This symbol located near the fuse indicates that the
fuse used is show operating type, For continued protection against
fire hazard, replace with same type fuse, For fuse rating, refer to
the marking adjacent to the symbol.
Ce symbole indique que le fusible utilise est e lent.
Pour une protection permanente, n'utiliser que des fusibles de meme
type. Ce demier est indique la qu le present symbol est apposre.
REF NO.PART NAMEDESCRIPTIONPART NO.REMARKS
F9501FUSE1.6A-SE-EAK IECFUSE1252073GR<B MPP / S MPP>
F9501FUSE5A-UL/T-2331252326GR<B MDC / S MJJ>
F9502FUSE1.6A-SE-EAK IECFUSE1252073GR<B MPP / S MPP>
F9502FUSE5A-UL/T-2331252326GR<B MDC / S MJJ>
F9503FUSE2.5A-SE-EAK FUSE1252075GR<B MPP / S MPP>
M-5000R
F9503FUSE5A-UL/T-2331252326GR<B MDC / S MJJ>
F9504FUSE2.5A-SE-EAK FUSE1252075GR<B MPP / S MPP>
F9504FUSE5A-UL/T-2331252326GR<B MDC / S MJJ>
<Notes>
<MDC> : 120V,Canadian model
<MMP> : 230V,CE(European) country model
<MJJ> : 120 V, Japanese model
2. Safety check out
(U.S.A. model only)
After correcting the original service problem, perform the following safety check before releasing the unit to the customer.
Leakage current Check
Measure the leakage current to a known earth ground (water pipe or conduct etc.) by connecting a leakage current
tester between the earth ground and exposed metal parts of the unit (input/output ground terminals, screw heads or metal overlays etc.).
Plug the power supply cord directly into a 120Vac 60Hz wall socket and turn ON/STANDBY button on.
Any current measured must not exceed 0.5mA.
M-5000R
SERVICE PROCEDURE - 2
3. Adjustment of Meter
Please check the meter in the level state with the location of the look.
If checking the meter in the state which isn't level with the location of the look, it become with wrong judgement of
acceptance.
Indicator is out of 0 line in point and shift dimension for 0 line is less than 1mm. >> Part is OK.
A
OK : A < 1mm
[ Adjustment ]
1) A minus driver makes a hole in a tape
on the adjustment hole.
2) Adjust indicator to 0 line with
adjustment part(Move an adjustment
part to left and right and adjust).
3) Put TAPE on adjustment hole after
adjust.
SERVICE PROCEDURE - 3
4. Safety Standard
Please confirm that a 2mm or more crevice is vacant between R9708(443523314T) and a bus bar.
M-5000R
NG
OK
SERVICE PROCEDURE - 4
6. Screw of Cover
Please install the screw in the below-mentioned order.
( In order to hold down the being shaky of the cover )
M-5000R
SCREW
BLACK MODEL:SN801649
SILVER MODEL:SN801645
COVER
BLACK MODEL:SN28210077B
SILVER MODEL:SN28210074B
526
78
314
FRONT SIDE
SERVICE PROCEDURE - 5
7. Position of SP Terminals
Deburring and remember deburring place.
M-5000R
Keep deburring place in this area.
Keep deburring place in this area.
