KENWOOD KAC-819 Service Manual

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Service Manual for KENWOOD KAC-819, downloadable as a PDF file.

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background image
KAC-819
2001-1 PRINTED IN JAPAN
B51-7691-00 (4) 3376
POWER AMPLIFIER
SERVICE MANUAL
C
Accessory
(W01-1515-05)
Heat sink
(F01-1655-01)
Screw set
(N99-1587-05)
background image
KAC-819
2001-1 PRINTED IN JAPAN
B51-7691-00 (4) 3376
POWER AMPLIFIER
SERVICE MANUAL
C
Accessory
(W01-1515-05)
Heat sink
(F01-1655-01)
Screw set
(N99-1587-05)
background image
2
KAC-819
ADJUSTMENT
CIRCUIT DESCRIPTION
No.
ITEM
FIG.
INPUT
SETTINGS
OUTPUT
SETTINGS
TUNER
(RECEIVER)
SETTINGS
ALIGNMENT
POINTS
ALIGN FOR
1
IDEL
CURRENT
-
-
Connect a DC
voltmeter to CN3
Volume : 0
VR3
After sufficient aging
adjust to 2mV
Connect a cassette receiver or other receiver.
D29
Q46
Q45
10u35
+
R188
100K
R158
7.5V
to P-CON terminal
power control
from SP-P-CON
4.7K
3.3K
D32
Q38
A
SP P-CON Switching Circuit
When the SP output from the head unit is connected to SP IN, the power can be switched ON/OFF based on the
DC voltage of the SP output. However, As certain haed unit models output DC permanently or generate a click
during switching OFF, it is required to provide the capability of previous P-CON switching. A circuit which can
perform the switching without using a switch is described below.
This circuit performs switching by inhibiting the operation of the S-P-CON circuit when a voltage is applied to the
P-CON pin.
Circuit operation description
When the head unit is connected to SP-IN, the DC component in the SP output turns Q38 ON through D32 and
R158.
When a voltage is applied to the P-CON pin under this condition, Q45 is turned ON via R188, positive feedback is
applied by combination of Q45 and Q46, Q45 and Q46 are held at ON, so the voltage at point (A) is almost 0V and
the SP-P-CON circuit is not activated.
This circuit holds the ON status while the DC voltage from SP is present.
Therefore, in this condition, the P-CON circuit continues functioning. To cancel the functioning, the voltage at the
SP-IN pin should go 0V.
background image
B
C
A
D
E
F
G
H
I
J
2
4
3
5
6
7
1
3
4
AUDIO UNIT (X09-5360-10)
PC BOARD (Component side view)
Refer to the schematic diagram for the values of resistors and capacitors.
AUDIO UNIT (X09-5360-10)
PC BOARD (Foil side view)
Refer to the schematic diagram for the values of resistors and capacitors.
R1
19
R120
R1
17
R1
18
R142
R165
R164
R108
W14
W56
W41
W45
W70
W5
W1
19
W47
W83
W116
W95
W88
