Gys smartmig 142 033153 [16/72] Smartmig

16

SMARTMIG

Translation of the original instructions

EN

CONTROL PANEL (FIG. VI)

Smartmig 142/152/162/182/183 Smartmig 3P

1- Voltage selection button A / B 1- Mode select button MIG/MMA.

2- Voltage selection button min/max. 2- Power adjustment knob MMA or MIG.

3- Wire speed regulator. 3- Wire speed regulator.

Use the SMART table to nd the correct settings based on the type of wire, and the thickness of the metal workpiece.

Then based on the recommendation indicated, simply select :

• The voltage (buttons A/ B & min/max for SMARTMIG 142, 152 & 162 ; button A/B for SMARTMIG 3P)

• Wire speed - adjust the regulator (3) to the colour zone indicated.

Examples :

To weld 0.8mm thick steel, use 0.6 mm diameter steel wire (SMARTMIG 142, 152 & 162) :

• Move button (1) to the « A » position

• Move button (2) to the « min » position

• Move the regulator (3) to the zone of lightest colour and adjust « by sound » if required

To perform the same operation with SMARTMIG 3P :

Example :

For welding metal 4mm thick :

• Move button (1) to the « MMA » position.

• Adjust the regulator (2) to the zone corresponding with electrode diameter 2.5mm.

ADVICE AND THERMAL PROTECTION

• Respect the normal rules of welding

• Leave the machine plugged in after welding to allow it to cool

• Thermal Protection : The LED will illuminate. Cooling will take between 10 and 15 minutes depending on the

ambient temperature.

DUTY CYCLE & WELDING ENVIRONMENT IN USE

60% 60A 70A 70A 40A 80A 90A

During intensive use (> duty cycle) the thermal protection can activate, if this event the arc switches off and the ther-

mal protection indicator switches on. The welding machine has a constant current output in MIG/MAG. The welding

machine has a constant voltage output in MMA.

Note: the running hot tests have been carried out at atmosphere temperature and duty cycle has been determined at

40°C by simulation.

These are A-class devices. They are designed to be used in an industrial or professional environment. In a different envi-

ronment, it can be difcult to ensure electromagnetic compatibility, due to conducted disturbances as well as radiation.