CONNECT 6187 FE 8712 P1 Ted 3F 05 5 5 1 5 13 a JE 8175 3 8176 3 3 ML CONNECT 7 R249 bk mo 470 10k 4 P20 3 mE P21 26 0k gt 515 Si 5 E I 1 ku7 EIE P20 7
155. ricity may destroy the component 9501 2815050 Spring chassis connection 9101 3459272 Cover f CD mechanism VAM 1250 from serial no 15143261 9102 2854206 Arm f release of CD 9103 3114427 Chassis f CD mechanism 9104 2810293 Springs f CD mechanism complete 9105 2854204 Clamper arm 9106 3459011 Cover f CD PCB 9108 3014128 Holder 9110 3151333 Holder f springs 9111 3014134 Guide f clamping 9112 3031534 Holder f rocker arm 9113 3162462 Cover f CD clamper 9114 3162477 Top plate for CD mechanism 9115 2810281 Flat spring 9116 3114431 Clamper 9117 2570088 Clamper holder left 9118 3358331 Heat sink left 9119 3151684 Holder clamper 9120 3342058 Counterbalance 9121 2854207 Clamper arm 9122 2854198 Arm f pull springs 9123 3014112 Holder f arms rear 9124 2854203 Arm f pawl rear 9125 2854202 Arm f pawl front 9126 3014111 Holder f arms front 9127 2854206 Arm f release of CD 9128 3032030 Sledge wheel rear 9129 3032030 Sledge wheel rear 9130 3356065 Magnet f endstop detector 9131 3032031 Sledge wheel front 9132 3114447 Sledge complete 9133 2810280 Spring f sledge wheel 9134 2854196 Rocker arm 9135 2700105 Gearwheel 9136 2854205 Adjustment arm f pull spring 9137 3131399 House f adjustment arm rear 9138 3131401 House f adjustment arm front 9140 3181048 Lable laser 9141 2570084 Clamper holder right 9142 3370164 Lens f light 9143 3358332 Heat sink right 9144 3032031 Sledge wheel front 9145 3302
156. rom the mains for more than 30 minutes you must enter the PIN code when the BeoSound 9000 is turned back on Ener the PIN code Press to select a digit OK Press to accept the digit When the PIN code has been entered the display returns to the relevant source display e g RADIO 1 RADIO 1 If an incorrect PIN code is entered the display will show ERROR and you may try again After the fifth try the BeoSound 9000 is turned off and must be left in stand by mode for 3 hours before you can try again Did you forget your PIN code Should you forget your PIN code you can require a five digit Master Code from your Bang amp Olufsen retailer When you have received a Master Code EEEE When the display is open for PIN code input v Press the w button for more than 3 seconds to change the display to fit 5 digits Enter the Master Code Press to select a digit w OK Press to accept the digit The display shows that the PIN code lock is off When the Master Code is entered the BeoSound 9000 can be used without entering the code again BANG amp OLUFSEN Explanation of diagram 2 1 Explanation of diagram Component print and coordinate Control circuit Wiring connections INTERNAL CONNECTION ON ONE DIAGRAM PAGE CONNECTION TO ANOTHER DIAGRAM PAGE Ground symbols Symbol of safety components ZA Type numbers of transistors and ICs are indicated on the diagrams If the position
157. s 1 to 8 Remove 35P53 power supply for sledge motor Remove two screws E for the clamper holder and remove the holder Fig 8 Remove the six plugs with a thin hook or a similar object Remove the six screws in the bottom F and loosen the two screws G approx six turns Fig 7 PLACE THE SLEDGE AT THE CENTRE Loosen 26P96 The top can now be removed by pulling it towards the right while holding the sledge It will be released from the sledge automatically when it reaches the end LIFT THE TOP PLATE AS LITTLE AS POSSIBLE AND VERY CAREFULLY IN ORDER TO AVOID DAMAGING THE RIBBON CABLE AND STEEL BAND FOR THE SLEDGE IT IS IMPORTANT TO HOLD ON TO THE SLEDGE THE WIRE SYSTEM HAS BEEN TIGHTENED SO THAT IT IS VERY TIGHT Remove the plastic strip over the well containing the ribbon cables and the wires by lifting up the strip Place the sledge at the centre of the product Instal the red holder on the bracket for wires cable Fig 9 Loosen the spring on the right hand side of the product if necessary The spring is very tight Be careful not to let the sledge turn around 6 8 Dismantling and assembly English BANG amp OLUFSEN 11 Sledge and ribbon cables Fig 9 12 Sledge motor and wire drive 13 Gearbox 14 Rear panel Fig 10 Carry out the points 1 to 8 and remove the screws for the top plate C D E see point 10 Remove the plastic strip over the well containing the ribbon cables an
