Parweld XTI-201 - Technical Specifications; Description of Controls

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3.0 Technical Specicaons
XTI-201 AC/DC
Input voltage 230V +/- 10%
Frequency 50/60Hz
Input current
20A max
15 e
Fuse rang 16A
Output OCV 66
Output load
voltage
10-26V
Output Current 10-200A DC
Control Plug wiring
The link between pins 1 and 2 should only be ed if
you are using a remote current control. Wire colours
shown refer to the Parweld ERGO TIG torch wiring.
4.0 Descripon of Controls
1) ON OFF Switch for switching on or o the mains
supply to the machine. Note the output of the
machine is permanently on in MMA mode unless the
on/o switch is in the o posion.
2) Fault light This indicates a fault or over temperature
condion with the machine refer to the fault nding
secon for further informaon
3) Power light This indicates mains power is applied
to the machine and that the machine is currently
switched on when the light is illuminated
4) TIG mode, this toggles between LIFT-ARC mode and
HF start TIG.
5) Process selector. This switch has 3 posions the top
posion selects MMA welding and will latch on the
output when in this posion. The centre posion is
TIG welding with 2 touch trigger control (momentary).
The boom posion is TIG welding with 4 touch
control (latching)
6) Output power switch. This switch has 3 posions
the top posion selects DC output in TIG or MMA
mode. The centre posion selects AC output in MMA
or TIG mode and the boom posion allows a gas test
or purge to be performed when TIG welding.
7) Cleaning Control. This control allows the balance
of the AC wave to be altered so increasing or reducing
the cleaning eect when AC TIG welding.
8) Post Gas, this allows control of the post gas ow at
the end of a weld when in TIG mode. It is adjustable
from 3 to 10 seconds.
9) Downslope/Arc force. This control is dual funcon
in TIG mode it controls the downslope me for the
welding current aer the trigger is released from 0 to
10 seconds.
In MMA mode it allows adjustment of the welding Arc
2.0 Product Descripon
This welding machine is manufactured using advanced
inverter technology. The input voltage is reced to
DC and then inverted
to high frequency AC voltage. before being converted
back to DC for the output .This allows the use of a
much smaller transformer and so allowing weight
saving and improved power eciency.
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CONTROLS