M-5000R
A
EXPLODED VIEWS - 1
1
2
3
4
5
A014
x 2PCS
P9506B
P6504B
A027
x 3PCS
A016
F9501
F9501A
U0022
A001
P6503B
A004
x 18PCS
A010
A028
x 2pcs
F9503A
F9502
F9502A
F9504
F9504A
F9503
A030
x 14PCS
P9506C
A010
x 4PCS
BCDEFGH
A135
A062
x 2PCS
A026
x 8PCS
A027
x 4PCS
A017
x 2PCS
U0020
A015
A127
x 4pcs
A057
A067
x 2pcs
U0031
U0030
U0026
F9505
A111
x 12PCS
A032
A031
U0012
EXPLODED VIEWS - 2
A052
x 2PCS
A010
x 4PCS
A015
A062
x 2PCS
A037
A038
x 4PCS
A040
x 4PCS
A039
x 4PCS
A031
Q7703
C9504
C9503
A137
A042
A029
x 12PCS
A041
A044
D9504
D9503
U0019
U0018
A032
A045
A130
x 2PCS
U0013
A131
A034
x 2PCS
C9502
A009
x 2PCS
A041
A043
A011
x 8PCS
A012
x 10PCS
D9502
D9501
U0017
U0016
A069
x 4PCS
A026
x 4PCS
Q7704
C9501
A035
A027
x 6PCS
U0014
U0025
P9502
A033
A006
x 8PCS
A027
x 4PCS
A036
A010
x 8PCS
A208
A320
U0015
A036
A111
x 13PCS
A101
A025
A116
U0021
A208
A008
A053
U0034
U0023
A027
x 2PCS
P9501
A010
x 6PCS
A010
x 2PCS
A057
A115
U00110
A100
x 2PCS
P9503
A108
A027
x 4PCS
U0024
A065
x 2PCS
A111
x 5PCS
A106
A005
A010
x 6PCS
A127
A211
A109
A110
x 2PCS
A107
A102
A117
A030
x 4PCS
A125
x 8PCS
A120
A128
A122
x 2PCS
A124
x 22PCS
A003
A103
A104
A007
M-5000R
EXPLODED VIEWS - 2
Q6521
Q6521A
U0010
A061
A060
A019
x 4PCS
A020
A054
x 2PCS
Q6523A
Q6525A
A018
x 8PCS
Q6535A
A021
x 4PCS
Q6523
Q6535
Q6533A
Q6531A
Q6525
Q6519
Q6533
Q6527
Q6527A
A022
x 8PCS
Q6531
Q6529A
Q6513
A050
P6504B
Q6529
A023
x 4PCS
Q6517
A054
x 2PCS
A064
x 5pcs
A064 x 5pcs
Q6503
Q6515
A021
x 4PCS
A021
x 4PCS
Q6516
Q6512
U0033
A021
x 4PCS
Q6511
Q6528
A054
x 2PCS
A050
Q6504
Q6530
U0032
Q6528A
Q6526
Q6514
Q6518
Q6532
A023
x 4PCS
Q6526A
Q6524
Q6530A
Q6532A
Q6534
A054
x 2PCS
Q6524A
Q6534A
Q6520
Q6522A
Q6522
P6504C
Q6536A
Q6536
U0011
A022
x 8PCS
A019
x 4PCS
A061
A059
A020
A018
x 8PCS
M-5000R
M-5000R
SCHEMATIC DIAGRAMS - 1/6
BLOCK DIAGRAM SECTION
M-5000R
A
1
2
3
4
5
BCDEFGH
6
7
8
IJK
3.3VSUB
12VDG
SP_RERAY
AC_COLD
AC_HOT
DVCC
TAP_LorM
AC_COLD
AC_HOT
DVCC
TAP_LorM
SP_RERAY
NF
NF
3.3V
12V
12V
SP_OUT
TAP_MorH
TAP_LorM
LED_STB
LED_ON
APOWER2
APOWER1
AC_HOT
AC_COLD
5V or 3.3V
POFF
POFF2
MPOWER
APOWER2
DGND
I_V_ThermalProtect
SP_OUT
TAP_H
LED_STB
TAP_M
LED_ON
12V_TRG_IN
APOWER1
6
9
12
8
17
16
1
2
3
4
6
9
12
8
17
16
1
2
3
4
P901
COLD
HOT
Hand Motion
POWER SW
25065708
AMPLIFIER
POWER
25065708
S3
25065708
AMPLIFIER
POWER
25065708
S3
Rch SPoutput
BTL
Lch SPoutput
SPEAKER TERMINALS
PRE 1stPRE 2nd + POWER AMP
+10dB+21.5dB
PRE 1stPRE 2nd + POWER AMP
+10dB+21.5dB
SPEAKER TERMINALS
XLR
Lch input
Rch input
STUNBY
STATUS LED
ON
input
output
12VTRG
100mA
BUFFERLOG AMPPEAK HOLDACCUMULATOR
LOG AMPPEAK HOLDACCUMULATORBUFFER
