Locate the torque ring and identify your current setting

The torque ring on an Xcool drill is the numbered collar that sits just behind the chuck — the part that holds the bit. On most Xcool models, this ring rotates freely and shows numbers from 1 to around 20, plus a drill symbol (usually a lightning bolt or gear icon). The number you see aligned with the indicator line on the drill body is your current torque setting.

Before you change anything, note where the indicator line is. On most Xcool drills, this line is a small mark or groove on the body of the drill, positioned at the 12 o'clock position when you hold the drill normally. The torque ring rotates around the chuck, so the number that lines up with this mark is what's active right now.

Key Takeaways

  • The torque ring is the numbered collar behind the chuck, and the number aligned with the indicator line on the drill body is your current setting.
  • Lower numbers (1–5) deliver less force and are used for delicate fastening; higher numbers (15–20) deliver more force for heavy drilling.
  • Rotate the ring by hand until the number you want lines up with the indicator mark — no tools needed.
  • The drill symbol setting removes the torque limit entirely and is used only for drilling holes, not driving screws.
  • Test your new setting on scrap material before working on your actual project.

Understand what each torque number means

Xcool drills use a numbered scale because different fastening jobs need different amounts of rotational force. Lower numbers mean the drill will stop turning sooner — this prevents the screw from being driven too deep or the material from being crushed. Higher numbers mean the drill keeps turning with more force, which is necessary for driving larger screws into harder materials.

The exact force at each number varies slightly between Xcool models, but the pattern is consistent: settings 1–5 are for light work like driving small screws into drywall or plastic. Settings 6–12 are for medium work like fastening into wood or composite materials. Settings 13–20 are for heavy work like driving large bolts or fastening into metal. The drill symbol (usually at the end of the ring) removes the torque limit entirely and lets the drill run at full power — use this only when drilling holes, never when driving screws.

Rotate the torque ring to your desired setting

Grip the torque ring with your fingers and rotate it clockwise or counterclockwise until the number you want lines up with the indicator line on the drill body. The ring rotates freely by hand — you do not need tools or extra force. Stop rotating when the number is clearly aligned with the mark.

If the ring is stiff or hard to turn, do not force it. Check that the chuck is not in the way and that no debris is caught in the ring. A small amount of gentle rocking back and forth usually frees it. Once you have rotated it to your target number, give the ring a gentle tug to confirm it is seated properly and will not slip during use.

Test the new setting before starting your project

Always test on scrap material first. Use a scrap piece of the same material you will be working with — if you are fastening into wood, test on a piece of wood. Insert a screw of the same size you plan to use and press the drill trigger gently. The drill should stop turning when the screw is seated, without stripping the head or driving it too deep.

If the screw is driven too deep or the head is damaged, lower the torque number by one or two settings and test again. If the screw is not driven deep enough and the drill stops too early, raise the torque number and test again. This takes a few minutes but prevents mistakes on your actual work.

Adjust torque during a project if needed

You can change the torque setting at any time, even between fasteners. If you are driving screws into material that is thicker or harder than expected, rotate the ring to a higher number. If you are stripping screw heads or driving them too deep, rotate to a lower number. The drill does not need to be off to change the setting, but it is safer to release the trigger and let the chuck stop spinning before you adjust.

Keep in mind that changing the setting mid-project means you may need to re-test on scrap material if the material type changes. A setting that works perfectly for one piece of wood may be wrong for a different thickness or density.

Return to the drill symbol setting when you are finished fastening

Once you have finished driving screws, rotate the torque ring back to the drill symbol setting. This is the safest default because it prevents accidental damage if someone else picks up the drill and uses it for drilling without thinking about the torque setting. Leaving the drill on a high torque number can cause the drill to jam or bind if it is used for drilling, which can twist the wrist or damage the bit.

Storing the drill on the drill symbol setting also makes it clear to anyone else using the tool that it is in "full power" mode and ready for drilling, not fastening.

Frequently Asked Questions

What happens if I use the wrong torque setting?

Too low a setting and the screw will not drive deep enough; the drill stops before the fastener is seated. Too high a setting and the screw head strips, or the fastener is driven so deep it damages the material or punctures through. Testing on scrap material before your project prevents both problems.

Can I change the torque setting while the drill is running?

It is safer to stop the drill and let the chuck stop spinning before you rotate the torque ring. You can change the setting while the drill is off, and the new setting takes effect immediately when you press the trigger again.

Why does my torque ring feel stuck?

Debris or dust can catch in the ring, or the chuck may be in the way. Try gently rocking the ring back and forth rather than forcing it. If it remains stuck, check that the chuck is fully retracted and that no material is wedged between the ring and the drill body.

Is the drill symbol the same on all Xcool models?

Most Xcool drills use a lightning bolt or gear icon to mark the drill symbol setting, but the exact symbol varies by model. Check your drill's manual if you are unsure which marking indicates full power mode. When in doubt, the setting at the very end of the numbered ring is usually the drill symbol.

Do I need to change the torque setting for different bit sizes?

Torque settings are for fastening (driving screws), not for drilling. When you are drilling holes, use the drill symbol setting regardless of bit size. If you are driving fasteners, the torque setting depends on the fastener size and the material, not the bit size.