Alto BETAVERB Service Manual

Service Manual
Model: βVERB
24x32 BIT DIGITAL EFFECTS
www.altoproaudio.com
Version: 1.1
CONTENTS
1. Specification
2. Block Diagram
3. Schematic Diagram
4. Printed Circuit Board
5. Wiring Diagram
6. Test Procedure
7. Electrical Parts List
8. Exploded Views & Mechanical Parts List
9. Notes
1. SPECIFICATION (BetaVERB)
Analog Input section
Inputs:
Input Impedance:
Max. input Level:
Sensitivity:
Analog variable gain, 2 XLR-F electronically balanced
44 kOhms
15 dBu (4.4V RMS)
-22 dBu (63mV RMS)
Analog Output section
Outputs:
Output Impedance
Max. output level:
Analog variable gain, 2 XLR-M electronically balanced
<150 Ohms
17 dBu on 600 Ohms (5.5V RMS)
Digital / Analog Interface
Amplitude Response:
Signal to Noise Ratio
THD+N
Group Delay
Sampling Frequency
Conversion
20 Hz - 20 kHz + 0.2 / - 2.5 dB
90 dB (A wtg. / 20 Hz-20kHz)
0.03 % @ 1kHz -6 dB (VU-meter level)
700 us
46.875 kHz
1 bit Sigma-Delta
Digital
Processor Speed:
DSP Resolution:
12 MIPs
24x32bits
Control:
Microprocessor
MIDI Section
Connections:
Sockets
Mode
Input/Output/Thru
5-poles DIN (female)
Photocoupled
Power Supply
Connector type:
Type:
Mains supply:
Power Rating:
3-pole IEC, grounded
Servo controlled, stabilized
115V or 230V 50/60 Hz
9W
User Interface
numeric LCD Display:
Keyboard:
VU meter:
2x20 characters
7 user keys / 5 LEDs
2x6 LEDs
Physical
Size:
Dimensions (W/H/D):
Net Weight:
Standard 19'' rack mounting
483mm 44mm 232.5mm (19.32'' 1.76'' 9.3'')
3.8Kg
A
B
C
D
1
INPUT L
S2
S1
MIDI OUT
MIDI THRU
MIDI IN
INPUT R
1
2
MIDI INTERFACE
MIDI
CONTROL
( P87C54UBAA )
MPU
2
3
INPUT LEVEL
INPUT LEVEL
INPUT BUFFER & AMPLIFIER
AD0-AD7
AD0-AD7
3
SO0
IN-R
IN-L
4
OUT-R OUT-L
( PCM3001E )
STEREO AUDIO CODEC
A/D and D/A CONVERTER
SI0
( TMS57002DPHA )
DSP
INTERFACE
LCD DISPLAY &
KEY CONTROL & LED DISPLAY
4
Q1
12.000MHZ
12.000MHZ
EA0-EA9
ED0-ED7
5
5
( 74HC393 )
-12VA
+12VA
+5VD
LRCKIN=46.875KHZ
BCK=1.500MHZ
6
OUTPUT LEVEL
OUTPUT LEVEL
KEY CONTROL
POWER SUPPLY
7
S4
S3
7
OUTPUT L
OUTPUT R
VOLTAGE REGULATOR
LED DISPLAY
OUTPUT BUFFER & AMPLIFIER
CLOCK DIVIDE
MEMORY (DRAM)
LCD DISPLAY
6
AC 115/230V
INPUT
8
8
A
B
C
D
A
B
C
D
R20
10R
1
U7B
74HC574D
+5V
SI1
LRCKIN
4
3
2
1
A0
A1
A2
A3
A4
A5
A6
A7
1
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
SDA
A2
GND
C17
100nF
NC
SCL
NC
VCC
24LC64
R33
10R
O0
O1
O2
O3
O4
O5
O6
O7
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
C23
100nF
+5V
P0.0/AD0
P0.1/AD1
P0.2/AD2
P0.3/AD3
P0.4/AD4
P0.5/AD5
P0.6/AD6
P0.7/AD7
XTAL2
XTAL1
+5V
1
R6
10R
2
U2B
74HC148
R37
10R
R5
10R
U4A
74F14D
I/O
RS
RXD
TXD
R23
10K(OPT)
44
43
42
41
40
39
38
37
36
20
21
U15C
74HC393
C10
100nF
2
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
C3
1uF/50V
R16
U4G
74F14D
R4
100R
C11
100nF
R25
10R
C2
100nF
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
R3 100R
11
1
2
3
4
5
6
7
8
9
U6A
HT27C512P
11
12
13
15
16
17
18
19
R2
1K5
C5
100nF
2
4
6
8
10
L1
330uH
C1
47/16V
1
3
5
7
9
2
U5E
74HC32D
R26
10R
5
6
7
8
CLK
OC
D1
D2
D3
D4
D5
D6
D7
D8
U7A 74HC574D
CE
OE
VPP
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
NC
U1
19
18
17
16
15
14
13
12
20
22
1
10
9
8
7
6
5
4
3
25
24
21
23
2
26
27
S1
R1
10R
D1
BAS16
+5V
SGND
2
R10
U6B
HT27C512P
R18
A15
C7
100nF
+5V
JP1
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
R29
R7
R12
R15
R9
R14
CON10A
R11
BCK
XTAL
P1.7
P1.6
P1.5
P1.4
R8
R13
R27
R24
13
11
P2.0/A8
P2.1/A9
P2.2/A10
P2.3/A11
P2.4/A12
P2.5/A13
P2.6/A14
P2.7/A15
NC3
EA/VPP
NC4
C4
100nF
R48
R49
3
TXD
-12V
/RD
A8
A9
A10
A11
A12
A13
A14
A15
2
2
A14
12
13
A15
/RD
OVM
XTAL
3
1
R46 0R0
U11A
SN75188
J0
12
R22 R21
0R0
+5V
24
25
26
27
28
29
30
31
23
35
34
U4B
74F14D
U3
P87C52UBAA
RS-CODEC
U4F
74F14D
U5D 74HC32D
3
U4C
74F14D
3
C18
1uF/50V
2
R34
+5V
S3
SWSPDT
1
5
U5A
74HC32D
C9
100nF
EA9
EA8
AD3
AD2
AD1
AD0
AD5
AD4
AD7
AD6
OVM
OVFA
BIO
L7
0R0
+15V
6
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
+5V
AD1
AD3
AD5
AD7
STRB
I/O
Vdasp
MUTE
EMPTY
NC
NC
RS
0VFM
0VFA
BI0
PC0
D7
D6
VCC
VCC
D5
D4
NC
D3
D2
D1
D0
NC
NC
EA9
EA8
4
STRB
L6
0R0
2
+5V
2
4
6
8
10
12
14
16
18
20
2
4
6
8
10
12
14
16
18
20
22
24
SGND
J3
HEADER 10X2
1
3
5
7
9
11
13
15
17
19
1
3
5
7
9
11
13
15
17
19
21
23
S2
SWSPDT
J1 HEADER 12X2
C6
1uF/50V
L2 330uH
4
Vdasp
C8
100nF
U8
TMS57002
AD0
AD2
AD4
AD6
AD8
RS
BIO
P1.4
3
1
L5
0R0
OVFA
+12V
INR
INL+INR
OUTR
OUTL
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
EI
0
1
2
3
4
5
6
7
5
2
1
EO
GS
A0
A1
A2
SO1
U4D
74F14D
BCK
C15
C16
C12
U12A
SN75189
R45 0R0
15
14
9
7
6
U5C
74HC32D
ED1
ED0
ED7
ED6
ED5
ED4
ED3
ED2
Vdasp
SI0
SI1
U2A 74HC148
R36
L4
0R0
5
10
11
12
13
1
2
3
4
SYPOL
BCK0
NC
NC
LRCK0
S00
S01
CAS
RAS
CLKSEL
CLKIN
VSS
VSS
WE
ED7
ED6
ED5
ED4
ED3
ED2
NC
NC
ED1
ED0
5
3
9
R47
8
J2
14
7
4
3
2
+5V
14
7
10
1
14
EA7
10
22
9
8
7
6
5
4
3
2
1
7
1
3
EA6
EA5
RST
DGND
P1.7
P1.6
P1.5
P1.4
P1.3
P1.2
P1.1
P1.0
NC1
16
EA4
EA3
9
8
U4E
74F14D
+5V
R32
R19
R31
R17
+5V
P1.7
P1.6
P1.5
P1.4
RXD
6
R28
10R
C13
100nF
A0
A1
A2
A3
+5V
C34
10uF
C37
470P
C26
GND
U12E
SN75189
+5V
-VCC+VCC
C20
100P
A8
A7
A6
A5
A4
DGND
I/03
I/02
CAS
OE
J4
1
2
3
4
5
Date:
File:
Size
Titel
C19
100P
+12V
-12V
EA8
EA7
EA6
EA5
EA4
D3
BAS16
MK3.1.Sch
7
C32
47/16V
C30
47/50V
18
17
16
15
14
R39
1K
R38
330R
C25
100nF
C24
1uF/50V
C41
82pF
R51
470R
(Copyright S.E.E.D. S.R.L.)
