force+line+608AN.pdf
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Tol. Geral Des. Num .
Data
Codigo
Escala
Acabam ento
Aplicacao
Mater ia l
Desc r icao
Aprovado por
Elaborado por
F ORCEL IN E NB MICROP . S0 1
GND
C
3
0
0
.
1
u
F
/
1
0
0
V
U8 :A
LM324AJ1
4
11
+ 3
- 2
+ 5V
J
2
R
3
1
1
0
K
GND
GND
R
2
6
4
7
0
k
GND
R
2
5
4
7
0
k
GND
R27
470k
1N4007
D271kR55
1kR49
Q20
BC337
Q19BC337
GND
0
.
1
u
F
/
1
0
0
V
C
3
GND
GND
+ 5V
+ 12V
BC337
Q19A
R
6
0
4
K
7
1 K
R51
GND
GND
100uF/ 16V
C26
1
N
4
0
0
7
D
3
1
+ 1 2V
R36
4K7
C14
2 .2uF/ 16V
100K
R41
GND
1KR54
10K R56+ 5V
GND
1
0
u
F
/
1
6
V
C
2
4
+ 1 2V
1
0
K
R
6
1
GND
D
3
3
1
N
4
1
4
8
1
0
K
R
6
6
D37
1N4148
TP_ GND
GND
Q10
BC337
D21
1N4148
Q25
BC337
D
3
6
1
N
4
1
4
8
RL3 :A
1
N
4
1
4
8
D
8
GND
+ 12V
GND
1N4007
D23
GND
R
1
9
1
0
K
1N4148
D10
GND
4
7
0
R
/
1
%
R
6
7
R70
4K7
LM78L05ACZA
U2
VI1
G
2
VO3
BAT
12VCC
470pF/ 25V
C9
+ 5V
GND
GND
C
2
3
1KpF/ 25V
GND
R28
1K8 / 1%
R21
10K/ 1%
+ 12V
1N4148
D28U8 :D
LM324AJ
14
+12
-13
+ 5V
GND
C
1
6
0
.
1
u
F
/
1
0
0
V
+ 5V
GND
R29
47K 1%
R
3
2
1
0
0
K
1
%
LM324AJ
U8 :B-6
+5
7
LM324AJ
U1 :D-13
+12
14
GND
GND
C
4
0
.
1
u
F
/
1
0
0
V
C
8
1
0
0
u
F
/
1
6
V
GND
+ 5V
C
2
7
1
0
0
K
p
F
/
2
5
V
GND
C
2
8
1
0
0
K
p
F
/
2
5
V
GND
Q21
BC337
R63
2K2
GND
D
3
2
1
N
4
1
4
8
PAINEL
D241N4007
+ 12V
BD140
Q18
1
K
R
4
7
Q17
BC337
1
0
K
R
4
0
B
C
3
2
7
Q16
1K
R43 100KpF/ 25V
C22
10K
R35
10K
R394K7
R42
Q
1
2
BD139
470R/ 1W
R24
10K
R481
5
V
/
1
.
0
W
D
Z
1
GND
+
5
V
+
5
V
1M0
R59
R46
470R
R53
470R
GND
J
1
D
B
9
F
9 8 7 6 5 4 3 2 1
4N25NU5
1 2
54
64N25NU6
1 2
54
6
1M0
R52
1M0
R45
D
3
0
1
N
4
1
4
8
R58
1K8U7
4N25N
6
4 5
21
C20
0 .1uF/ 100V
R62
10K
GND
U8 :C
LM324AJ
8
+10
-9R71
8K2 / 1%
R57 10K/ 1%
C25
2 .2uF/ 16V
GND
+ 5V
GND
+ 5V
+ 5V
4 .7uF/ 50VC21
R44
8K2
+ 5V
GND
GNDGND
GND
C
1
7
2
2
p
F
/
2
5
V
C
1
3
2
2
p
F
/
2
5
V
XTAL6.