T9503
T9701
T9502
T9501
THERMAL FUSETHERMAL FUSE
SUB TRANSFORMER
R5F212A7SDFP
MicroComputer
METER L
METER R
RL6601
1
23
4
3
O
2
G
1
I
4
16
5
8
9
AC_CABLE
4
12
3
3
O
2
G
1
I
RL6601
1
23
4
RL6601
1
23
4
RL6601
1
23
4
4
12
3
3
O
2
G
1
I
RL6601
1
23
4
RL6601
1
23
4
RL6601
1
23
4
10K
30K
10K
3
2
16
5
4
180K
10K
30K
10K
3
2
16
5
4
180K
3
2
1
3
1
2
2
3
1
2
3
1
PS2501AL-1
2
3
4
1
KRC107S
3
O
2
G
1
I
3
O
2
G
1
I
3
O
2
G
1
I
M-5000R
A
BCDEFGH
SCHEMATIC DIAGRAMS - 2/6
INPUT TERMINALS, PRE-AMPLIFIER SECTION
2
5
2
4
3
HOTGND
2
3
COLD
4
3
C2506
102K
C2504
102K
R2527
330
R2528
330
C2502
R2511
C2511
R2513
C2513
E2509A
E5507A
BATRM-0552
MAX25mA
103K
R2502
Q2500
2.2K
C2501
103K
D2512
D2516
330K
R2514
330K
E2507A
E5502A
221J
C2525
R2512
2 3 41
2 3 41
221J
C2514
470K
R2529
PS2501AL-1
221J
221J
C2512
E2508A
E5501A
E5504A
C2503
104Z
330
102J
330
102J
2 3 41
2 3 41
UDZS5.1B
UDZS5.1B
470K
R2530
1
2
C2527
2 3 41
2 3 41
2 3 41
34
L
R
Q2506
KTA1266
2 3 41
E5503A
2 3 41
E5506A
D2514
1SS352
R2504
10K
R2506
R2503
KRC104S
2 3 41
E5505A
2 3 41
E5508A
1
2
3
4
5
12V_Trig_Out
12V_Trig_In
A.P.D
RCA_XLR
Lch_IN
BLANCE_IN
Rch_IN
P2506
P2505
S2501
A911-0012
S2502
A911-0012
P2503
NPJ-1PD708
1
1
AC3FAH2-AU-B
P2504
P2502
NPJ-1PD709
1
4
6
4
6
4
GNDH
1
3
1
3
U0026
5
5
D2515
1SS352
Q2501
1
IN1
2
D1
3
S1
4
V-
5
GND
6
S4
7
D4
8
IN4
8
IN4
7
D4
6
S4
5
GND
4
V-
3
S1
2
D1
1
IN1
47
47
A.P.D
XLR_RCA
protection sw
IN2
D2
S2
V+
NC
Q2502
S3
NJU201AM
D3
IN3
IN3
D3
S3
NC
V+
Q2503
S2
NJU201AM
D2
IN2
AGND
+B
GND_NF
SIG_OUT
GND_NF
SIG_IN
GND_IN
-B
-B
GND_IN
SIG_IN
GND_NF
SIG_OUT
GND_NF
+B
BACLA-0564
R5517
10K
C5507
100p
R5511
220
BACLA-0565
R5518
10K
C5508
100p
R5512
220
Q5516
2SA970-BL
Lch
R5501
1.5K
Q5505
2SC2240-BL
R5515
330
C5503
104J
Q5515
2SA970-BL
Q5511
2SC2240-BL
C5501
104J
R5513
330
Q5501
2SA970-BL
R5539
1.5K
Rch
R5502
1.5K
Q5506
2SC2240-BL
R5516
330
C5504
104J
Q5512
2SC2240-BL
C5502
104J
R5514
330
Q5502
2SA970-BL
R5540
1.5K
+B
R5519
15K
R5543
12K
R5521
1KB
10K
10K
R5553
R5545
Q5503
2SC2240-BL
Q5507
2SA970-BL
-B
+B
Q5504
2SC2240-BL
Q5508
2SA970-BL
-B
DC OFFSET ADJUSTMENT
1. Set up the M-5000R horizontally.
2. Trim resistance of R5521,5522,5621,5622 are adjusted horizontally before POWER ON.
3. Set the voltages at SP OUT Lch±/SP OUT Rch± to ±50mV by adjusting R5521/R5522, under the condition of no input(5.1k ohrm terminate) and no load, immediately after POWER ON.
4. Set the voltages at SP OUT Lch±/SP OUT Rch± to ±10mV by adjusting
R5621/R5622 just minutes after 3.
5. Re-set the voltages at SP OUT Lch±/SP OUT Rch± to ±10mV by adjusting
R5621/R5622 after 10 minutes of heat running.