Revision
V2.1
+5V
EA8
EA7
EA6
EA5
EA4
C22
22P
C29
22P
R50
4K7
8
8
1 of 1
Sheet
KEVIN LIN.
Drawn By:
D2
BAS16
C14
100nF
A8
A7
A6
A5
A4
R40
Q1
12.00MHZ
+5V
INL+INR
INR
XTAL
LRCKIN
26
25 ED7
24 ED6
23
22
OUTL
C36
1uF
DGND
I/03
I/02
CAS
OE
U14
LM317T(opt)
A0
A1
A2
A3
+5V
I/00
I/01
WE
RAS
A9
R44
0R0
RS-CODEC
R35
10R
SI0
SO0
BCK
LRCKIN
11
10
9
8
U10 HY534256A
28
27
26
25
24
23
22
21
20
19
18
17
16
15
C21
100nF
Q0
Q1
Q2
Q3
DP BOARD [MK3.1]
20-May-2002
Model No:
C31
100nF
+15V
R30 10R
EA0 9
EA1 10
EA2 11
EA3 12
13
ED4
ED5
SGND
R43
100K
EA9
A3
MR
18
17
16
15
14
+5V
U15B
74HC393
CLK
RSTB
FMT0
FMT1
FMT2
DGND
VDD
CLKIO
XTO
XTI
DOUT
DIN
BCKIN
LRCIN
VOUTL
U13
PCM3001E
VINL
VCC1
AGND1
VREFL
VREFR
VINR
CINPR
CINNR
CINLN
CINPL
VCOM
VOUTR
AGND2
VCC2
R42
100K
OUTR
C35
1uF
1
2
3
4
5
6
7
8
9
10
11
12
13
14
C33
10uF
2
12
2
1
13
1
7
26
25 ED3
24 ED2
23
22
10uF
MR
CLK
C40
100nF
C27
10uF
U15A
74HC393
Q0
Q1
Q2
Q3
HY534256A
C38
470P
3
4
5
6
I/00
I/01
WE
RAS
A9
U9
U11E
SN75188
EA0 9
EA1 10
EA2 11
EA3 12
13
EA9
1
2
3
4
5
U5B
74HC32D
ED0
ED1
C28
10uF
SGND
SO0
C39
1uF/50V
L3
330uH
C42
82pF
6
R41
0R0
11
4 10
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
EA2
5
6
CS
R/W
PLOAD
DREADY
CLOAD
STRS
NC
VCC
VSS
NC
BCKI
LRCKI
NC
SI0
SI1
SYNC
TEST2
TEST1
TEST0
EA7
NC
EA6
EA5
VCC
VSS
EA4
EA3
NC
EA2
NC
EA1
EA0
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
EA1
EA0
P3.0/RXD
P3.1/TXD
P3.2/INT0
P3.3/INT1
P3.4/T0
P3.5/T1
P3.6/WR
P3.7/RD
NC2
PSEN
ALE/PROG
11
13
14
15
16
17
18
19
12
32
33
8
1
SO1
20
10
28
14
14
7
14
7
A
B
C
D
A
B
C
D
BYPASS
S8
UTIL
S7
EDIT
S6
ESC
S5
ENTER
S4
DOWN
S3
UP
S2
1
OUTPUT1
OUTPUT2
IN1
IN2
R2
1K
R1
1K
C24
680P
R7
2K2
DGND
AGND
AGND
VR1B
A10K_LOG
AGND
5
6
AGND
3
2
13
12
9
10
VR1A
A10K_LOG
8
7
6
5
4
3
2
1
R42
10K
2
14
8
7
R40
10K
C3
47uF/25V
C6
47uF/25V
C1
47uF/25V
C5
47uF/25V
R41
10K
1
U1D
TL074CD
U1C
TL074CD
U1B
TL074
U1A
TL074
( VR1 : INPUT Volumn Control)
C23
680P
R6
2K2
8
7
6
5
4
3
2
1
J8
J7
SIP8-2.5 SIP8-2.5
R43
10K
+5VD
2
INPUT1
INPUT2
R39
10K
J3
IDC24
R37
10K
2
3
6
5
AD1
AD3
AD5
AD7
VR3B
B1K
VR3
R6
R7
R8
R9
R10
R11
C23
C24
C5
C6
9
5 10
VR3A
B1K
( TO J1 OF MK3.1)
R38
10K
1
3
4
U2E
TL074
AGND
-12VA
+12VA
bVERB
O
O
O
O
X
O
X
O
O
O
O
C10
100nF
C9
100nF
8
7
2
4
6
8
10
12
14
16
18
20
22
24
U2C
TL074CD
U2B
TL074CD
1
3
5
7
9
11
13
15
17
19
21
23
U1E
TL074
3
AGND
CONTROL30
X
X
X
X
O
X
O
X
X
X
X
R11
0R0
AGND
12
4
-12VA
+12VA
C8
100nF
C7
100nF
14
VR2B
A50K _LOG
(PWR-ON LED)
2
1
J1
2P-2.5
AGND
R4
220R
+5VD
AGND
AGND
JP3
0R0
3
+8VD
11 9
5
5
OUT1
OUT2
TXD
RXDM
5
4
10
9
8
6
8
E_LCD
( TO LCD B/L )
P1
J6
6P-2.5
DGND
J5
3P-2.5
1
2
3
4
5
6
OUT2
OUT1
IN2
IN1
+12VA
-12VA
AGND
AGND
AGND
3P-2.5
J10
1
2
3
3P-2.5
J9
1
2
3
1
2
3
( Analog stage connecter )
TXD
RXDM
+5VD
2
4
6
8
10
12
14
16
18
20
( Digital stage conneter )
1
3
5
7
9
11
13
15
17
19
6
6
R3
+5VD
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
2
3
4
5
6
7
8
9
11
1
2
3
4
5
6
7
8
9
11
1
P2
D14
LED
D15
LED
D16
LED
D17
LED
D6
LED
D7
LED
D8
LED
D9
LED
D10
LED
D11
LED
D12
LED
D13
LED
DL14
DL15
DL16
DL17
DL6
DL7
DL8
DL9
DL10
DL11
DL12
DL13
DGND
Group2 bVERB
7
G2FP1.Sch
20-May-2002
Model No:
bVERB KEYBOARD / DISPLAY
A3
Date:
File:
Size
Titel
8
1 of 1
Sheet
KEVIN LIN.
