Environnement Envea MIR 9000, Техническое руководство, Страница: 183 / 212

PD6
PD4
PC4 PC0
PC1
PC2 PC5
PC7 PC6
BD0
PC3 PD3 \BM1 BD1 C D1
BD2 C D2 PC5
\BIORQ BD3 C D3
BD4 C D4 PD3
PD1 \B RD BD5 C D5
BD6 C D6 PD2
PD2 \ INT BD7 C D7
C D8
PD0
PD0 \RESET
BA0 PD6
PD7 PD5 \ CLK BA1
PC1
C D9 PC2
B9 \BM1 CD10
\BIORQ CD11 PC4
B8 \B RD CD12
CD13
CD14
\ INT CD15
CD16
\ CLK
PC3
BA0 PD1
BD2 BD2 BD2 BD2
BD7 BD7 BD7 BD7
BD6 BD6 BD6 BD6
\IOCS6 \IOCS6 \IOCS6 \IOCS6
BA1 BA1 BA1 BA1
BA0 BA0 BA0 BA0
BD3 BD3 BD3 BD3
BD4 BD4
BD5 BD5
\BM1 \BM1 \BM1 \BM1
\BIORQ \BIORQ \BIORQ \BIORQ
\B RD \B RD \B RD \B RD
\IOCS3 \IOCS3 \IOCS3 \IOCS3
\IOCS4 \IOCS4 \IOCS4 \IOCS4
\IOCS5 \IOCS5 \IOCS5 \IOCS5
\RESET \RESET \RESET \RESET
BD5
\ CLK \ CLK \ CLK \ CLK
\ INT \ INT \ INT \ INT
BD2 BD2
BD0 BD0 BD0 BD0 BD7 BD7
BD1 BD1 BD1 BD1 BD6 BD6
PC0
\IOCS6 \IOCS6
PC6
BA1 BA1
PC7
\N MI BA0 BA0
BD3 BD3 PD4
BD4 B8 PD5
BD5 B9 PD7
\IOCS7 \BM1 \BM1
\BIORQ \BIORQ
\B RD \B RD
\IOCS3 \IOCS3
\IOCS4 \IOCS4
\IOCS5 \IOCS5
\RESET \RESET
BA4 BA3
BA2
CS0
\ CLK \ CLK CS1
BA2
\ INT \ INT BA3
BD0 BD0 \IOCS7
BD1 BD1
CD[1 ..6]
BD[ 0..7]
BA[0..1]
BA[0..1]
BD[ 0..7]
CD[ 9..13]
BD[ 0..7]
BA[0..1]
+5V
+5V
+5V
GNDD
GNDD GNDD GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD GNDD
+5V
+5V +5V
+5V
+5V
+5V
+15V
+15V
-15V
-15V
+15V
-15V -15V
+5V
+15V
+5V
-15V
-15V
+15V
+15V
+5V
+5V
+5V
+5V
MIR 9000
FOLIO7/7
FOLIO6/7
FOLIO5/7
FOLIO4/7
FOLIO3/7
FOLIO2/7
MATIERE
1
FORMAT
TRAITEMENT
ECHELLE USINE TOL. GEN.
VISA NOM DATE N° F.M. DETAILS INDICE
NL
/
C01-SC0098-K
A3
F 09/01/01
CARTE MERE
SCHEMA DE BASE
1/7
135/2000
Opto IC18-19-20 non monté
098/2004
28/04/04
NL
G Inverser C23 155/2001
192/2003
21/09/01
NL
H
24/02/03 NL
I
Intégration carte SIR C06-0326
remplacer text " commande étal 3 " par " commande étal 3 ou signal DTP "
2006-226
22/11/06 NL
J
K
DG406DJ MAXIM impératif
Ajout transistor BC327 et valeur résistance R67-72 680R passe à 270R -R71 680R passe à 220R
2007-256
16/01/08 NL
ALIMENTATIONS GENERALE
2/ALIMENTATION
EV1 ZERO
EV2 ETALON
C15V
CONTROL REGULATION Temp.
