Casio GZ50M service manual
Contents
1. 3 5 5 R112 5 50 ki Ti Dan AL CB101 59 cies 192 OLI 55 eura Sc 302 MA1M 7 ae 14 12 15 Top View 16 157 4 125 Goc tc JCM304 MA1M MA2M 680 4 24 SCHEMATIC DIAGRAM 0103 25020962 Riot saa 1 2w1 Rio2 Icioi C104F 3 10 11 BLM21B30 3 o MAZM I C101NPO C174 C O1NPO 473 mas NC 151101 DGN SI Dvoo LACK AGND ROUT BP LOUT AVDD LREF gt z 5 8 P g 8 ojala ADD RREF c125 6 3v100 YKB21 5157 216 JE 2 TMATM d JB TT MAIN ciji m 10 104 16 17401 15 6 322 x 5 m C 46 C ONPO C147 C ONPO 6148 C104F C153 ui 87 86 1 01 6 Ito Jro Jo Jo o o Sus 1 02 GND SOLP SOLM WOK1 GND3 B155FD 1 L 51795 151103 5 3 Rog R05 8 RD3 C5316200CF C 177 Top view 9011 vco 1501542. 084 METAL LEAD 116 TAIKO 085 ANGEL CHOIR 086 FIFTH LEAD ELEC 1 087 BASS LEAD REVERSE CYMBAL SYNTH PAD 088 FANTASY GT FRET NOISE 089 WARM STRINGS BREATH NOISE 1 090 SYNTH ENS SPACE CHORUS SEASHORE BIRD GLASS HARMONICA TELEPHONE ILLUSION COUNTRY FARM APPLAUSE SYNTH PAD Tone without scale GUNSHOT LIST OF DRUM SOUNDS NOTE NO DRUM INSTRUMENT NAME Acoustic Bass Drum Bass Drum 1 Side Stick Acoustic Snare Hand Clap Electric Snare Low Floor Tom Closed Hi Hat High Floor Tom Pedal Hi Hat Low Tom Open Hi Hat Low Mid Tom High Mid Tom Crash Cymbal 1 High Tom Ride Cymbal 1 Chinese Cymbal Ride Bell Tambourine Splash Cymbal Cowbell Crash Cymbal 2 Vibraslap Ride Cymbal 2 High Bongo Low Bongo Mute High Conga Open High Conga Low Conga High Timbale Low Timbale High Agogo Low Agogo Cabasa Maracas Short Whistle Long Whistle Short Guiro Long Guiro Claves High Wood Block Low Wood Block Mute Cuica Open Cuica Mute Triangle Open Triangle Shaker Suzu Sticks MIDI IN Photocoupler IC106 PC900VP Power ON signal Effect RAM 256K bit LSI102 L
3. 13 VCC1 In 5V source 14 CKO In Clock input Connected to terminal CK16 15 TCKB Not used 16 VCC1 In 5V source 17 GND1 In Ground 0V source 18 19 XTO XT1 In Out 24 576 MHz clock input output 20 SGL In System control terminal Single chip system Open 21 CCSB In Chip select signal input 22 25 In Address bus 26 CE0 In Not used Connected to ground 27 CWRB In Write enable signal 28 CRDB In Read enable signal 29 32 Not used 33 RESB In Reset signal input 34 TESB In Not used Connected to 5 35 39 Not used ES us RDO RD15 In Data bus for the sound source ROM 50 VCC2 In 5V source 51 GND2 In Ground OV source 58 RA23 Out Not used 59 RA22 Out Chip select signal for the sound source ROM 60 61 RA20 RA21 Out Not used is 419 Out Address bus for the sound source ROM 74 GND5 In Ground 0V source 83 WOK2 Out Not used 84 VCC3 In 5V source 85 GND3 In Ground 0V source 86 WOK1 Out Word clock for the 87 SOLM Out Not used 88 SOLP Out Serial sound data output 89 BOK Out Bit clock output 90 92 Not used 93 VCC5 In 5V source 94 95 3r 103 EA12 Out Address bus for the effect RAM 107 109 110 112 96 EWEB Out Write enable signal for the effect RAM 11 Pin Terminal In Out Function 106 EOEB Out Read enable signal output for the effect RAM 108 VCC7 In 5V source 111 ECEB Out Chip select signal out
