SERVICE MANUALdiagramas.diagramasde.com/audio/FR-C52.pdf · · 2012-05-02service manual a. 2...
13
RADIO RECEIVER FR-C52 FR-C32 S/M Code No. 09-994-328-7N1 EZ EZ SERVICE MANUAL DATA
Transcript of SERVICE MANUALdiagramas.diagramasde.com/audio/FR-C52.pdf · · 2012-05-02service manual a. 2...
RADIO RECEIVER
FR-C52FR-C32
S/M Code No. 09-994-328-7N1
EZ
EZ
SERVICE MANUAL
DATA
2
SPECIFICATIONS
(FR-C52)Frequency range FM 87.5 - 108 MHz (FM/SW antenna)
SW 5.9 - 18 MHz (FM/SW antenna)MW 530 - 1,605 kHz (Ferrite bar antenna)LW 150 - 285 kHz (Ferrite bar antenna)
Speaker Diameter 100 mmEarphone jack 3.5 ø monauralPower output 570 mW (EIAJ/8 Ω) for built-in speakerPower requirements DC 4.5 V using three R6 (size AA) or
three R14 (size C) batteriesAC 230 V, 50 Hz
Power consumption 2.6 WBattery life
Manganese FM SW/MW/LW R6P Approx. 16 hours Approx. 17 hours R14P Approx. 48 hours Approx. 51 hours
Alkaline FM SW/MW/LW LR6 Approx. 38 hours Approx. 40 hours LR14 Approx. 110 hours Approx. 120 hours
Dimensions 245 (W) x 137.7 (H) x 68.3 (D) mm(9 3/4 x 5 1/2 x 2 3/4 in)
Weight Approx. 718 g (25.1 oz) excluding batteries
REF. NO PART NO. KANRI DESCRIPTIONNO.
ACCESSORIES LIST (FR-C52)
(FR-C32)Frequency range FM 87.5 - 108 MHz (FM antenna)
AM 530 - 1,605 kHz (Ferrite bar antenna)Speaker Diameter 100 mmEarphone jack 3.5 ø monauralPower output 570 mW (EIAJ/8 Ω) for built-in speakerPower requirements DC 4.5 V using three R6 (size AA) or
three R14 (size C) batteriesAC 230 V, 50 Hz
Power consumption 2.6 WBattery life
Manganese FM AM R6P Approx. 16 hours Approx. 17 hours R14P Approx. 48 hours Approx. 51 hours
Alkaline FM AM LR6 Approx. 38 hours Approx. 40 hours LR14 Approx. 110 hours Approx. 120 hours
Dimensions 245 (W) x 137.7 (H) x 68.3 (D) mm(9 3/4 x 5 1/2 x 2 3/4 in)
Weight Approx. 718 g (25.1 oz) excluding batteries
• Design and specifications are subject to change without notice.
REF. NO PART NO. KANRI DESCRIPTIONNO.
ACCESSORIES LIST (FR-C32)
1 S0-302-901-000 INSTRUC,BOOK(EGF) 1 S0-302-902-000 INSTRUC,BOOK(SID) 1 S0-302-903-000 INSTRUC,BOOK(PHNCZ)! 2 S1-010-040-201 CORD,POWER AC
1 S0-302-910-000 INSTRUC,BOOK(EGF) 1 S0-302-911-000 INSTRUC,BOOK(SID) 1 S0-302-912-000 INSTRUC,BOOK(PHNCZ)! 2 S1-010-040-201 CORD,POWER AC
3
REF. NO PART NO. KANRI DESCRIPTIONNO.
REF. NO PART NO. KANRI DESCRIPTIONNO.