Drawn By:
ALTO GROUP2 DIGITAL STAGE
C41
100nF
Revision
VER020425
D5
(AGC ON)
LED
DL5
C43
100nF
D4 (BYPASS)
LED
DL4
(OVM LED)
D3
LED (UTIL)
D1
LED
DL3
DGND
+5VD
J4
IDC14
( LCD CONNECTOR )
DL2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
8
D2
LED (EDIT)
U9E
74HC32D
C42
100nF
R55
330R
R54
330R
R53
330R
R52
330R
R51
330R
R50
330R
R49
330R
R48
330R
R56
330R
R57
330R
R58
330R
R59
330R
R47
330R
R46
330R
R45
330R
R44
330R
R60
330R
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
RS_LCD
U10G
74HC04D
19
18
17
16
15
14
13
12
19
18
17
16
15
14
13
12
R19
330R
R18
10K
U7B
74HC574
C40
100nF
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
R36
7
U8B
74HC574
+5VD
CLK
OC
D1
D2
D3
D4
D5
D6
D7
D8
U8A
74HC574D
CLK
OC
D1
D2
D3
D4
D5
D6
D7
D8
U7A
74HC574D
DGND
C2
C32
10uF/16V 100nF
2002,3,19 MOD. C4,R5
G2FP1-LINK
G2FP1-LINK.SCH
DGND
R5
10K
+5VD
C4
200uF
INPUT2
INPUT1
OUTPUT2
OUTPUT1
( TO COUPLES WITH J2 ON MK3 )
J2
IDC20
U9B
74HC32D
U9C
74HC32D
U10D
74HC04D
DGND AGND
U9A 74HC32D
U9D
74HC32D
VR2A
A50K _LOG
C14
12pF
R16
220K
1
1
2
12
13
+5VD
TERMINATOR
X
X
X
X
O
X
O
X
X
X
X
U2D
TL074
U2A
TL074
C13
12pF
R14
220K
U10B
74HC04D
4
3
13
U10C
74HC04D
6
U10F
74HC04D
12
11
5
U10E
74HC04D
10
AGND
3
2
13
4
ALTOCOMP
X
X
X
X
O
X
O
X
X
X
X
R15
82K5
R13
82K5
RS_LCD
AD0
AD2
AD4
AD6
R10
0R0
R9
0R0
R8
0R0
ALTO GROUP2 ANALOG STAGE
6
1
4
11
4
11
20
10
20
10
14
7
14
7
A
B
C
D
A
B
C
D
+12VA
INPUT 1
AGND2
1
3
2
4
AGND2
1
3
2
4
R7
C12
47uF/25V 22K
+12VA
L1
LF22uH
L2
LF22uH
+5VD
7
1
4
2
5
3
CN3
MIDI THRU
1
4
2
5
3
CN2
MIDI OUT
1
C46
100nFAGND -12VA
1
4
2
5
3
CN1
MIDI IN
-12VA
DGND
R32
220R
R31
220R
R35
220R
R33
220R
R34
220R
D1
1N4148
+5VD
8
11
+5VD
1
2
U6C
74HC08
DGND
U6D
74HC08
9
10
12
13
4
6
C19
100nF
**OUT-R
ISO1 H11L1(QTC)
C31
100nF AGND DGND
U6E
74HC08
C30
100nF
U3B
TL072CN
**OUT-L
R5
22K
C22
22P
U3A
TL072CN
1
U2E
TL074CN
C6
100nFAGND
AGND
R12
22K
5
6
AGND
R11
22K
3
2
R8
22K
U1E
TL074CN
C5
100nF
L14
330uH
R3
C9
47uF/25V 22K
C10
R4
47uF/25V 22K
R6
C11
L3
LF22uH 47uF/25V 22K
L4
LF22uH
2
SW1
SW SLIDE-A
J1
3P-2.5
VR2
B500R
VR1
B500R
+5VD
+12VA
-12VA
2
TXD
RXDM
R30
220R
AGND
DGND
+5VD
-12VA
AGND
+12VA
1
2
3
J2
6P-2.5
3
2
1
3
2
1
AGND
L13
LF22uH
L12
LF22uH
L9
LF22uH
TXD
RXDM
+5VD
3
AGND
5
6
U13
7812
C17
C13
C14
100nF 100pF 1000/16V
C24
47/25V
U12
7805
U10
7808 (OPT)
3
C8
100nF
9
12
13
12
13
8
1
C42
C44
100nF 1000/25V
C41
C37
100nF 1000/25V
U1C
TL074CN
U1D
TL074CN
14
U2C
TL074CN
8
JR15
D6
1N4002 (OPT)
G2PU1.Sch
Revision
VER020425
4
1 of 1
Sheet
KEVIN LIN.
Drawn By:
ALTO GROUP2(CONTROL30)
5-May-2002
Model No:
AC11V
GND
AC11V
S4
BAL-MALE
OUTPUT1
S3
BAL-MALE
OUTPUT2
LINK
MK31PU2LINK.SCH
1
2
3
4
5
J3
5P-3.9
AGND2
4
2
3
1
AGND2
4
2
3
1
TP1 ST-GND
GND CONNECT
DGND
L7
LF22uH
L8
LF22uH
L5
LF22uH
STAR THE GNDS
R26
4K7
R27
4K7
R24
4K7
R25
4K7
L6
LF22uH
4
( CONNECT IN A STAR THE GNDS )
D5
1N4002
D4
1N4002
D3
1N4002
D2
1N4002
AGND
C28
100uF/25V AGND
C29
AGND
100uF/25V
C26
100uF/25V AGND
C27
100uF/25V
MK3.1-EXTENSION ( IN/OUT & POWER )
A4
Date:
File:
Size
14
U2D
TL074CN
JP3 J10MM
10
9
Titel
2
7 10
U1B
TL074CN
2200UF/16V
C18
7
U2B
TL074CN
C7
100nF
R21
47K
R23
47K
C25
100nF
AGND
5
6
C21
U11 7912
C3
C16
100nF 100pF 1000/16V
R20
47K
(OUTPUT 2)
R22
47K
(OUTPUT 1)
C20
C15
C1
100nF 100pF 1000/16V
DGND
1
2
3
4
5
6
( Digital stage conneter )
AGND
J5
3P-2.5
J4
3P-2.5
STEREO-> (FOR CONTROL30,
<-MONO
BetaVERB,ALTOCOMP)
( Analog stage connecter )
3
C23
22P
2
1
U3C
TL072CN
C45
100nF
S2
BAL-FEMALE
(MONO IN)
INPUT2
S1
BAL-FEMALE
8
4
4
11
4
11
14
7
5
1
A
B
C
D
MK31 PCB LAYOUT
TOP LAYER
BOTTOM LAYER
TOP SOLDER MASK
BOTTOM SOLDER MASK
TOP SILKSCREEN
--------------------------------------------------------------------------NCDrill File Report For: MK31-EMI.PCB
--------------------------------------------------------------------------Layer Pair : TopLayer to BottomLayer
ASCII File : NCDrillOutput.TXT
EIA File : NCDrillOutput.DRL
Tool
Hole Size
Hole Count Plated
--------------------------------------------------------------------------T1
20mil (0.50mm)
328
T2
24mil (0.60mm)
2
T3
31mil (0.80mm)
64
T4
36mil (0.90mm)
69
T5
138mil (3.50mm)
6
NPTH
--------------------------------------------------------------------------Totals
469
DRILL DRAWING
MK31 排片方式
MK31-FDKB PCB LAYOUT
BOTTOM SOLDER MASK
BOTTOM LAYER
TOP LAYER & TOP SOLDER MASK
TOP SILKSCREEN
DRILL DRAWING
Tool
Hole Size
Hole Count Plated
--------------------------------------------------------------------------T1
39mil (1.00mm)
36
T2
98mil (2.50mm)
14 NPTH
T3
126mil (3.20mm)
3 NPTH
--------------------------------------------------------------------------Totals
53
Top Layer
Top Solder Mask
Bottom Layer
Bottom Solder
Top Overlay
Drill Drawing
--------------------------------------------------------------------------NCDrill File Report For: G2FP1.PCB 13-May-2002
-------------------------------------------------------------------------Layer Pair : TopLayer to BottomLayer
ASCII File : NCDrillOutput.TXT
EIA File : NCDrillOutput.DRL
Tool
Hole Size
Hole Count Plated
--------------------------------------------------------------------------T1
24mil (0.60mm)
145
T2
31mil (0.80mm)
98
T3
35mil (0.90mm)
35
T4
39mil (1.00mm)
42
T5
87mil (2.20mm)
6
T6
118mil (3.00mm)
3
T7
138mil (3.50mm)
12 NPTH
--------------------------------------------------------------------------Totals
341
Tool
Hole Size
Hole Count Plated
--------------------------------------------------------------------------T1
31mil (0.80mm)
240
T2
39mil (1.00mm)
43
T3
47mil (1.20mm)
8
T4
55mil (1.40mm)
21
T5
59mil (1.50mm)
2
T6
63mil (1.60mm)
21
T7
150mil (3.80mm)
5
--------------------------------------------------------------------------Totals
340
--------------------------------------------------------------------------NCDrill File Report For: G2PU1.PCB
5-May-2002
--------------------------------------------------------------------------Layer Pair : TopLayer to BottomLayer
ASCII File : NCDrillOutput.TXT
EIA File : NCDrillOutput.DRL
Test Procedures for
Betaverb
Amplitude response test
On PC:
-Load file: betaverb_amplitude (APWin File menu / Open / Test)
Test Connections:
-Output A of Audio Precision System TwoÆ input 1 of the device under test.