158. s to reveal the characters or or numbers one by one then Press to move to next character position then Press to store the name cD Press while you are naming CDs or track series in order to automatically store the name and exit the naming function To clear a name follow this procedure NAMING Press to access the naming function then Press to clear the name then cD Press to return to normal source operation Listing CDs D Press to play CD NAMING then NAMING Press to access the naming list CD LIST appears briefly then the name of the current CD appears T Press to list the names one by one and return to names further up the list Press to clear a name while the appropriate name is displayed CLEAR D Press to return to normal source operation 1 6 Brief operation guide BANG amp OLUFSEN Playing your radio programs RADIO Press to turn on the radio Press to step through your radio programs Press to switch to stand by 1 Presetting radio stations RADIO Press to turn on the radio TUNE Press to start the tuning function Press to select AM or FM switches from one to the other check display for an indication of which one you have chosen AM FM then Press to search for a radio r station up or down the frequency band o then Press to accept the station you have found Press to change
159. te see under point 10 Carefully pull the top plate towards the right PCB28 is fixed under the top with a screw Carry out point 1 and the points 6 to 8 Remove one screw for the PCB Please note that the sledge runs at high speed when switching among the individual CD s IR transmitter tacho clamper IR receiver tacho clamper Carry out points 1 and 6 and 7 Remove PCB29 and push up the Tacho holder It is now possible to unclip PCB30 Please note that the sledge runs at high speed when switching among the individual CD s Carry out point 1 and points 6 to 8 Remove PCB29 and push up the Tacho holder Push out the PCB via the two small holes from the opposite side of the Tacho holder Please note that the sledge runs at high speed when switching among the individual CD s Input output Select and Sound adjustment Carry out points 1 to 5 Remove 35P53 power supply for sledge motor Remove PCB1 Push in the clip on the right hand side and lift up at a slant the PCB for service P24 Headphones may be removed if necessary 6 4 Dismantling and assembly English BANG amp OLUFSEN PCB34 Microcomputer and Power Supply PCB35 Motor control PCB37 Lid Motor 841 CD Carry out points 1 to 5 Remove 35P53 power supply for sledge motor Remove the plastic screen over the flex cables from the sledge Lift up PCB34 and PCB35 simultaneously watch out for the flex cables Lift up PCB34 and PCB35 at the rear
160. the PIN code system However if the customer has chosen to activate the system BeoSound 9000 is protected against theft with a four digit PIN code The use of a PIN code means that if BeoSound 9000 is disconnected from the mains for more than 15 30 minutes the system can only be activated again by keying in a personal PIN code If the PIN code is not entered BeoSound 9000 automatically switches to standby after 3 minutes If a wrong PIN code is entered you get five attempts to key in the code after which the system is switched off and cannot be switched on for 3 hours Should you forget the PIN code please contact a retailer who can assist you in receiving a Master code from Bang amp Olufsen You need the Master code to reactivate BeoSound 9000 Activate the PIN code system The PIN code system is easily activated and you