R5541
12K
R5535
15K
R5520
15K
R5544
12K
R5542
12K
R5536
15K
10K
R5546
R5523
6.8K
R5525
1
R5527
5.6K
R5522
1KB
R5524
6.8K
R5526
1
R5528
5.6K
10K
R5554
22/50
C5517
22/50
C5518
+
+
C5505
3p
R5533
47K
R5531
82K
D5501
MTZJ33B
Q5509
2SC2240-BL
C5506
3p
R5534
47K
R5532
82K
D5502
MTZJ33B
R5505
R5503
Q5510
2SC2240-BL
680
680
R5506
680
R5504
680
R5529
68
Q5513
2SA970-BL
R5537
R5530
Q5514
2SA970-BL
Q5520
2SC2229-O
R5538
68
68
68
Q5517
2SA949-O
Q5519
2SC2229-O
Q5518
2SA949-O
U0030
1
C2538
C2537
102J
102J
12V_TRG
R2549
R2550
C2539
47/25
C2540
47/25
XLR_RCA
GND_NF_L
SIG_OUT_L
GND_NF_L
SIG_IN_L
GND_IN_L
SIG_OUT_L
SIG_OUT_R
GND_IN_R
SIG_IN_R
GND_NF_R
SIG_OUT_R
GND_NF_R
SIG_METER_L
SIG_METER_R
R2508
R2507
4.7K
4.7K
R2534
R2543
100
R2544
100
6
5
2
3
D2522
MTZJ15B
D2519
MTZJ15B
4.7K(1W)
R2533
4.7K(1W)
R2532
4.7K(1W)
D2520
MTZJ15B
D2521
MTZJ15B
R2531
4.7K(1W)
C7738
33p
R7763
220K
NJM4580M-D
Meter buffer
C7739
33p
R7764
220K
B+
8
Q7731:A
NJM4580M-D
4
B-
7
Q7731:B
1
+B2_L
-B2_L
R2509
100K
16
15
14
13
12
11
10
9
9
10
11
12
13
14
15
16
C2536
102J
Q2508
KRC104S
R2510
100K
XLR_RCA
C2515
102J
34
2
Q2504
PS2501AL-1
Q2505
PS2501AL-1
2
34
C2516
102J
1
1
C2533
100/25
C2534
100/25
-B2_R
+B2_R
C7743
47/25
C7744
47/25
C2526
100/25
C2530
100/25
C2531
100/25
C2532
100/25
R7765
R7766
56K
C2528
100/25
C2529
100/25
56K
R5549
150(1/4W)
C5521
100/63
C5523
100/63
R5551
150(1/4W)
R5552
150(1/4W)
C5524
100/63
C5522
100/63
R5550
150(1/4W)
100K
R5547
100K
R5548
100K
100K
GNDDG
+12VDG
+3.3VST
A.P.D
+B_L
-B_L
-B1_L
+B1_L
GND_IN
GND_IN
+B1_R
-B1_R
-B_R
+B_R
GND
+BM15V
-BM15V
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
5
4
3
2
1
1
1
1
2
3
4
5
P5502B
7
6
5
4
3
2
1
1
2
3
4
5
P7502ANPLG-9P137
TO BADG--0566
SD-5 : C1
P5501A
7
6
5
4
3
P5501B
P5503B
P5505A
P5506A
P5504B
P7701B NPLG-5P133
2
1
TO BAAMP-0549
SD-3 : D3
U0031
TO BAAMP-0550
SD-3 : D7
1
2
3
4
5
6
7
P5502A
TO BAETC-0562
SD-4 : A3
M-5000R
SCHEMATIC DIAGRAMS - 3/6
POWERAMPLIFIER SECTION
M-5000R
A
1
2
3
4
5
BCDEFGH
6
7
8
IJK
Adjustment point
R6553 / R6554
Re-adjustment value
30 mV + 2 mV
No re-adjustment
35 mV - 2 mV
Measured value
In case below 30 mV
In case 30 ~ 35 mV
In case over 35mV
IDLING CURRENT ADJUSTMENT
1. Set R6553/R6554 to minimum position before POWER ON.
2. Set the voltages at P6505A and P6506A to 35.0mV-2mV by adjusting
R6553/R6554, under the condition of no input and no load, immediately after
POWER ON.
3. Wait for 10 minutes after power on. (Heat running)
4. Re-adjust the trimming resistors according to the following values.
NOTE)
1. Equip series 1/4W 100-ohm resisters near the terminal respectively in the each
poles of the jig used for P6505A,P6506A terminals.
2. Please adjust before Idling current adjusting. If you adjust DC offcet, readjust
Idling current too.
