Struers AbraPol-10 Mode D'emploi page 270

CPU AND MEMORY CIRCUIT
CPU
VCC
D1
A0
76 21
VTH A0
PT0 A1
67 22
PT0 A1
PT1 A2
68 23
PT1 A2
PT2 A3
69 24
PT2 A3
PT3 70 25 A4
PT3 A4
PT4 71 26 A5
PT4 A5
PT5 72 27 A6
PT5 A6
PT6 73 28 A7
PT6 A7
74 29 A8
PT7 A8
30 A9
A9
P00 4 31 A10
P00 A10
P01 5 32 A11
P01 A11
P02 6 33 A12
P02 A12
P03 7 34 A13
P03 A13
P04 8 35 A14
P04 A14
P05 10 36 A15
P05 A15
P06 11 37 A16
P06 A16
P07 12 38 A17
P07/CLKOUT A17
39 A18
A18
P20 48 40 A19
P20/DRQ0 A19
P21 51
P21/DACK0
P22 52 13 D0
P22/TC0 D0
P23 54 14 D1
P23/DRQ1 D1
P24 55 15 D2
P24/DACK1 D2
P25 D3
56 16
P25/TC1 D3
P26 D4
57 17
P26/HOLDAK D4
D5
58 18
P27/HLDRQ D5
D6
19
D6
RXD0 D7
41 20
RXD0 D7
TXD0
44
TXD0
RD/WR\
43 83
CTS0 RD/WR
RXD1
45 84
RXD1 MSTB
TXD1
47 1
TXD1 IOSTB
MREQ\
46 2
CTS1 MREQ
GND P10
59
NMI
C18 P11
60
P11/INTP0
P12
78 61
GND X1 P12/INTP1
P13
62
P13/INTP2/INTAK
15pF P14
63
G1
P14/INTR/POLL
C19 P15
64
16MHz
P15/TOUT
P16
79 65
GND X2 P16/SCK0
66
P17/READY
15pF
RESET\
81 9
RESET IC
82 49
REFRQ IC
53
IC
3 75
EA/VPP IC
V25 PLCC SOCKET
GND
XS2
84 PINS PLCC
RS-485 INTERFACE
CL5
VCC
VCC VCC VCC
RN1 R11 GND-S
8x4K7 SIL BUS 10K
CL6
N7
RXD0
1 8
R VCC
R12
2 7
RE B
P20 680R
GND-S
3 6
DE A
C20
TXD0 1nF
4 5
D GND
LTC485
R14 R15
CL7
10K
4K7 GND-S
GND GND GND
CL8
GND
CL9
VCC
VCC VCC VCC
R16 GND-S
10K
RN1
8x4K7 SIL BUS CL10
N8
RXD1 1 8
R VCC
2 7 R17
RE B
P21 680R
GND-S
3 6
DE A
C32
TXD1 4 5 1nF
D GND
LTC485
R18 R19
CL11
10K
4K7
GND-S
GND GND GND
CL12
GND
A[0..19]
D[0..7]
EPROM
D2
A0 D0
12 13
A0 O0
A1 D1
11 14
A1 O1
A2 D2
10 15
A2 O2
A3 D3
9 17
A3 O3
A4 8 18 D4
A4 O4
A5 7 19 D5
A5 O5
A6 6 20 D6
A6 O6
A7 5 21 D7
A7 O7
A8 27
A8
A9 26
A9
A10 23
A10
A11 25 VCC
A11
A12 4
A12
A13 28
A13
VCC A14 29
A14
A15 3 32
A15 VCC
A16 2
A16
A17 30
A17
1
NC
CS3\ 22 16
CE GND
MEMRD\ 24
OE
FLASHWR\ 31
WE
VCC GND
AT29C010/20 FLASHRAM
OR 128K / 256K X 8-BIT EPROM/FLASHRAM
PIN 30 and PIN 1= NC for 1Mbit FLASHRAM
PIN 1 = NC for 2Mbit FLASHRAM
RN1
XS1
8x4K7 SIL BUS
32 PINS DIP WIDE
ADD.SELECT
D4A
A18
2 DX
0 0
A19 G - CS0\
3 4 (SRAM)
1 0
3
CS1\
5 (PORT EXTENTION)
1
CS2\ (ADC)
1 6
2
CS3\ (FLASHRAM)
7
3
GND
74HCT139
RESET CIRCUIT
X3
X3C VCC
3
N6
5
2
RESIN
Communication
1 7
to control panel SENSE
3
CT
4
C21
22uF/40V
GND
2
8
NOT USED
VCC
10
RN1 RN1
6 Communication 8x4K7 SIL BUS 8x4K7 SIL BUS
to an optional
frequency
9
converter
7
STIK 10 POL
ANALOG TO DIGITAL CONVERTER
SRAM
D3 D0
A0 D0 D1
12 13
A0 D0
A1 D1 D2
11 14
A1 D1
A2 D2 D3
10 15
A2 D2
A3 D3 D4
9 17
A3 D3
A4 8 18 D4 D5
A4 D4
A5 7 19 D5 D6
A5 D5
A6 6 20 D6 D7
A6 D6
A7 5 21 D7
A7 D7
A8 27 A0
A8
A9 26 VCC
A9
A10 23
A10
A11 25 P11
A11
A12 4
A12
A13 28 MEMRD\
A13
A14 3 32 MEMWR\
A14 VCC
A15 31 30
A15 CS2
A16 2 1 CS2\
A16 NC
RESET\
CS0\ 22
CS
MEMRD\ 24
OE
MEMWR\ 29 16
WE GND
128K X 8-BIT SRAM SOCKET GND
GND
R/W LOGIC
D4B
RD/WR\ FLASH / EPROM SELECT
14 DX
0 0
G - MEMWR\
13 12
1 0
3
MEMRD\
11
1
MREQ\
15 10
2
9
3
GND
74HCT139
PORT EXTENTION
VCC RESET PULS: D[0..7]
200-300 msec.
