![Cut 40 Plasma Cutter Circuit Diagram](https://kumkoniak.com/34.jpg)
Note this information is restricted to private, non-commercial use, and is provided for educational purposes only.
![Cut 40 Plasma Cutter Circuit Diagram Cut 40 Plasma Cutter Circuit Diagram](https://sc01.alicdn.com/kf/HTB1_bVIMpXXXXbnXFXXq6xXFXXX7/200840128/HTB1_bVIMpXXXXbnXFXXq6xXFXXX7.jpg)
Several PCBs documented here are also shared with the 98233 DC TIG welder. Also in the event replacement PCB modules should become unavailable, or moreover a far lower cost repair is desirable, the PCBs are straightforward to service given the legacy through-hole PCB construction and the now fully documented design.Īnd should apply to the prior 95136 model although I've yet to personally verify this. As such there are some glaringly odd redundancies in the design but that mostly impacts manufacturing cost rather than being a service concern. Overall system construction is modular and in fact appears to have been largely cobbled from preexisting PCBs developed for other products the OEM had in production. In fact the PCBs employ quite old technology which is also commonly available. As I've previously stated it is a fairly straightforward design and with few exceptions is easily serviced.
#Cut 40 Plasma Cutter Circuit Diagram full
So before committing to a long term investment I'd done a complete teardown of the machine, reverse engineered the design and then captured a full schematic. Unfortunately HF doesn't have the most encouraging track record of service parts availability particularly after product discontinuation, and service information is virtually non-existent. The 60767 in my view is one of those rare HF sourced tools which far exceeds HF's typical "cheapest possible tool off the boat" quality. With the recent suspect maneuverings surrounding the 60767 plasma cutter, I decided to revisit some work I'd undertaken about a year ago.
![Cut 40 Plasma Cutter Circuit Diagram](https://kumkoniak.com/34.jpg)