Miller Syncrowave 250 DX Manuel De L'utilisateur page 15

B. For 250 DX Models
Rated Rated
Welding Output
PFC**
No
NEMA Class I (40) −
PFC
200 Amperes, 28 200 Amperes, 28
Volts AC, 60% Duty
With
Cycle
PFC
No
NEMA Class II (40) −
PFC
250 Amperes, 30 250 Amperes, 30
Volts AC, 40% Duty
With
Cycle
PFC
*While idling
**Power Factor Correction
Rated Rated
Welding Output
PFC**
No
NEMA Class I (40) −
PFC
200 Amperes, 28 200 Amperes, 28
Volts AC, 60% Duty
With
Cycle
PFC
No
NEMA Class II (40) −
PFC
250 Amperes, 30 250 Amperes, 30
Volts AC, 40% Duty
With
Cycle
PFC
*While idling
**Power Factor Correction
Rated Rated
Welding Output
PFC**
No
NEMA Class I (40) −
PFC
175 Amperes, 27 175 Amperes, 27
Volts AC, 60% Duty
With
Cycle
PFC
No
NEMA Class II (40) −
PFC
225 Amperes, 29 225 Amperes, 29
Volts AC, 40% Duty
With
Cycle
PFC
*While idling
**Power Factor Correction
Amperes Input at AC Balanced Rated
Load Output, 60 Hz, Single-Phase
200V 230V 460V
88 77 38
*3.3 *2.8 *1.5
60 52 26
*55.3 *49.5 *24.5
110 96 48
*3.3 *2.8 *1.5
82 71 35
*55.3 *49.5 *24.5
Amperes Input at AC Balanced Rated
Load Output, 50/60 Hz, Single-Phase
220V 400V 440V
82 45 41
*3.0 *1.6 *1.4
61 34 31
*45.9 *25.1 *22.8
100 55 50
*3.0 *1.6 *1.4
81 44 40
*45.9 *25.1 *22.8
Amperes Input at AC Balanced Rated
Load Output, 50 Hz, Single-Phase
200V 230V 460V
80 69 35
*3.3 *2.8 *1.5
52 45 22
*55.3 *49.5 *24.5
101 88 44
*3.3 *2.8 *1.5
74 64 32
*55.3 *49.5 *24.5
575V
KVA KW
31 17.6 8.6
*1.1 *.59 *.29
21 12.06 8.11
*19.6 *11.2 *.39
38 21.98 11.76
*1.1 *.59 *.29
28 16.32 11.81
*19.6 *11.2 *1.93
520V
KVA KW
35 17.6 8.6
*1.2 *.59 *.29
26 12.06 8.11
*23.2 *11.2 *.39
42 21.98 11.76
*1.2 *.59 *.29
34 16.32 11.81
*23.2 *11.2 *1.93
575V
KVA KW
28 15.9 7.4
*1.1 *.59 *.29
18 10.3 7.3
*19.6 *11.2 *.39
35 20.2 10.2
*1.1 *.59 *.29
26 14.7 10.1
*19.6 *11.2 *1.93
Amperage Amperage Max Max
Range OCV
3 − 310A 80V
3 − 310A 80V
3 − 310A 80V
3 − 310A 80V
Amperage Amperage Max Max
Range OCV
3 − 310A 80V
3 − 310A 80V
3 − 310A 80V
3 − 310A 80V
Amperage Amperage Max Max
Range OCV
3 − 310A 80V
3 − 310A 80V
3 − 310A 80V
3 − 310A 80V
OM-363 Page 9