To Next PageTo Next PageWhat to do if incorrect settings appear when check settings are activated on Lincoln Vrtex 360?
If the check settings display incorrect settings on your Lincoln Welding System, the settings in the Instructor Mode are likely incorrect. Ensure all settings in the tolerance editor are correct for the process and parameters being used. Check for the acceptable ranges for the Lincoln defaults.
Why is the weld coupon image different from the physical coupon on my Lincoln Vrtex 360 Welding System?
If the weld coupon image on your Lincoln Welding System is different from the physical coupon, it means either the wrong coupon is on the stand or the wrong configuration has been selected in the software. To correct this, press the menu button, select 'change coupon type', and adjust the software selections to match the hardware you are using.
How to properly shut down the Lincoln Vrtex 360 Welding System VRTEXTM 360?
To shut down the Lincoln Welding System VRTEXTM 360, do not hold the green button. Instead, select 'menu' and then select 'shutdown'. The green button is not used for system shutdown; this is normal.
Why is there jitter in the Helmet display and Monitor of my Lincoln Vrtex 360 Welding System?
If you observe jitter, shaking, or wobbling in the Helmet display and Monitor of your Lincoln Welding System, it is likely due to local interference. Check for loose or faulty connections between the Helmet/Monitor and the VRTEX 360 machine, referring to the wiring diagram. Also, ensure there are no other objects or frequencies interfering with the system.
What to do if the stand assembly appears in the middle of the screen on Lincoln Vrtex 360?
If the entire stand assembly appears in the middle of the screen and the environment doesn't move when viewed through the helmet of your Lincoln Welding System, the leads to the Polhemus Interface Module may be faulty or loose. Check all cables and leads to the Polhemus Interface Module.
General| Brand | Lincoln |
|---|---|
| Model | Vrtex 360 |
| Category | Welding System |
| Language | English |
Emphasizes user responsibility for safety in operation and installation.
Warns about potential dangers of EMF fields and their effects on individuals, especially pacemaker users.
Details risks of electric shock during welding and necessary precautions.
Explains the hazards of arc rays and the protective measures required to prevent burns.
Addresses the dangers of welding fumes and gases and the need for proper ventilation.
Covers precautions to prevent fires and explosions caused by welding sparks.
Details safety guidelines for handling compressed gas cylinders to prevent explosions.
Provides detailed technical specifications including input, dimensions, temperature, and environmental data.
Emphasizes critical safety steps for qualified personnel during installation.
Guides on selecting a suitable indoor location and environmental conditions for the machine.
Lists system components and outlines the initial hardware uncrating process.
Continues the step-by-step process for uncrating the VRTEXTM 360 machine and its components.
Details the procedure for assembling the stand, including the table and swing arm components.
Step-by-step guide on how to properly power on the VRTEX 360 system.
Instructs on configuring the physical stand's height, arm, and coupon rotation within the software.
Details how to input welding parameters like wire feed speed, voltage, and polarity.
Summarizes the LASER screen's function in displaying welding performance and technique evaluation.
Shows examples of the LASER screen display for good and no-weld conditions.
Details the tracked welding technique parameters and their graphical representation on the LASER screen.
Guides on accessing and navigating the instructor mode for system management.
Introduces the tolerance editor for modifying system parameters and curriculum settings.
Details how to modify equipment settings like wire feed speed and voltage.
Explains how to modify gas mixture and flow rate settings.
Describes the process of adjusting various tolerance values for parameters.
Details modifying parameters like CTWD, work angle, and travel angle.
Covers adjusting pattern types and weld placement (aim) tolerances.
Guides on modifying parameters for whipping technique and travel speed.
Explains how to adjust parameters for weaving technique.