ELECTRICAL MAIN PARTS LIST (FR-C52)
IC
S4-316-190-000 IC,CXA1619AM S2-522-093-000 IC,KA2209! 87-001-196-080 IC,PROTECTOR ICP-N10
TRANSISTOR
S2-901-8G1-000 TR,9018G
DIODE
82-135-799-010 DIODE,1N4148 S5-570-100-100 LED,3.0MM(RED) 87-001-783-080 DIODE,1N4001
MAIN C.B
C20 SC-E10-614-280 CAP,E 10UF-10V C21 87-015-968-040 CAP,E 4.7UF-10V C22 SC-E10-614-280 CAP,E 10UF-10V C24 87-010-551-040 CAP,E 33UF-10V C28 87-015-968-040 CAP,E 4.7UF-10V
C31 SC-E10-614-280 CAP,E 10UF-10V C35 87-015-696-080 CAP,E 2.2UF-50V C36 87-015-968-040 CAP,E 4.7UF-10V C40 87-A10-189-040 CAP,E 220UF-10V C101 87-015-968-040 CAP,E 4.7UF-10V
C107 87-A10-189-040 CAP,E 220UF-10V C205 S0-ELT-122-2M0 CAP,E 2200UF-10V CF1 S2-310-011-700 CER,FILTER 10.7MHZ CF2 S1-910-010-300 CER,FIL 450K L1 S1-110-016-100 COIL,SPR FM 5-2.5-5
L2 S1-110-013-600 COIL,SPR FM 4.5-3.5-5 L3 S7-810-022-300 COIL,ANT SW L4 S1-210-000-300 COIL,OSC SW 7.5-7.5-12 L5 S7-810-022-000 COIL,ANT MW L6 S1-110-013-100 COIL,OSC AM 7.5-7.5-6
L7 S1-110-013-100 COIL,OSC AM 7.5-7.5-6 L8 S7-810-021-800 COIL,ANT LW L9 S1-110-013-600 COIL,SPR FM 4.5-3.5-5 L10 87-003-108-010 COIL,0.68UH SW1 S3-164-001-000 SW,SLIDE SST-64D01-M7-NS
SW2 S2-210-010-300 SW,POWER PUSH T1 S1-310-100-122 COIL,IFT AM 10-10-13 T2 S3-010-020-100 COIL,DET FM 10-10-13 TC6 S4-010-010-200 CAPACITOR TRIMMER 10PF TC7 S4-010-010-601 CAP,CER 30PF
TC8 S4-010-010-500 CAP,TRIMMER 20PF VC1 S2-010-012-200 PVC,AM/FM VR1 S2-910-011-700 VOL,15A50K VR2 S1-310-010-800 VOL,ROTARY 50K-A
JACK C.B
JK1 S1-210-011-500 JACK,HP ST
BATT C.B
REF. NO PART NO. KANRI DESCRIPTIONNO.
REF. NO PART NO. KANRI DESCRIPTIONNO.
ELECTRICAL MAIN PARTS LIST (FR-C32)
IC
S4-316-190-000 IC,CXA1619AM S2-522-093-000 IC,KA2209! 87-001-196-080 IC,PROTECTOR ICP-N10
TRANSISTOR
S2-901-8G1-000 TR,9018G
DIODE
82-135-799-010 DIODE,1N4148 S5-570-100-100 LED,3.0MM(RED) 87-001-783-080 DIODE,1N4001
MAIN C.B
C15 SC-E10-614-280 CAP,E 10UF-10V C16 87-015-968-040 CAP,E 4.7UF-10V C17 SC-E10-614-280 CAP,E 10UF-10V C19 87-010-551-040 CAP,E 33UF-10V C21 SC-E10-614-280 CAP,E 10UF-10V
C24 87-015-968-040 CAP,E 4.7UF-10V C30 87-015-968-040 CAP,E 4.7UF-10V C31 87-015-696-080 CAP,E 2.2UF-50V C40 87-A10-189-040 CAP,E 220UF-10V C101 87-015-968-040 CAP,E 4.7UF-10V