0
0
0
K
H
Z
U4
8
0
C
5
1
P3 .7 / RD17 P3 .6 / WR16
P3 .5 / T115
P3 .4 / T014 P3 .3 / INT113 P3 .2 / INT012
P3 .1 / TXD11
P3 .0 / RXD10
P1 .78
P1 .67
P1 .56
P1 .45
P1 .34
P1 .23
P1 .12
P1 .01
PSEN29
ALE30
P2 .728
P2 .627
P2 .526
P2 .425
P2 .324
P2 .223
P2 .122
P2 .021
P0 .732
P0 .633
P0 .534
P0 .435
P0 .336
P0 .237
P0 .138
P0 .039
XTAL218
EA31
RST9
XTAL119
VCC40
GND20
ADC0808CCNA
U3
CLK10
REF+12
IN026
IN127
IN228
IN31
IN42
IN53
IN64
IN75
GND13
REF-16
STCNV6
OE9
LE22
EOC7
AD223
AD124
AD025
VCC11
2 - 121
2 - 220
2 - 319
2 - 418
2 - 58
2 - 615
2 - 714
2 - 817
1K/ 1%
R68
2
7
5
V
/
1
0
M
M
2
7
5
V
/
1
0
M
M
L1
10A
F5
0
.
1
u
F
/
4
0
0
V
C
3
2
1N4148
D7
+ 12V
GND
C
5
1
0
u
F
/
1
6
V
4
7
K
R
1
3
D
6
1
N
4
1
4
8
C6
1KpF/ 25V
LM324AJ
U1 :C
-9
+10
8
30A
F4
30A
F3
30A
F1
30A
F2
IRFZ44NQ4
G
S
DQ3
G
S
DIRFZ44N
Q2
G
S
DQ1
G
S
D
R10
100R
D
3
1
N
4
9
3
7
R11
10K
R3
100R
R4
100R
R5
100R
R
1
4
2
2
K
R1
10R/ 2W
D1
1N4937
C
1
1
0
0
u
F
/
1
0
0
V
1
0
0
u
F
/
1
0
0
V
C
2
1N4937
D2
10R/ 2W
R2
100R
R9
100R
R8
100R
R7
1N4148
D5
10K
R16
1
N
4
9
3
7
D
5
A
1 0 0R
R6
Q5D
SG
Q6IRFZ44N
D
SG
Q7D
SG
Q8IRFZ44N
D
SG
1N4148
D4
GND
R15
470K
GND
R18
390K
1N4148
D9LM324AJ
U1 :B
-6
+5
7
R22
3K9
R23
1K
G
N
D
C6
C1
C2
1
N
5
4
0
8
D
1
3
1
N
5
4
0
8
D
1
4
1
N
4
0
0
7
D
1
7
0 .1R/ 5W
R20Q9IRFZ44N D
S
G
1
N
5
4
0
8
D
1
2
1
N
5
4
0
8
D
1
5
1 0 0R
R12
GND
U1 :A
LM324AJ
1
4
11
+3
-2+ 12V
C7
100KpF/ 25V
GND
GND
D
3
4
1
N
4
1
4
8
D
3
5
1
N
4
1
4
8
RL1 :A
RL2 :A
Q22
BC337
GND
BC337
Q23
GND
D25
1N4148
1
0
0
u
F
/
5
0
V
C
1
9
GND
1R/ 2W
R37
1N4007
D26
1N4007
D22
2
2
0
R
/
2
W
R
3
8
TIP32C
Q13
1
0
0
0
u
F
/
5
0
V
C
1
5
GND
Q14
BC337
Q15
BC337
D20
1N4007
1
5
V
/
0
.
4
W
D
Z
2
D18 1N4007
220R
R33
1
K
R
3
4
J
1
GND
R
3
0
1
0
K
D19
1N4007
TP3
TP5
TP7
TP6
TP9
TP2
TP 1
TP1
C
1
0
1
0
0
u
F
/
5
0
V
GND
GND
Q11
BC337
R
1
7
1
0
K
V
E
R
M
E
L
H
O
D
1
3
V
E
R
D
E
D
1
2
1 :5 00
TC1
P1
P2
S1
S2
D
3
9
1
N
4
1
4
8
D
3
8
1
N
4
1
4
8
TR1
110 / 220V- ( 8+ 8 )V
P2
P3 S3
S2
S1P1
GND
D
4
1
1
N
4
1
4
8
D
4
0
1
N
4
1
4
8
D
4
3
1
N
4
1
4
8
D
4
2
1
N
4
1
4
8
2
2
0
R
/
2
W
R
7
2
G
N
D
TP8
C18
0 .1uF/ 100V
D
1
6
1
N
4
1
4
8
G
N
D
9 V1 / 0 .4W DZ3
R
6
5
4
K
7
R
6
4
4
K
7
R
5
0
4
K
7
C
2
9
0
.
