46
The welding current data applies at an ambient temperature of 40 °C (104 °F).
A safety cut-out prevents the automatic circuit breaker from tripping at higher welding pow-
ers. The safety cut-out defines the possible welding duration without the automatic circuit
breaker tripping. If the precalculated weld time is exceeded, thus causing the welding cur-
120 V US 15 A MIG/MAG welding:
max. 105 A; 80 A at 100 %*
MMA welding:
max. 90 A; 70 A at 100 %*
TIG welding:
max. 135 A; 105 A at 100%*
120 V Std 16 A MIG/MAG welding:
max. 115 A; 105 A at 100 %*
MMA welding:
max. 100 A; 85 A at 100 %*
TIG welding:
max. 140 A; 130 A at 100%*
120 V US 20 A MIG/MAG welding:
max. 135 A; 105 A at 100 %*
MMA welding:
max. 110 A; 90 A at 100 %*
TIG welding:
max. 160 A; 130 A at 100%*
230 V Std 10 A MIG/MAG welding:
max. 145 A; 110 A at 100 %*
MMA welding:
max. 125 A; 90 A at 100 %*
TIG welding:
max. 180 A; 135 A at 100%*
230 V Std 13 A MIG/MAG welding:
max. 170 A; 140 A at 100 %*
MMA welding:
max. 150 A; 120 A at 100 %*
TIG welding:
max. 200 A; 160 A at 100%*
230 V Std 16 A MIG/MAG welding:
max. 210 A; 150 A at 100 %*
MMA welding:
max. 180 A; 130 A at 100 %*
TIG welding:
max. 230 A; 170 A at 100%*
240 V US 15 A MIG/MAG welding:
max. 210 A; 150 A at 100 %*
MMA welding:
max. 180 A; 130 A at 100 %*
TIG welding:
max. 230 A; 170 A at 100%*
A 20 A fuse can only be selected if:
- The country-specific setting has been set to "US"
- The mains lead has a 20 A fuse
- The power source is supplied with a mains voltage of 120 V
* 100% values = welding with no time limits and without cooling breaks.
TSt 2200c MV:
Mains
voltage
Country-
specific set-
ting
Power source fuse
rating
Welding current limitation
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