4. adapter 2 8W 35 x 113 x 169 mm 1 3 8 x 4 7 16 x 6 5 8 inches 450 g 1 Ibs V DC 210 mA 2096 230 mA 20 with 32 polyphonic in tone No 078 Volume maximum Touch response maximum Phone output Level with keys C6 and F6 in tone No 078 Vrms with 8 load each channel 85 mV 20 Line output level Vrms with 47 KO load each channel with keys C6 and F6 in tone No 078 Minimum operating voltage 300 mV 20 4 0 V MIDI messages receivable with GZ 50M MIDI channel 1 16 channel Note On Off Note number 0 127 Velocity 1 127 Program change 0 70n channel 10 00H 00H 7FH 7FH Modulation Volume Pan Expression Hold Sostenuto Soft Effect depth All sounds off Reset all controllers Pitch bend Control change 0 127 on channel 1 9 amp 11 16 Control No Control No Control No Control No Control No Control No Control No Control No Control No Control No 1 7 91 120 121 0 127 0 127 0 left 64 center 127 right 0 127 0 63 64 127 0 63 64 127 0 63 64 127 0 127 next for information about the initial settings Local control On Off All notes off Registered Parameter Number RPN Control No Control No Pitch bend sense Control No Data entry Fine tuning Data entry Coarse tuning Data entry RPN null Active sensing Channel pressure Reconized as m
5. 117 SRM2264LM90 B LA4525 M5218AFP 600C RH5VL36AA T1 HD74HCO8FPTR PC900VP 2SA1577T106R 25 4081 1065 2502096 114 2SD1664T101R 2SD1757KT146S DTZTT115 6B 1SR154 400TE25 1SS355TE 17 RB501H TT11 HEC2305 01 330 YKB21 5010 TCS5073 25 4151 EVJC20F03B14 CSACS20 00MX040 TG HC 49S24A YKB21 5157 LN282RPX TT2 LN382GPX TT2 EVQ 21405R M240162 1 M240161 1 M340189 1 M240160 1 M311687 7 44 4 VES V N gt OD D aA a a FOB Japan N R Yen Unit Price gt gt lt gt gt gt gt gt gt gt gt m lt D gt gt O O gt O O OOO CASIO COMPUTER CO LTD Service Division 8 11 10 Nishi Shinjuku Shinjuku ku Tokyo 160 Japan Telephone 03 3347 4926 MA0700951A
6. 4 Av D104 1104 HEC2305 01 330 1 167 C101NPO FB107 BLM21830 8 ov 2501757 0108 AUDZ5 5B Mr R172 omes 102 2173 0105 ARRP BLM21B30 FB108 BLM21B30 ARRP YKB21 5010 LINE OUT LEFT C104F cisa C169 C10 1NPO 3 ey 0109 2501757 47 2175 pios ZA UDZ5 68 BLM21830 YKB21 5010 LINE OUT RIGHT Ax 0110 25C4081 gt M521BAFP Icio2 LN2B2RPX TT2 LED201 LED e POWER o EVO 21405R Sw201 C15NPO ciis 10y 10n Rig Wr JCM304 29 o JA JA LED202 6 o EVG 21405R N3gegPx TT21 MAIN VOLUME 1 EVJ20F A2B14 M521BAFP Icio2 2 MATM 2 2 JA Apa JA AT MATM MOLD A Id JA 1T MATM MOLD oo o DEMO DG Sk JA SIMATM 2 JA 5 j JA T es VOLTAGE CHECK POINT C183 C101NPO C131 ay 50 2 21 C185 C104NPo C186 101 0 BLM21B30 M521BAFP 13 00738 22K R135 10K M521BAFP 13 02738 22K
7. 56 TRUMPET A 3 A 6 025 ACOUS GUITAR 057 TROMBONE D 5 026 JAZZ GUITAR 058 TUBA F1 G3 027 ELEC GUITAR 059 MUTE TRUMPET A 3 A 5 028 GUITAR 060 FRENCH HORN F2 5 029 DIST GUITAR 1 030 DIST GUITAR 2 061 BRASS 062 SYNTH BRASS 1 02 7 031 GT HARMONICS 063 SYNTH BRASS 2 NO TONE GMOCTAVE RANGE REED SYNTH SFX 064 SOPRANO SAX F 3 D 6 096 PEARL DROP 02 7 065 ALTO SAX G 5 097 SOUNDTRACK 02 7 066 SAX F 2 0 5 098 CRYSTAL 02 7 067 BARITONE SAX C 2 G 4 099 ATMOSPHERE 02 7 068 OBOE A 3 G6 100 BRIGHTNESS 02 7 069 ENGLISH HORN A5 101 LABYRINTH 02 7 070 55 1 5 102 ECHOES 02 7 071 CLARINET D3 G6 103 COSMIC SOUND C2 C7 PIPE ETHNIC 072 PICCOLO D5 C8 104 SITAR 03 F5 073 FLUTE 04 7 105 BANJO C3 6 074 RECORDER 04 7 106 SHAMISEN D3 5 075 FLUTE 04 7 107 G3 C6 076 BOTTLE BLOW 04 7 108 PIANO 03 G5 077 SHAKUHACHI G3 6 109 PIPE 02 F5 078 WHISTLE 04 7 110 FIDDLE G3 7 079 OCARINA 4 6 111 SHANAI 03 5 SYNTH LEAD PERCUSSION 080 SYNTH LEAD 1 112 BELLS 081 SYNTH LEAD 2 113 AGOGO 082 CALLIOPE STEEL DRUM 083 POWER LEAD 115 WOOD BLOCK
