Need help?Do you have a question about the VEVOR CUT-50 and is the answer not in the manual?
Covers training, protective gear, electrical, fire, burn hazards, smoke, and gas.
Precautions against arc radiation, including eye and skin protection.
Advice for pacemaker users to stay away from the welding area.
Guidance on seeking professional help for machine failures or understanding the manual.
Explains how plasma cutters work, the role of gas and electricity.
Details the current display meter, power indicator light, and fault indicator light on the machine panel.
Describes key connection points like the cutting gun seat, control socket, and welding terminal.
Explains how to adjust the cutting current using the machine's knob.
Ensure the power supply voltage is within the specified range (110V/220V ±10%).
Recommends circuit breaker protection and local power plug compliance.
Guidelines for selecting an appropriate extension cord (#12 AWG or larger, max 25ft/8m).
Describes initial machine behavior upon power-on and pre-operation checks for abnormalities.
Instructions on activating the CUT mode for cutting metal objects.
Steps for connecting the welding holder and ground clamp.
Instructions on attaching the connector cover.
Guide for connecting the compressed air supply to the machine.
Detailed instructions on using the air regulator to adjust pressure.
How to adjust the cutting current using the machine's knob.
Steps for initiating the plasma cutting process at the workpiece edge.
Guidance on proper torch movement and spark observation during cutting.
Method for starting a cut by piercing through the material.
Explains how amperage relates to material thickness and cut quality.
How speed affects cut quality and dross formation.
Guidance on torch pulling direction for optimal edge quality.
Importance of torch tip distance and angle for cut quality and consumable life.
Choosing the right tip size for amperage and maintaining tip condition.
Importance of electrode condition and when to replace it.
Criticality of air pressure and volume for cutting quality and consumable life.
How air quality (moisture) affects consumables and cut quality, recommending filters.
Tips for improving cutting by pulling the torch, adjusting amperage, and using guides.
Conditions for installing and operating the equipment, including temperature and ventilation.
Key safety advice covering ventilation, overload protection, voltage, and output terminals.
Guidelines for maintaining the welder to prevent damage and voiding the warranty.
Advice for qualified technicians on diagnosing and repairing issues.
Basic explanation of how plasma cutters operate using electricity and compressed air.
Describes the process of arc formation and plasma stream generation.
Emphasizes periodic replacement of nozzles/electrodes and the importance of air quality for longevity.
Recommendation to start cuts from the edge of the workpiece for better results.
Contrasts plasma cutting with oxy-fuel cutting, highlighting advantages and differences.
Discusses limitations of plasma cutting and situations where oxy-fuel is preferred.
Covers training, protective gear, electrical, fire, burn hazards, smoke, and gas.
Precautions against arc radiation, including eye and skin protection.
Advice for pacemaker users to stay away from the welding area.
Guidance on seeking professional help for machine failures or understanding the manual.
Explains how plasma cutters work, the role of gas and electricity.
Details the current display meter, power indicator light, and fault indicator light on the machine panel.
Describes key connection points like the cutting gun seat, control socket, and welding terminal.
Explains how to adjust the cutting current using the machine's knob.
Ensure the power supply voltage is within the specified range (110V/220V ±10%).
Recommends circuit breaker protection and local power plug compliance.
Guidelines for selecting an appropriate extension cord (#12 AWG or larger, max 25ft/8m).
Describes initial machine behavior upon power-on and pre-operation checks for abnormalities.
Instructions on activating the CUT mode for cutting metal objects.
Steps for connecting the welding holder and ground clamp.
Instructions on attaching the connector cover.
Guide for connecting the compressed air supply to the machine.
Detailed instructions on using the air regulator to adjust pressure.
How to adjust the cutting current using the machine's knob.
Steps for initiating the plasma cutting process at the workpiece edge.
Guidance on proper torch movement and spark observation during cutting.
Method for starting a cut by piercing through the material.
Explains how amperage relates to material thickness and cut quality.
How speed affects cut quality and dross formation.
Guidance on torch pulling direction for optimal edge quality.
Importance of torch tip distance and angle for cut quality and consumable life.
Choosing the right tip size for amperage and maintaining tip condition.
Importance of electrode condition and when to replace it.
Criticality of air pressure and volume for cutting quality and consumable life.
How air quality (moisture) affects consumables and cut quality, recommending filters.
Tips for improving cutting by pulling the torch, adjusting amperage, and using guides.
Conditions for installing and operating the equipment, including temperature and ventilation.
Key safety advice covering ventilation, overload protection, voltage, and output terminals.
Guidelines for maintaining the welder to prevent damage and voiding the warranty.
Advice for qualified technicians on diagnosing and repairing issues.
Basic explanation of how plasma cutters operate using electricity and compressed air.
Describes the process of arc formation and plasma stream generation.
Emphasizes periodic replacement of nozzles/electrodes and the importance of air quality for longevity.
Recommendation to start cuts from the edge of the workpiece for better results.
Contrasts plasma cutting with oxy-fuel cutting, highlighting advantages and differences.
Discusses limitations of plasma cutting and situations where oxy-fuel is preferred.
General| Brand | VEVOR |
|---|---|
| Model | CUT-50 |
| Category | Welding System |
| Language | English |
To Next Page
