Why does my Reboot Welding System have excessive spatter?
- JJennifer ReyesAug 5, 2025
Excessive spatter in your Reboot Welding System can be caused by a long arc or high current.
Why does my Reboot Welding System have excessive spatter?
Excessive spatter in your Reboot Welding System can be caused by a long arc or high current.
Why is my Reboot RBA1400 weld cracking?
Cracks in your Reboot Welding System weld can occur due to current being too high, dirty materials, or hydrogen present in the weld from the electrode coating.
What causes porosity in Reboot RBA1400 welds?
Porosity in Reboot Welding System welds can be caused by humidity in the electrode or a long arc.
Why does my Reboot RBA1400 have insufficient penetration?
Insufficient penetration with your Reboot Welding System can result from a high progression speed, welding current that is too low, or narrow chamfering.
What causes inclusions in Reboot RBA1400 welds?
Inclusions in Reboot Welding System welds can be attributed to poor cleanliness or distribution of the welding passes, or improper movement of the electrode.
Displays the preset current value on the machine panel.
Indicates machine overload or internal damage requiring attention.
Controls current, arc force, and hot start for MMA/TIG welding.
Switches between MMA VRD and LIFT TIG welding modes.
Explains Hot Start and ARC FORCE for MMA mode.
Matches electrode diameter to preset current for easier operation.
Instructions for connecting welding holder and ground clamp.
Instructions for connecting welding holder and ground clamp.
Essential checks before powering on the welding machine for the first time.
Checks for machine response issues when initially powered on.
Details technical data like input voltage, current, and capacity.
Guidance for performing welding operations using MMA mode.
Steps for connecting welding holder and ground clamp for MMA.
How to adjust the welding current for MMA mode.
Guidance for performing welding operations using LIFT TIG mode.
Steps to select the LIFT TIG welding process on the machine.
Instructions for connecting the TIG welding torch and gas supply.
How to adjust the welding current for LIFT TIG mode.
Details the components and structure of the WP17V welding torch.
Lists and explains common problems encountered in LIFT TIG mode.
Describes the intelligent digital control panel.
Describes the powerful all-copper main transformer.
Describes high-power capacitors for machine stability.
Describes the thicker radiator for better heat dissipation.
Describes imported IGBT for stable current output.
Describes imported rectifier tubes for stable output.
Describes the big fan for better heat dissipation effect.
Describes the copper connecting piece for better conductivity.
Identifies and lists causes for common welding issues and electrical failures.
Provides recommended settings for welding thickness, electrode diameter, and current.
| Brand | Reboot |
|---|---|
| Model | RBA1400 |
| Category | Welding System |
| Language | English |
Loading...