MAGNAWELD RS 350 M, Руководство пользователя, Страница: 45 / 68

Using dirty and calcic (hard) water
will decrease the working life of the
torch and the pump.
2.4 WELDING CONNECTIONS
2.4.1 Connections of the Wire Feeder
Ÿ
Place the wire feeder on to the turn table (14) on
the machine.
Ÿ
Connect the blue gas hose (16-c) to gas outlet
bush (3) in front of the power source.
Ÿ
Connect the control cable (16-b) to the control
socket (4) in front of the power source.
Ÿ
Connect the welding plug (16-a) into the welding
cable connection outlet (5) in front of the power
source.
RS 350 M / RS 400 M / RS 500 M / RS 400 MW / RS 500 MW 43
Ÿ
Connect the earth cable to one of the earth clamp
sockets
(8) on the power source very tight.
Ÿ
Sockets with different inductance values help the
machine to weld with less spatter at a wider current
range. For the smaller currents or wire diameters
the socket
should be chosen, for the bigger
currents and wire diameters use the socket
or .
Ÿ
To increase the quality of the welding, earth clamp
should be clamped tightly on the workpiece, as
close as possible to the welding area .
2.4.2 Connections of the Earth Clamp
Figure 7: Connections of the Wire Feeding Unit, the Water
Cooling Unit and the Earth Clamp for RS 400 MW and
RS 500 MW
Be sure that the connections are
fastened tightly. Loose or incorrect
fastening may cause overheating or
gas leakage.
2.4.3 Connections of the Water Cooling Unit
Ÿ
Water cooling unit is a closed circuit system
consisting of a radiator, ventilator, pump and water
tank.
If your machine has water cooling unit:
Ÿ
Connect blue water hose (16-d) of the harness to
the cold water supply outlet (23) on the cooling
unit. Connect red water hose (16-e) of the harness
to the hot water return outlet (24) on the cooling
unit.
Ÿ
Remove the cap of the water filling inlet (29) and
put soft water including appropriate antifreeze into
the water tank. The coolant level can be observed
from the coolant level indicator
(28) in the front
panel.
Figure 6: Connections of the Wire Feeding Unit and the Earth
Clamp for RS 350 M, RS 400 M and RS 500 M
INSTALLATION
16-c
16-b
16-a
16-e
16-d
16-c
16-b
16-a
RS 400 M
m/min
0
1
2
3
4 4
5
6
7
2
3
V
A
1
3 4
5
WF 4-500
m/min
18
20
V
A
1 1 1
5 6 4
6,8 8,8 4,8
60 70 36
19 20 18
1 1 1 2
4 6 3 1
7,5 10,3 4,8 14,5
60 70 30 100
18 19 17 22
Ø : 0,6 mm
V
A
2 3 1
mm
1 2 1
7 1 5
6,1 7,5 4,2
80 100 60
20 22 19
2 3 1 5
1 1 1 2
6 7 3 5
6,8 7,5 4,8 17,8
80 100 70 190
19 20 17 26
Ø : 0,8 mm
V
A
3 5 2
mm
2 2 1
1 3 7
5,6 7,5 4,8
120 150 100
22 24 20
3 5 2 5 10
1 2 1 2 2
7 4 5 7 7
6,1 10,3 4,8 13,113,1
140 200 100 250 250
20 24 19 30 30
Ø : 1,0 mm
10
2
6
11,2
200
29
14
1 2 0,5 mm
CO2 Ar/CO (80/20)
2
1 2 0,5 3
8
RS 500 MW
m/min
0
1
2
3
4 4
5
6
7
8 2
3
V
A
WF 4-500
m/min
18
20
V
A
1 1 1
5 6 4
6,8 8,8 4,8
60 70 36
19 20 18
1 1 1 2
4 6 3 1
7,5 10,3 4,8 14,5
60 70 30
100
18 19 17 22
Ø : 0,6 mm
V
A
2 3 1 mm
1 2 1
7 1 5
6,1 7,5 4,2
80 100 60
20 22 19
2 3 1 5
1 1 1 2
6 7 3 5
6,8 7,5 4,8 17,8
80 100 70 190
19 20 17 26
Ø : 0,8 mm
V
A
3 5 2
mm
2 2 1
1 3 7
5,6 7,5 4,8
120 150 100
22 24 20
3 5 2 5 10
1 2 1 2 2
7 4 5 7 7
6,1 10,3 4,8 13,113,1
140 200 100 250 250
20 24 19 30 30
Ø : 1,0 mm
10
2
6
11,2
200
29
9
10
1
3 4 5
23
24
25
28
14
1 2 0,5 mm
CO2 Ar/CO (80/20) 2
1 2 0,5 3
29
8