Jackle dualMIG 250 E Betriebsanleitung Seite 35

PE L1 L2
1 1 3
K1 K2 K1
2 2 4
Q2
Q3
E E
2 5 8 9
4 10
6 12
2 5 8 9
4 10
6 12
T1
1 1 3
K3 K4 K3 K4
2 2 4
22 23 26 27
A A
24 28
22 23 26
24 28
E
A
V1
U
L3
5 4
H1
F1
2 1
T 1,0 A
Q1
3 5 5
K2 K1 K2
6 6
4
E
14 13
16
18
13
14
16
18
3 5 5
K3 K4
4 6 6
30 31
A
32
27 30 31
32
A2-12 A1-12
R1
L1
21 21
K3 K4
22 22
A2-11 A1-11
H2
T2
400 V 42 V
230 V
0 V 0 V
M
M3
Q2 Weld grade switch
Grade Contats
1 2-5 8-9
22-23 26-27
2 2-5 8-9
24-23 26-27
3 2-5 8-9
24-23 28-27
4 2-5 8-9
24-23 28-27
5 4-5 10-9
22-23 26-27
6 4-5 10-9
- Workpiece
24-23 26-27
7 4-5 10-9
24-23 28-27
8 4-5 10-9
24-23 28-27
+
Torch
9 6-5 12-9
22-23 26-27
10 6-5 12-9
24-23 26-27
11 6-5 12-9
24-23 28-27
12 6-5 12-9
24-23 28-27
MSE 6-2 42V
F2
T 6,3 A
1 2 3 4 7 8
+
K3 K1 Y1
A1 A1
M
M1
A2 A2
-
MSE 6-2 42V
F3
T 6,3 A
1 2 3 4 7 8
+
K4 K2 Y2
A1 A1
M
M2
A2 A2
-
A1,A2 control board
F1 fuse aux. transformer
14-13 F2,F3 fuse control board
30-31
H1 mains control lamp (switch)
H2 fault indicator
14-13
30-31
K1,K2 mains contactor
14-13
K3,K4 auxiliary contactor
30-31
L1 Choke
14-13 M1,M2 wire feed motor 42 V
32-31
M3
fan
16-13 Q1 master switch
30-31
Q2,Q3 12 - grade switch
16-13 R1 resistor
30-31
S1,S2 torch trigger
16-13
S3 thermoswitch transf. 170° C
30-31
S4 thermoswitch rectif. 80° C
16-13
T1 welding transformer
32-31
T2 aux. transformer
18-13
V1 rectifier
30-31
Y1,Y2 solenoid valve
18-13
30-31
18-13
30-31 JÄCKLE
Circuit diagramm
18-13
dualMIG 250A
32-31
Schweiß- und
Schneidtechnik
9 10 11 12
A1
K4-22
- Socket
.1
K2 S1
.2
9 10 11 12
A2
K3-22
- Socket
.1
K1 S2
.2
Name: Spieler
Date: 01.09.09
No.: MIG 212.0005
400V 3~50Hz