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1If it has an adjustable speed trigger, would just leave it on drill setting. You can usually tell how fast to go by feel. Putting in drywall screws, might want another setting to repeat each one over time.
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You're not planning on self drill through the metal are you?
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Commenting because this is a related tip for a newbie but not an answer - The screw shown likely has both a phillips and a hex head. When driving it you can use the hex head for better grip and torque. The phillips head will tend to cam-out, this can limit over tightening but it can also be super frustrating if you need to drive the screw just
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OP can you make an edit and say what materials you are joining and where? The experts here may have different advice based on your project and specific materials.
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@DKNguyen is your question thus "those self drilling screws you bought; you're not planning on leveraging the drilling aspect, are you?" ??
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A heavy trigger finger can even strip out heavier gauge duct work. A light touch is important.
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Even better, stop once you're through and finish with a (hand) speed wrench. That way you have total control of stopping point and torque, instead of having an entirely stupid machine just blow through it.
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@Harper-ReinstateMonica I agree with this on a lot of materials. Even the lowest clutch setting on my drill will put more power in than I would with my hand.
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@Logarr Are you sure you're talking about clutch? Sounds like you're describing the torque setting; usually just 1, 2, and sometimes 3. The clutch usually goes from 1 to anything from 10 to 100. If you have exceptionally weak wrists then I guess the lowest clutch setting would win against your hand.
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@MonkeyZeus I’m referring to the component that has settings 1-15 and Drill on my black and yellow drill. The one that starts to skip when it starts taking more power to turn the screw than the setting is set for. While I guess it could be considered a torque setting I have always known it as the clutch.
If your drill trigger is pressure sensitive then just take it slow until the metal is firmly attached. Don't overspin it because it could make the screw difficult to remove in the future.
If you try using a specific clutch setting then you will find that it suffices less than 50% of the time. Some times it won't pull tight enough and you'll have to increase the clutch and other times it will overspin the screw.
There's no secret really, just pay attention.
If you're expecting to perfectly use a drill on your first try then you're in for a world of disappointment. Do a few practice screws first. Also, practice screws are how you would even figure out the correct clutch setting in the first place. One of my drills goes from 1-100 and another goes 1-20. The drill with the 100 is more powerful than the 20 so there isn't even a direct conversion.
If you're really paranoid then screw it in only 75% of the way and then use a screwdriver or socket wrench to finish the job.
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Another tip: attaching something to wood: Never use the screws that come included with any object or device. Always use your own high quality screws that you become familiar with. But if you do ever use the included screws, always use the lowest torque setting because they are always crappy screws that even a cheap drill can break easily.
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For two items of thin metal, I'd consider using rivets not screws.
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@jay613: I'd remove "attaching something to wood". I never, ever, use supplied screws/plugs
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@SiHa So you're the guy putting deck screws on door strike plates instead of using the supplied brushed-nickel finish screws?
My drill has two torque/speed settings. I couldn't begin to tell you what the difference is between 1 and 2 - I can't hear a speed difference, though I've checked every now and then. I'm sure it's in the manual which is... around here somewhere... Honestly, maybe I should, but I basically never switch the "speed" setting.
Since you've got a clutch on yours, you may want to set it to a somewhat lower setting, then increase it as necessary. As a new user, you're somewhat more likely to continue spinning the screw once it's fully seated which can strip out the threads that the screw has cut, leaving the screw to spin in the hole and no longer actually hold the metal. By setting the clutch below the "drill" setting, it will stop turning once the torque passes the clutch's setting. If the setting is too low, it won't set the screw at all, but you can simply go to a higher setting until it gets as tight as necessary.