Hello,
I definitely need help.
I have an old "no name" transformer welder.
This welder is a device based on a welding transformer, which is wound with aluminum wire.
A rectifier built on four diodes has been added to the transformer outputs. Throttle missing.
Idle output voltage: 62V.
The manufacturer specifies the maximum welding current parameters at 160A.
There is little truth in this but the electrode 3.2 can somehow be welded there.
I tried to use this as a TIG source by connecting a TIG torch and of course gas (argon).
Several times I was able to initiate the bow correctly and then it was welding even cool (for someone who never had a TIG in hand).
The problem is the arc initiation. After another sticking of the electrode and damage to several electrodes, my enthusiasm subsided a little.
Now I have such a neat plate - a high voltage generator from the Flora Dekatech TIG130 inverter.
Does anyone have a scheme to control such a generator? (I mean the value of the supply voltage and frequency).
I can handle the welding output connection and protections.
I definitely need help.
I have an old "no name" transformer welder.
This welder is a device based on a welding transformer, which is wound with aluminum wire.
A rectifier built on four diodes has been added to the transformer outputs. Throttle missing.
Idle output voltage: 62V.
The manufacturer specifies the maximum welding current parameters at 160A.
There is little truth in this but the electrode 3.2 can somehow be welded there.
I tried to use this as a TIG source by connecting a TIG torch and of course gas (argon).
Several times I was able to initiate the bow correctly and then it was welding even cool (for someone who never had a TIG in hand).
The problem is the arc initiation. After another sticking of the electrode and damage to several electrodes, my enthusiasm subsided a little.
Now I have such a neat plate - a high voltage generator from the Flora Dekatech TIG130 inverter.
Does anyone have a scheme to control such a generator? (I mean the value of the supply voltage and frequency).
I can handle the welding output connection and protections.