W99
W96
W60
W87
W57
W67
W61
W103
W86
W1
14
W66
W65
W71
W1
17
W42
W1
13
W75
W1
15
W123
W104
W121
W105
W106
W125
W120
W124
W107
W108
W1
10
W109
W44
W50
W74
W52
W64
W27
W7
W6
W79
W39
W72
W81
W26
W40
W80
W63
W10
W31
W1
1
W12
W3
W1
W17
W28
W2
W94
W30
W49
W20
W13
W24
W122
W4
W55
W101
W36
W58
W37
W59
W98
W21
W91
W15
W92
W19
W22
W102
W33
W29
W84
W9
W77
W25
W93
W90
W38
W118
W51
W89
W53
W23
W8
W97
W1
12
W82
W100
W54
W48
W62
W85
W43
W18
W69
W46
W32
W78
W76
W34
W16
W73
W68
R19
TH1
VR2
VR1
C51
C52
L2
W201
K1
TH2
VR3
R90
R92
R91
R89
C46
C56
C37
W202
R136
R138
R134
R139
R137
R135
C9
C10
C8
C7
R6
R21
R1
R4
R3
R5
R2
R23
R22
R24
R151
R153
R154
R152
R156
R155
C44
C45
R95
C42
R96
C43
C4
C3
C2
C1
R7
C5
R80
R9
R8
R81
R181
C21
C48
R82
C67
C68
C65
R1
15
R83
R27
R1
13
R
111
C66
R1
16
R25
R13
R1
12
R1
14
R28
R10
R52
C19
R16
R51
R48
R43
R46
R44
C1
1
C24
R144
R141
R143
R140
C59
C57
C58
R133
C55
C47
C12
C6
R1
1
R167
R163
R184
R166
R87
R162
C71
C72
C73
C64
C63
R110
C74
R107
R109
R174
R173
R168
R161
R172
R170
R171
C75
R12
C20
R41
R35
R36
R71
R45
C25
C23
R42
C18
C15
R37
R31
C17
C14
C16
R32
R131
R132
C53
C54
R159
R72
R77
R76
R62
R179
R183
R26
R79
R14
R185
R178
R186
R88
R180
R61
R86
C31
C76
R78
C38
R85
R84
C39
R15
R49
R50
R47
C22
R38
R40
R39
R34
R33
R29
C13
R30
R160
C40
R74
R70
R67
R68
R105
R69
C34
R103
C61
R106
R104
C62
C35
C36
R93
R75
R63
R182
R64
R65
R66
C33
C32
R73
L1
C70
C69
R158
R101
R102
R187
R175
R176
R177
R157
C78
C77
R224
R225
R194
R169
R20
R193
R228
R17
R18
R188
R227
C79
R226
R229
W35
EB
EB
EB
EB
EB
E
B
EB
EB
EB
EB
EB
EB
E
B
BE
BE
BE
BE
BE
E
B
E
B
E
B
E
B
E
B
E
B
E
B
E
B
E
B
E
B
E
B
B
E
B
E
B
E
B
E
B
E
B
E
E
BB
E
BE
BE
BE
D
S
G
S
D
G
S
D
G
S
D
G
1
8
9
16
8
17
8
14
5
4
1
18
X09 D/4
X09 C/4
X09 B/4
Q30
D23
OFF/15Hz/25Hz
B
ASS
BOOST
INFRASONIC
X09-5360-10 A/4
Q14
Q13
Q11
Q12
Q36
Q34
Q35
Q33
D25
D26
CN4
J3
J4
J5
Q6
S2
S1
D100
J1
J2
D28
IC1
IC4
IC3
D31
D27
Q29
D29
Q38
Q37
D30
Q39
D12
Q41
Q19
Q20
Q17
Q18
D35
D36
D1
D3
D2
D4
Q31
Q32
D33
Q10
Q9
IC2
Q28
Q27
Q24
Q25
D8
D38
Q8
Q4
Q3
Q7
Q5
D6
D37
D19
D18
D17
D20
D16
D14
D13
D15
Q40
D34
D9
D11
Q15
D7
D10
Q16
Q22
D5
Q2
Q1
Q23
Q21
D24
D40
D32
Q26
CN3
E2
D21
D22
CN1
E1
CN2
Q44
Q46
Q45
CN5
WH1
D101
E3
OFF/6dB/12dB
(J74-1030-21)
R3
R1
W74
W75
R12
R20
C46
C52
R194
E
C51
L1
W123
S
D
G
W202
W201
W118
R136
S
R138
G
D
R134
S
D
G
W122
R133
C55
W1
14
W1
15
W1
13
R159
TH2
R188
R153
R152
R154
E
B
W95
W89
E
R158
R155
R156
R151
B
W85
R193
R169
C56
W91
W94
C70
C69
W93
W90
R226
E
W83
E
B
R227
B
B
E
W78
C79
W77
W88
R228
C68
W105
W120
W124
R139
S
D
G
R137
R135
W125
W121
W102
W109
W1
10
W107
