Marantz CD-57 User manual

74 CD57/o1B/028/058
74 CD67/01B/028/05B/01G/026
A1BM2BA5B/12G
CD-67/67SE ust, rs, en
Compact
disc
player
COMPACT
DIGITAL AUDIO
TABLE OF CONTENTS
SECTION PAGE
1, TECHNICAL SPECIFICATIONS Cee e acer a nance eee e neta eens eee ree esse nee e DOOD POE EE EOE Eee ee FER EEE e eee teee ene reeorvesessonerane 1
5” SEEN ACOLIE: 1 nsarkbov se etihehssdac sancti yd adten i uGasaeesanits sateen Sli logue iabiase! 2
3. MICROPROCESSOR AND IC DATA Pee e cere emer ae te eee eee eee e ese eee see S EDO H OSES TESS HE EHE SEEDED EEO O RES OE EEE eee rere ebeeearesrer 3
4, BLOCK DIAGRAM ee eee eee eer reer ee errr rere reer ee ee errr ee ee ee eee STOO eee Ce eee ee eee eee eer 6
5. SCHEMATIC DIAGRAMS AND PARTS LOCATIONS (PATTERN SIDE) vrrsserssrserssrssessessessesseeseesesneeeaenny 7
6. EXPLODED VIEW AND PARTS LIST e---s-essessesssssssescessessecsscsssnscarecesseesusssssssscssessseessssssassanesnecasevences 17
EV
ECTRICAL:PARTSLIGT.
Sovisseientehielaniladaat
ia
naiecne
utiaanstaenatea
tamales
one
calaae,
20
Please use this service manual with referring to the guide (D.F.U.) without fall.
BORIS, YP RIRRAS eSB Be ERO LER eI T< KEL
mode! CD-57 CD-67 CD-67SE ‘tissue: 1960
4822 72551124
186W&55090

MARANTZ DESIGN AND SERVICE
Using superior design and selected high grade components, MARANTZ company has created the ultimate in stereo sound.
Only original MARANTZ parts can insure that your MARANTZ product will continue to perform to the specifications for which
it is famous.
Parts for your MARANTZ equipment are generally available to our National Marantz Subsidiary or Agent.
ORDERING PARTS :
Parts can be ordered either by mail or by Fax.. In both cases, the correct part number has to be specified.
The following information must be supplied to eliminate delays in processing your order :
1 . Complete address
2. Complete part numbers and quantities required
3. Description of parts
4, Model number for which part is required
5. Way of shipment
6. Signature : any order form or Fax. must be signed, otherwise such part order will be considered as null and void.
EUROPE
MARANTZ EUROPE B.V.
P.O.BOX 80002
BUILDING SFF2
5600 JB EINDHOVEN
THE NETHERLANDS
PHONE : +31 - 40 - 2732241
FAX : +31 - 40 - 2735578
TRADING
MARANTZ EUROPE B,V,
P.O,BOX 80002
BUILDING SFF2
5600 JB EINDHOVEN
THE NETHERLANDS
PHONE : +31 - 40 - 2732241
FAX 2 +31 - 40 - 2735578
CANADA
LENBROOK INDUSTRIES LIMITED
633 GRANITE COURT,
PICKERING, ONTARIO L1W 3K1
USA
MARANTZ AMERICA, INC.
440 MEDINAH ROAD
ROSELLE, ILLINOIS 60172- 2330
USA
| PHONE : 708 - 307 - 3100
\
CANADA
PHONE : [phone]
: 708 - 307 - 2687 FAX : [phone]
PROFESSIONAL CANADA
TC ELECTRONICS CANADA LTD
540 FIRING AVE.
BAIE D'URFE, QUEBEC H9x 3T2
CANADA
PHONE : 514 - 457 - 4044
FAX 1514 - 457 - 5524
rc PROFESSIONAL USA
| SUPERSCOPE TECHNOLOGIES, INC.
| MARANTZ PROFESSIONAL PRODUCTS
| 1000 CORPORATE BLVD., SUITE D
AURORA, ILLINOIS 60504 USA
PHONE : 708 - 820 - 4800
FAX
: 708 - 820 - 8103
AUSTRALIA BRAZIL HONG KONG
MARANTZ AUSTRALIA MARANTZ BRAZIL FORWARD INTERNATIONAL CORP.LTD.
