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3. Operation mode programming
After designing a group of operation code sequence, you can enter into the operation mode programming state and
input the code sequence into the machine. The main steps of operation mode programming are described as
below.
⑦
Access programming state
Press the TIG parameter selecting right shift key to start the machine, and the digital meter displays the glittering
“P-2”. After about 5s, “P-2” disappears and “16” appears, and “
” LED turns on, which means that the
programming state has been accessed. Note: If no operation within 5min after accessing the programming state, it
will exit automatically.
⑧
Select operation mode no.
After you access operation mode programming state, “16” displayed on the digital meter stands for the operation
mode 16, and you can select the operation mode to be programmed with the adjustment knob. (Operation mode
no. for your selection is 16-19.)
⑨
Enter into code editing state
After the operation mode no. is determined, you can press the parameter display selecting key, and the operation
mode LED “
” glitters. This means you have entered into code editing state.
⑩
Code no. selecting and code content editing
After you enter into code editing state, the digital meter will display a 3-figure number, of which the glittering higher
one stands for the operation mode code sequence no. and the lower two refer to the code content. You can change
the code no. (0~9) by pressing the TIG parameter selecting right/left shift key and edit the code content (0~99) by
turning the adjustment knob.
⑪
Exit code editing state
After you finish editing an operation mode, you can exit code editing state by pressing the parameter display
selecting key.
⑫
Exit programming state
After making sure that the edited code is correct, and that you are not going to edit any other operation modes, you
can exit programming state by pressing the MMA parameter selecting key.
The machine will run into normal operation after exiting operation mode programming state. Users can select TIG
parameters appropriately, and check whether the code sequence designed and edited can achieve the desired
function by test-welding.
We are still constantly improving this welder, therefore, some parts of this welder may be changed in order
to achieve the better quality, but the main functions and operations will not be alternated. Your
understanding would be greatly appreciated.
Smart 310 TIG Pulse AC/DC
Summary of Contents for Smart 310 TIG Pulse AC/DC
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