C105 87-010-264-080 CAP,E 100UF-10V C107 87-A10-189-040 CAP,E 220UF-10V C108 87-010-264-080 CAP,E 100UF-10V C205 S0-ELT-122-2M0 CAP,E 2200UF-10V CF1 S2-310-011-700 CER,FILTER 10.7MHZ
CF2 S1-910-010-300 CER,FIL 450K L4 S1-110-011-300 COIL,AM OSC 12.5MM L5 S0-205-710-000 COIL,AM ANT 98:22T L6 87-003-108-080 INDUCTOR 0.68UH SW1 S3-122-001-000 SW,SLIDE SSK-22J08-MT-TA
SW2 S2-210-010-300 SW,POWER PUSH T1 S1-310-100-122 COIL,IFT AM 10-10-13 T2 S3-010-020-100 COIL,DET FM 10-10-13 VC1 S2-010-012-600 PVC,AM-FM 21-21-12 VR1 S2-910-011-700 VOL,15A50K
VR2 S1-310-010-800 VOL,ROTARY 50K-A
JACK C.B
JK1 S1-210-011-500 JACK,HP ST
BATT C.B
4
SCHEMATIC DIAGRAM (FR-C52)
=
RO
D. A
NT
AN
T
L10
0.68
UH
L8 LW A
NT
L5 MW
AN
TL3 S
WA
NT
D2
1N41
48
1N41
48
C1
C6
30P
C11
C7
C4
C14
C2
C3
30P
NP
O
68P
NP
O
39P
NP
O
2P NP
O
8P NP
O
30P
NP
O
30P
NP
O
L9 DIA
.4.
5x3.
5T
FM
FM
SW
SW
LMM
W
LWM
W SW
1B
SW
1A
FM
SW LW
MW
SW
1CFM
SW LW
MW
SW
1E
R8
330
R4
1k
C17
100P
C19
C29
0.01
0.01
R5
220k
R6
270
R7
1kR
134.
7k
T1
AM
IFT
C18
0.01
Q1
9018
C
D1
R2
220
CF
2
CF
1 SF
E10
.7M
A5
SF
U45
0814
C20
10/1
0
10/1
033
/10
0.01
8(M
)0.
12.
2/50
4.7/
10
C21
C22
C24
C23
C35
C25
D5
RE
DTU
NIN
GLE
D
R12
390
VR
1V
OL.
50K
A
VR
2T
ON
E50
KA
R10
1
R11
2.7k
C10
1C
28
4.7/
104.
7/10
R10
210
0k
C10
7
220/
10
C10
8
100/
10 R10
34.
7
R40 22
C10
3
C10
2
0.04
7(M
)
C10
4
0.1
(M)
0.1
(M)
R10
44.
7
1k
SW
2B
AF
2A
F2
AF
1A
F1
JK1
PH
ON
E
R10
5
100
FM
SW
AM
LW
SP
+
SP
–
C10
6
C11
0
0.01
0.00
1
VB
+B
+
B–BT
+
BA
TTE
RY
R6x
3D
C4.
5V
BA
TT
ER
YR
14x3
DC
4.5V
JK2
AC
SO
CK
ET
AC
230V
50H
zA
C 2
30V
PT
1T
O 4
4378
TR
AN
SF
OR
ME
R
AC
1
AC
2 C20
3
0.01
C20
4
0.01
D20
3
1N40
01
D20
2
1N40
01
C20
2
0.01
C20
1
0.01
IC3
ICP
-N10
CU
RR
EN
TO
VE
RLO
AD
PR
OT
EC
TO
R
D20
4
1N40
01
D20
1
1N40
01IC3
VB
–
PG
SW
2AO
FF
ON
PO
WE
R S
W.
C10
5 10
0/10
I/P1
NF
1
O/P
1V
ccO
/P2
I/P2
NF
2
GN
D1
12
345
67
8
IC2
PO
WE
R A
MP
KA
2209
C30
C26
C36
0.1
15P
NP
O
C21
C20
6C
205
2200
/10
0.02
2
10/1
0
C40 22
0/10
C15
C16
C13
C12
C9
R17
3.3k
R10 1k
TC
4
TC
91.
8P
TC
6
L6 MW
OS
C
L4 SW
OS
CL1 F
MO
SC
DIA
.5X 2.
5T
L7 LW OS
C
C5
22P
FN
PO
R1
2.2k
VC
1B
VC
1D
L2 FM
RF
DIA
.4.
