OM-246 522 Page 20
SECTION 5
−
OPERATION
5-1. Controls For Diversion 165 Models
1
Material Switch
!
Do not use AC output in damp areas, if
movement is confined, or if there is
danger of falling. Use AC output ONLY
if required for the welding process, and
then use a remote control.
!
Do not change position of switch while
welding or while under load.
.
Unit is equipped with Fan-On-Demand
t
.
Fan only runs when output is on or cooling
is required.
Use switch to select DC for steel, stainless
steel, and chrome-moly, or AC for aluminum
applications.
2
Material Thickness/Amperage Control
Use control to select material thickness and
corresponding amperage.
When Material switch is in the DC position, use
the blue scale to select the appropriate materi-
al thickness and corresponding amperage
from the white scale. When Material switch is
in the AC position, use the gray scale to select
the appropriate material thickness and corre-
sponding amperage from the white scale.
AC parameters have been optimized and auto-
matically set as follows:
Preflow is preset at .4 seconds for DC or AC
Postflow is preset for one second for every
ten amps of output, with a minimum of eight
seconds for DC or AC.
Balance is 72% EN (electrode negative)
Frequency is 120 Hz
3
Power Switch
Use switch to turn unit On and Off.
4
Power On LED
Power is on when LED is lit. LED flashes when
input power is more than
10% of 230 volts. No
output available when LED is flashing.
5
Output Indicator LED
Output is On when LED is lit. LED flashes
when unit is overheated (see Section 3-5).
LED stops flashing when unit has cooled.
805 163-A / 232 896
3
4
5
2
1
Содержание DIVERSION 165 And
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Страница 31: ...OM 246 522 Page 27 SECTION 7 ELECTRICAL DIAGRAMS 232 891 E Figure 7 1 Circuit Diagram For Diversion 165 Models ...
Страница 32: ...OM 246 522 Page 28 246 520 A Figure 7 2 Circuit Diagram For Diversion 180 Models ...
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