choose the four digit code yourself Press MENU 44 44 STOP Beo4 to key in a four digit PIN code of your own choice NEW PIN appears briefly and PIN appears Key in a four digit PIN code of your own choice The PIN code is not displayed Press GO Beo4 to store the PIN code CONFIRM appears briefly and then PIN _ _ appears Re enter your code The PIN code is not displayed Press GO 8604 to store STORED appears indicating that your PIN code is stored Enter the PIN code If the PIN code system is activated and your BeoSound 9000 is disconnected from the mains for more than 15 30 minutes you are requested to key i
161. tling instructions are divided into two main sections a A section that describes how to gain access to the individual modules This section includes a description of the mechanical parts that have to be dismantled A section that describes how to remove dismantle the individual mechanical electrical parts Glass lid Left aluminium plate Release of sledge Cover for chassis top plate Chassis top plate Cover for CD clamper Top plate for CD mechanism Clamper arm CD mechanism 10 Top plate 11 Sledge and ribbon cables 12 Sledge motor and wires 13 Gearbox 14 Rear panel ON O U W N Remember always to execute TEST MODES 71 73 after a repair When the product has been assembled check the finger protection system by interrupting the IR beam between the two towers If the optocouplers is the product are affected by external light the product will not operate If the optocouplers is the product are affected by external light the product will not operate Carry out points 1 to 5 Remove 35P53 power supply for sledge motor Lift up the PCB for service See 834 Carry out points 1 to 5 Remove 35P53 power supply for sledge motor The PCB is placed in service position 6 2 Dismantling and assembly English BANG amp OLUFSEN PCB5 Mains Relay PCB7 Display 89 Sledge Position PCB11 Main Keyboard left PCB12 Main Keyboard right PCB13 Secon
162. to reset all errors registered or press STOP to keep error register By pressing a or w the time of the errors will be shown YY MM DD hh mm ss MEM last EEPROM error 02 EEPROM writes error 03 EEPROM reads error 04 EEPROM reads error only FF 11 EEPROM writes owerflow 12 EEPROM controls init fail 13 EEPROM controls calloc fail 99 EEPROM content error BANG amp OLUFSEN Test modes English 5 7 ML Last error regarding to ML 08 Link tied down It is impossible to transmit on Master Link because it is pulled low The error may occur if there is an error in the Master Link driver circuit or because a short circuit has occurred on the Master Link 16 Link tied up It is impossible to transmit on Master Link because it is pulled low The error may occur either because the pull up resistance in the system has become too low or as a result of an error in the data receiver circuit 32 Configuration impossible Disconnect all products from the Master Link system and reconnect them one by one until the error shows up Component which gave the last error regarding IIC bus 102 Tuner FEP 104 Motor FEP 136 Sound Processor 208 Clock SER The last error from the RS232 driver 01 CDA queue not attached SW communication error 02 CDA error timeout SW communication error 03 CDA error unknown buf addr Communication error Check the bus and the components connected to i 04 CDA error data expecte
163. unction the following tips may be useful The wire for the sledge must be placed correctly otherwise periodic errors may occur The glass lid may be pulled out of mesh The product has been designed in that way in order to allow the customer to remove his CD s without switching on the power supply to the product When replacing the top the number label must be transferred to the new top BANG 6 OLUFSEN Errortree 5 61 5 61 Error tree 5 61 START Reading guide The error tree shown below is intended signal paths to the modules also have Rae PL as an aid in connection with servicing to be checked connect pin in the PL alg ee to mains BeoSound 9000 because the product Activate mains switch has a number of functions that are NOTE i The sledge must be at CD 1 d d Kork The glass lid must either be on or the hinge for i ependent on each other the lid must be in the open position In a fault situation the sledge may be unable to Stand by LED lit NO NO Check PCB4 5 The error tree is a guideline and it is mov
