You’re there. The next stop is +.2, so 5.6 and so on.
To add: the callouts are raised so you can see them above the collar.
hike2climb on
You’re at 5.4. But if you need to ask this question you should read the manual to learn more about torque wrenches.
Antti5 on
Someone explain like I’m five:
One mark is 5.4 Nm, the next is 8.2 Nm. One rotation of the handle seems to add 2.0 Nm. How do you set it to e.g. 7.8 Nm?
What’s with the weird scale?
cheeeeerajah on
One thing you may want to consider is using a torque wrench designed for lower torque. Torque wrenches with a bigger range are more accurate at the higher end of its range, than at the lower. They also tend to have longer handles, and even though it’s a click style wrench, it is still altogether possible to over torque.
Acrobatic_Doubt_2062 on
Very valid question OP. You’re sorted. Grip it and rip it.
5 Comments
You’re there. The next stop is +.2, so 5.6 and so on.
To add: the callouts are raised so you can see them above the collar.
You’re at 5.4. But if you need to ask this question you should read the manual to learn more about torque wrenches.
Someone explain like I’m five:
One mark is 5.4 Nm, the next is 8.2 Nm. One rotation of the handle seems to add 2.0 Nm. How do you set it to e.g. 7.8 Nm?
What’s with the weird scale?
One thing you may want to consider is using a torque wrench designed for lower torque. Torque wrenches with a bigger range are more accurate at the higher end of its range, than at the lower. They also tend to have longer handles, and even though it’s a click style wrench, it is still altogether possible to over torque.
Very valid question OP. You’re sorted. Grip it and rip it.