W108
W106
R132
R131
C54
W101
C53
R143
R1
14
R1
12
W100
R1
16
W1
19
R141
BE
W103
W104
R157
R140
BE
EB
EB
8
W1
12
W1
17
C59
C58
R144
W116
9
C8
W99
B
E
R1
13
R
111
R1
15
B
E
R1
17
C67
R1
19
EB
R1
18
R120
B
E
W35
1
C57
R142
16
C10
B
BE
E
R179
R160
L2
W86
R170
R173
C75
W97
W92
EB
EB
R172
R174
EB
B
R176
W84
W82
C35
C34
R18
R67
R62
R63
R68
EB
C76
R183
W81
R181
R177
B
E
B
E
R180
EB
C31
W79
C32
R61
R16
C1
1
R182
W98
C65
R171
C66
R175
R178
R229
R24
R22
R21
C7
C9
R23
W96
R2
W87
R186
R185
R184
C4
W80
C2
R7
R4
R6
R5
R101
W15
W27
E
W17
R103
R73
W7
R187
R164
W28
W34
R162
W40
W48
W46
R224
C44
R95
R225
C45
C78
R96
C42
C77
K1
R109
B
C63
E
R108
W32
8
R107
C71
C72
R163
R161
R75
R72
W62
C43
W63
W66
W65
R17
W70
W69
W73
W76
W68
R79
R93
R74
B
E
W41
W30
W47
W45
R19
W33
B
C48
R71
E
B
R81
E
B
R80
W29
W31
W16
EB
R110
C64
C74
R168
R167
C73
R165
B
R166
1
E
TH1
R85
R87
W6
W8
R89
W5
B
E
W2
W3
W20
W25
W22
W13
B
R90
E
R51
C24
C25
W24
R83
W71
R10
W53
R70
C33
W67
R64
R65
C37
R69
W54
W55
C36
E
C39
B
R29
R26
R66
R14
R15
W72
R1
1
R25
R13
R28
R8
C12
C47
W52
W51
W44
C38
E
B
C61
R105
C62
R106
E
B
E
E
B
B
R82
W36
W39
R78
W49
W50
R27
C6
R9
R44
R52
R43
C21
4
1
W58
C5
C13
W64
W61
W59
W60
C1
R30
7
8
C15
R35
R34
C14
R36
C3
VR1
W57
R40
W56
R39
R32
R31
W37
14
W42
1
C19
R33
C18
R38
R41
R48
5
R45
8
C17
R37
C16
W43
R47
W38
VR2
R49
R50
R86
W1
R104
W21
VR3
C40
B
R77
E
R76
W1
1
W12
W10
W9
EB
R92
R102
W14
R91
W23
W26
R84
W19
W18
R88
B
E
R46
W4
R42
C20
C23
C22
X09 B/4
X09 C/4
J2
E2
CN4
Q36
D31
Q34
D28
Q35
Q38
J3
D30
Q37
J4
D29
D32
Q39
Q45
Q46
E1
J1
WH1
X09 D/4
D101
D40
Q33
D27
D25
IC3
D26
Q31
D33
Q30
Q32
Q29
Q18
Q17
Q19
Q20
Q23
Q44
D34
D100
Q22
Q40
Q25
D21
D37
Q2
D24
Q26
Q21
Q1
Q24
D36
D35
CN2
D22
D23
D38
CN1
CN5
E3
D7
D11
Q28
J5
Q27
D14
D13
D15
D17
D16
D20
D18
D19
IC4
Q5
D12
D6
Q7
D9
Q8
Q41
X09-5360-10 A/4
(J74-1030-21)
CN3
Q12
Q11
Q3
D5
Q4
D10
Q15
Q16
Q9
D3
D4
Q10
IC2
IC1
D1
D2
S2
Q6
D8
Q13
Q14
S1
OFF/6dB/12dB
B
ASS
BOOST
INFRASONIC
OFF/15Hz/25Hz
Ref. No. Address
3D
2D
5E
2B
3C
3C
3C
3C
3C
2C
2C
2C
2C
2C
2C
2B
2D
2D
2C
2C
5D
5D
5D
5D
4C
4D
4D
4D
4D
4C
2A
2A
6D
6E
6D
6D
6C
6B
6C
6B
4B
4B
4B
4C
2B
4C
4B
3B
Q31
Q32
Q33
Q34
Q35
Q36
Q37
Q38
Q39
Q40
Q41
Q44
Q45
Q46
Q16
Q17
Q18
Q19
Q20
Q21
Q22
Q23
Q24
Q25
Q26
Q27
Q28
Q29
Q30
(X09-5360-10)
IC1
IC2
IC3
IC4
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
Q12
Q13
Q14
Q15
Ref. No. Address
3G
2G
5F
2I
3G
3G
3G
3G
3H
2G
2H
2H
2G
2G
2H
2H
2G
2F
2H
2H
5G
5F
5G
5F
4G
4G
4G
4G
4G
4G
2I
2I
6F
6F
6F
6F
6H
6I
6H
6I
4I
4I
4I
4G
2I
4H
4I
3H
Q31
Q32
Q33
Q34
Q35
Q36
Q37
Q38
Q39
Q40
Q41
Q44
Q45
Q46
Q16
Q17
Q18
Q19