-SIG3
+SIG3
-SIG4
GND_IN
SIG_IN
GND_IN
SIG_IN
-B2
GND_IN
+B2
+B2
-B2
+SIG1
SIG_OUT-
SIG_OUT+
GND_NF
+B2
+5V
-SIG1
PROTECT
NF
+SIG4
-SIG3
+SIG3
-SIG4
GND_IN
SIG_IN
-B2
GND_IN
+B2
+SIG1
+B2
-SIG1
+SIG4
GND_IN
SIG_IN
+B2
-B2
SIG_OUT-
SIG_OUT+
GND_NF
PROTECT
NF
+5V
+B
PROTECT
-B
SIG_IN
GND_IN
+B
GND_NF2
SIG_OUT-
-B
SIG_OUT+
GND_NF1
SP_NF
PROTECT
+B
SIG_IN
SP NF
GND_IN
GND_NF1
-B
SIG_OUT+
SIG_OUT-
+B
-B
GND_NF2
NF
PROTECT
NF
PROTECT
IPRO
+B6
SPOUT3SPOUT4
+B3
+B4
+B7
SPOUT1
+SIG5
-SIG5
VPRO
+B1
SPOUT2
IPRO
+B6
SPOUT3SPOUT4
+B3
+B4
+B7
+B1
V-Protect
SPOUT1
+SIG5
-SIG5
VPRO
+B1
SPOUT2
RELAY_SP
GND_DG
-B2
-B3
-B4
-B5
-B6
-B2
-B3
-B4
-B5
-B6
DGND
DGND
+B1
RELAY_SP
V-Protect
GND_DG
-B1
PROTECT
I-Protect
-B1
I-Protect
PROTECT
Rch
+55V
1.1V
-1.1V
-0.6V
0.6V
to RCA_IN IN_GND
Lch
+55V
1.1V
-1.1V
-0.6V
0.6V
to RCA_IN IN_GND
Lch
OK : H
NG : L >> STOP BIAS
from PowerAmp
NG : L >> STOP BIAS
from PowerAmp
OK : H
Rch
IPRO
BROWN
ID-ID+
SP OUT
IPRO
BROWN
RED
ID-ID+
SP OUT
to BUS BAR
-55V
-55V
RED
to BUS BAR
Q6514
2SC5171
R6580
(1/4W)
2.2
R6566
(1/4W)
2.2
Q6516
2SC3423-Y
Q6512
2SA1930
C6504
102J
C6506
22/100(UTSP)
R6572
(1/4W)
33
R6650
(1/4W)
33
R6530
10K
R6582
(1/4W)
82
R6568
(1/4W)
82
R6570
(1/4W)
15
P5506B
1
Q6550
TC7S14F
5
Vcc
4
OUT
3
GND
2
IN
1
NC
C6528
100/63(UTSP)
R6552
180K
C6514
22/100(UTSP)
R6576
(1/4W)
15
D6514
RL1N4003
C6530
104J
R6648
(1W)
10K
D6518
MTZJ5.1B
C6526
100/63(UTSP)
C6532
100/10(UTSP)
Q6518
2SA1360-Y
R6574
(1/4W)
47
R6646
10(1/4W)
L6526
R6644
10(1/4W)
L6524
Q6520
2SC3423
R6534
5.6K
R6546
3.9K
R6542
2.7K
R6554
2KB
Q6504
2SC3423
R6532
3.9K
P5504A
1
2
3
4
5
P5602B
1
2
3
4
5
6
7
8
9
10
11
R5613
330
R5639
1.5K
C5611
22/50
+
R5629
68
R5637
68
Q5621
2SA1360-Y
R5607
10K/1W
R5609
10K/1W
R5603
680
Q5623
2SC3423-Y
R5605
680
Q5631
2SA1312-GR
Q5629
2SC3324-GR
Q5613
2SA970-BL
Q5609
2SC2240-BL
P5601A
11
10
9
8
7
6
5
4
3
2
1
R5633
560K
Q6513
2SC5171
R6579
(1/4W)
2.2
R6565
(1/4W)
2.2
Q6515
2SC3423-Y
Q6511
2SA1930
C6503
102J
R6571
(1/4W)
33
R6649
(1/4W)
33
R6529
10K
R6581
(1/4W)
82
R6567
(1/4W)
82
R6569
(1/4W)
15
P5505B
1
Q6549
TC7S14F
5
Vcc
4
OUT
3
GND
2
IN
1
NC
R6551
180K
R6575
(1/4W)
15
Q6517
2SA1360-Y
R6573
(1/4W)
47
R6645
10(1/4W)
L6525
R6643
10(1/4W)
L6523
Q6519
2SC3423
R6533
5.6K
R6545
3.9K
R6541
2.7K
R6553
2KB
Q6503
2SC3423
R6531
3.9K
P5503A
1
2
3
4
5
P5601B
1
2
3
4
5
6
7
8
9
10
11
R6647
(1W)
10K
C6531
100/10
C6525
100/63
D6517
MTZJ5.1B
D6513
RL1N4003
C6527
100/63
C6505
22/100