3 Figtree Drive Caixa Postal 21462 15 TH FLOOR, REGENT CENTRE,
88 QUEEN'S ROAD, CENTRAL, H. K,
PHONE : +852 521 - 0883
FAX : +852 521 - 7835
CEP 04698-970
Sao Paulo, SP, BRAZIL
PHONE : 0800 - 123123 (Discagem Direta Gratuita)
FAX 1 +55 11 534, 8988
Australia Centre
Homebush, NSW2140 AUSTRALIA
PHONE : [phone]
FAX 1 [phone]
MALAYSIA
WO KEE HONG ELECTRONICS SDN. BHD.
NO. 102 JALAN SS 21/35, DAMANSARA
UTAMA, 47400 PETALING JAYA
SELANGOR DARUL EHSAN,
MALAYS IA
PHONE : +60 3 - 7184666
FAX : +60 3 - 7173828
THAILAND
MRZ STANDARD CO,, LTD,
746 - 750 WANGBURAPA BANGKOK
10200 THAILAND
PHONE : [phone]
FAX 1 [phone]
TAIWAN
PAL YUING Co,, LTD.
6 TH FL NO, 148 SUNG KIANG ROAD,
| TAIPEI, 10429, TAIWAN R.O.C.
| PHONE : [phone] - 8
| FAX — : 4886 (2) 5630415
SINGAPORE
FORWARD MARKETING (SINGAPORE) PTE. LTD.
29, LENG KEE ROAD
SINGAPORE | 59099,
PHONE : +65 475 - 4555
FAX : +65 475 - 8623
JAPAN Technical
MARANTZ JAPAN INC.
35-1, 7- chome, Sagarniono
Sagamihara - shi, Kanagawa
Japan
PHONE : [phone]
FAX :[phone]
AAVSLy RHA
*& at 228
PHAR SR AB ATR TH ABSA SR 7 - 35-1
BRAB +150
RRMRSER MRM 1-11-9
SHOCK, FIRE HAZARD SERVICE TEST :
CAUTION : After servicing this appliance and prior to returning to customer, measure the resistance between either primary AC
cord
connector
pins
(
with
unit
NOT
connected
to
AC
mains
and
its
Power
switch
ON
),
and
the
face
or
Front
Panel
of
product
and
controls and chassis bottom.
Any
resistance
measurement
less
than
1
Megohms
should
cause
unit
to
be
repaired
or
corrected
before
AC
power
is
applied,
and
verified
before it
is
return
to
the
user/customer.
Ref. UL Standard NO.1492.
In case of difficulties, do not hesitate to contact the Technical
Department at above mentioned address.
960828KI

1. TECHNICAL SPECIFICATIONS
Audio Characteristics
Channels’ i. sescisescses tendo enasede dacetensedn osieas deasdertes
Sampling frequency «0.0... cessssesescssecsssetsessesseeeeseees
QUANTIZATION -..seicsiseceececcsscvesssvaseesndacedsosutisesosstenseesess
D/A CONVEISION ........cccccsecessesecessessressausesscecesseseesensees
Wow & flutter ooo. cceecessescessssssscessessseeseeeeee
Frequency Characteristics
FrOQUENCY ANGE ....... sees esectsceateeeessesscecsssaeeeeeens
Dynamic range ...... eee eeeseeeeeseseceecasessssesaceeeseenees
SIN TAO: s sccssvissiedenssonseerevestsuaieaes avmeassivsnsocdesiucteedet
Channel separation (1 KHZ) ..........csceesesessecsesereseees
VAD (8 KAZ) scesceveceeetesesctvesteves cavcueevesdeavevedayssurantiesees
Analog output jack
Output level... eeecseceeecsscsesseeseeeseseasseeeeeeeee
Output impedance ..........ceeeecsseeessssseseeescsaneees
Digital output
PIN JACK vcsilsvcccscsatscesetcesvavcesacusadestecsodeiassescedasastisee
Optical Output v....00-.iSaascseevessertssvctadecsbeseoteradeciseetetrecs
Power Supply
101, /1 1 VOISION Lasiiki. seek ncccctie dette eek Be ee eecess
102, /05, /12, /15 V@rSion ........cccccccecsceesecescssesesensvsenens
POWEF CONSUMPTION... ee eeeeeeeesseescesecseeseeesecseeeens
Cabinet, etc.