-Output B of Audio Precision System TwoÆ input 2 of the device under test.
-Output 1 of the device under test Æ A input of Audio Precision System Two.
-Output 2 of the device under test Æ B input of Audio Precision System Two.
On the device under test
-Turn on the power switch.
-Turn MIX control counterclockwise (DRY).
-Set INPUT volume to maximum.
-Set OUTPUT volume to maximum.
-Load ROOM 1 Preset (Preset #001)
Start the sweep (F9) and control the results (Page3-Graph)
Audio Precision
05/21/02 17:28:31
+20
+20
+17.5
+17.5
+15
+15
+12.5
d
B
V
+12.5
+10
+10
+7.5
+7.5
+5
+5
+2.5
+2.5
+0
20
50
100
200
500
1k
Hz
Color
Line Style
Thick
Data
Axis
Red
Blue
Cyan
Solid
Solid
Solid
2
2
2
Anlr.Level A
Anlr.Level B
Anlr.Ampl
Left
Right
Left
betaverb_amplitude.at2c
2k
5k
10k
20k
+0
d
B
V
THD test
On PC:
-Load file: betaverb_THD (APWin File menu / Open / Test)
Test Connections:
-Output A of Audio Precision System TwoÆ input 1 of the device under test.
-Output B of Audio Precision System TwoÆ input 2 of the device under test.
-Output 1 of the device under test Æ A input of Audio Precision System Two.
-Output 2 of the device under test Æ B input of Audio Precision System Two.
On the device under test
-Turn on the power switch.
-Turn MIX control clockwise (WET).
-Set INPUT volume to maximum.
-Set OUTPUT volume to maximum.
-Load ROOM 1 Preset (Preset #001)
S/N test
On PC:
-Load file: betaverb_SN (APWin File menu / Open / Test)
Test Connections:
-Output A of Audio Precision System TwoÆ input 1 of the device under test.
-Output B of Audio Precision System TwoÆ input 2 of the device under test.
On the device under test
-Turn on the power switch.
-Turn MIX control counterclockwise (DRY).
-Set OUTPUT volume to maximum.
-Load ROOM 1 Preset (Preset #001)
-increase the INPUT level until the device’s outputs clip, and after reduce the INPUT level itself
until the outputs exit from clipping state.
Start the sweep (F9) and control the results (Page3-Graph) in the following conditions:
-Output 1 of the device under test Æ A input of Audio Precision System Two.
-Output 2 of the device under test Æ B input of Audio Precision System Two.
Audio Precision
05/21/02 17:54:47
+20
+0
-20
d
B
V
-40
-60
-80
-100
-100
-90
-80
-70
-60
-50
-40
dBV
Color
Line Style
Thick
Data
Axis
Red
Blue
Solid
Solid
2
2
Anlr.Ampl
Anlr.Ampl
Left
Left
betaverb_SN.at2c
-30
-20
-10
+0
+10
Dynamics test
On PC:
-Load file: betaverb_dyn (APWin File menu / Open / Test)
Test Connections:
-Output A of Audio Precision System TwoÆ input 1 of the device under test.
-Output B of Audio Precision System TwoÆ input 2 of the device under test.
On the device under test
-Turn on the power switch.
-Turn MIX control clockwise (WET).
-Set INPUT volume to maximum.
-Set OUTPUT volume to maximum.
-Load ROOM 1 Preset (Preset #001)
Start the sweep (F9) and control the results (Page3-Graph) in the following conditions:
-Output 1 of the device under test Æ A input of Audio Precision System Two.
-Output 2 of the device under test Æ B input of Audio Precision System Two.
Audio Precision
05/21/02 18:06:36
+10
10
+7.5
+5
8
+2.5
%
6
+0
-2.5
4
-5
2
-7.5
-0
-20
-19.5
-19
-18.5
-18
dBV
Color
Line Style
Thick
Data
Axis
Red
Blue
Solid
Solid
2
2
Anlr.THD+N Ratio
Anlr.Level A
Left
Right
betaverb_dyn.at2c
-17.5
-17
-16.5
-16
-10
d
B
V
Stability test
On PC:
-Load file: betaverb_stability (APWin File menu / Open / Test)
Test Connections:
-Output A of Audio Precision System TwoÆ input 1 of the device under test.
-Output B of Audio Precision System TwoÆ input 2 of the device under test.
-Output 1 of the device under test Æ A input of Audio Precision System Two.
-Output 2 of the device under test Æ B input of Audio Precision System Two.
On the device under test
-Turn on the power switch.
-Turn MIX control counterclockwise (DRY).
-Set OUTPUT volume to maximum.
-Set INPUT volume to zero.
-Load ROOM 1 Preset (Preset #001)
Test:
Move the input level knob from 0 to maximum 3 times and control the output waveforms:NO
PERMANENT SINE WAVEFORMS should be visible. IF PERMANENT WAVEFORMS WITH
FREQUENCY > 20kHz should become visible on whatever output channel, THE UNIT IS TO
BE INSPECTED.
Stability test
On PC:
-Load file: control30_stability (APWin File menu / Open / Test)
Test Connections:
-Output A of Audio Precision System TwoÆ input 1 of the device under test.
-Output B of Audio Precision System TwoÆ input 2 of the device under test.
-Output 1 of the device under test Æ A input of Audio Precision System Two.
-Output 2 of the device under test Æ B input of Audio Precision System Two.
On the device under test
-Turn on the power switch.
-Turn MIX control counterclockwise (DRY).
-Set OUTPUT volume to maximum.
-Set INPUT volume to zero.