C6513
22/100
R5614
330
P5602A
11
10
9
8
7
6
5
4
3
2
1
R5635
15K
R5617
10K
C5607
151J
Q5611
2SC2240-BL
Q5615
2SA970-BL
R5673
2.2K
R5631
560K
R5675
2.2K
R5616
330
Q5606
2SC2240-BL
Q5616
2SA970-BL
Q5612
2SC2240-BL
R5612
220
C5608
151J
R5618
10K
Q5622
2SA1360-Y
Q5624
2SC3423-Y
R5638
68
R5630
68
R5608
10K/1W
R5610
10K/1W
C5612
22/50
+
R5674
2.2K
R5676
2.2K
R5634
560K
R5632
560K
R5604
680
R5606
680
Q5614
2SA970-BL
Q5632
2SA1312-GR
R5666
12K
R5619
15K
R5601
1.5K
R5602
1.5K
R5668
12K
R5640
1.5K
R5636
15K
C6529
104J
C5603
104J
C5601
104J
C5602
104J
C5604
104J
Q5604
2SC2240-BL
R5669
10K
R5671
10K
Q5603
2SC2240-BL
Q5602
2SA970-BL
Q5608
2SA970-BL
Q5601
2SA970-BL
Q5607
2SA970-BL
R5627
5.6K
R5623
5.6K
R5625
680
R5626
680
R5624
5.6K
R5620
15K
Q5630
2SC3324-GR
R5628
5.6K
R5611
220
R5665
12K
R5667
12K
Q5605
2SC2240-BL
R5615
330
R5672
10K
R5670
10K
R5622
1KB
R5641
330K
R5661
100K
Q5627
2SA1162-GR
Q5625
2SC2712-GR
R5663
10K
R5642
330K
C5617
22/50
+
R5664
10K
R5662
100K
Q5626
2SC2712-GR
Q5628
2SA1162-GR
Q5610
2SC2240-BL
D5602
MTZJ33B
C5618
22/50
+
D5601
MTZJ33B
R5621
1KB
P9539
BUS1000
(BUS-AMP1)
1
2
3
4
5
Q6533
TTA0002
Q6531
TTA0002
Q6529
TTA0002
Q6521
TTC0002
Q6523
TTC0002
Q6525
TTC0002
Q6535
TTA0002
Q6527
TTC0002
C6509
103K
R6527
33K
R6583
47K
R6605
15K
D6507
1SS352
R6525
5.6K
R6591
10(1W)
P9519A
1
Q6501
2SC2713-GR(TE85R_F)
C6501
NC
P6505A
2
1
R6603
RSS3WJ-0.22
R6597
RSS3WJ-0.22
R6599
RSS3WJ-0.22
R6601
RSS3WJ-0.22
P9537
BUS1000
1
2
3
4
5
L6505
SC-1.1X6.5X26.5T
R6607
33(2W)
C6511
333J(100V)
P6503A
1.8S-SGM-51T-4:BLK50
1
RL6587
NRL-2P5A-DC12-192
1
2
34
5
6
D6505
1SS352
C6515
100/25
+
R6631
22K
R6627
33K
R6629
33K
C6519
1/50
C6517
223K
R6633
10K
D6503
1SS352
Q6534
TTA0002
Q6532
TTA0002
Q6530
TTA0002
Q6522
TTC0002
Q6524
TTC0002
Q6526
TTC0002
Q6536
TTA0002
Q6528
TTC0002
C6510
103K
P9540
BUS1000
(BUS-AMP1)
1
2
3
4
5
R6528
33K
R6584
47K
R6606
15K
D6508
1SS352
R6526
5.6K
R6592
10(1W)
P9520A
1
Q6502
2SC2713-GR(TE85R_F)
C6502
NC
P9516A
2 3 41
P6506A
2
1
R6604
RSS3WJ-0.22
R6598
RSS3WJ-0.22
R6600
RSS3WJ-0.22
R6602
RSS3WJ-0.22
P9538
BUS1000
1
2
3
4
5
L6506
SC-1.1X6.5X26.5T
R6608
33(2W)
C6512
333J(100V)
P6504A
1.8S-SGM-51T-4:BLK50
1
RL6588
NRL-2P5A-DC12-192
1
2
34
5
6
D6506
1SS352
C6516
100/25
+
R6632
22K
D6510
UDZS4.3B
R6628
33K
P9512A
2 3 41
P7508B
NPLG-5P133
1
2
3
4
5
P9514A
1
R6630
33K
C6520
1/50
C6518
223K
R6634
10K
D6504
1SS352
Q6545
2SA1163-BL
Q6547
2SC2713-GR
Q6537
2SC2713-GR
Q6538