Dimensions
Operating temperatures 0.0... ecssssseessseteerseeeeees
Operating NUMIGIty ..... ec sceteeeeeteesenseneeseeseees
Accessories
Remote control unit (RC-63CD) oo... eesseeeseeeeee
AA (R6) batteries oo. csecescetsescssessseeeteseeensens
Stereo audio cable with RCA pins ............ cece
Specifications subject to change without prior notice.
CAUTION
VARO!
VARNING
ADVERSEL
DANGER
VORSICHT
CD-57 CD-67 CD-67SE
2 channels
44.1 kHz
16-bit linear/channel
Cross-interleave read solomon code
1-bit linear/channel
Precision of quartz
GaAlAs semiconductor
780 nm
5 Hz —- 20 kHz 5 Hz —- 20 kHz 5 Hz — 20 kHz
> 96 dB > 96 dB > 96 dB
> 102 dB > 104 dB > 104 dB
> 100 dB > 102 dB > 102 dB
0.0025 % 0.0025 % 0.0025 %
2V RMS 2V RMS 2V RMS
200 ohms 200 ohms 200 ohms
0.5 Vp-p/75 ohms | 0.5 Vp-p/75 ohms} 0.5 Vp-p/75 ohms
— -19 dBm ~19 dBm
115/230V AC 50/60 Hz
230V AC 50 Hz
|
11W | 12W 12W
439 mm 439 mm 439 mm
86 mm 86 mm 88 mm
310 mm | 310mm | 310 mm
4.3 kg 4.3 kg 5.8 kg
+5 °C ~ +35 °C
5 % ~ 90 % (without dew)
1 1 1
2 2 2
1 1 1
INVISIBLE LASER RADIATION WHEN OPEN. AVOID EXPOSURE TO BEAM.
AVATTAESSA OLET ALTTIINA NAKYMATTOMALLE LASER SATTEILYLLE ALA KATSO SATEESEN.
OSYNLIG LASERSTRALNING NAR DENNA DEL AR OPPNAD BETRAKTA &J STRALEN.
USYNLIG LASERSTRALING VED ABNING. UNDGA UNSAETTELSE FOR STRALING.
INVISIBLE LASER RADIATION WHEN OPEN. AVOID DIRECT EXPOSURE TO BEAM.
UNSICHTBARE LASERSTRAHLUNG WENN ABDECKUNG GEOFFNET. NICHT DEM STRAHL AUSSETZEN.
CLASS 1 LASER PRODUCT
KLASSE 1 LASER PRODUKT
LH.T. IEC 825

6.
A fag Ss ae
. POE RE-EAOAU
e (STOP]. [PLAY], (NEXT]. [PREV] keyD55 2 DLA
LeRL CEREANS.~
» HPO - Ger P00)
TARE: (FOCUS OFF] [SPINDLE OFF) (RADIAL OFF]
(MUTE ON]
e [CUE] keye#BTCALY FOHEBHLET.
e (REVIEW) keys #TCALY FOARNBHLET.
e (NEXT} keye#TCE-FIANBALET.
C SSP 1. eer APs 20%
TARE > (FOCUS ON) [SPINDLE OFF] (RADIAL OFF}
(MUTE ON]
e (NEXT] keye#OCE—-F2A\BALET.
e [PREV] keye#TCE—-FVN\BHLET.
RHR? Gea P 02)
tKRE > [FOCUS ON) [SPINDLE ON] [RADIAL OFF]
(MUTE ON]
e (NEXT] keya##OCE-FEINBHALET.
e (PREVkeye#T¢CE—-FOUANBALET.
. =-F3 GeR P 03)
TARR : [FOCUS ON) (SPINDLE ON] (RADIAL ON)
(MUTE OFF}
e [PREV] keye#TCE—F2ABALET,
* +-KRE—-FOLZTTORECMEO+—-DEM
TT.
1) (STOP] keye#OCFLUABRMNTLET.
2) (PAUSE) key@ #TCETVBSCN-Ysavern
LET.
Cd 67: 1
FOeRvt—-N-Vaves
3) [PLAY] key4#8O CMR O-ERE—-EDYD tf
CEL SUET.
RL, REPRBRENKHICLS-BStRReEN
aS. (Bl: Err 10)
BORZBSAITL TKK.
t-KRE—FORR
e BRZDScC4v—-ERE— EDRMRENET,
2.