-Push BYPASS switch (on the TERMINATOR push the UTIL key then navigate the menu up to
SYSTEM BYPASS and hit the ENTER key)
-Load ROOM 1 Preset (Preset #001)
Test:
Move the input level knob from 0 to maximum 3 times and control the output waveforms:NO
PERMANENT SINE WAVEFORMS should be visible. IF PERMANENT WAVEFORMS WITH
FREQUENCY > 20kHz should become visible on whatever output channel, THE UNIT IS TO
BE INSPECTED.
Qbhf!2!pg!2
311306033
bVERB-ALTO-230V-歐規
Structure Needing Material Detail List
‫ޙ‬ᑫ͟; 3113014019
NO.
Midprod NO
࣒ϒ͟; 3113016032
Quanity
Unit
2 B.cWFSC.BMUP.341W.ለఢ
2/111
QDT
3 B.DPOUSPM41!‫غ‬Ь‫ڕ‬௡Ъ
2/111
QDT
4 B.DPOUSPM41!݈‫ڕ‬௡Ъ
2/111
QDT
5 Q.NL4/2.TNE)DUM41*
2/111
QDT
6 Q.NL4/2.EJQ)cWFSC*
2/111
QDT
7 Q.H3QV2)DPOUSPM41*
2/111
QDT
8 Q.H3GQ2.TNE)cWFSC*
2/111
QDT
9 Q.H3GQ2.EJQ)cWFSC*
2/111
QDT
: Q.NL42.GELC.EJQ
2/111
QDT
21 Q.NL42.MFE.TNE
2/111
QDT
22 Q.H3GQ2.Ηј‫ݡ‬௡Ъ
2/111
QDT
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; B.cWFSC.BMUP.341W.ለఢ
NO
Material No
2 NGS[24[[
MARK:
3 NC132:6
MARK:
4 NUQ423[[
MARK:
5 ONDB57[[
MARK:
6 ONCQ75
MARK:
7 OQM383
MARK:
8 ONCB12
MARK:
9 OQM397
MARK:
: ONC133
MARK:
21 EM54SH
MARK:
22 ITXB24
MARK:
23 IDTB27
MARK:
24 IEGN111361
MARK:
25 NXJ178
MARK:
26 NTDC24
MARK:
27 NTDC49
MARK:
28 NTDC69
MARK:
29 NTDC45
MARK:
2: NTDD51
MARK:
31 NTDC46
MARK:
32 NTUD15
MARK:
33 NGTD13
MARK:
34 NGTT15
MARK:
35 NGTU12
MARK:
36 OGTX16[[
MARK:
37 IMTG237
MARK:
Qbhf!2!pg!4
tqfdjgz; BNQ
tuboebse!rvboujuz;
2/111
Item Name
qbofm)xijuf*
Specific
cWFSC!BMUP
sfbs!cpbse
cWFSC
2/111 QDT
upq!dpwfs!cmbdl
DPOUSPM41
2/111 QDT
mbdje!qmbtujd!qbofm
DPOUSPM41!BMUP)253+41nn*!
2/111 QDT
Rvbojuz Voju
Qt
2/111 QDT
qmbtujd!lopc!!epvcmf!ɫ2 DPPM!HSBZ!9D
4/111 QDT
dpwfs
ɫ9/6+5!cmvf!183D
4/111 QDT
qpxfs!qvti!cvuupo
ɫ26+23!
2/111 QDT
txjudi!dbq
ɫ25/6+21!ZFMMPX!D
2/111 QDT
cvuupo
26+23+32!DPOUSPM!183Dcmvf
8/111 QDT
M/F/E
MH3154!hsffo
2/111 QDT
bmjnfoubujpo!TX
TEEMC!2118V
2/111 QDT
BD!pvumfuu
)T*426.C!)BD!tfmfdu*
2/111 QDT
gvtf
361nB!ɫ6+31nn!WEF
2/111 QDT
dpqqfs!qpmf!N4+Q1/6
9nn!tjohmf-mfohui25nn
4/111 QDT
cmbdl.qmbufe!tdsfx
dsptt.ifbe!qbo!ifbe!4+7
cmbdl!qmbufe!tdsfx
4+8
5/111 QDT
ࢬ‫ڕ‬઎
cmbdl!qmbufe!tdsfx
jspo.cpbse!qjmm!4+21
9/111 QDT
πᏊळϡ
cmbdl!qmbufe!tdsfx
qjmm!4+7
28/111 QDT
dpmpvs!tdsfx
qjmm!5+41
2/111 QDT
ᒖԛQU
cmbdl!qmbufe!tdsfx
dsptt.ifbe!qbo!ifbe!4+21
3/111 QDT
BDळϡ
dpmpvs!ovu
5n0n
3/111 QDT
QU-гቢ
xbtifs
ɫ5+ɫ23+2u
2/111 QDT
QU
xbtifs
ɫ5+ɫ8+2u
3/111 QDT
гቢ-QU
xbtifs
ɫ5+ɫ9+1/6u
3/111 QDT
гቢ
xppe!xbtifs
4/28+9/3!!cmbdl
5/111 QDT
spx.xjsf!dpoofdups!xjsjo 3Q!211n0n
24/111 QDT
2/111 QDT
˯ᄏ8-‫ڕغ‬4-݈
NL42-NL42.QV-
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; B.cWFSC.BMUP.341W.ለఢ
Qbhf!3!pg!4
tqfdjgz; BNQ
tuboebse!rvboujuz;
2/111
Rvbojuz Voju
NO
Material No
Item Name
Specific
38 IMTD67
tjohmf!ufsnjobm!xjsjoh!D hsffo0zfmmpx!211n0n
2/111 QDT
MARK:
39 IMTD274
tjhomf!ufsnjobm!xjsjoh!D hsffo0zfmmpx!281n0n
2/111 QDT
MARK:
3: IMTG459
spx.xjsf!dpoofdups!xjsjo 7Q.7Q!431nn
2/111 QDT
MARK:
41 IB13239
xjsf
4Q.4Q!561nn
2/111 QDT
MARK:
42 IMTQ275
Q/W/D!xjsjoh
VM2728!BXH33!361nn!cmbdl
2/111 QDT
MARK:
43 IMTQ82
Q/W/D!tjohmf!xbwf!xjsfe VM2728!33BXH!91n0n!cspxo
2/111 QDT
MARK:
44 IMTB42
qpxfs!dpse!
Fvspqf!4Q!MU.423,MU.612
2/111 QDT
MARK:
45 OMYD18
svccfs!dpjm
ɫ31+ɫ71+3uC
2/111 QDT
MARK:
46 ONDU27XX1121
tmffwjoh!gmbnf!sfubsebou 3/6ɫ+21n0n
3/111 QDT
MARK:
47 ONDU2:XX1131
tmffwjoh!gmbnf!sfubsebou 5ɫ+31n0n
9/111 QDT
MARK:
48 ONDS12
dbcmf!ujf)cmbdl*!
BMU.213TC!