2SC2713-GR
Q6548
2SC2713-GR
Q6546
2SA1163-BL
D6515
RL1N4003
P9535
BUS1000
5
4
3
2
1
D6516
RL1N4003
P9536
BUS1000
5
4
3
2
1
R6637
220K
D6511
UDZS5.1B
C6523
4.7/50
+
R6635
5.6K
C6521
223K
R6641
5.6K
R6639
22K
R6638
220K
D6512
UDZS5.1B
C6524
4.7/50
+
R6636
5.6K
C6522
223K
R6642
5.6K
R6640
22K
Q6543
2SA1163-BL
Q6544
2SA1163-BL
D6509
UDZS4.3B
P9515A
2 3 41
P9511A
2 3 41
P7507B
NPLG-5P133
1
2
3
4
5
P9513A
1
D6519
1SS352
R6653
10K
D6521
1SS352
D6522
1SS352
D6520
1SS352
R6654
10K
R6651
UDZS4.7B
R6652
UDZS4.7B
DC OFFSET ADJUSTMENT
1. Set up the M-5000R horizontally.
2. Trim resistance of R5521,5522,5621,5622 are adjusted horizontally before
POWER ON.
3. Set the voltages at SP OUT Lch±/SP OUT Rch± to ±50mV by adjusting
R5521/R5522, under the condition of no input(5.1k ohrm terminate) and no
load, immediately after POWER ON.
4. Set the voltages at SP OUT Lch±/SP OUT Rch± to ±10mV by adjusting R5621/R5622 just minutes after 3.
5. Re-set the voltages at SP OUT Lch±/SP OUT Rch± to ±10mV by adjusting R5621/R5622 after 10 minutes of heat running.
TO BCATRM-0552
SD-2 : E3
TO BCATRM-0552
SD-2 : E3
TO BAETC-0560
SD-6 : H3
TO BAETC-0560
SD-6 : H3
U0032
BACLA-0604
U0033
BACLA-0605
U0010
BAAMP-0549
U0011
BAAMP-0550
M-5000R
A
SCHEMATIC DIAGRAMS - 4/6
METER AMP. SECTION
BAETC-0562
SIG_METER_L
SIG_METER_R
GND
+BM15V
-BM15V
METER_R
METER_L
RANGE1
RANGE10
MGND
VOLH
+3.3V
RANGE10
RANGE1
1
2
3
4
5
U0023
to RCA_IN
5
4
3
2
1
P7701A NSAS-10P1926
TO BADG-0566
SD-5 : E5
to MICON
7
6
5
4
3
NSAS-14P1919
2
1
TO BADG-0566
SD-5 : E1
P7505A
+15V
RANGE1
RANGE10
C7717
R7717
MAX10Vrms
R7773
2.2K
MAX10Vrms
R7718
NJM4580
9mAMAX
102J
0
-15V
-15V
0
+15V
BCDEFGH
NOTE
C7723
2.2/50
C7724
2.2/50
C7718
102J
R7753
10K
D7717
1SS352
R7708
R7754
10K
R7707
470
470
5
6
R7767
10K
6
5
8
NJM4580
Q7725A
4
1SS352
NJM4580
7
1SS352
4
NJM4580
Q7726A
8
D7711
Q7701A
D7712
7
R7701
10K
4
8
R7702
10K
7
R7705
10
6
5
R7706
R7757
10K
R7775
10
R7758
10K
D7709
1SS352
10K
D7710
1SS352
C7721
100/25
3
2
2
3
C7722
100/25
Q7725B
NJM4580
Q7726B
NJM4580
D7716
1SS352
R7751
18K
R7703
1
NC
D7720
R7704
1
R7752
18K
Q7724
DTC114EKA
Q7723
DTC114EKA
1K
R7768
NJM4580
7
1K
2
3
10K
Q7702A
3
2
max1mA
R7719
39K
Q7701B
4
8
Q7702B
R7748
R7744
max1mA
15K
R7731
100
R7743
22
R7747
NJM4580
6
5
NJM4580
R7720
39K
22
100
R7732
15K
C7709
1
R7776
1
101
10K
C7710
101
R7777
R7778
100K
100K
R7735
10K
R7737
max1.5mAmax1.5mA
100K
R7745
100K
R7749
2K
2
1
P7705 NPLG-2P29
R7713
15K