8. C133 502 05 102 HC 49524A 24 5762 U A158 3300 3302 Ri59 2 R153 1 105 11 41 8 TC74HCOBAF 10 9 13 TC74HCOBAF TC74HCOBAF 6 14 DG 601 HB 329 Clock Check Point ti o 10 000MHz CP2 LSI S Clock Check Point f2 24 576MHz 1008 6 AW Pa1 IRO1 57 56 55 PAO ADTRG HD643329BA42F LSI104 00MX040 OOOMHZ Top View PH M PISANG 716 16 PITT vss P21 19 P22 110 LSI105 GND 1 21 6 cS Ut vor gt 40 051 1 M 10 St A2 A3 MIN Ad A9 gt AB fr A6 CE2 jj 7 df 5 POS M3 1 31 32 WE M2 21810 2700 1177 ICi06 PcgooyP DvDD O Fr FB115 C101NPO DG 183 9 2208 0 TCS5073 25 4151 MIDI IN C101NPO JCM304 MA1M EXPLODED VIEW 18 PARTS LIST 2 50 Prices and specifications are subject to change with out prior notice As for spare parts order and supp
9. C33832M 70 VCC DVDD AVDD VDD DCN Power Supply Circuit O D102 D103 Q101 Q105 Line Out Mute Circuit O Q108 Q109 BLOCK DIAGRAM Reset IC IC104 RH5VL36A 151104 HD6433298A42F Power Switch oo AO 14 00 07 Working Storage 64K bit 151106 SRM2264LM90 B DSP RAO RA19 Sound Source ROM 151103 16M bit HG51B115FD LSI105 WCK1 RDO RD15 777 SLOP D A Converter LSI101 UPD6376GS Filter Filter IC103 IC103 d Volume Headphone 8 Amplifier 101 O LA4525 Line Out Amplifier IC102 M5218AFP CIRCUIT DESCRIPTION CPU LSI104 HD6433298A42F The 16 bit CPU contains a 32k bit ROM 1k bit RAM seven 8 bit I O ports and MIDI interfaces The CPU receives MIDI message and interprets it using the working storage RAM For instance when receiv ing NOTE ON message the CPU sends the note number and its velocity to the DSP in order to produce sound of that note The following table shows the pin functions of LSI104 Pin No Terminal In Out Function 1 P50 TXD Not used 2 P51 RXD In MIDI signal input 3 P52 SCK Out Reset signal output 4 RESET In Reset signal input 5 In Power ON trigger signal input 6 VCC In 5V source 7 STBY In Standby signal input Connected to 5V 8 VSS In Ground OV sour
10. CASIO Service Manual with price GZ 50M CASIO VOLUME GM SOUND MODULE midi POWER O MIDI MONITOR DEMO PHONES MAX O INDEX GM SOUND MODULE GENERAL Sound source Digital effects Demonstration tune Volume control MIDI monitor Tuning Terminals Power source Power consumption Dimensions HWD Weight ELECTRICAL Current drain with 9 No sound output Maximum volume CONTENTS Sp ecCificati BS ala mr ee 2 MIDI Messages receivable with GZ 50M 3 Block Diagram w 9 Circuit Description 10 Major waveforms 14 PCB View and Check Points 16 Schematic Diagram 17 Exploded View 18 Paris cae De dG 19 SPECIFICATIONS The General MIDI system 1 Number of tones 128 Number of drum sets 8 Number of layer voice 32 10 including Reverb 1 Reverb 2 Reverb 3 Chorus Tremolo Phase Shifter Organ SP Enhancer Flanger EQ Loudness Suite for Rebecca Arranged and programmed by Wojtek Gogoleski Analog volume LED Center 440 Hz Headphone Jack Output impedance 68 O Output voltage 0 3 V rms MAX Line Out Jack Output impedance 2 KO Output voltage 1 5 V8rms MAX MIDI IN Jack AC Adapter Jack 9 V AC source only AC