1
u
F
/
1
0
0
V
C
3
1
0 .1 uF/ 100V
+ 15V
+ 15V
+ 15V
C12
0 ,1 / 100V
D11
1N4148
GND
3V/ 0 .4W
DZ4
1 2
4 3
56
P
A
I
N
E
L
C1
C2
5
V
6
D
Z
X
A
K
GND
1uF/ 35V
CX
EU D ES
SAMU EL 6 / 0 8 / 2 004
T.0 6 0 0 .0 7 6 6 .0 4 / 0 2
S/ N
S/ N
ESQUEMA 1 gold ant igo
MrFASE_ OUT
C
N
4
:
4
C
N
4
:
1
C
N
4
:
2
C
N
4
:
3
CN6 :4
0V
126 ,5V
8 ,2V
8 ,2V
18 ,1V
0V
CN1 :2
CN1 :1
AZ
AZ
BR
VD
VM
C
N
2
:
2
C
N
2
:
3
C
N
2
:
1
C
N
5
:
2
C
N
5
:
1
C
N
5
:
5
ALARME
C
N
5
:
6
C
N
5
:
4
C
N
5
:
3
D
E
S
L
I
G
A
N
O
-
B
R
E
A
K
C
N
3
:
3
C
N
3
:
2
C
N
3
:
1
H- HCH
+ BAT
JUMPERs DE FIO
SOMENTE UM COMUM
NC
B
U
Z
Z
E
R
DE POTENCIA
NC
+ BAT
TRAVA DE EVENTO
NF
NFNF
TESTE
SINAL DE SINCRONISMO
QU AN DO IN DICADO OU TRO
* *
TRIL H AS O+ GROSSA P OSSVEL
NO PAINEL FRONTAL
CHAVE PUSHBOTTOM
SAIDA P/ EXPANSAO
F
E
T
2
F
E
T
1
F
E
T
D
E
Z
E
R
O
P
R
O
T
E
C
A
O
BARRA CELLIS
FASTON
FASTON
FASTON
DISSIP U_ PEQUENO
DISSIP GRANDE
R
E
S
E
T
S
H
U
T
D
O
W
N
C
H
A
V
E
D
O
P
A
I
N
E
L
S
I
N
A
L
V
S
A
I
D
A
E
M
N
B
R
E
A
K
S
I
N
A
L
T
E
N
S
A
O
D
E
R
E
D
E
C
L
O
C
K
_
R
E
D
E
S
I
N
A
L
D
E
V
B
A
T
S
I
N
A
L
D
E
C
O
R
R
E
N
T
E
SHUTDOWN
R
E
D
E
B
A
T
E
R
I
A
1NC
NC1
115V
102V
ALTA TENSAO
REGIAO ISOLADA
NC
DISSIP DISSIP
DISSIPDISSIP
D
E
S
L
I
G
A
C
A
R
R
E
G
A
D
O
R
TO D O S R E S I S TO R E S D E 1 / 4 W A M E N O S
P ONTO DE TESTE SO NA
SERIGRAFIA
REDE RESIST
CSC09 / 4K7DALEREDE RESIST
99
CSC09 - 4K7
FALTA REDE BAT LOW
vent iladoropc ional
NC
CN8
3 2 5 1 4
RR1
RR2
V
R
2
V
R
1
PROTECAO DE FALTA DE FONTE
CN7 :3
TERRA
CN7 :4
NEUTRO_ OUT
CN7 :2
TOMADAS DE SAIDA
C
N
6
:
1
C
N
6
:
2
C
N
6
:
3
Am
Az
Az
CN7 :1
NEUTRO_ IN
T
R
A
F
O
0
1
T
R
A
F
O
0
1
T
R
A
F
O
0
1
Cz
Am
Vd
Mr
230V
Vm
Az
Cz
Pt
Vm
CN6 :5
CN6 :6
Am
Ll
Lr
CN7 :10
CN7 :8
CN7 :7
CN7 :9
CN7 :6
Pt
NORMAL
baixo
ALTO
Neut ro
CABO ACENTRADA
CN7 :5
FASE_ IN
Cz
Lr
Br
Pt
Vm Az Mr Lr Am Br
Vm
Pt
Br
Vm
DETECTA PROTECAO DE SATURACAO
DETETOR DE SATURACAO
D
E
S
A
R
M
A
P
R
O
T
S
A
T
Mult icam ada
A B C D E F G H
6
5
4
3
2
1
HGFEDCBA
1
2
3
4
5
6
