Welding helmets are so essential. Knowing how to go about welding helmet settings is even more essential. With the right settings, you’d be rest assured of your safety.
A lot of welders prefer a digital welding helmet. Others opt for a more old-fashioned protective head gear.
Regardless of your welding skill level, you need a well-built helmet to offer overall head, eyes, and face safety while you work. Your welding helmet’s settings may differ based on its makeup. So we’d be taking a look at the settings your chosen helmet is likely to possess.
That’s why you need to read through this closely. It’s got all you need to setup your welding helmet like a pro. With such setting skills, your head, eyes, and neck will be fully-protected.
With an auto-darkening helmet, you’ve got one of the finest protective welding gears you can ever have. This helmet keeps your eyes fully protected by blocking excess light from coming in contact with your eyes.
Several knobs fitted on auto-darkening helmets are used to tweak settings with ease. There’re also some helmets which come with buttons and LED panels for better setup capability.
If you need an old-fashioned helmet, a passive helmet is your best bet. This helmet comes with a rigid build that offers full neck and head protection. But what it gets in protection, it lacks in eye safety. To setup a passive helmet, your selected welding shield is the only thing to tweak.
For all-round eye protection, you need a shade-switching helmet. Most shade-switching helmets come with a series of buttons to help determine its lens’ sensitivity.
How to Setup Your Welding Helmet
Setting up your welding helmet requires you tweaking several knobs placed on the helmet’s surface or inner shell (except for passive helmets). With these knobs and a few other settings, you’d have the helmet set in not time! In general, here’re the steps you need to follow;
Adjust helmet light sensitivity
Regardless of your welding helmet, you need to determine how it reacts to light sensitivity. There’re three helmets with these settings, and they’ve got different methods. Auto-dim and shade-switching helmets normally offer more advanced options with buttons and knobs.
To reduce arc lights which cause eye damage, you’d need to pick a much darker lens for a passive helmet. Aside from this, there’s no other setting available in a passive helmet.
This feature is only available in auto-dim and shade-switching helmets. Just as your welder strikes an arc, there’s a window before your welder begins protecting your eyes. This moment (normally in fractions of a second) is known as the delay time.
Setting up your helmet’s delay time to maximum is better. But if you’ve got a much darker lens, you have a freer hand in setting this up.
Adjusting your helmet’s shade will reduce the initial impact of arc lights directly on your eyes. This control setting is mostly placed inside the helmet, but a newer model could have this feature on its surface.
It’s best to put on a darkest shade while welding for a great number of operations. A darker-shaded helmet usually results in greater eye protection. Most passive helmets come with dark-shaded lens since their controls aren’t as flexible as other helmets.
External light sensitivity controls
If you work in a well-lit environment, or an area where a lot of welding operations take place, you need external light control. This feature allows you maintain focus on your welds without any interference from light disturbances.
Shade-switching and auto-darkening helmets need this feature adjusted based on their relatively high sensitivity.
Final Word
With all these welding helmet settings spelled out, it becomes more comfortable to put welds together safely.
These settings will help you make the most from your operation, and ensure you’re fully protected.
Keep in mind that higher sensitivity helmets require greater settings based on the protection they provide.
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