Why is the cutting quality low on my ASKAYNAK Plasma 65 Ultra?
If the cutting quality is low while cutting with the ASKAYNAK Welding System, consider the following: * Increase the cutting current if it is too low. * Decrease the torch speed if it's too high. * Increase the air current if the air flow is insufficient. * Clean the torch or replace the consumables if they are oiled or have reached their end of life.
What to do if the torch doesn't ignite on my ASKAYNAK Welding System?
If the torch does not ignite when you press the trigger on your ASKAYNAK Welding System, there might be several reasons: * The torch could be faulty: consider replacing the faulty part or contacting service. * The air pressure might not be within the required range: adjust the air pressure to the determined level. * The machine itself could be faulty: in this case, contact service.
What to do if the cutting arc doesn't restart on my ASKAYNAK Plasma 65 Ultra?
If the cutting arc does not restart after cut off while using the ASKAYNAK Welding System, consider these potential causes: * The machine may have entered thermal protection: wait for the machine to exit this mode. * The air pressure might be too low: adjust the air pressure. * The torch consumables could be faulty: replace them.
General| Cutting Current Range | 20-65 A |
|---|---|
| Protection Class | IP21S |
| Duty Cycle | 60% @ 65 A |
| Cutting Thickness (Mild Steel) | 20 mm |
| Cutting Thickness (Stainless Steel) | 15 mm |
| Cutting Thickness (Aluminum) | 12 mm |
Essential protective clothing and gear for safe plasma cutting operations.
Key risks of electrical shock and hazardous fumes/gases during plasma cutting.
Understanding and preventing burns, fires, and explosions from plasma cutting.
Health risks from EM fields and dangers from moving parts during operation.
Key benefits and features of the Askaynak Plasma 65-ULTRA cutting machine.
Guidelines for selecting a suitable environment for machine installation and operation.
Explanation of duty cycle and how the machine manages overheating.
Connecting cables and identifying controls on the machine's front and rear panels.
Step-by-step guide for plasma cutting and pre-operation gas testing.
Daily, monthly, quarterly, and yearly maintenance procedures for optimal performance.
Evaluating the environment and installing equipment for electromagnetic compatibility.
Strategies and actions to reduce electromagnetic interference from the equipment.
Visual diagram and numbered list of machine spare parts.
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