4/111 QDT
MARK:
49 OQMO:3
ujf!cfmu!gjyfe!csbdlfu DN.2:T
2/111 QDT
MARK:
4: OMYN4:
tfmg.qbtuf!gppu!qbe)TG.1 23/8+:/1+4/1u
5/111 QDT
MARK:
51 OXDQ15
mpdlbcmf!cbh
6+8
2/111 QDT
MARK:
52 OXDQ12XX1411+1691 QF!cbh
41+69dn
2/111 QDT
MARK:
53 IFN194
eftjddbou
41h
2/111
MARK:
54 ONM[88:
mbcfm
TDM.3131!cmbdl0xijuf
2/111
MARK:
55 ONDR.184
bttvsbodf!cppl
BMUP
2/111
MARK:
56 ONMC2695.12[[
mbcfm
cWFSC!BMUP
3/111
MARK:
57 QJB2166
qbqfs!joofs!cpy
BMUP!2:#
2/111 QDT
MARK:
58 QLNT264
tqpohf!cbssjfs
BMUP!2:#
2/111 QDT
MARK:
59 QLNT267
cbssjfs
BMUP2:#
2/111 QDT
MARK:
5: QPB293
qbqfs!pvuufs!dbtf!5!ipmf BMUP!2:#
1/361 QDT
MARK:
61 UE11214
mppq!usbotgpsnfs
QU.HSPVQ3
2/111 QDT
MARK:
62 ONDRB.124
jotusvdujpo
cWFSC!BMUP
2/111
MARK:
63 ONMN486[[
mbcfm
cWFSC
5/111
MARK:
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
tqfdjgz; BNQ
Nje!Op; B.cWFSC.BMUP.341W.ለఢ
NO
Material No
64 OF16115
MARK:
65 ONMI42
MARK:
66 OB11265
MARK:
67 IB1323:
MARK:
68 ONCB18
MARK:
Qbhf!4!pg!4
tuboebse!rvboujuz;
Item Name
Specific
2/111
Rvbojuz Voju
mbcfm
BMUP
5/111
mbcfm
NBEF!JO!Q/S/D/
3/111
cpy
BMUP
3/111 QDT
xjsf
4Q.4Q!561nn
3/111 QDT
qpxfs!qvti!cvuupo
2/111 QDT
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; B.DPOUSPM41!‫غ‬Ь‫ڕ‬௡Ъ
NO
Material No
2 NCU436[[
MARK:
3 NND125
MARK:
4 NND124
MARK:
5 NTD134
MARK:
6 NTEF47[[
MARK:
7 NBQS91[[
MARK:
Qbhf!2!pg!2
tqfdjgz; BNQ
tuboebse!rvboujuz;
2/111
Item Name
cpuupn!qbuf
Specific
DPOUSPM41
jspo!qjmmbs
ifybhpo!7/46+N4+:/3
4/111 QDT
jspo!qjmmbs
ifybhpo!7/46+N4+7
5/111 QDT
tdsfx!qjmmbs
N5+21+1/8QI
2/111 QDT
cbssjfs!cpbse)cmbdl*
DPOUSPM41
2/111 QDT
M.tibqf!gjyfe!csbdlfu
2/3+39+31+21)DMF3/1*
2/111 QDT
Rvbojuz Voju
2/111 QDT
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; B.DPOUSPM41!݈‫ڕ‬௡Ъ
NO
Material No
2 NTEG4:[[
MARK:
3 NND124
MARK:
Qbhf!2!pg!2
tqfdjgz; BNQ
tuboebse!rvboujuz;
Item Name
gspou!cpbse
Specific
DPOUSPM41
jspo!qjmmbs
ifybhpo!7/46+N4+7
2/111
Rvbojuz Voju
2/111 QDT
9/111 QDT
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; Q.NL4/2.TNE)DUM41*
Qbhf!2!pg!3
tqfdjgz; BNQ
tuboebse!rvboujuz;
2/111
Rvbojuz Voju
NO
Material No
Item Name
Specific
2 OQD496
QDC
NL4/2)2+5*
2/111 QDT
MARK:
3 SGDG111
TNE!2021X!gjyfe!sftjtups 1ɖ!Ų6&!1714
6/111 QDT
MARK:S 33 52 55 56 57
4 SGDG121
TNE!2021X!gjyfe!sftjtups 21ɖ!Ų6&!1714
22/111 QDT
MARK:S 2 31 36 37 39 41 44 46 48 6 7
5 SGDG221
TNE!2021X!gjyfe!sftjtups 211ɖ!Ų6&!1714
3/111 QDT
MARK:S 4 5
6 SGDG244
TNE!2021X!gjyfe!sftjtups 441ɖ!Ų6&!1714
2/111 QDT
MARK:S 49
7 SGDG258
TNE!2021X!gjyfe!sftjtups 581ɖ!Ų6&!1714
2/111 QDT
MARK:S 62
8 SGDG321
TNE!2021X!gjyfe!sftjtups 2/1Lɖ!Ų6&!1714
2/111 QDT
MARK:S 4:
9 SGDG326
TNE!2021X!gjyfe!sftjtups 2/6Lɖ!Ų6&!1714
2/111 QDT
MARK:S 3
: SGDG358
TNE!2021X!gjyfe!sftjtups 5/8Lɖ!Ų6&!1714
2/111 QDT
MARK:S 61
21 SGDG521
TNE!2021X!gjyfe!sftjtups 211Lɖ!Ų6&!1714
3/111 QDT
MARK:S 53 54
22 DDF133C
TNE1714!dfsbnjd!dbqbdjup 33QG!!!OQP!!!Ų6&!!!!.61W
3/111 QDT
MARK:D 33 3:
23 DDF221C
TNE1714!dfsbnjd!dbqbdjup 211QG!!OQP!!!Ų6&!!!!.61W
3/111 QDT
MARK:D 2: 31
24 DDF258C
TNE1714!dfsbnjd!dbqbdjup 581QG!!OQP!!!Ų6ƫ!!!.61W
3/111 QDT
MARK:D 48 49
25 DDF521G
TNE1714!dfsbnjd!dbqbdjup 1/2vG!!!!Z6W,91!!.31&61W
27/111 QDT
MARK:D 21 22 24 25 28 3 32 34 36 42 5 51 6 8 9 :
26 DDD621G
TNE1916!dfsbnjd!dbqbdjup 2vG027W!!!!!Z6W.1916)3123
3/111 QDT
MARK:D 46 47
27 EST1115
TNE!sfdujgjfs!ejpef
CBT27)TPU.34*
4/111 QDT
MARK:E 2 3 4
28 TJDT416
TNE!joufhsbue!djsdvju
QDN4112F
2/111 QDT
MARK:V 24
29 ICF115
TNE!joufhsbufe!djsdvju TFFE!UNT68113EQIB
2/111 QDT
MARK:V 9
2: ICF116
TNE!joufhsbufe!djsdvju TFFE!NC92D5367B.71
3/111 QDT
MARK:V 21 :
31 TJDT318
TNE!joufhsbue!djsdvju
35MD75J0TO!!