R7714
15K
P7706
NPLG-2P29
1
2
2K
R7746
100K
R7750
R7738
100K
R7736
10K
3
Q7709B
2
C7701101J
C7702
101J
2
Q7710B
3
3
Q7711B
2
NJM4580
NJM4580
2
Q7712B
3
R7729
1
1
R7730
NJM4580
100K
NJM4580
D7705
1SS352
1
100K
R7715
47K
Q7705
2SC2240-GR
Q7706 2SC2240-GR
R7716
47K
D7706
1SS352
1
Q7719
DTA114YKA
R7761
4.7K
D7701
1SS352
R7739
15K
UDZS5.1B
D7707
R7721
1K
2.2K
R7709
Q7707
2SC2240-GR
Q7708 2SC2240-GR
2.2K
R7710
R7722
1K
UDZS5.1B
D7708
R7740
15K
R7762
4.7K
DTA114YKA
R7741
18K
R7755
1K
NJM4580
7
C7703
101J
C7704
101J
NJM4580
7
R7756
1K
R7742
18K
D7702
1SS352
Q7720
DTA114YKA
8
Q7709A
4
4
Q7710A
8
Q7717
D7703
1SS352
5
Q7711A
6
5
6
6
5
6
Q7712A
5
D7704
1SS352
Q7718
DTA114YKA
8
NJM4580
4
R7711
15K
R7712
15K
R7728
4
NJM4580
8
R7727
18K
RN1441
7
18K
7
RN1441
Q7713
Q7714
Lch
R7723
220
R7724
220
Q7715
RN1441
R7733
100K
R7725
220
C7742
100/25
C7741
100/25
Rch
R7726
220
R7734
100K
Q7716
RN1441
METER_L
R7780
2.2(1/4W)
R7779
2.2(1/4W)
METER_R
100/25
C7736
100/25
C7735
.
.
.
.
.
.
.
.
.
.
Q7728A
2SC5171
D7714
UDZS16B
D7713
UDZS16B
Q7729A
2SA1930
THE COMPONENTS
REPLACE ONLY
IDENTIFIED
WITH PART
BY MARK
NUMBER SPECIFIED.
VOLTAGE (MEASURED WITH VOLTMETER)IS
ALL PNP TRANSISTORS ARE EQUIVALENT
ALL NPN TRANSISTORS ARE EQUIVALENT TO 2SC1815-GR UNLESS OTHERWISE NOTED.
ALL DIODES ARE EQUIVALENT TO 1SS133 UNLESS OTHERWISE NOTED.
ELECTROLYTIC CAPACITORS (
)
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030 3pF 330 33pF 331 330pF
333 0.033uF
ALL RESISTORS ARE IN OHMS 1/4WATTS
THE THICK LINES ON PC BOARD ARE THE
EX)PRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.
Q7728C
HEATSINK
R7760
2.2K(1/4W)
R7759
2.2K(1/4W)
METER ADJUSTMENT
1. 10 minutes heat runnning.
2. Adjust the trim resistances, R5521,5522,5621 and 5622, center before
3. Make sure that METER RANGE X1 LED is lit.If it is not lit, push the
4. Connect 8ohms load with L/R speaker out and input the sine wave 1kHz.
Futhermore set the voltage of L/R speaker out to 283mV(±10mV) by adjusting
5. Set the voltage of P7705 to ±0.05V by adjusting R7743.
6. Set the voltage of P7706 to ±0.05V by adjusting R7744.
7. Set the Lch meter's indicator to 0.01W by adjusting R7749.
8. Set the Rch meter's indicator to 0.01W by adjusting R7750.
9. Connect 8ohms load with L/R speaker out and input the sine wave 1kHz.
10. Furthermore set the voltage of L/R speaker out to 8.94V(±0.2V)by adjusting
11. Set the Lch meter's indicator to 10W by adjusting R7755.