Lincoln Electric SVM105-B Manual Do Utilizador

Optimized for both scratch start and Hi-
Freq kit use.

Best for EXX18 thru EXX28 stick elec-
trodes.

Use this mode for stick welding with
EXX10 thru EXX14 electrodes. Non-
welding applications such as resistive
heating or output tests with resistive
loads should be done in this mode with
Arc Force Control set to minimum.

This setting has been optimized for
Innershield

®

and Outershield

®

flux-cored

electrodes.

Short circuit, glob and spray transfer
solid wire and gas welding are done in
this mode. Low end procedures, less
than 16V, may operate better in the
FCAW mode.

For processes and equipment that require energized
machine terminals (stick, TIG, air-carbon arc cutting or
hot tip LN-25), set the Output Terminals Switch to “ON”
position.

Set to the REMOTE (OFF) position when using LN-25
with K431/K432 or K624-1 options or other wirefeeders
which allow the gun trigger to energize the welding ter-
minals.

This control functions in all modes except GTAW. For
CC modes, this control acts as an Arc Force adjust-
ment. The arc is soft at the minimum settings and more
forceful or driving at the maximum settings. Higher
spatter levels may be present at the maximum set-
tings.

For CV modes, this control will set the degree of “pinch
effect” which predominantly affects short circuit trans-
fer. In FCAW, the maximum setting is generally pre-
ferred. With GMAW, the upper half of the range is pre-
ferred with CO2 or high content CO2 mixed gas. The

lower half is for inert gas mixes.

GMAW

FCAW

SMAW
CRISP

SMAW
SOFT

GTAW

CC SMAW 1

EXX18 thru

5

1 (gentle, may stick) to 9

EXX28 stick

(forceful, more spatter)

CC SMAW 2

EXX10 thru

6

3 to 10

EXX14 stick

Air Carbon Arc

1

None

Cutting

CV FCAW

Innershield or

10

None

Outershield

Air Carbon Arc

1

None

Cutting

CV GMAW*

CO2 or 25% CO2

7.5

5 to 10

or similar

gas mixes

98% Ar-2% O2Ar,

5

1 to 10

90% He-7.5% Ar

2.5% CO2 and

other

predominantly

inert gases

* 1 = Lowest pinch, highest inductance and least spatter.

10 = Highest pinch, lowest inductance and most spatter.