Kemppi Master M 353 Operating Manual page 70

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Maximum supply current
Effective supply current
Idle state power consumption
No-load state power consumption
No-load voltage
Open circuit voltage
VRD voltage
Fuse
Output at +40 °C
Welding current and voltage range
Voltage adjustment range
Power factor at rated maximum cur-
rent
Efficiency at rated maximum cur-
rent
Minimum short-circuit power of
supply network
Gun connection
Wire feed mechanism
Diameter of feed rolls
Filler wires
Wire feed speed
Maximum wire spool weight
Maximum wire spool diameter
© Kemppi
@ 220...230 V
@ 380...460 V
@ 220...230 V
@ 380...460 V
MIG/TIG @400
MMA (power save) @ 400 V
MMA (fans ON) @ 400 V
@ 220...230 V
@ 380...460 V
MMA
Slow
40 %
60 %
100 %
MIG
TIG
MMA
MIG
@ 400 V
Fe
Ss
Mc/Fc
Al
70
I
28.4 A
1max
I
21.1 ... 17.1 A
1max
I
18 A
1eff
I
13.3 ... 10.8 A
1eff
P
20 W
1idle
20 W
120 W
U
54 ... 56 V
0
U
55 ... 69 V
0
53 ... 64 V
U
av
24 V
32 A (220...230 V)
16 A ( 380...460 V)
380...460 V
350 A (MMA 330 A)
300 A (MMA 280 A)
220...230 V
380...460 V
280 A
220...230 V
240 A
380...460 V
220 A
220...230 V
190 A
380...460 V
15 A / 10 V...350 A / 45 V
220...230 V
15 A / 10 V...300 A / 40 V
380...460 V
15 A / 1 V...350 A / 45 V
220...230 V
15 A / 1 V...300 A / 40 V
380...460 V
15 A / 10 V...330 A / 45 V
15 A / 10 V...280 A / 40 V
220...230 V
10 ... 40 V
0.91
λ
η
87 %
S
2.4 MVA
SC
Euro
4-roll, single-motor
32 mm
0.8 ... 1.2 mm
0.8 ... 1.2 mm
0.8 ... 1.2 mm
0.8 ... 1.2 mm
0.5 ... 25 m/min
20 kg
300 mm
Master M 353, 355
Operating manual - EN
1921960 / 2307

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