Q20
Q21
Q22
Q23
Q24
Q25
Q26
Q27
Q28
Q29
Q30
(X09-5360-10)
IC1
IC2
IC3
IC4
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
Q12
Q13
Q14
Q15
background image
B
C
D
E
F
G
H
I
J
A
2
4
3
5
6
7
1
R1
1K
10u50
C3
+
1000P
C1
10K
R3
R9 10K
15P
C6
R10
C11 1000P
R16 1K
5.6K
R11
R13
150
2.2K
R25
68
R15
2.2K
R26
5
6
7
3
2
1
30K
R27
C12
15P
30K
R28
1000P
C2
R4
10K
10u50
C4
+
1K
R2
2.2K
R229
2.2K
R228
2.2u50
C9
+
+
C7
+
C10
+
C8
2.2u50
2.2u50
2.2u50
51K
R23
51K
R22
51K
R24
51K
R21
R61
4.7K
10u50
C31
+
R62
47K
C32
470P
10K
R186
K1
C59
47u25
+
8
16K
C58
R143
470 1000P
R144
7
5
6
4
2
3
1
11
9
10
12
13
15
14
16
3
1
2
6
5
4
7
8
R162
R161
13K
33K
R168
C74
10u50
R167
10K
R165
10K
C73
1u50
10K
R166
R164
47K
C72
100u10
+
+
910
10u50
+
180K
TH2
TH1
L2
4.7K
R134
R138 150
22
R136
R140
1.5K
3300u50
C51
+
SERVO+
SP+
SP-
L+
R-
L-
R+
R163
R71
+
R137
4.7K
R135
R141
1.5K
R139 150
22
10K
27K
R5
R6
27K
C5
100P
R7
15K
1K
R8
4
1
2
3
4
1
2
3
4
4
2
3
1
2
3
4
1
4
2
3
1
5.6K
R12
150
R14
VR1
5K(A)
7.5K
R29
C13
0.1
R30
12K
R31
150K
R32
120K
R33
6.8K
50K(C)
VR2
10
9
8
C14
0.1
R34
4.7K
C15 0.047
10K
R35
R36
10
10u50
+
C16
1u50
+
C17
1u50
+
C18
1u50
+
C19
10K
R37
R38
20K
13
12
14
5.6K
R41
11
10u50
+
C20
36K
R40
36K
R39
22K
R42
5
6
7
8
4.3K
R45
22u50
+
C22
1
3
4
2
24K
R43
300
R44
0.22
C21
2.2u50
+
C23
3.6K
R46
R50
300
R49
1.1K
R51 4.3K
C24 100P
R47
4.3K
10u50
C25
+
22K
R52
4.3K
R48
R68 47K
6.8K
R63
C35 15P
C36 270P
R69 4.7K
R70 1K 1/2W
2.2K
R67
47u25
C34
+
100
R64
0.01
C33
R183
100K
R182
33
R181
180K
1u50
C76
+
R178
16K
47K
R179
16K
R180
10
R174
R172
30K
R173
2.7K
75K
R176
R177
33K
100
R175
10
R119
R113
R111
47u25
C67
+
R115
C65
47u25
+
R117
10
22K
2K
2K
33K
R170
100K
R171
1u50
+
C75
12P
C38
150
R73
R66
1K
1K
R65
47u25
+
+
10
R120
R116
22K
2K
R114
R118
10
R112
2K
47u25
C68
270P
C39
6.8K
R74
6.8K
R75
220
VR3
1000P
C40
1.8K
R76
150
R71
150
R72
510
R77
10
R93
220u50
+
C37
100(NB)
R79
C66
1/2W
10(NB)
10(NB)
R80
R81
R103
1K
R85
4.7(NB)
4.7(NB)
R87
4700P
C61
620
R105
100P
C48
1K
R101
C62
4700P
R106
620
R78
100(NB)
C47
100P
R83
10(NB)
10(NB)
R82
R104
R102
1K
1K
4.7(NB)
4.7(NB)
R86
R88
220
R84
1/2W(NB)
0.1
2W
R89
0.1
2W
R90
0.1
2W
R92
R91
0.1
2W
12
1.5K
R19
2W
1.5K
R17
2W
330K
R187
2200P
C53
10
1/2W
R131
10
1/2W
R132
2200P
C54
+
3300u50
C52
1K
R194
1.5K
2W
R20
1.5K
2W
R18
1.2K
2W
R193
R169
1.2K
2W
1K
R160
R159
6.2K
1/2W
10K
R155
4.7K
R156
3.3K
R151
R154
750
R153
3.3K
3.3K
R152
R158
4.7K
10u50
C69
+
C70
10u50
+
OVERLOAD-IN
MID-V
LA
TCH
GND
AC
OFF
IN
RELA
Y
VCC
MUTE
10K
R227
10K
R226
1000P
C79
100K
R188
L1
C1
GND
RT
CT
E1
E2
C2
VCC
CONT.
