
7
3.MAIN PARAMETER
MODEL
VARMIG 231-i LCD
VARMIG 271-i LCD
Power supply voltage
3x
400V±10%, /50Hz
3x
400V±10%, /50Hz
Rated input (Max /eff,
kVA
)
8,3 / 6,9
6,2 / 4,9
9,7 / 7,6
11,1 / 8,3
8,3 / 6,2
11,1 / 8,3
Input current max / eff. (A)
12/10
9/7
14/11
16/12
12/9
16/12
Output current range (A)
40-230
10-230
10-230
40-270
10-270
10-250
Function
MIG
TIG
MMA
MIG
TIG
MMA
Duty cycle
(ED /40
℃
,10min)
40%
\
\
\
\
\
\
60%
230A
230A
230A
270A
270A
250A
100%
178A
178A
178A
209A
209A
194A
No load voltage (V)
55
55
Efficiency %
87%
87%
Idle state power consumption
50W
50W
IP
IP21S
IP21S
Insulation class
H
H
Cooling way
FAN & AIR
FAN & AIR
Dimension (mm)
660X245X430
660X245X430
Wire diameter
(ø mm)
0.8 - 0,9-
1.0 - 1.2
Ø2.5,Ø3.2
Ø4.0, Ø5.0
0.8 - 0,9-
1.0 - 1.2
Ø2.5,Ø3.2
Ø4.0, Ø5.0
Weight B / N (kg)
30 / 22,5
30 / 22,5
Note:
The welding duty cycle is the percentage of actual continuous welding time that can occur in a ten minute cycle.
For example: 15% at 200amps- this means the welder can weld continuously at 200 amps for 1.5 minutes and
then the unit will need to be rested for 8.5 minutes.
The duty cycle can be affected by the environment in which the welder is used. In areas with temperatures
exceeding 40
℃
, the duty cycle will be less than stated. In areas less than 40
℃
, higher duty cycles have been
obtained
All tests on duty cycles have been carried out at 40
℃
, so in practical working conditions the duty cycles will be
much greater than those stated above
Содержание VARMIG 231-i LCD
Страница 7: ...6 BLOK SHEMA...
Страница 30: ...29 11 VEZALNA SHEMA...
Страница 38: ...6 Block Diagram...
Страница 62: ...30 12 CONNECTION DIAGRAM OF THE MACHINE...
Страница 70: ...6 BLOK EMA...
Страница 93: ...29 11 DIJAGRAM...
Страница 96: ...DD...
Страница 99: ...DD...
Страница 100: ...DD...