2/111 QDT
MARK:V 2
32 TJDT827
TNE!joufhsbufe!djsdvju N85ID259N2S
2/111 QDT
MARK:V 3
33 TJDT828
TNE!joufhsbufe!djsdvju TO85ID685EX
2/111 QDT
MARK:V 8
34 TJDT834
TNE!joufhsbufe!djsdvju 85G25EU
2/111 QDT
MARK:V 5
35 TJDT824
TNE!joufhsbufe!djsdvju 85ID43EU
2/111 QDT
MARK:V 6
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; Q.NL4/2.TNE)DUM41*
NO
Material No
36 TJDT819
MARK:V 26
37 IDTT8:
MARK:
38 SGDF111
MARK:M 5 6 7 8
Qbhf!3!pg!3
tqfdjgz; BNQ
tuboebse!rvboujuz;
Item Name
TNE!joufhsbue!djsdvju
Specific
85ID4:4EU
JD!tpdlfu)TNE*
QMDD55!)E14.55U/B/5*
TNE!2021X!gjyfe!sftjtups 1ɖ!Ų6&!1916
2/111
Rvbojuz Voju
2/111 QDT
2/111 QDT
5/111 QDT
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; Q.NL4/2.EJQ)cWFSC*
Qbhf!2!pg!2
tqfdjgz; BNQ
tuboebse!rvboujuz;
2/111
Rvbojuz Voju
NO
Material No
Item Name
Specific
2 DD193C.2
dfsbnjd!dbqbdjups
93QG!OQP
3/111 QDT
MARK:D 52 53
3 DF621T
fmfduspmzujd!dbqbdjups 2061W!ɭ5+8
6/111 QDT
MARK:D 29 35 4 4: 7
4 DF721O
fmfduspmzujd!dbqbdjups 21027W!ɭ5+8
6/111 QDT
MARK:D 37 38 39 44 45
5 DF758E.3
fmfduspuzujd!dbqbdjups 58027W!)6ɭ+8nn*
3/111 QDT
MARK:D 2 43
6 TJD324WW
joufhsbufe!djsdvju!)fqsp 38D623.81
2/111 QDT
MARK:V 7
7 TRS23/111
rvbsu{!dsztubmmpje!22/16 ID.5:0VT!Ų31QQN
2/111 QDT
MARK:R 2
8 NDP15:
joevups
441vI)MHB1419.442L*
4/111 QDT
MARK:M 2 3 4
9 IDTQ16113
spx.qjo)epvcmf*$3311
3/65!291ƶ!3+23Q)hpme.qmb
2/111 QDT
MARK:K 4
: IDTQ16112
spx.qjo)epvcmf*$3311
3/65!291ƶ!3+21Q)hpme.qmb
2/111 QDT
MARK:K 3
21 IDTQ12113
spx.qjo)tjohmf*$2211
3/65!291ƶ!3Q)hpme.qmbufe
2/111 QDT
MARK:K 5
22 NNDK28
kvnqfs!xjsf
3/6n0n
3/111 QDT
MARK:T 3 4
23 IDTT67
JD!tpdlfu
4412.39Q!3/65nn
2/111 QDT
MARK:
24 ONMI2155[[
mbcfm
cWFSC.FQ
2/111
MARK:
25 ONMI2158[[
mbcfm
cWFSC.NJ
2/111
MARK:
26 TJDT913
TNE!joufhsbue!djsdvju
Q98D63TCBB)VCBB*
2/111 QDT
MARK:
Qt
ᅮ፵ᐂ඀ё
ᇾԠ̰टֶ඀ё
ᇾԠ̰टֶ඀ё
ѩJDᅮ፵ᐂ඀ё
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; Q.H3QV2)DPOUSPM41*
Qbhf!2!pg!3
tqfdjgz; BNQ
tuboebse!rvboujuz;
2/111
Rvbojuz Voju
NO
Material No
Item Name
Specific
2 IC11811
QDC
H3QV2`WFS131536
2/111 QDT
MARK:
3 SGC233T
205X!gjyfe!sftjtups
331ɖ!T!uzqf
7/111 QDT
MARK:S 41 42 43 44 45 46
4 SGC358T
205X!gjyfe!sftjtups
5/8Lɖ!T!uzqf!
5/111 QDT
MARK:S 35 36 37 38
5 SGC433T
205X!gjyfe!sftjtups
33Lɖ!T!uzqf
9/111 QDT
MARK:S 22 23 4 5 6 7 8 9
6 SGC458T
205X!gjyfe!sftjtups
58Lɖ!T!uzqf
5/111 QDT
MARK:S 31 32 33 34
7 SDC413
dbscpo!usjnnfs!sftjtups 7GF!ipsj{poubm!FWOE9B!611
3/111 QDT
MARK:WS 2 3
8 DD133C
dfsbnjd!dbqbdjups
33QG!OQP
3/111 QDT
MARK:D 33 34
9 DD221D.2
dfsbnjd!dbqbdjups
211QG!TM
4/111 QDT
MARK:D 26 27 28
: DV521B.2
ifbq.mbzfs!dbqbdjups!)tu 1/2vG!61W!Z6W!QI6nn
26/111 QDT
MARK:D 2 24 27 2: 36 4 41 42 52 53 56 6 7 8 9
21 DF758F
fmfduspuzujd!dbqbdjups 58036W
6/111 QDT
MARK:D 21 22 23 35 :
22 DF921E
fmfduspmzujd!dbqbdjups 2111027W!
4/111 QDT
MARK:D 25 31 32
23 DF921F
fmfduspuzujd!dbqbdjups 2111036W!
3/111 QDT
MARK:D 48 55
24 DF933E
fmfduspuzujd!dbqbdjups 3311027W
2/111 QDT
MARK:D 29
25 ES1116
sfdujgjfs!ejpef
2O5259!1/6B
2/111 QDT
MARK:E 2
26 ES112B
sfdujgjfs!ejpef
2O51130211W
6/111 QDT
MARK:E 3 4 5 6 7
27 TJD113
joufhsbufe!djsdvju
UM185DO)T'U*
3/111 QDT
MARK:V 2 3
28 TJD114
joufhsbufe!djsdvju
UM183DO
2/111 QDT
MARK:V 4
29 TJD816
joufhsbufe!djsdvju
8923
2/111 QDT
MARK:V 24
2: TE11235
joufhsbufe!djsdvju
8:23
2/111 QDT
MARK:V 22
31 TJD825
joufhsbufe!djsdvju
8916
2/111 QDT
MARK:V 23
32 TJD838
JD
85ID19O
2/111 QDT
MARK:V 7
33 TMF117
mjhiu.fmfduspo!usbotjtup I22M2)RUD*
2/111 QDT
MARK:JTP 2
34 IDTX1317
spx.xjsf!ifbefs
7Q!3/6nn!291ƶ
2/111 QDT
MARK:K 3
35 IDTX1314
spx.xjsf!ifbefs!KTU3/6)T 4Q!3/6nn!291ƶ
4/111 QDT
MARK:K 2 5 6
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; Q.H3QV2)DPOUSPM41*
NO
Material No
Item Name
36 IDTS1316
spx.xjsf!ifbefs!
MARK:K 4
37 IDTN51
NJD!kbdl!gps!cbmbodf
MARK:T 2 3
38 IDTN52
NJD!kbdl!gps!cbmbodf
MARK:T 4 5
39 IDTT77
EJO!tpdlfu
MARK:DO 2 3 4
3: NDP15:
joevups
MARK:M 25
41 DP1149
FNJ!GJMUFS!)gjmufs*
MARK:M 2 21 23 24 3 4 5 6 7 8 9 :
42 NNDK15
kvnqfs!xjsf
MARK:KQ 28
43 NNDK17
kvnqfs!xjsf
MARK:KQ 23 24 25 27 29
44 NNDK1:
kvnqfs!xjsf
MARK:KS 2 21 22 26 2: 3 31 4 5 6 :
45 IDUU36
dpoofdu!ufsnjobm
MARK:KS 26
46 NTDO27
Oj!tdsfx
MARK:
47 NTDC55
cmbdl.qmbufe!tdsfx
MARK:
48 NGTT14
xbtifs
MARK:
49 TUS913.U3
tjmjdpof!jotvmbups
MARK:
4: NJ11:55
ifbu.tjol!