DT
FB
I.IN
NI.IN
R.OUT
I.IN
NI.IN
R142
10K
3900u16
C56
+
4700P
C55
10
1/2W
R133
SIGMA
SERVO-
SIGMA
10K
R107
R109
3.3K
C63
1000P
R108
3.3K
C64
1000P
R1
10
10K
1
2
3
4
2
1
P-CON
+B
GND
2.2K
R157
470
1/2W
R96
4700P
C42
2200P
C43
4.7
1/2W
R224
4.7
1/2W
R225
0.1
C77
0.1
C78
1000u16
C46
10
1/2W
R95
0.33
C44
0.33
C45
FUSE
1
2
21
IC1
Q26
Q6
Q1,2
Q41
10u50
+
C57
Q3,4
150K
R185
75K
R184
Q21-23
Q24,
25
Q15,16
Q7-10
Q11-14
Q37
Q27,28
Q29-32
Q33-36
Q38,39
E1
CN1
D1
D3
(1/4)
IC1
(2/4)
IC1
E2
CN2
Q1
D12
Q41
D26
D25
Q36
Q34
D28
Q30
Q32
J5
Lch
Rch
J1
J2
Q21
D27
Q35
Q33
Q31
Q29
D2
D4
(3/4)
IC1
(4/4)
IC1
S1
IC2
(2/2)
IC2
(1/2)
S2
Q2
Q23
Q22
D37
Q24
D24
D23
D22
D21
D35
Q19
Q17
Q25
Q3
Q4
D5
Q20
Q18
D36
D6
Q5
Q6
D9
D1
1
D7
Q7
Q15
Q8
Q9
D10
D16
Q10
D8
Q12
Q11
CN3
Q44
D34
Q40
D29
D30
D32
Q46
Q45
D31
D14
D13
D15
D16
D18
D19
D17
D20
Q27
Q28
Q39
Q38
J4
J3
D40
D38
IC1
: UPC4574C
IC2
: NJM4565D
IC3
: UPC494C
IC4
:
UPC1237HA
Q3,4
: 2SC2631(Q,R)
Q5
: 2SA1123(Q,R)
Q6
: 2SC4137(V,W)
Q7,8
: 2SC2235
Q9,10
: 2SA965
Q11,12
: 2SC5101LB
5
Q13,14
: 2SA1909LB
5
Q15,24,27,28
: 2SC1845(F,E)
Q17,19
: 2SC1627A
Q18,20,39,44
: 2SA817A
Q21,22,29,32,37,38,45
: 2SC945(A) (Q,P)
Q23,30,31,46
: 2SA733(A) (Q,P)
Q33-36
: IRFIZ48NLF24
D1-4,6-23,27,28,32-34,
37,38,40
: 1SS131
D24
: RD20JS(B)
D25
: FML22S
A
D26
: FML22R
A
D29
: RD7.5JS(B)
D31
: IN5406-M
D35,36
: RD16JS(B2)
D100
: B30-1613-05
GND LINE
SIGNAL LINE
D101
CN5
WH1
Q1,2,16,25,26,41
2SA992(F,E)
:
Q40
: DTA124ESA
INPUT
SENSITIVITY
FREQUENCY
LPF
INFRASONIC
OFF-15-25
OFF-6-12
BASS BOOST
INPUT BUFFER
INFRASONIC FILTER
ISOLATE LPF
PROTECTION
IC
Q26
CLASS A INITIAL
CURRENT CIRCUIT
STAGE CONSTANT-
AVR
TEMPERATURE
COMPENSATION
CLASS A
MIRROR
CURRENT
CIRCUIT
CLASS A INPUT
AMPLIFIER
DIFFERENTIAL
FINAL Tr. OVERCURRENT
DETECTION CONTROL
Q13
Q14
DC/DC CONVERTER
CONTROL IC
DISPLAY
LED DRIVE
AVR
CLASS A TWO-STAGE
AMPLIFIER
DIFFERENTIAL
MUTING
CIRCUIT
CONNECTION
ERRONEOUS
AGAINST
PROTECTION CIRCUIT
CURRENT
LIMITER
CLASS B
INITIAL STAGE
FINAL
CLASS B
RELAY
DRIVE
Q37
P-CON INPUT
PROTECTION
OVERCURRENT
AGAINST
PROTECTION CIRCUIT
