Struers Unitom-5 Mode D'emploi page 162

12 11
FX1
X1:
SOKKEL
Power Supply
F1
1
X1A 3,15 Amp
24V AC 24V AC RV1
u S10K35
2
F
X1B
HULLER (CHASSIS)
SKRUEHUL1
3
X1C
SKRUEHUL2
SKRUEHUL3
Chassis 4
X1D
STIK 4 POL
E
VCC VCC
RN4E RN4B
6x220R SIL BUS
N6F
RN3A
6 13 2
S1
3x10K SIL SEP
START 2803A
PROCES ON
GND
VCC
RN4C
6x220R SIL BUS
RN3B
3
S2
3x10K SIL SEP
STOP
PROCES OFF
GND
VCC
X4:
RN4D
STIK 6 POL 6x220R SIL BUS
Signal In:
X4A
1 5
CL13
3x10K SIL SEP
SAFETY 1nF
D 1nF/100V
GUARD CLOSED GND-S
X4D
4
CL11
1nF
1nF/100V
GND-S
VCC
RN4A
STIK 6 POL 6x220R SIL BUS
X4B
1nF/100V
2
AKTUATOR:
CL14
1nF
"SAFETY GUARD"
GND-S
IN POS. LOCK
X4E
1nF/100V
5
CL12
1nF
GND-S
STIK 6 POL
X4C
1nF/100V
3
R23
OVERLOAD, EMERG.
CL15
2K7 ½W
GND-S
CUT. MOTOR
REC. MOTOR
HU1
EMERGENCY STOP
C SFH620A-2
X4F
1nF/100V
6
N24
CL16
GND-S
X5:
STIK 4 POL
VCC
Signal In: X5A
CL18
1
1nF
1nF/100V
COOLING GND-S
VALVE READY X5C
1nF/100V
3
CL17
1nF
C37
GND-S
10nF
GND
VCC
X5B
1nF/100V
2
CL19
SLUCING 1nF
VALVE READY
GND-S
X5D
1nF/100V
4
CL20
B 1nF
C38
GND-S
10nF
GND
D4F R22
562K
STOP
13 1 12
74HCT14 C26
100nF/50V
RC = 56,3mS
A
D1 D2 D3 D4
VCC
C27 C33 C34 C24
100nF/50V 100nF/50V 100nF/50V 100nF/50V 100nF/50V
GND
12 11
10 9 8
24V AC 22-36V DC
TP1
24Volt
L1 24AC +24V
2x1,2mH/3Amp
V1
C2
100nF/63V
- +
C5
100nF/63V
C3
100nF/63V
C1
+
FV1
ICTE-36
4m7uF/40V
R1 C4
10K
100nF/63V
N24 GND-S GND-P
N24V AC CHASSIS OV-P
N5
RESET GENERATOR
RESET PULS:
250-450 mS
DS1833
D2A
D2B
1 1
&
3 4
&
2 6
C32 N6G
5
100nF 74HCT132
7
74HCT132
GND
2803A
STOP
D2C
9
&
8
4 LOCK\ 10
C31 74HCT132
100nF
V8
V9
RES\
GND
BAT48
BAT48
V10
BAT48
D4B
RN3C
6 3 4
1
74HCT14
C30
100nF
GND
D4C
RN2B
4 3 5 6
1
3x10K SIL SEP
74HCT14
C29
100nF
GND
VCC
R24
1K0 D4E
RN2C
5 6 11 1 10
3x10K SIL SEP
74HCT14
C35 C28
100nF
220uF/10V
GND GND GND
VCC VCC VCC
R26
R29 R25
33K
22K 3K3
N7A
3
RN6D +
1
8 7 2
-
LM2903
4x10K0 SIL SEP
R31 RN6C
1K0 10K0
GND GND GND
VCC
VCC VCC VCC
R27
R30 R28
33K
22K 3K3
N7B
5
+
RN6A 7
1 2 6
-
4x10K0 SIL SEP LM2903
R32 RN6B
10K0
1K0
VCC
GND GND GND
R21
C25
562K 4u7F/50V
GND
START
RES\
VCC
VCC
C23
R20 R17 C17
100nF/50V 4u7F/50V
402K 562K
GND
D2D N4
12
&
11 2 3
TRIG OUT
13
VCC
74HCT132 RES\ 4 7
RST DIS
GND
5 6
CON THR
C16 C15
LMC555
1nF/100V 4u7F/50V
T = 2 sec.
