Hello all
I know it's been a very long time since the Haas Kamp Miller CP200 single phase conversion was introduced on this forum.
I did perform a successful Haas Kamp conversion on my very old Miller CP200 and it has been (and still is) performing flawlessly for all these years.
The question I have is related to the factory designed max open circuit voltage which I believe was 39VDC compared to the after conversion open circuit of over 50VDC which actually pegs the voltmeter needle. This occurs with the voltage scale set at 36VDC on the machine's visual mechanical scale.
I have the welders slope set on high and the at this setting I get an open circuit voltage of over 50VDC and drops down to a welding voltage of 25VDC.
Can any one provide some insight as to what's going on or happening here? In as much as how the conversion results in these new operating characteristics?
I know it's been a very long time since the Haas Kamp Miller CP200 single phase conversion was introduced on this forum.
I did perform a successful Haas Kamp conversion on my very old Miller CP200 and it has been (and still is) performing flawlessly for all these years.
The question I have is related to the factory designed max open circuit voltage which I believe was 39VDC compared to the after conversion open circuit of over 50VDC which actually pegs the voltmeter needle. This occurs with the voltage scale set at 36VDC on the machine's visual mechanical scale.
I have the welders slope set on high and the at this setting I get an open circuit voltage of over 50VDC and drops down to a welding voltage of 25VDC.
Can any one provide some insight as to what's going on or happening here? In as much as how the conversion results in these new operating characteristics?