5X3.
5T25
FN
PO
VC1A
VC1C
TC
7
TC
3
TC
2T
C1
TC
8
160P
NP
O
8P NP
O
C8
3P NP
O
10P
4.7/
10
C27 1P NP
O
14 1516
1718
1920
2122
1312
1110
98
76
54
32
1FM
/AM
IF OU
T
FE GN
DFM RF
INFM R
FR
EG
OU
TFM OS
CA
FC
ME
TER
NC
IFG
ND
MB
AN
DA
FC/
AG
C
JB
AN
DA
FC/
AG
CD
ET
OU
TA
F INR
IPP
LEFI
LTE
RV
CC
AF
OU
T
FM/A
MBA
NDSE
LECT
AM IF IN
FM IF IN
AM
OS
CV
OL
NF
2827
2625
2423
POW
ERG
ND
FMD
ISC
RIG
ND
NC
AM RF IN
IC1
CX
A18
19A
MF
M/A
M T
UN
ER
R3
470k
T2
FM
DE
T
R9
1k
or
C B
AT
T C
.B
!
!
!
ON
OF
F
NO
TE
:
ON
E V
OLT
AG
E: F
M o
r A
M M
OD
ET
WO
VO
LTA
GE
: FM
AN
D (
AM
) M
OD
E
Rxx
Rxx
SP
18
OH
M
SP
EA
KE
R
+ –
VR
1V
OLU
ME
VR
2T
ON
ES
W2
PO
WE
RQ
1A
M IF
AM
P
1.1
2.5
0.4
T1
AM
IFA
DJ.
0.6
0.6
00
01.
94.
52.
0
0 00
0
0
00
00
2.2
1.3
1.3
1.3
1.3
1.3
2.2
3.9
3.4
(4.0
)
4.3
(4.4
)1.
3(1
.0)
1.3
(1.1
)4.
2(4
.4)
1.4
(0)
1.4
(0)0.6
(0.1
)0.
3(0
)
1.4
(1.5
)
1.3
(1.5
)
L6, T
C6
MW
FR
EQ
. RA
NG
E A
DJ.
L7, T
C8
LW F
RE
Q. R
AN
GE
AD
J.
L3, T
C5
SW
TR
AC
KIN
GA
DJ.
L2, T
C2
FM
TR
AC
KIN
GA
DJ.
L4, T
C4
SW
FR
EQ
.R
AN
GE
AD
J.
L1, T
C1
FM
FR
EQ
.R
AN
GE
AD
J.
A M
AIN
C.B
T2
FM
IFA
DJ.
B J
AC
K C
.B
L3, T
C7
LW T
RA
CK
ING
AD
J.
L5, T
C3M
W T
RACK
ING
ADJ.
FM
FM
SW
SW
LW
LWM
W
MW
SW
1D
SW
1E
20P20
P N
PO
300P
NP
O
2200
P
TC
9F
INE
TU
NE
5
1 2 3 4 5 6 7
A
B
C
D
E
F
G
H
I
J
CIRCUIT BOARD -MAIN C.B (FR-C52)
A M
AIN
C.B
SW
2P
OW
ER
18
R40
7 5
3 4
OF
F
ON
T2 28
13
57
911
1314
2725
23
2119
1715
BC
E
SW
1B
AN
DLW
MW
S
W
FM
C8
VC1A
TC1
TC4
VC1D
TC2
TC3
VC1C
VC1BV
R1
VO
LUM
E
VR
2T
ON
E
TC
9F
INE
TU
NA
CX
XX
CX
XX
RX
XX
LXX
X
,, ,
NO
TE
SW
1B
SW
1D
SW
1F
SW
1E
SW
1C
SW
1A
6
1 2 3 4 5 6 7
A
B
C
D
E
F
G
H
I
J
WIRING (FR-C52)
SP
1(S
PE
AK
ER
)
PT
1(T
RA
NS
FO
RM
ER
)
JK2
(AC
SO
CK
ET
)
BA
TT
ER
YR
6 x
3 or
R14
x 3
DC
4.5
V
BA
TT
ER
YR
6 x
3 or
R14
x 3
DC
4.5
V
A M
AIN
C.B
C B
AT
T C
.B
B J
AC
K C
.B
(LW
AN
T C
OIL
)(M
W A
NT
CO
IL)
(BK
)(B
K)
(R)
(R)
(W)
(W)
(B)
(C)
D5
TU
NE
IND
ICA
TO
R
7
CIRCUIT BOARD -JACK C.B
B JACK C.B
JK1PHONE
CXXX
RXXX
NOTE
IC BLOCK DIAGRAM
IC, CXA1619AM
IC, KA2209
8
SCHEMATIC DIAGRAM (FR-C32)R
OD
. AN
T
AN
T
L6 0.68
UH
L5 AM
AN
T
D2
1N41
48
1N41
48C
1
C8
C2
C3
30P
NP
O
5P NP
O
30P
NP
O
100P
NP
O
L3 DIA
.4.
