![]() ![]() Photos of Various Drill Clutch Settings and ResultsĪt a clutch setting of 1, this 2-1/2″ #8 screw barely gets started into pressure-treated lumber. In addition to readjusting your clutch as you change materials and screws, you’ll also need to adjust as you change drills. Setting 6 on a Ridgid 12V is not the same as other 12V’s and a 10 on a Milwaukee 18V is not the same as other 18V’s. It’s important to note that drill clutch settings aren’t standardized. On the other hand, some people don’t realize that their clutch isn’t set all the way up and mistakenly think that the drill doesn’t have enough power or is broken when they hear the clicking sound indicating that the drive is disengaged. If you need to make sure that the finished product is neat and clean, you’ll find the drill clutch settings to be extremely helpful! Other times, no matter how much I tighten the drill. On my Ryobi, sometimes the chuck works just fine and when I turn to tighten the drill, I feel a click when the chuck locks. After a while, it can wear out and not lock properly. If you’re not concerned about damage to the material you are fastening or to the fastener itself, then go for it. The chuck is the black piece of the drill you turn to lock the bit in place. Most people that don’t need or understand how the drill clutch works just leave it the highest torque setting. You may have to drive the first couple of screws more than once to get it right, but you’ll save yourself some frustration and the end result will still look great! Can I Just Leave it on One Setting? The question you really need to start with is “Will I damage the material/hardware if I drive too far?” If the answer is “yes”, then start with a lower clutch setting than you think you need and adjust your way up as you go. Decorative or delicate hardware can be installed so that they are not damaged by overdriving. You’ll want to use low clutch settings when driving a screw into drywall so you don’t go completely through it. This is going to come into play a lot in interior work. Using your drill’s clutch setting allows you to control the depth of the fastener you’re driving. Speed is required to drive the screw, but torque is what allows it to keep going when it needs to fight the stopping force of friction. The torque is how much muscle it can apply to that speed. Most of understand speed, it’s how fast the drill rotates the bit. You’re telling the drill how much torque to apply before disengaging the motor.Ī little confused by torque? There are two basic ways to rate a drill’s power: speed and torque. When you pull the trigger, the drill would normally apply all of its available torque (driving force) to the screw. Your drill clutch setting works in a very similar fashion. Most of us are familiar with the way a clutch works on a car. How to Use Your Drill Clutch Settings: What Does the Clutch Do? Photos of Various Drill Clutch Settings and Results.How Do I Adjust the Clutch for Driving Fasteners?.How to Use Your Drill Clutch Settings: What Does the Clutch Do?.
0 Comments
Leave a Reply. |