CONNECTION
ERRONEOUS
DC/DC CONVERTER
DRIVE
DC/DC CONVERTER
SWITCHING FET
D33
CN4
P-CON
CONTROL
IC3
(X09-5260-10) (A/4)
RCA INPUT
(X09- ) (B/4)
(X09- ) (C/4)
SPEAKER
LEVEL INPUT
IC4
(X09- ) (D/4)
KAC-819
22K
22K
KAC-819
CAUTION: For continued safety, replace safety critical components only with
manufacturer's recommended parts (refer to parts list).
Indicates safety critical components. To reduce the risk of electric shock,
leakage-current or resistance measurements shall be carried out (exposed
parts are acceptably insulated from the supply circuit) before the appliance
is returned to the customer.
1
4
8
5
NJM4565D
1
8
9
16
UPC494C
1
7
8
14
UPC4574C
1
8
UPC1237HA
2SA1123
2SA733(A)
2SA817A
2SA965
2SA992
2SC1627A
2SC1845
2SC2235
2SC2631
2SC945(A)
E
C
B
DTA124ESA
E
C
B
E
C
B
2SC4137
·DC voltages are as measured with a high impedance voltmeter.
Values may vary slightly due to variations between individual
in struments or/and units.
15.5V
0V
0V
0V
-15.5V
0V
0V
0V
0V
0V
0V
0V
0V
0V
0V
0V
0V
15.5V
-15.5V
0.01V
0.65V
-43.0V
-5.0V
0.075V
-43.0V
-2.1V
-1.1V
-0.53V
1.1V
43.0V
43.5V
-43.5V
-0.75V
0.57V
0.54V
0.54V
0.57V
0.12V
-0.13V
-0.6V
-0.56V
-0.6V
-0.56V
45.0V
-45.0V
0V
0V
1.5V
0V
2.1V
3.5V
45.0V
14.4V
14.4V
3.7V
1.7V
0.2V
3.0V
13.5V
0V
0V
0V
5.0V
5.0V
5.0V
13.5V
13.5V
5.0V
5.0V
14.3V
14.4V
0.4V
B LINE
B LINE
background image
KAC-819
7
Parts with the exploded numbers larger than 700 are not supplied.
3
2
1
A
B
EXPLODED VIEW
F1
3
17
4
17
2
17
702
720
712
21
20
5
10
12
15
1
12
12
12
J 1
J
J
J
J
Gx2
Fx6
Cx4
Mx2
Nx4
N
Cx6
Kx2
Kx2
K
C
H
H
H
Fx2
Lx4
B
J
J
K
K
D
K
K
E
K
K
(X09-)
(A/4)
(X09-)
(B/4)
(X09-)
(D/4)
(X09-)
(C/4)
A
(X09-)
J 2
(X09-)
J 3
(X09-)
J 4
(X09-)
J 5
(X09-)
A
B
C
D
E
F
G
H
J
K
L
M
N
:
:
:
:
:
:
:
:
:
:
:
:
:
N09-4026-05
N09-4157-05
N09-4382-05
N15-1040-46
N80-2008-45
N80-3010-45
N80-2608-45
N87-3012-46
N89-3006-45
N89-3006-46
N07-0002-08
N07-0003-08
N09-4214-08
M4x8(BLK)
3x10
M2.6x10
FLAT WASHER
4
2x8(BLK)
3x10(BLK)
2.6x8(BLK)
3x12
3x6(BLK)
3x6
M3x8
M6x12
M4x10

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