RN1
8x4K7 SIL BUS
RESET\
5
RESET
RESET
6
RESET
R13
1
REF 4K7
C22
TL7705I
22uF/40V
GND GND
DECOUPLING
D1 D2 D3 D4 D5
C23 C24 C25 C26 C27
100nF 100nF 100nF 100nF 100nF
LINKS TO OTHER PAGES
VCC
N5 8ch. x 12 bit A/D
MAX199
AD-0
14 16
D0/D8 CH0
13
D1/D9
AD-1
12 17
D2/D10 CH1
11
D3/D11
AD-2
10 18
D4 CH2
9
D5
8 19 AD-3
D6 CH3
7
D7
20 AD-4
CH4
5
HBEN
21 AD-5
CH5
24 22 AD-6
INT CH6
4 23 AD-7
RD CH7
3
WR
2
CE
6 25
SHDN REFADJ
1 26 4.096 V VREF
CLK REF
C15 C16 C17
100pF 100nF 22uF/40V
GND GND GND GND
JUMPER SETTING
X2
VCC
X2A
1
EPROM
FLASHWR\
2
FLASH
MEMWR\
3
STIK 3 POL
VCC
D5 PA[0..5]
29
VCC
5 PA0
PA0
4 PA1
PA1
D0 38 3 PA2
D0 PA2
D1 37 2 PA3
D1 PA3
D2 36 44 PA4
D2 PA4
D3 PA5
35 43
D3 PA5
D4
33 42
D4 PA6
D5 PB[0..5]
32 41
D5 PA7
D6
31
D6
D7 PB0
30 20
D7 PB0
PB1
21
PB1
PB2
22
PB2
MEMRD\ PB3
6 24
RD PB3
MEMWR\ PB4
40 25
WR PB4
A0 PB5
10 26
A0 PB5
A1
9 27
A1 PB6
RESET
39 28
RESET PB7
CS1\
7
CS
PC0
16
PC0
PC1
17
PC1
PC2
18
PC2
PC3
1 19
NC PC3
PC4
12 15
NC PC4
PC5
23 14
NC PC5
PC6
34 13
NC PC6
11
PC7
8
GND
MSM82C55A-VJS
GND
XS3
44 PINS PLCC
N5 N6 N7 N8 VCC
C28 C29 C30 C31
100nF 100nF 100nF 100nF
GND
STRUERS A/S
Rev. A: Baan PDM
VALHOEJS ALLÉ 176
Rev. B: 24V supply changed to switch
DK-2610 ROEDOVRE
mode DENMARK
PHONE: +45 3670 3500
Rev. C: No change
Rev. D: See page 8 ABRAPOL-10, MACHINE CONTROL BOARD, A2
Rev . E: (FTH 18-08-2004) uP CIRCUIT
p.6: Namur input circuit redesigned
Size
FILE NAME.: 5093210.DSN
A2
PAGE2.SCH
Wednesday, August 18, 2004 Scale
TO / FROM:
VREF page 6,8 GENERAL
VREF
AD-4 page 1
AD-4
VOLTAGE
AD-5 page 1
AD-5 MEASUREMENT
AD-6 page 1
AD-6
P00 page 3
P00
P01 page 3
P01
P02 page 3
P02
P03 page 3
P03
P04 page 3
P04
CONTACTOR
P05 page 3
P05
AND VALVE
P06 page 3
P06
OUTPUTS
P07 page 3
P07
P22 page 3
P22
P23 page 3
P23
P24 page 3
P24
P25 page 3
P25
PA[0..5] page 4
PA[0..5]
PB[0..5] page 4
PB[0..5]
P14 page 4
P14
P15 page 4 DOSING
P15
UNITS
P16 page 4
P16
P26 page 4
P26
PC0 page 4
PC0
AD-1 page 5
AD-1
PRESSURE
AD-2 page 5
AD-2
PC1 page 6
PC1
NAMUR &
PC2 page 6
PC2
CONTACTOR
P12 page 6
SUPERVISION
P12
INPUT
P13 page 6
P13
PT0 page 7
PT0
PT1 page 7
PT1
PT2 page 7
PT2
PT3 page 7
PT3
PT4 page 7 SWITCH
PT4
INPUTS
PT5 page 7
PT5
PT6 page 7
PT6
PC4 page 7
PC4
PC5 page 7
PC5
PC6 page 7
PC6
PC3 page 8 MOTOR CURRENT,
PC3
REMOVAL AND
AD-0 page 8
AD-0
DRESSER
AD-3 page 8
AD-3
MEASUREMENT
AD-7 page 8
AD-7
CAGE Code DWG NO Rev
E
509-3210
SLN / SLN Sheet
2 of 8