Kemppi Master M 205 Operating Manual page 66

Master M 323 GM
Master M 323
Feature
Mains connection voltage
Mains connection cable
Input power at rated max-
imum current
Maximum supply current
Effective supply current
Idle state power consumption
No-load state power con-
sumption
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 max-
imum current
Efficiency at rated maximum
current
© Kemppi
3~50/60 Hz
HO7RN-F
@ 220...230 V I
1max
@ 380...460 V I
1max
@ 220...230 V I
1eff
@ 380...460 V I
1eff
MIG, TIG @ 400 V or 230 P
1idle
V
MMA (power save) @
400 V or 230 V
MMA (fans ON) @ 400 V
or 230 V
@ 220...230 V U
0
@ 380...460 V U
0
@ 220...230 V U
av
@ 380...460 V U
av
MMA
Slow
40 % @ 220...230 V
40 % @ 380...460 V
60 % @ 220...230 V
60 % @ 380...460 V
100 % @ 220...230 V
100 % @ 380...460 V
MIG @ 220...230 V
MIG @ 380...460 V
TIG @ 220...230 V
TIG @ 380...460 V
MMA @ 220...230 V
MMA @380...460 V
MIG
@ 400 V λ
@ 400 V η
66
Master M 205, 323
Operating manual - EN
323 GM
Value
220...230 V ±10 %
380...460 V ±10 %
2.5 mm²
13 kVA
28 A
19 ...16 A
17 A
12...8 A
16 W
16 W
120 W
54...58 V
84...100 V
43...45 V
64...74 V
24 V
16/32 A
280 A (MMA 255 A)
320 A (MMA 300 A)
230 A (MMA 205 A)
250 A (MMA 220 A)
175 A (MMA 150 A)
200 A (MMA 175 A)
15 A / 10 V ... 280 A / 32 V
15 A / 10 V ... 320 A / 35 V
15 A / 1 V ... 280 A / 33 V
15 A / 1 V ... 320 A / 35 V
15 A / 10 V ... 255 A / 33 V
15 A / 10 V ... 300 A / 35 V
10 ... 40 V
0.89
87 %
1922130 / 2313