5x3.
5T
FM
AM
SW
1
R12
330
R4
2.2k
C11
100P
C12
C25
0.01
0.01
R5
220k
R6
270
R7
1k
R10
4.7k
T1
AM
IFT
C13
0.01
Q1
9018
C
D1
R2
220
CF
2
CF
1 SF
E10
.7M
A5
C15
10/1
0
10/1
033
/10
0.01
8(M
)0.
1
2.2/
50
4.7/
10
C16
C17
C19
C18
C31
C22
D5
RE
DTU
NIN
GLE
D
R9
390
VR
1V
OL.
50K
A
VR
2T
ON
E50
KA
R10
1
R11
2.7k
C10
1
C24
4.7/
10
4.7/
10
R10
210
0k
C10
7
220/
10
C10
8
100/
10
R10
34.
7
R40 22
C10
3
C10
2
0.04
7(M
)
C10
4
0.1
(M)
0.1
(M)
R10
44.
7
1k
SW
2BAF
2A
F2
AF
1A
F1
JK1
PH
ON
E
R10
5
100
FM
AM
SP
+
SP
–
C10
6
0.01
VB
+B
+
B–
BT
+
BA
TT
ER
YR
6x3
DC
4.5V
BA
TT
ER
YR
14x3
DC
4.5V
JK2
AC
SO
CK
ET
AC
230V
50H
zA
C 2
30V
PT
1T
O44
378
TR
AN
SF
OR
ME
R
AC
1
AC
2
C20
3
0.01
C20
4
0.01
D20
3
1N40
01
D20
2
1N40
01
C20
2
0.01
C20
1
0.01
IC3
ICP
-N10
CU
RR
EN
TO
VE
RLO
AD
PR
OT
EC
TO
R
D20
4
1N40
01
D20
1
1N40
01IC3
BG
VB
–
SW
2AO
FF
ON
PO
WE
R S
W.
C10
5 10
0/10
I/P1
NF
1
O/P
1V
ccO
/P2
I/P2
NF
2
GN
D1
12
345
67
8
IC2
HC
KA
2209
C20
C10
C30
0.01
15P
NP
O
C21
C20
6C
205
2200
/10
0.02
2
10/1
0
C40 22
0/10
C7
VC
1DT
C4
L1 FM
OS
CD
IA.
3.5X
3.5T
C5
25P
FN
PO
R1
2.2k
VC
1BT
C2
L2 FM
RF
DIA
.3.
5X4.
5T
C4
20F
NP
O
VC
1AV
C1C
TC
1T
C3
4P NP
O
L4A
M O
SC
4.7/
10
C9 1P NP
O
14 1516
1718
1920
2122
1312
1110
98
76
54
32
1
FM/A
MIF OU
T
FE GN
DFM RF
INFM R
FR
EG
OU
TFM OS
CA
FC
ME
TER
NC
IFG
ND
MB
AN
DA
FC/
AG
C
JB
AN
DA
FC/
AG
CD
ET
OU
TA
F INR
IPP
LEFI
LTE
RV
CC
AF
OU
T
FM/A
MBA
NDSE
LECT
AM IF IN
FM IF IN
AM
OS
CV
OL
NF
2827
2625
2423
POW
ERG
ND
FMD
ISC
RIG
ND
NC
AM RF IN
IC1
CX
A18
19A
MF
M/A
M T
UN
ER
R20
470k
T2
FM
DE
T
R8
1k
or
C B
AT
T C
.B
!