1.
a
6.
SERVICE MODE
How to enter into the Service Mode
* Turn the power on while pressing at least 2 of [STOP],
[PLAY], [NEXT], [PREV] keys.
. Mode 0 (Display P00)
Condition: [FOCUS OFF] (SPINDLE OFF] [RADIAL OFF]
[MUTE ON]
® The Sled moves outside when pressing [CUE] key.
© The Sled moves inside when pressing [REVIEW] key.
© The function moves to Mode 1 when pressing [NEXT]
key.
. Mode 1 (Display P01)
Condition: [FOCUS ON] [SPINDLE OFF] [RADIAL OFF]
[MUTE ON]
© The function moves to Mode 2 when pressing [NEXT]
key.
© The function moves to Mode 0 when pressing [PREV]
key.
. Mode 2 (Dispiay P02)
Condition: [FOCUS ON] [SPINDLE ON] [RADIAL OFF]
[MUTE ON]
© The function moves to Mode 3 when pressing [NEXT]
key.
© The function moves to Mode 0 when pressing [PREV]
key.
Mode 3 (Display P03)
Condition: [FOCUS ON] [SPINDLE ON] [RADIAL ON]
[MUTE OFF]
® The function moves to Mode 2 when pressing [PREV]
key.
* The following key operation can be available at all of
the conditions of the service mode.
1) All of FL display light by pressing [STOP] key.
2) Model Number and Version Nbr of the u-processor are
displayed by pressing [PAUSE] key.
Cd 67 : 10
|
-Processor Version Nbr.
3) The same as Normal operation (except Service mode)
is performed by pressing [PLAY] key.
However if some default is detected, an error code is
displayed. (For example: Err 10)
The content for each error code is shown below.
[—EnorGode | Eror
Err 02 FOCUS Error
Err 07 SUB CODE Error
Err 08 T. O. C Error
Err 09 DECODER Error
Err 10 RADIAL Error
SLED Error
SPINDLE Error
SEARCH Error
DOOR Error
TRAY Error
KEY INPUT Error
Err 11, 12
Err 13
Err 16 ~ 20
Err 30
Err 31
Err 32 ~ 47
Cancelling the Service Mode
® The Service Mode is cancelled by turning the power off.

3. MICROPROCESSOR AND IC DATA
MN187164 (MICROPROCESSOR)
e)
CONANHAAWN =
P26
P25 DATA
P24 CLOCK
P23 RAB
P22 SILD
P21 SCEDGESW
P20
P15 RCSIN
P14 TRAYSW
P13
P12 RC5OUT
Pit MLEN
P10 ASTN
RST
POS TRAYMOTOR
P04
POS
Po2
Pot
POO
SYNC
cM
P47
P46
P45
Pin
Nbr Pin Name
6 | xO
7_| P27
8 | P26
9 | P25 DATA
| 10 | P24 CLOCK
P23 RAB
P22 SILD
P21 SLEDGESW
14 | P20
P15 RCSIN
|_16 | p14 TRAYSW
17
|
P13
O
|
49
|
Li
|
18
|
P12
RCSOUT
O
|
RC-5
code
Output
|
50
|
P65
(SEG13)
Lo
|
19
|
P11
MLEN
O
|
M5872
MLEN
(latch)
P64
(SEG12)
ho
|
20
|
P10
RSTN
O
|
SM5872
RSTN
(reset)
|
s2|
esses)
ia
|
3
0
22
|
POS
TRAYMOTOR
Oo
|
TrayMotor
P61
(SEG)
23
|
Po4
o
P60
(SEGB)
|
s6|
Psvisea7)
|
P56
(SEG6)
E
|
58
Pss
(secs)
0
27
|
POO
|_|
Not
Used
|
59|
P54
(SEGA)
)
28
|
SYNC
0
|
Not
Used
|
60|
Psaiseas)
fa
|
P52
(SEG2)
e)
30
|
P47
|_|
Key
Input,
KEY
8
fe)
Key
Input,
KEY
7
50
(SEGO)
oO
64 VPP
63 P50 (SEGO)
62 P51 (SEG1)
61 PS2 (SEG2)
60 P53 (SEG3)
59 P54 (SEG4)
58 P55 (SEGS5)
s7 P56 (SEG6)
56 P57 (SEG7)
55 P60 (SEG)
54 P61 (SEG9)
53 P62 (SEG10)
52 P63 (SEG11)
51 P64 (SEG12)
50 P65 (SEG13)
P66 (MSEL1)
P67 (MSELO)
P70 (KILL IR)
P71 (DGT8)
P80 (DGT7)
P81 (DGT6)
Pa2 (DGTS)
Pas (DGT4)
P84 (DGT3)
P85 (DGT2)
P86 (DGT1)
P87 (DGTO)
P40
P41
P42
P43
P44
- Power Supply +5V
O | Clock out (8.0MHz)
I Clock in (8.0MHz)
O | Not Used
O | SAA7372 RESET
Jo| Notuses
Data Bus Data, SIDA
SAA7372 RAB
0 | SAA7372 SILD (latch)
| Sledge SW, SLSW
O | Not Used
| RC-5 code Input
Tray In/Out SW, TRSW
vO
Oo
0
Key Input, KEY 6
uU
Pin
Nbr Pin Name
P
P
38 | P87 (DGTO)
41 | P84 (DGT3)
42
43