11. and RPN Null 4 system Effect Change FO 7E 7F 09 01 F7 F0 44 OB 09 xx F7 E_0 00 E 9 09 Off OF Yes X Mode 1 OMNI ON POLY Mode 3 OMNI OFF POLY Mode 2 OMNI ON MONO Mode 4 OMNI OFF MONO 5 LIST OF TONES AND OCTAVE RANGES GM OCTAVE RANGE NO TONE 55 000 032 WOOD 55 001 HARD PIANO 033 ELEC 1 002 STUDIO PIANO 003 HONKY TONK 034 ELEC BASS 2 035 FRETLESS BASS 004 ELEC PIANO 1 036 SLAP 1 005 ELEC PIANO 2 037 SLAP BASS 2 006 HARPSICHORD 038 SYNTH BASS 1 007 CLAVELECTRO 039 SYNTH BASS 2 CHROMATIC PERCUSSIO STRING ORCHESTRA 008 CELESTA 040 VIOLIN 009 GLOCKENSPIEL 041 VIOLA 010 MUSIC BOX 042 CELLO 011 VIBRAPHONE 012 MARIMBA 043 CONTRABASS 044 TREMOLO STR 013 XYLOPHONE 045 PIZZICATO STR 014 TUBULAR BELLS 046 HARP 015 DULCIMER 047 TIMPANI ORGAN ENSEMBLE 016 ELEC ORGAN 048 STRINGS 1 017 JAZZ ORGAN 049 STRINGS 2 018 ROCK ORGAN 050 SYNTH STR 1 019 051 SYNTH STR 2 020 REED ORGAN 021 ACCORDION 052 CHOIR 053 MOON VOICE 022 HARMONICA 054 SYNTH VOICE 023 BANDNEON 055 ORCHESTRA HIT GUITAR BRASS 024 GUT GUITAR 0
12. ce 9 10 XTAL EXTAL In 20MHz clock input 11 12 MD1 MDO In Mode selection input 13 AVSS In Ground OV source 14 20 70 P76 In Not used Connected to ground 21 P77 In DEMO button input signal 22 AVCC In 5V source 23 P60 Out LED drive signal output 24 30 P61 P67 Not used 31 VCC In 5V source 32 P27 Not used 33 48 A14 Out Address bus 40 VSS In Ground OV source 49 56 DO D7 In Out Data bus 57 58 P40 P41 Not used 59 42 Out Power ON signal output 60 P43 Out Read enable signal output 61 P44 In Write enable signal output 62 P45 Not used 63 P46 Out Terminal for 10 MHz clock check point 64 P47 Not used Connected to 5 V source DIGITAL SIGNAL PROCESSOR LSI03 HG51B155FD 1 Upon receipt of a note number and its velocity the DSP reads sound and velocity data from the sound source ROM in accordance with the received MIDI message Then it provides 16 bit serial signal to the DAC If a control change message or an effect change of exclusive message has been received the DSP adds the effect to the sound data using the effect RAM The following table shows the pin functions of LSI103 10 Pin Terminal In Out Function 1 8 CD7 In Out Data bus 9 10 CE1 TRSB Not used 11 GND7 In Ground OV source 12 CK16 Out Terminal for 24 576 MHz clock check point
13. log circuit 9 R REF In Right channel reference voltage terminal 10 L REF In Left channel reference voltage terminal 11 L OUT Out Left channel sound waveform output 12 A GND In Ground 0 source for the left channel 13 LRCK In Word clock input 14 LRSEL In Not used Connected to ground 15 SI In Sound data input 16 CLK In Bit clock input POWER SUPPLY CIRCUIT The power supply circuit generates five voltages as shown in the following table VDD voltage is always generated The others are controlled by the power ON signal output from the CPU Name Voltage For operation of VDD 5 V CPU Reset IC Working strage RAM DVDD 5 V DSP Effect RAM DAC Pilot lamp AVDD 5V Filter 7 V Headphone amplifier Line ount amplifier VCG 8 V Mute circuit RESET CIRCUIT When an AC adapter is connected the reset IC provides a low pulse to the CPU The CPU then initializes its internal circuit and clears the working storage RAM When the power switch is pressed the CPU receives a low pulse of POWER signal The CPU provides the power ON signal to the power supply circuit and raises RESET signal to 5V to reset the DSP VDD Re set IC IC104 RH5VL36A POWER From power switch gt NMI VDD DVDD 1 VDD DSP Working Storage RAM LSI103 151106 HG51B155FD 1 LC3564SM 85 LSI104 RESET A HD6433298A42F Power ON signal P42 To power