!
!
ON
OF
F
NO
TE
:
ON
E V
OLT
AG
E: F
M o
r A
M M
OD
ET
WO
VO
LTA
GE
: FM
AN
D (
AM
) M
OD
E
Rxx
Rxx
SP
18
OH
M
+ –
VR
1V
OLU
ME
VR
2T
ON
ES
W2
PO
WE
RQ
1A
M IF
AM
P
1.1
2.5
0.4
450k
T1
AM
IFA
DJ.
0.6
0.6
00
01.
94.
52.
0
IC2
PO
WE
R A
MP
0 00
0
0
00
00
2.2
1.3
1.3
1.3
1.3
1.3
2.2
3.9
3.4
(4.0
)
4.3
(4.4
)1.
5(1
.1)
1.4
(1.1
)4.
3(4
.4)
1.4
(0)
1.4
(0)
0.9
(0.2
)0.
3(0
)
1.1
(1.5
)
1.0
(1.5
)
SW
1F
M/A
M
L4, T
C4
AM
FR
EQ
. RA
NG
E A
DJ.
L1, T
C2
FM
FR
EQ
. RA
NG
E A
DJ.
L2, T
C1
FM
TR
AC
KIN
G A
DJ.
L5, T
C3
AM
TR
AC
KIN
G A
DJ.
A M
AIN
C.B
T2
FM
IFA
DJ.
B B
AT
T C
.B
=
9
1 2 3 4 5 6 7
A
B
C
D
E
F
G
H
I
J
CIRCUIT BOARD -MAIN C.B (FR-C32)
A M
AIN
C.B
SW
2P
OW
ER
18
C20
5
R40
7 5
3 4
OF
F
ON
R5
T2
R3
R20
28
13
57
911
1314
2725
23
2119
1715
B
CE
SW
1B
AN
DA
M
FM
C8
VC1A
TC1
TC4
VC1D
TC2
TC3
VC1C
VC1BV
R1
VO
LUM
E
VR
2T
ON
E
CX
XX
CX
XX
RX
XX
LXX
X
,, ,
NO
TE
10
1 2 3 4 5 6 7
A
B
C
D
E
F
G
H
I
J
WIRING (FR-C32)
SP
1(S
PE
AK
ER
)
PT
1(T
RA
NS
FO
RM
ER
)
JK2
(AC
SO
CK
ET
)
BA
TT
ER
YR
6 x
3 or
R14
x 3
DC
4.5
V
+–
D5
TU
NE
IND
ICA
TO
R
A M
AIN
C.B
B J
AC
K C
.B
C B
AT
T C
.B
1211
ADJUSTMENT (FR-C52)
1. FM IF Adjustment
T2 ........................................................................... 10.7 MHz
2. FM Frequency Range Adjustment
L1 ........................................................................... 87.4 MHz
TC2 ....................................................................... 108.3 MHz
3. FM Tracking Adjustment
L2 ........................................................................... 88.0 MHz
TC1 ....................................................................... 108.0 MHz
4. AM IF Adjustment
T1 .............................................................................. 450 kHz
5. SW Frequency Range Adjustment
L4 ............................................................................. 5.8 MHz
TC3 ......................................................................... 18.5 MHz
6. SW Tracking Adjustment
L3 ............................................................................. 5.9 MHz
7. MW Frequency Adjustment
L6 .............................................................................. 515 kHz
TC6 ......................................................................... 1,635 kHz
8. MW Frequency Adjustment
L8 .............................................................................. 600 kHz
TC4 ......................................................................... 1,400 kHz
9. LW Frequency Range Adjustment
L7 .............................................................................. 145 kHz
TC8 ............................................................................ 295 kHz
