Expondo S-WIGMA 225PMH Manual De Instrucciones página 25

Technical details
Input voltage
Frequency (Hz)
Input current eff./max.
Open circuit voltage
Degree of protection for the
housing
Insulation class
Overvoltage protection
Cooling
Two-stroke und four-stroke
changeover switch
Gas solenoid valve
Duty cycle ED 100%
Duty cycle ED 60%:
Welding current DC WIG
Welding current AC WIG
Welding current E-hand
Ignition WIG
Pulse current
Pulse frequency
Pulse width
Gas after-flow
Welding thickness
Current reduction (Down
Slope)
Electrode diameter WIG
Electrode diameter MMA
Remote control unit
ARC - Force
Hot-Start/Anti-Stick
Weight
Dimension (LxBxH)
48
EN
S-ALU 333PH S-ALU 225PH
400V, 3-Phases 230V, 1-Phase
50Hz 50Hz
20/25A 16/22A
104V 75V
IP215 IP215
F F
yes yes
fan fan
Present Present
yes yes
261A 160A
333A 225A
10 - 333A 10 - 225A
10 - 333A 10 - 225A
10 - 250A 10 - 160A
High-frequency High-frequency
20 - 333A 20 - 225A
0,5 - 300Hz 0,5 - 300Hz
0,1 - 0,9 (10 - 90%) 0,1 - 0,9 (10 - 90%)
1 - 10 Sek. 1 - 10 Sek.
0,5-10 mm 0,5-10 mm
0 - 10 Sek. 0 - 10 Sek.
1 - 4mm 1 - 3,2mm
1 - 5mm 1 - 4mm
yes yes
yes yes
yes yes
32,8 kg 26,6 kg
594x364x400 mm 594x364x400 mm
Rev. 07.06.2022
S-WIGMA 225PH
23
22
1
7
8
12
3
9
4
15
17
18
19 21
Standard supply voltage - the device S-WIGMA 225PH is supplied by
230 V voltage from the single-phase socket (230V +/- 10%).
1 PH
Welding with direct current DC WIG: Direct current welding is used
for welding alloy steels and non-ferrous metals and its alloys. That
is how it is possible to weld metals like steel, precious steel, copper,
brass, etc., beyond light metals like aluminum or titanium.
Rev. 07.06.2022
EN EN
11
24
25
49