14. ly refer to the GUIDEBOOK for Spare parts Supply published seperately The numbers in item column correspond to the same numbers in drawing Code Parts PCB M304 MA1M 6923 7150 PCB ass y M304 MA1M with M304 MA2M z 151101 2114 4221 151102 2012 0777 151103 2012 1316 151104 2012 0462 151105 2012 1498 151106 2012 0770 IC101 2114 2632 IC102 IC103 2114 4214 IC104 2105 4536 IC105 2105 4445 IC106 2114 4326 IC Photocoupler Q101 2250 1176 Chip transistor Q102 Q104 2252 1169 Chip transistor 0110 Q103 2250 1183 Transistor 0105 2253 0644 Transistor Q108 Q109 2253 0651 Chip transistor D102 D103 23602541 Chip zener diode D105 D106 D104 2390 2058 Chip diode D107 D108 2390 1820 Chip diode D109 2390 2310 Chip schottky diode J101 3501 7049 Power jack J102 J103 3612 0789 Jack 9104 3501 9786 DIN jack VR101 2765 1778 Volume with nut X101 2590 2100 Ceramic oscillator X102 2590 2107 Crystal oscillator Sub PCB M304 MA2M 3501 9793 2370 0686 2370 0889 SW201 SW202 3412 0903 switch Cabinet 6923 7480 Lower case 6923 7440 Upper case 6923 7450 Rotary knob 6923 7460 Front panel 6923 7470 IButton 2 2 Z Z Z Z 2 2 2 22 2 2 2 Z Z Z Z Z 2 2 Z Z 2 2 2 2 O Notes N New parts M Minimum order supply quantity R Rank 19 Specification M140210 1 UPD6376GS E1 LC33832M 70 TLM HG51B155FD 1 HD6433298A42F TC5316200CF C
15. m 000 Piano LSB 40H MSB 00H 0 Off 100 64 Center 127 Maximum 0 Off 0 Off 127 Maximum 02 2 seminotes LSB 40H MSB 00H LSB 40H MSB 00H Null 0 Off 0 100 64 Center 127 Maximum 127 Maximum 0 Off Model GZ 50M Function MIDI Implementation Chart Transmitted Recognized Version 1 0 Remarks Basic Channel Default Changed 1 16 channel 1 16 channel Mode Default Messages Altered Mode 3 x Note Number True voice 0 127 12 108 1 1 Different tones Velocity Note ON Note OFF O 9nH v 7 No relation After Touch Key s Ch s 2 Pitch Bender Control Change 01 06 38 07 10 11 64 66 67 91 100 101 120 121 Modulation Data entry Volume Pan Expression Hold 1 Sostenuto Soft External effect depth RPN LSB MSB All sounds off Reset all controllers Program Change True X X X X X X X X X X X X X X X X X X System Exclusive System Common Song Pos Song Sel Tune System Real Time Clock Commands Aux Messages Local ON OFF All notes OFF Active Sense Reset XX X XX O 2 Vibrato effect is obtained when received either message of modulation channel after touch 3 Reception of pitch bend sense fine tune coarse tune