jperocte, fo |
jPeooct7 fo |
P71 (DGT8) =
P70 KILL IR
P67 MSELO
P66 MSEL1
P44
P42
41
wo >
Oo
i
oO
(eo)
46
47
jes}
pes
Lt
|
eyipukeys
|
34
35
Key Input, KEY 2
Key input, KEY 1
FL Digit Data, G9
FL Digit Data, G8
FL Digit Data, G7
FL Digit Data, G6
FL Digit Data, G5
FL Digit Data, G4
L Digit Data, G3
L Digit Data, G2
FL Digit Data, G1
ill IR, N.C.
Model Select SW 0
Model Select SW 1
FL Segment Data, P1
L Segment Data, P2
n
na
n
L Segment Data, P3
FL Segment Data, P4
FL Segment Data, P5
alee
Vpp
FL Segment Data, P6
FL Segment Data, P7
FL Segment Data, P8
FL Segment Data, P9
FL Segment Data, P10
FL Segment Data, P11
FL Segment Data, P12
FL Segment Data, P1
|
FL Segment Data, F
Power Supply -2°

SAA7372GP (DIGITAL DECODING IC WITH RAM)
[ewisoc] PN | SSSSCSCSCSCSC«t SCRIPTION 7
jor | unipolar current input (central diode signal input)
[oz unipolar current Input (central diode signal Input)
jos | unipolar current input (central diode signal input)
raterence Input tor ADC
[os 7 unipolar current input (central diode signal Input)
fAt unipolar current Input (satellite diode signa! input)
[R20 unipolar current input (satelite diode signal input)
(REFT current reference tor calibration ADC
reference output from ADC
analogue supply”
selects whether intemal clock muttipfier PLL |s used
current feedback from data slicer
comparator signal input
analogue supply”
comparator common mode input
reterence current pin (nominally Vop/2)
<5 < <j <
g AR
; ag
analogue supply”
TESTt tast control input; this pin should be tied LOW
[CRIN | crystal/resonator input
crystaV/resonator output
a test control Input; this pin should be tied LOW
16.9344 MHz system clock output
11.2896 MHz clock output
FRA radial actuator output
[FO | focus actuator output
se sedge convo oi
Tests | test control input; this pin should be tied LOW
<igital supply periphery”
[DORM | bi-phase mark output (extemaily butfered) (tri-state)
rMoTo! [| = 33s motor out 1 - versatile (in-state)
pMOTO2 | = 34 ~—_| motor out 2 - versatile (tri-state)
psesy_ | __35_| subcode byte sync (in-state)
fSFSY__|___96 | subcode frame sync (irtate
PACK [37 [subcode clock Input
SUB | _ 38 ~—_[ Pto W subcode bits (tri-state)
Vas? | ___ 99 ___| tal suppty
fs | __40___| versatile opt pin
[va [4 [versa octpat pin
[va | __42 | versal output pin (open drain
KILL | __43_—_[ kill output - programmable (open drain)
| 44st general purpose DAC output (Ir-state)
DATA | = 45_——_—*[ serial data output (in-state)
word clock output (ui-state)
47 digital supply periphery*
sertal dit clock output (tri-state)
Ggital supply”
CU ED |
[SOA |_51__[nPinerace cata VO tne (open dm ouma) C=
Sct [2 uPitertaca cocking CSC~‘“~*~C*S
Ra | _53__[ uP tartace RIW and oad cori ine (Gecoderpan)
SiS [_S4___—*| uP intertace PW andioad corteline (servopa) i
[we [88 [Noconnecton SS CSCSCS~CS
West | 88 _—*(otaleupy SSCS
RESET [87 [power-on mesatinp(eciveion) SS SSSCSC~*Y
STATUS [58 | request ine/stans register put open drain) C=
Vootc [89 —«(Sghatsupplyeore” SS SSC~CS
[C2rAic | 60 recaton of comecion fale open dra) CS
[org [61 [earection fag ouput open drain) CSC*d
wi versatioingtph SO SCSC~C~CSCSSCS
[ve [6 [versatioinptp SSCS
DON | __& __[asercrive on outpatfopen drain) SCSC~*
° Note: All supply pins must be connected to the same extemal power supply voltage.