10. LW Frequency Range Adjustment
L5 .............................................................................. 150 kHz
TC7 ............................................................................ 285 kHz
PRACTICAL SERVICE FIGURE (FR-C52)Sensitivity:
(THD 3%) FM Less than 17 dB (88, 98, 108 MHz)
(S/N 10 dB) SW Less than 30 dB (5, 9, 12, 18 MHz)
(S/N 10 dB) MW Less than 46 dB (600 kHz)
Less than 44 dB (1,000, 1,400 kHz)
(S/N 10 dB) LW Less than 57 dB (150 kHz)
Less than 55 dB (200, 285 kHz)
Intermediate frequency: FM 10.7 MHz
AM 450 kHz
SW2POWER
OFF
ON
T2
FMANT
L5
L1
TC2 TC3
TC1L2
L7T1 TC8 TC6
SW1LW MW SW FM
L3L6
TC4
L4
TC7
TC8
L8
1 4 2 3 9 6
10 8
7 5
A MAIN C.B SW2POWER
OFF
ON
T2FM
ANT
L1TC2 TC3
TC1
L2
PVC
T1SW1
SW1BAND
AM FM
L4
TC4
L5
4 5 6
1 3 2A MAIN C.B
1. FM IF Adjustment
T2 ........................................................................... 10.7 MHz
2. FM Frequency Range Adjustment
L1 ........................................................................... 87.4 MHz
TC2 ....................................................................... 108.3 MHz
3. FM Tracking Adjustment
L2 ........................................................................... 88.0 MHz
TC1 ....................................................................... 108.0 MHz
4. AM IF Adjustment
T1 .............................................................................. 450 kHz
5. AM Frequency Range Adjustment
L4 .............................................................................. 515 kHz
TC4 ......................................................................... 1,635 kHz
6. AM Tracking Adjustment
L5 .............................................................................. 600 kHz
TC3 ......................................................................... 1,400 kHz
PRACTICAL SERVICE FIGURE (FR-C32)Sensitivity:
(THD 3%) FM Less than 17 dB (88 MHz)
Less than 17 dB (98 MHz)
Less than 17 dB (108 MHz)
(S/N 10 dB) AM Less than 46 dB (600 kHz)
Less than 44 dB (1,000 kHz)
Less than 44 dB (1,400 kHz)
Intermediate frequency: FM 10.7 MHz
AM 450 kHz
ADJUSTMENT (FR-C32)
1413
MECHANICAL EXPLODED VIEW 1/1
REF. NO PART NO. KANRI DESCRIPTIONNO.
REF. NO PART NO. KANRI DESCRIPTIONNO.
MECHANICAL MAIN PARTS LIST 1/1
1 S0-900-400-000 SPKR,GRILLE 2 S1-102-340-000 AIWA BADGE 30MM 3 S1-005-032-000 KNOB,SL BAND<C52EZB,C32EZB> 3 S0-503-200-100 KNOB,SL BAND<C52EZW> 4 S0-801-160-000 LENS,DIAL<C32EZB>
4 S0-801-160-100 LENS,DIAL<C52EZB,C52EZW> 5 S1-202-250-000 PLATE,DIAL<C32EZB> 5 S1-202-250-100 PLATE,DIAL<C52EZB,C52EZW> 6 S0-101-400-000 CAB,FRONT<C32EZB> 6 S0-101-400-100 CAB,FRONT<C52EZB>