MARK:
51 ITXF16
txjui
MARK:TX 2
52 OQM13:
jotvmbuf!cfbo
MARK:
Qbhf!3!pg!3
tqfdjgz; BNQ
tuboebse!rvboujuz;
Specific
6Q!4/:7nn!291ƶ
2/111
Rvbojuz Voju
::N.219TQ2
3/111 QDT
::N.218TQ2.3
3/111 QDT
6QJO)KZ.6116*
4/111 QDT
441vI)MHB1419.442L*
2/111 QDT
MG.33VI)XBI!UBZJ*
Qt
2/111 QDT
23/111 QDT
7n0n
2/111 QDT
9n0n
6/111 QDT
21n0n
22/111 QDT
7/6n0n!)QDG361*
2/111 QDT
qjmm!4+7!!uijo!uppui!Q1/6
4/111 QDT
dvu.ubjm!qjmm!4+9
3/111 QDT
ɫ4+ɫ6+2u
4/111 QDT
UP.331!trvbsf!uzqf
4/111
DPOUSPM41
2/111 QDT
TQ81411.1313.22G2.O
2/111 QDT
UP331C
4/111 QDT
ᗆ೸ሤͯϡ
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; Q.H3GQ2.TNE)cWFSC*
Qbhf!2!pg!2
tqfdjgz; BNQ
tuboebse!rvboujuz;
2/111
Rvbojuz Voju
NO
Material No
Item Name
Specific
2 IC11812
QDC
H3GQ2`WFS131536
2/111 QDT
MARK:
3 SGDF111
TNE!2021X!gjyfe!sftjtups 1ɖ!Ų6&!1916
2/111 QDT
MARK:KQ 4
4 SGDG244
TNE!2021X!gjyfe!sftjtups 441ɖ!Ų6&!1714
29/111 QDT
MARK:S 2: 55 56 57 58 59 5: 61 62 63 64 65 66 67 68 69 6: 71
5 SGDG321
TNE!2021X!gjyfe!sftjtups 2/1Lɖ!Ų6&!1714
3/111 QDT
MARK:S 2 3
6 SGDG421
TNE!2021X!gjyfe!sftjtups 21Lɖ!Ų6&!1714!
:/111 QDT
MARK:S 29 48 49 4: 51 52 53 54 6
7 SGDG533
TNE!2021X!gjyfe!sftjtups 331Lɖ!Ų6&!1714
3/111 QDT
MARK:S 25 27
8 SQDB3936
TNE!2021X!!qsfdjtf!sftjt 93/6Lɖ!Ų2&!1714
3/111 QDT
MARK:S 24 26
9 DDF123C
TNE1714!dfsbnjd!dbqbdjup 23QG!!!OQP!!!Ų6&!!!!.61W
3/111 QDT
MARK:D 24 25
: DDF521G
TNE1714!dfsbnjd!dbqbdjup 1/2vG!!!!Z6W,91!!.31&61W
:/111 QDT
MARK:D 21 43 51 52 53 54 8 9 :
21 TJDT114
TNE!joufhsbufe!djsdvju UM185DEU
3/111 QDT
MARK:V 2 3
22 TJDT816
TNE!joufhsbefe!djsdvju 85ID15EU
2/111 QDT
MARK:V 21
23 TJDT824
TNE!joufhsbufe!djsdvju 85ID43EU
2/111 QDT
MARK:V :
24 TJDT828
TNE!joufhsbufe!djsdvju TO85ID685EX
3/111 QDT
MARK:V 8 9
25 SGDG333
TNE!2021X!gjyfe!sftjtups 3/3Lɖ!Ų6&!1714
3/111 QDT
MARK:S 7 8
26 SGDG111
TNE!2021X!gjyfe!sftjtups 1ɖ!Ų6&!1714
3/111 QDT
MARK:S 21 9
27 DDF279C
TNE1714!dfsbnjd!dbqbdjup 791QG!!!OQP!!!Ų6ƫ!!!.61
3/111 QDT
MARK:D 34 35
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; Q.H3GQ2.EJQ)cWFSC*
NO
Material No
2 DF721O
MARK:D 3
3 DF758F
MARK:D 2 4 6 7
4 DF833E
MARK:D 5
5 SGC221T
MARK:S 5
6 SWT1:7
MARK:WS 2
7 SWT1:8
MARK:WS 3
8 SD11332
MARK:WS 4
9 EM48SS
MARK:E 2 3 4 5 6
: IDTJ1313
MARK:K 2
21 IDTX1217
MARK:K 7
22 IDTX1214
MARK:K 21 6 :
23 IMTH125
MARK:K 3
24 IMTH126
MARK:K 4
25 IDTQ1211:
MARK:K 9
26 IDTQ16115
MARK:K 5
27 IDTQ12112
MARK:DO 2 3
28 OJ128:4
MARK:
Qbhf!2!pg!2
tqfdjgz; BNQ
tuboebse!rvboujuz;
2/111
Item Name
fmfduspmzujd!dbqbdjups
Specific
21027W!ɭ5+8
fmfduspuzujd!dbqbdjups
58036W
5/111 QDT
fmfduspmzujd!dbqbdjups
331027W!
2/111 QDT
205X!gjyfe!sftjtups
211ɖ!T!uzqf
2/111 QDT
qpufoujpnfufs
S2522HPB.W2B214GO11.11
2/111 QDT
qpufoujpnfufs
S2522HPB.W2B614GO11.11
2/111 QDT
qpufoujpnfufs
C2Lɖ!S2522HPB.W2C213GO11
2/111 QDT
M/F/E!ijhi!joufotjuz
4n0n!spvoe)sfe*mpoh!gppu!
6/111 QDT
spx.xjsf!ifbefs
3Q!3/6nn!291ƶ
2/111 QDT
spx.xjsf!ifbefs
7Q!3/6nn̈‫!ݭ‬:1ƶ
2/111 QDT
spx.xjsf!ifbefs
4Q!3/6nn!:1ƶ
4/111 QDT
Rvbojuz Voju
2/111 QDT
ifbefs!xjsjoh!!GM.1575B 31Q.31Q!QI2/38!331nn
2/111 QDT
ifbefs!xjsjoh!!GM.1575B 35Q.35Q!QI2/38!231nn
2/111 QDT
spx!qjo
3/65!291ƶ!9Q)hpme.qmbufe
2/111 QDT
spx.qjo)epvcmf*$3311
3/65!291ƶ!3+8Q)hpme.qmbu
2/111 QDT
spx.qjo)evbm*
3/65!291ƶ!21Q)hpme.qmbuf
3/111 QDT
MFE!tqbdfs!tvqqpsu
MFET.28!28nn
6/111 QDT
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
tqfdjgz; BNQ
Nje!Op; Q.NL42.GELC.EJQ
NO
Material No
2 OQD49:
MARK:
3 ITXF1:
MARK:
4 IDTC15
MARK:
Qbhf!2!pg!2
tuboebse!rvboujuz;
QDC
Item Name
Specific
NL42.GELC)2+7*
cvuupn!txjui
7+7+6
spx.qjo!ifbefs)tjohmf*$3 3/65!291ƶ!9Q)hpme.qmbufe
2/111
Rvbojuz Voju
2/111 QDT
8/111 QDT
2/111 QDT
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
tqfdjgz; BNQ
Nje!Op; Q.NL42.MFE.TNE
NO
Material No
2 OQD499
MARK:
3 EMT113BS
MARK:
4 EMT115BZ
MARK:
5 EMT114BH
MARK:
Qbhf!2!pg!2
tuboebse!rvboujuz;
Item Name
2/111
QDC
Specific
NL42.MFE)2+26*
TNE2321!M/F/E
78.32TVSD0T641.B30US9)sfe
3/111 QDT
TNE2321!M/F/E
78.32VZD0T641.B30US9)zfmm
3/111 QDT
TNE2321!M/F/E
78.32TZHD0T641.F20US9)hsf
9/111 QDT
Rvbojuz Voju
2/111 QDT
Qt
cWFSC.BMUP.341W.ለఢ
311306033
Jufn!Op; cWFSC
Nje!Op; Q.H3GQ2.Ηј‫ݡ‬௡Ъ
NO
Material No
2 NXJ123
MARK:
3 NTDO86
MARK:
4 IF1112:
MARK:
Qbhf!2!pg!2
tqfdjgz; BNQ
tuboebse!rvboujuz;
2/111
Item Name
dpqqfs!qpmf!N4+Q1/6
Specific
7n0n!evbm!gmbu
Oj!tdsfx
N4+5
9/111 QDT
MDE
MND.TTD3B31EMZZ.12
2/111 QDT
Rvbojuz Voju
5/111 QDT
Qt