Power Source Master 315 - Kemppi Master 315 Operating Manual

6.1 Power source Master 315

MASTER
Feature
Mains connection cable
Mains connection voltage
Maximum supply current
Effective supply current
Fuse
No-load voltage (
U
No-load voltage (
U
No-load voltage (
U
No-load voltage (
U
Open circuit voltage (average)
Rated maximum output at 40 °C
(Duty cycle and process
specified in the next column)
Range of output
Power factor, λ
Efficiency, ƞ
Operating temperature range
© Kemppi
Description
3~ 50/60 Hz
@ 380...460V
@ 220...230 V
@ 380...460V
@ 220...230 V
) MMA
r
(1
) AU MMA
r
) MMA/TIG
0
) MMA
r VRD
MMA
30 % TIG
40 % TIG
60 % TIG
100 % TIG
30 % MMA
40 % MMA
60 % MMA
100 % MMA
TIG
MMA
400 V,
MMA 300 A / 32 V
400 V,
MMA 230 A / 29.2 V
315G
Value
2
3~, 2.5 mm
380...460 V ±10 %
18...15 A
12...10 A
16 A
50 V
23 V
70...95 V
23 V
50 V
-
300 A / 22 V
260 A / 20.4 V
220 A / 18.8 V
-
300 A / 32 V
260 A / 30.4 V
220 A / 28.8 V
3 A / 1 V...300 A / 22 V
10 A / 10 V...300 A / 63 V
0.89
87 %
-20...+40 °C
42
Operating manual - EN
315GM
2
3~, 2.5 mm
220...230 V; 380...460 V ±10 %
18...15 A
27...25 A
12...10 A
16...15 A
16 A
50 V
-
70...95 V
23 V
50 V
300 A / 22 V (@ 400 V)
260 A / 20.4 V (@ 220 V)
280 A / 21.2 V (@ 400 V)
260 A / 20.4 V (@ 220 V)
260 A / 20.4 V (@ 400 V)
230 A / 19.2 V (@ 220 V)
220 A / 18.8 V (@ 400 V)
175 A / 17 V (@ 220 V)
300 A / 32 V (@ 400 V)
260 A / 30.4 V (@ 220 V)
280 A / 31.2 V (@ 400 V)
260 A / 30.4 V (@ 220 V)
260 A / 30.4 V (@ 400 V)
230 A / 29.2 V (@ 220 V)
220 A / 28.8 V (@ 400 V)
175 A / 27 V (@ 220 V)
3 A / 1 V...300 A / 22 V (@ 400 V)
3 A / 1 V...260 A / 21 V (@ 220 V)
10 A / 10 V...300 A / 63 V (@ 400
V)
10 A / 10 V...260 A / 39 V (@ 220
V)
0.89 (@ 400 V)
0.95 (@ 220 V)
87 % (@ 400 V)
85 % (@ 220 V)
-20...+40 °C
1921530 / 2052
Master 315