GND GND
N1 N4
D5D
RN2A
12
11 3x10K SIL SEP
1
C22 C36
13
100nF/50V
74HCT32
10 9 8
7 6
A1
COOLING
N3 TP2
5Volt
LM2575HVT-5.0
STJ2
L2
+5V/1Amp 4
FB
1
IN
2
O
GND ON
400uH/1A
120uF/50V
+ C10 V4 C14
C13 100nF
BYV28-150
330uF/35V
STJ3
STJ1
VCC VCC VCC
R11
1K5
D4A N6A
VCC
R12
2 1 2 1 18
1
RESET
1K5
GND 74HCT14 2803A
GND GND
RES\
VCC
RN4F N6B
6x220R SIL BUS
2 17
D3A
If=15mA
START 2803A
12 1 &
2
6
4
5
74HCT21
D5A
N6C
1
1 3 3 16
2
If=15mA
2803A
74HCT32
D4D
9 1 8
74HCT14
D5B
4
6
1
5
74HCT32
D3B
+24V
N1
&
LM317T
3
IN
C6
100nF/50V
R10
74HCT21
5K1
GND-P
SAFETY GUARD LOCK
C18
D1A 220nF
T = 1 sec. GND
14
CX
13
15
RCX
1
&
2
RES\
4
3
R
74HCT123
R15
D1B 0R49 1W
T = 1 sec.
6
CX
5
GND-P
7
RCX
9
&
10
12
RES\ 11
R
74HCT123
D5C
SAFETY GUARD RELEASE N6H
9
8 8 11 LOCK\
1
10
2803A
74HCT32
B1 B2
TEKST TEKST
12050389B.: PCB, 2-layer. 15020389B.: Bore- / afs.tegn. 15022389B.: Komp.plas.tegn
7 6
5 4 3
VCC
RN5A RN5B
VCC
+5V
R19
FV2 680R HL22 HL21
SA-5.0
SIGN. FOR
+5V
HV3
RED LED
HL20
OV-D
GND
V2
BC327
24AC
U1
R2 R5 VT1
1 6
91R 68R
R7
HV1
100R
2 4 GATE
Z0405BF C8
ZCC 1µF
RED LED
R4
MOC3041
1K0
RV2
S10K35
N24
U2
VT2
R3 R13
1 6
91R 68R
R14
HV2 100R
2 4 GATE
Z0405BF
C9
ZCC 1µF
RED LED
R6
MOC3041
1K0
RV3
S10K35
N24
4x120R SIL BUS
HL4 HL8
2
HL3 HL7
N6D
3
4 15
HL2 HL6
4
2803A
HL1 HL5
5
RED RED
7x82R SIL BUS
HL12 HL16
5
HL11 HL15
N6E 6
5 14
HL10 HL14
7
2803A
HL9 HL13
8
GREEN GREEN
Note A:
R8
+24V
2
OUT
C7
ADJ 0R0
R118 R18
100nF/50V
R9 0R0 NC
240R
GND-P
C20 C21
N2
100nF/63V 4700uF/35V
NC
C19
V5
12 11
IN1 BOOT1
BYV28-150
15nF/63V
16 10
IN2 OUT 1
C11 V3
2 17 R16
EN BOOT 2
5R6
15nF/63V BYV28-150
1 8
SEN OUT 2
C12
GND-P
15nF/63V
L6202
Note B:
GND
GND-P
Rev.: A: R8 0R22 -> 0R0
Note A:
R10 2K7 -> 5K1
Cooling "on board" !
C21 1000uF - 4700uF,
Cu area 2,5cm x
R20 562K -> 402K.
2,5cm to Tap.
Rev.: B: New D5, \LOCK
Rev.: C: Label "START" Change
B3
Rev.: D: (FTH 08-10-2004)
Note B:
RN4 changed from 2k2 to 220R
Cooling "on board" !
TEKST Cu area 2,5cm x
2,5cm to GND.
Tuesday, August 10, 2004
5 4 3
2 1
RN5C
7x82R SIL BUS
HL19 HL17
POWER ON
GREEN
HL18
GND
X2:
X2A
STIK 6 POL
24V AC;
1
TO CONTROL CIRCUIT I:
CL1
1nF/100V
GND-S
IN I 24V AC;
4
FROM CONTROL CIRCUIT.
CL2
1nF/100V
GND-S
2 CUTTING MOTOR ON.
CL3
1nF/100V
GND-S
IN II 24V AC;
5
FROM CONTROL CIRCUIT.
CL4
1nF/100V
GND-S
3
RECIRCULATING PUMP ON.
CL6
1nF/100V
GND-S
6 N24V
CL5
1nF/100V
GND-S
RN1A
1
RN1B
1
ALARM FOR
VCC
RN1C OVERLOAD OR EMERGENCY STOP
1
RN1D
1
RN5D
1
RN5E
1
SLUCING ON
VCC
RN5F
1
RN5G
1
X3:
X3B
NC
STIK 4 POL
CL9
1nF/100V
2 +24V DC OUT.
GND-S
CL8
X3A
1nF/100V
"SAFETY GUARD"
1
RELEASE.
GND-S AKTUATOR:
CL7
X3C
1nF/100V
"SAFETY GUARD"
3
LOCK.
GND-S
CL10
X3D
1nF/100V
4 GND-P
NC
GND-S
Struers A/S
Valhoejs Alle 176
DK 2610 Roedovre
Denmark
Phone +45 3670 35 00
Circuit Diagram Unitom - 2
Logik Control
Size CAGE Code Rev
DWG NO
A1P 15373200
EK D
Scale Sheet
d.17 Dec. 96 / DEM
1 of 1
2 1
F
E
D
C
B
A