Technical Data - Migatronic FOCUS TIG 200 PFC Manuel D'instruction

Connection of welding cables
Connect the welding cables and the return
current cable to the front of the machine.
Please note that the plug must be turned
45 degrees after insertion into the socket -
otherwise the plug can be damaged due to
excessive contact resistance.
Always connect the TIG connection in the
minus (-) socket (5) and the return current
cable in the plus (+) socket (4).
The control signals from the TIG torch are
transformed to the machine through the
circular 7-pin plug (7). When the plug has been
assembled please secure it by turning the
"circulator" clockwise. Connect the gas hose to
the quick connection.
Connection of electrode holder for MMA
The electrode holder and return current cable
are connected to plus tap (4) and minus tap
(5). Observe the instructions from the
electrode supplier when selecting polarity.
COATED ELECTRODES: Electrodes are
marked with a polarity on the packing. Connect
the electrode holder in accordance with this
marking to the plus or minus sockets of the
machine.
Connection of foot control
Foot control is connected to the 7-poled plug
(7).
Usage of the machine
When welding, a heating of various
components of the machine takes place and
during breaks these components will cool
down again. It must be ensured that the flow is
not reduced or stopped.
When the machine is set for higher welding
currents, there will be a need for periods during
which the machine can cool down.
The length of these periods depends on the
current setting, and the machine should not be
switched off in the meantime. If the periods for
cooling down during use of the machine are
not sufficiently long, the overheating protection
will automatically stop the welding process and
the yellow LED in the front panel will come on.
The yellow LED switches off when the
machine has cooled down sufficiently and is
ready for welding.

TECHNICAL DATA

Power source:
Mains voltage (50Hz-60Hz)
Fuse
Mains current, effective with PFC
Power, (100%) with PFC
Power, max. with PFC
Open circuit power
Efficiency
Power factor
Permitted load:
Duty cycle 40° TIG 100%
Duty cycle 40° TIG 60%
Duty cycle 40° TIG 40%
Duty cycle 20° TIG 100%
Duty cycle 20° TIG 60%
Duty cycle 20° TIG 55%
Open circuit voltage (MMA)
Current range
1
Application class
2
Protection class (IEC 529)
Standards
Dimensions (hxwxl)
Weight
Function: Process
Arc-power Electrode
Hot-start Electrode
Anti-freeze TIG/Electrode
Stop AMP TIG
Slope down TIG
Gas pre-flow TIG
Gas post-flow TIG
Pulse time TIG/MMA
Pause time TIG/MMA
Base AMP TIG/MMA
AC-balance (only TIG AC)
AC-frequency (only TIG AC)
TIG-ignition TIG
Triggerfunction TIG
S
1
The machine meets the standards which are demanded of machines working in
areas where there is an increased risk of electric shock
2
Equipment marked IP23 is designed for indoor and outdoor applications
8
200 AC/DC PFC 200 DC PFC
1x230 V ±15% 1x230 V ±15%
16 A 16 A
16 A 16 A
3.6 kVA 3.5 kVA
6.0 kVA 5.8 kVA
35 W 35 W
0.80 0.82
0.98 0.98
140 A 150 A
170 A 170 A
200 A 200 A
160 A 170 A
190 A 200 A
200 A -
95 V 95 V
5-200 A 5-200 A
S S
IP 23 IP 23
EN/IEC60974-1
EN/IEC60974-3
EN/IEC60974-10 (Class A)
250x180x470 mm 250x180x470 mm
13.5 kg 13.0 kg
200 AC/DC PFC 200 DC PFC
50% 50%
50% 50%
Always on Always on
20 % 20 %
0-20 secs 0-20 secs
0-10 secs 0-10 secs
0-20 secs 0-20 secs
0.01-10 secs 0.01-10 secs
0.01-10 secs 0.01-10 secs
10-90 % 10-90 %
20-80 % -
70 Hz -
HF/LIFTIG HF/LIFTIG
2/4-stroke 2/4-stroke