164. ve 34P2 PCB34 Die Module die als fehlerhaft US NO Ignal on pin NO 841 CD and 12V on 34P2 NO 12 and 12V OK NO POWER SUPPLY Supply for PCBO1 OK 1 E SWITCH amp 2 OK digital signal defective pin 6 OK when when choosing defective angegeben werden sind die Module efective choosing a source a source 34F2 OK auf denen sich die defekte Funktion YES YES YES untergebracht ist Da die Signale im v BeoSound 9000 oft durch andere PCB32 PCB32 Module hindurchgeschleift werden FM AM IN OUTPUT SELECT IN OUTPUT SELECT ee m I efective defective defective sind die jeweiligen Signalwege zu den Modulen ebenfalls zu kontrollieren Y Y i ee Remove 34P10 Apply NO Clamper motor 906 NO Remove 34P6 NO PCB34 e mu die Glast r montiert sein oder be set in position CD 1 9V to 34P10 pin 12 13 gt or connection to pin 8 OK m 9VCD OK I POWER SUPPLY ein 1 A Choose CD Audible clamping motor defective when choosing CD when choosing CD defective die T rscharniere m ssen in Position offen Is the CD clamped stehen Bei Fehlern kann es vorkommen da wait 30 sec YES YES YES sich der Schlitten nicht ganz bis zum Endschalter CD 1 Position bewegen kann PCB22 PCB34 O oie NO CLAMPER POS POWER SUPPLY SE ED Die Erkennung der Endschalterposition ist f r p defective defective M den Mikroprozessor bei jeder Inbetriebnahme des Produktes wichtig Deshalb mu der YES
165. x x x x 5 ER P L STAND BY x 12V mE 3 DER 39 39 TIMER X X X X SLEDGE x x x x x 37 INPUT OUTPUT SELECT lt Ce LID x x x x 5A CLAMPER X X X x x 5 5 1 rn 12V 12V 5243 921 5 1 TRZI IRFU9014 l LM3578 5 EDT T lt of NY Sn SIS MM 15 ML 1 15V ML D14 v i R66 15 01068 CONTROL 15 i 12V ner 25 72 63 TRI BC856B 01 FM AM 8201 F201 BC807 25 30V SLEDGE ON M 5 RDS T 85 72 0165 5VA 200mA 8V5 20V 3 1 3 J LID MOTOR m BC856BW 62 FUR 5 Cox 5v LID SENSOR u 12V FMZAM 12 FM AM l PA P3 3 P150 4 TR10 TRL SLEDGE POSITION FZTJ90A 5 16 09014 Bm BC846BW 5 MOTOR r 9 EM Fate i s a j IB 5 MOTOR ON LM3578 T age Opela 55 17 s P 5V MOTOR 1 MOTOR PUKI ON 5V DISP 07 2650 STOP DETECTION PUMX1 1 K SEPT Egg PS fzT788B LIGHT INDICATION C LIGHT INDICATION TR203 DISPLAY 2 4 LEFT 2 J RIGHT FZT690B ON zc DISP TR33 ES s sna Pv DSP Ll 7 DISPLAY 5V DISP R15 IRFU9014 IC4 v D 5V LIGHT
166. y EFL op LEVEL 30 1 8303 e i 4k7 R 1 C307 we GNDA GNDA 100n GNDA S_METER AA21 1 SDA AA40 SCL AAA FP502 FP506 GNDA 8843 12V QUT 2 NES 5 1 0 1 gt lt GNDD z A35 Abb ALS ga R509 47k PUMZ1 x 2 6 TR502 EX 8511 390 4 3 8 807 1501 7 12 160 IN NN L u 8V_OUT 1 BV_OUT_FM J5 P106 303 55 Z 6503 B g 100n 7 1 4a1 BV OUT AL L k 507 AA28 AA29 GNDA GNDA 1 004 GNDA 5 1 Sion BC807 u 8V out AM L FPS05 Ger D A27 220 8837 207 a 8 12 506 390 1 T R514 5500 5 222 EN 1k2 Dp PUMZ1 8500 5 TR502 F500 L500 GNDA BC807 mE P 2 7 Pa 5 1 IY NY GNDA NIS amp 15 m T M s T ls 0 1008 m ut 5V_OUT i GNDA 5v OUT 1 8834 12 _007 2 14 Diagram BB 2 14 2 14 Diagram BB BANG amp OLUFSEN DIAGRAM BB RDS and pP PCB drawing for PCB1 see page 2 15 O1 ROS AND up
167. z N aa El 4 N Q E 26 5 p i Gu ee 2 C112 TU 5 111 al u R33 de C3 u 47 SH Dac ica 2 am le Fm gt E 2 mm 62 1 go 7 E 8211 E 88 CN c M 1 I i R35 C17 C22 o 7 i t ko dech mn 7 Ri7 0 5 R143 x pm 850 RI JE C45 C48 cd A R2 3 R22 1 i BG ZE S mass 811 WE d E1001 525 R61 R66 mle 8 Pc S CO n A250 5 oa C23 R20 3 Sie D BID cy IE R92 893 BEI 6 lt a CD DJ 523 R12 R8 D25 x J 8253 R94 A ZZ ES A der D pum UJ p 252 3 S LL N L N an PODA B A 2 26 Diagram L 2 26 2 26 Diagram 1 BANG amp OLUFSEN DIAGRAM L Motor Control

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