16. odulation F0 44 0B 09 xx F7 xx 00 0 00 System exclusive Effect change GM system on Control No Control No Control No Control No Control No Control No Control No Control No Control No Control No Control No Control No Control No 122 123 100 101 6 36 100 101 6 36 100 101 6 36 100 101 01 02 03 04 05 06 07 08 09 OF FO 7E 7F 09 0 1 F 7 0 Off 127 On Control No 36 LSB No 37 MSB 00H 00H 00H 0CH 00H 01H 00H 20H 50 cents 20H 40H 60H 40H center 00H 60H 50 cents 02H 00H 84H 12 seminotes 34H 40H 4CH 40H center 00H ACH 12 seminotes 7FH 7FH 9 OF Reverb1 Stage Reverb2 Hall Reverb3 Room Chorus Tremolo Phase shifter Organ speaker Enhance Flanger EQ Loundness Effect OFF See next page for information about the initial settings in The General MIDI system The initial setteings Pitch bend Modulation Expression Sustain Sostenuto Soft Channel pressure RPN Channel 1 9 amp 11 16 Program change Pitch bend Modulation Volume Pan Expression Sustain Soft Effect depth Pitch bend sense Coarse tune Fine tune RPN Channel pressure Channel 10 Drum set No Volume Pan Expression Effect depth Soft 0 0 Off 127 Maximum 0 Off 0 Off 0 Off 0 Off Null The initial settings in The General MIDI syste
17. put for the effect RAM 113 117 ED11 ED15 Not used 118 VCC4 In 5V source 119 GND4 In Ground 0V source 120 122 ED8 ED10 Not sued 123 130 EDO ED7 In Out Data bus for the effect 131 GND5 In Ground 0V source 132 134 Not used Connected to ground 135 136 Not used Block diagram of DSP and DAC circuit Sound Source ROM LSI105 TC5316200CF C117 CE 0 19 DO D15 SOLP Sound data Bit clock WOK1 Word clock DAC 151101 DSP CLK A13 CCSB u LRCK RD CRDB HG51B155FD 1 UPD6376GS Power ON signal WR CWRB RESET sul ECEB EOEB EWEB wel EDO ED15 4 24 576 MHz 00 015 0 14 Effect RAM 256K bit 151102 LC33832M 70 DAC LSI101 UPD6376GS The DAC receives 16 bit serial data and two clocks output from the DSP The DAC converts the data into analog waveforms by each channel and output them separately The following table shows the pin functions of LSI101 12 Pin Terminal In Out Function 1 SEL In Mode selection terminal Connected to ground 2 D GND In Ground 0V source for the internal digital circuit 3 NC Not used 4 DVDD In 5V source for the internal digital circuit 5 A GND In Ground OV source for the right channel 6 R OUT Out Right channel sound waveform output 7 8 A VDD In 5V source for the internal ana
18. supply circuit 13 MAJOR WAVEFORMS CH1 CH1 D CH2 CH2 D Voltage VDD 3 Power ON trigger NMI Emitter of Q105 HD6433298A42F pin 5 Initial reset signal A Power ON signal RH5VL36A pin 1 HD6433298A42F pin 59 5 Reset signal HD6433298A42F 3 8 CH1 CH1 CH2 CH3 CH1 5V 6 Word clock WOK1 9 MIDI data UPD6376GS pin 13 PC900VP pin 4 Data 51 Note OFF UPD6376GS pin 15 Basic channel 1 Bit clock BOK Note No 60 C3 UPD6376GS pin 6 Velocity 127 Maximum 14 CH1 4 CH2 W DAC output UPD6376GS pin 11 0 Filter output M5218AFP pin 1 CH1 5 CH2 Headphone amp input LA4525 pin 7 45 Headphone amp output LA4525 pin 1 15 CH1 CH2 42 Line out amp input L ch C111 43 Line out amp output L ch C161 Program change Tone No 078 Whistle Note No Key 81 4 Velocity 127 Maximum VIEW AND CHECK POINTS Jit J104 IC106 N R181R182 J103 J102 8 Le R178 cg JA ats R184 X0 o 9 7 9 Hs D he C137 LE RASI m 2001 Noo eC 4 2 x C138 05 A ru E R158 7 9 NGC O Ka LSH03 156 2 0105 0 8 m C106 Popes EIE m C110 e 5 5 NE 1 8 lt gj o Mas Db c e T 180 119 5 01090 H 8 u HCT 1 n 2 2 N gt C183C185 1 x Seel C101
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