CDE POMPE
J28
BUS2X25-1
A19
19
A17
17
A22
22
A18
18
A6
6
A5
5
A23
23
A24
24
A1
1
A7
7
A3
3
A2
2
A13
13
A14
14
A15
15
A4
4
A20
20
A16
16
A10
10
A11
11
A21
21
A9
9
A8
8
A12
12
A25
25
B1
50
B2
49
B3
48
B4
47
B5
46
B6
45
B7
44
B8
43
B9
42
B10
41
B11
40
B12
39
B13
38
B14
37
B15
36
B16
35
B17
34
B18
33
B19
32
B20
31
B21
30
B22
29
B23
28
B24
27
B25
26
J29
BUS2X25-1
A19
19
A17
17
A22
22
A18
18
A6
6
A5
5
A23
23
A24
24
A1
1
A7
7
A3
3
A2
2
A13
13
A14
14
A15
15
A4
4
A20
20
A16
16
A10
10
A11
11
A21
21
A9
9
A8
8
A12
12
A25
25
B1
50
B2
49
B3
48
B4
47
B5
46
B6
45
B7
44
B8
43
B9
42
B10
41
B11
40
B12
39
B13
38
B14
37
B15
36
B16
35
B17
34
B18
33
B19
32
B20
31
B21
30
B22
29
B23
28
B24
27
B25
26
IC7
Z80PIO PLCC
PLCC44
V
C
C
3
0
G
N
D
1
3
D0
21
D1
22
D2
1
D3
44
D4
43
D5
42
D6
3
D7
2
B/A SEL
7
C/D SEL
5
PA0
17
PA1
16
PA2
15
PA3
14
PA4
11
PA5
10
PA6
9
PA7
8
ARDY
20
ASTB
18
PB0
31
PB1
32
PB2
33
PB3
34
PB4
35
PB5
36
PB6
37
PB7
38
BRDY
23
BSTB
19
CLK
29
IEO
26
IEI
28
INT
27
RD
39
IORQ
40
M1
41
CE
4
L'instrumentation de l'environnement
J26
BUS2X13-2
A1
1
A2
2
A3
3
A4
4
A5
5
A6
6
A7
7
A8
8
A9
9
A10
10
A11
11
A12
12
A13
13
B1
26
B2
25
B3
24
B4
23
B5
22
B6
21
B7
20
B8
19
B9
18
B10
17
B11
16
B12
15
B13
14
J27
BUS2X49-1
A19
19
A17
17
A22
22
A18
18
A32
32
A48
48
A47
47
A49
49
A45
45
A46
46
A44
44
A6
6
A5
5
A42
42
A40
40
A41
41
A43
43
A39
39
A38
38
A37
37
A23
23
A24
24
A1
1
A7
7
A3
3
A2
2
A13
13
A14
14
A15
15
A4
4
A34
34
A20
20
A16
16
A35
35
A10
10
A11
11
A36
36
A21
21
A9
9
A8
8
A12
12
A30
30
A31
31
A25
25
B30
69
B31
68
B32
67
B1
98
B2
97
B3
96
B4
95
B5
94
B6
93
B7
92
B8
91
B9
90
B10
89
B11
88
B12
87
B13
86
B14
85
B15
84
B16
83
B17
82
B18
81
B19
80
B20
79
B21
78
B22
77
B23
76
B24
75
B25
74
B34
65
B35
64
B36
63
B37
62
B38
61
B39
60
B40
59
B41
58
B42
57
B43
56
B44
55
B45
54
B46
53
B47
52
B48
51
B49
50
IC11 74LS155
G
N
D
8
V
C
C
1
6
1Y0
7
1Y1
6
1Y2
5
1Y3
4
DATA1
1
STRB1
2
SELECT A
13
SELECT B
3
DATA2
15
STRB2
14
2Y0
9
2Y1
10
2Y2
11
2Y3
12
C33
100nF
1
2
C34
100nF
1
2
COMMANDE MOTEURS
6/COMMANDE MOTEURS
CD[1..6]
CONTROL SOURCE
CDE CONVERT.
CDE REGUL. CONVERT. NO/NOx
MUlTIPLEXEUR ET DAC
4/MULTIPLEXEUR ET DAC
BA0
CS0
RUN
STATUS
ENTREE EXT2 OU PRESSION
SIGNAL DE MESURE
TENSION REF. CLAMP
SIGNAL PRESSION
CONTROL SOURCE
EXT1 OU SIGNAL OXYGENE
EXT3 OU SIGNAL DEBIT
SIGNAL Temp. CHEMINEE
SIGNAL Temp. COFFRET
SIGNAL Temp. CONVERT. NO/NOx
CONTROL PELTIER
SIGNAL DETECTEUR UV
C15V
BD[0..7]
CD[9..13]
CONTROL EV
7/CONTROL ELECTROVANNES
BD[0..7]
B8
B9
IOCSPIO
CLK
RESET
INT
BRD
BIORQ
BM1
BA[0..1]
ENTREES/SORTIES
5/ENTREES/SORTIES
CDE RELAIS EV.ZERO
ENTREE EXT2 OU PRESSION
SIGNAL Temp. CHEMINEE
ENTREE EXT1 OU SIGNAL OXYGENE
ENTREE EXT3 OU SIGNAL DEBIT
EV2 ETALON
EV1 ZERO
CDE RELAIS ALARME
SIGNAL Temp. CONVERT. NO/NOx
CDE REGUL. CONVERT. NO/NOx
CDE CONVERT.
CDE RELAIS EV. ETAL.
CDE RELAIS SEUIL
CDE ETAL2
CDE ETAL1
CDE ETAL3 OU SIGNAL DTP
VEILLE
AIR GENERAL
ALARME SONDE "SEC"
DEFAUT AIR
MISES EN FORMES
3/DIVERSE MISE EN FORME
CS1
BA[0..1]
BD[0..4]
ENTREE EXT3 OU SIGNAL DEBIT
INDEX GFC
INDEX CAL
EXT3 OU SIGNAL DEBIT
EXT1 OU SIGNAL OXYGENE
SIGNAL PRESSION
SIGNAL DE MESURE
TENSION REF. CLAMP
ENTREE EXT1 OU SIGNAL OXYGENE
CONTROL OXYGENE
SIGNAL Temp. COFFRET
MIROIR IN
MIROIR OUT
SIGNAL DETECTEUR UV
CONTROL PELTIER
BD5
CHOPPER