<lal <=
g 8135
<
r

SM5872BS
(DIGITAL
FILTER
AND
D/A
CONVERTER)
XTO
<=
XTi
18bits,
fs
XVsg
—
Voo
CKSL
—
AVpp4
fs
CKO
—+r
RO
Two-times
interpolator
(45-tap
FIR)
MUTEO
——
AVsse
2fs
beh
Two-times
interpolator
(9-tap
FIR
ight-times
oversampling
MUTE!
—»
RON
re
aia
)
digital
filter
MCOM
——
AVpps
=
4fs
Two-times
interpolator
(5-tap
FIR)
LRCI
——
AVppe2
8fs
BCKI
—»
LON
Sample
and
hold
DI
—
AVssi
a2ts
MDT/FSEL1
—.,
LO
Zero-shift
noise
shaper
MCK/FSEL2
——
AVpo1
32fs
Se
UECO)
MLEN/DEEM
DVpp
Pulsewidth
modulator
RSTN
——
DVss
Quasi-symmetrical PWM outputs
Arithmetic operation
Pin Name VO
Crystal oscillator output
“a
his
pin
should
be
tied
HIGH
for
normal
operation.
Internal
pull-up
resistor
Clock
output
(384fs)
UTEO Mute detect output
UTEI
COM
RCI
CKI
Mute input. Internal pull-resistor
Interface
mode
select
input.
Internal
pull-up
resistor
:
H
=
Interface
mode
L
=
Local
Data
sample
rate
clock
input.
Internal
pull-up
resistor
:
H
=
L
ch
L=Rch
ioe]
it clock input. Internal pull-up resistor
erial data input. Internal pull-up resistor
MDT/FSEL1
CK/FSEL2
LEN/DEEM
STN
Vss
Voo
Voor
Microprocessor
interface
data
input
(and
local
mode
frequency
select
input).
Internal
pull-up
resistor
Microprocessor
interface
clock
input
(and
local
mode
frequency
select
input).
Internal
pull-up
resistor
=
2/9 |9 |D Dir jz lz lz IQ /0 |x |x
Aixn|j< {a O |@ |8 |O
@)
Microprocessor
interface
latch
enable
input
(and
local
mode
deemphasis
control
input).
Internal
pull-up
resistor
Reset
input.
Internal
pull-up
resistor
ND (Digital)
‘ower supply (Digital)
N“N a
vu
Power supply 1 (Analogue)
c
eft-channel positive PWM output
ND 1 (Analogue)
Left-channel negative PWM output
Vss1
ao jJ=|2 |= 4
Voz Power supply 2 (Analogue)
Vos ower supply 3 (Analogue)
ight-channel negative PWM output
ND 2 (Analogue)
ight-channel positive PWM output
|
=
>
mM XS > > lr ic cc ais < 6 |= I|o
ts} g z
Vop4
Power
supply
4
(Analogue)
N
Power supply (X'TAL)
Crystal
oscillator
or
external
clock
input,
384fs
(16.9344
MHz)
a [S|
4. BLOCK DIAGRAM
L.P.F AN® BUFFER
3B4ts
=F]
0102
SM5872BS
Q60!
SAA7372
CO MECHANISM
COM-52.3
BSC
(0) L.cH
bod
<
=}
o
2
a
(0) R.CH
TRAY MOTOR ORIV (M) aeaynatod
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risk
of
fi
re
or
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-10- -11-