© Welding Industries Malaysia Sdn. Bhd. reserves all rights even in the event of industrial property rights. We reserve all rights of dis-
posal such as copying and passing on to third parties. Specification may vary from country to country. V1.1.06
5.0 WELDING HINTS
5.1 Aluminum Welding
Select a voltage setting approximately half way through the low range of your machine. Set the wire
feed speed to approx. 10.
Remove oxide coating from weldments with a stainless steel wire brush. Initiate arc and lift the torch
nozzle away from the weld pool until the nozzle/ weld distance is 12-15 times the diameter of the wire
(e.g. 11-14mm for 0.9mm wire).
Direction of travel should be from right to left by pushing the gun.
ALWAYS TEST SETTINGS ON A SCRAP PIECE OF MATERIAL FIRST
5.2 Stainless Steel Welding
Always use a clearances size liner (e.g. 1.0mm liner for 0.8mm wire). Voltage and wire feed settings
will be similar to those used for welding mild steel. However the different gas will increase the arc
temperature. Ensure when welding that the torch nozzle is lifted away from the weld pool until the
nozzle/weld pool distance is 12-15 times the diameter of the wire. A clearance size contact tip may
be necessary in some situations of high torch heat. (e.g., 0.9Amm tip for 0.9mm wire, or 1.2Amm tip
for 1.2mm wire).
6.0 TECHNICAL DATA OF WIM200
MODEL
WIM200
Mains Supply
1-phase 50/60Hz
Rated input power (KVA)
8.6KVA
Voltage
240V
Max.Input Current
36A
Output Rating
200A/24V
Duty Cycle %
60%
Rating 60%
200A/24V
Rating 100%
155A/22V
Current Adjustment
30A-200A
Open Circuit Voltage
55V
Max.Welding Output
24V
Min.Welding Output
11V
Filter Wire Dimensions
0.8 ~1.0Ø
Static Characteristic
Flat (CV)
Dimensions (
)mm
900 X 300 X 620
Weight
35kg
Insulation Class
H
Degree of Protection
IPS21