6 S0-101-400-300 CAB,FRONT<C52EZW> 7 S0-503-250-000 KNOB,SL INDICATING 8 S0-503-280-000 PLATE,BAND<C32EZB> 8 S0-503-280-200 PLATE,BAND<C52EZB> 8 S0-503-280-300 PLATE,BAND<C52EZW>
9 S0-503-260-000 JOINT,KNOB SL 10 S1-700-730-000 GEAR,JOINT 11 S1-700-740-000 GEAR,TUN KNOB 12 S0-201-860-000 SPRING,KNOB 13 S1-018-002-000 SLEEVE,KNOB
14 S0-503-230-000 KNOB,RTRY TUN<C32EZB> 14 S0-503-230-000 KNOB,RTRY TUN<C52EZB> 14 S0-503-230-200 KNOB,RTRY TUN<C52EZW> 15 S1-102-250-000 HOLDER,GEAR TUN 16 S1-005-032-100 KNOB,RTRY FINE TUN<C52EZB>
16 S0-503-210-200 KNOB,RTRY FINE TUN<C52EZW> 17 S0-503-240-000 KNOB,RTRY VOL<C52EZB,C32EZB> 17 S0-503-240-100 KNOB,RTRY VOL<C52EZW> 18 S0-503-220-000 KNOB,RTRY TONE<C32EZB> 18 S0-503-220-000 KNOB,RTRY TONE<C52EZB>
18 S0-503-220-200 KNOB,RTRY TONE<C52EZW> 19 S1-010-011-700 BAR,ANT 10-100<C52EZB,C52EZW> 19 S1-010-011-300 BAR,ANT AM 80MM<C32EZB> 20 S2-010-012-200 ANT,ROD 7 SECTION 21 S0-901-090-200 GRIP,HANDLE<C52EZW>
21 S0-901-090-000 GRIP,HANDLE<C52EZB,C32EZB> 22 S1-018-002-100 RING,SPRING 23 S0-201-770-000 BAT,CONTACT -1 24 S0-201-780-000 BAT,CONTACT -2 25 S1-102-300-000 HOLDER,BATT
26 S1-010-021-900 SPKR,4 8 OHM 1W 27 S0-301-390-000 LID,BATT<C52EZB,C32EZB> 27 S0-301-390-200 LID,BATT<C52EZW> 28 S0-201-760-000 BAT,CONTACT + 29 S0-201-400-000 CAB,REAR<C32EZB>
29 S0-201-400-100 CAB,REAR<C52EZB> 29 S0-201-400-300 CAB,REAR<C52EZW> ! 30 S1-001-000-200 PT,EI AC230/DC 4.5V 31 S0-901-180-000 AC SOCKET COVER ! 32 S6-110-010-100 SOCKET AC
33 S1-005-032-700 JOINT,POLY VARI 34 S0-401-280-000 BTN,POWER<C52EZB,C32EZB> 34 S0-401-280-200 BTN,POWER<C52EZW> 35 S0-700-400-000 POINTER,TUNING 36 S1-700-750-000 GEAR,POINTER
37 S1-700-720-000 GEAR,POLY VARI A 87-841-095-410 BINDING S-SCREW M3-8 B 87-251-074-410 BINDING S-SCREW(A) M2.6-8 C 87-410-316-010 FW,3-8-0.8 D 87-661-075-410 PAN-WASHER S-SCREW (A) M2.6-1
E 87-641-098-410 BINGING S-SCREW(A) 3-14 F 87-751-094-410 PAN SCREW M3-6 G 87-067-767-010 PAN M-SCREW M2.6-6 H 87-268-529-310 PAN M-SCREW M1.7-4
Basic color symbol Color Basic color symbol Color Basic color symbol ColorB Black C Cream D OrangeG Green H Gray L BlueLT Transparent Blue N Gold P PinkR Red S Silver ST Titan SilverT Brown V Violet W White
WT Transparent White Y Yellow YT Transparent YellowLM Metallic Blue LL Light Blue GT Transparent GreenLD Dark Blue DT Transparent Orange
COLOR NAME TABLE
BATT C.B
MAIN C.BJACK C.B
1
2 3
4
5
6
7
A
A
B
C
BG
C
B C
B
H
I
A
FD
E
E
8
9
10
3437
36
35
26
CLIP,SPRK
CLIP,SPRK
1112
1314
15
16
19
HOLDER,BAR
20
21
22
2425
23
RIBBON,W9.5
27CUSHION
18
17
33
32
31
30
29
28
920074 Printed in Singapore
2–11, IKENOHATA 1–CHOME, TAITO-KU, TOKYO 110-8710, JAPAN TEL:03 (3827) 3111
