Assertion: wrench's torque | /r/HasProperty | applied
Facets:
value: vertically
type: MANNER
value: without damaging the screw head
type: MANNER
value: between 3 to 15 nm
type: TEMPORAL
value: currently
type: TEMPORAL
value: squarely
type: MANNER
Source sentences:
text: Thus, the end of the indicating beam points to the magnitude of the torque that is currently being applied.
text: The load carrying beam is straight and runs from head to handle, it deflects when torque is applied.
text: Smaller hydraulic torque wrenches have a reaction arm built into the tool, which rests against another fastener or part of the assembly to prevent rotation when torque is being applied.
text: This type will release the drive once the desired torque is met so that no more torque can be applied.
text: Why is it important to know precisely how much force or torque is being applied?
text: The torque can be applied between 3 to 15 Nm, and adjusted in increments of 0.4 Nm using a dial at the bottom of the handle.
text: If the output is springy or capable of absorbing energy, the impulse will simply be absorbed, and virtually no torque will ever be applied, and somewhat counter-intuitively, if the object is very springy, the wrench may actually turn backwards as the energy is delivered back to the anvil, while it is not connected to the hammer and able to spin freely.[citation needed]
text: While providing access to otherwise inaccessible fasteners, thinning of the tool shaft to create the ball shape renders it weaker than the straight-shaft version, limiting the torque that can be applied.
text: The fixture's arm is clipped to some nearby object to anchor the protractor dial, which must be returned to zero after the initial torque is applied.
text: Once torque is applied, there is a scale that moves to give a reading, much like a weighing scale with a needle pointer that indicates the weight of the product.
text: However, it can make it slightly more difficult to make sure that the torque is being applied squarely.
text: Make sure the extension is not angled, even slightly, in such a way that additional torque is being applied.
text: (leave the slot due to the torque being translated into an axial force — similar to that encountered with Phillips drive but dependent only on driver blade), so more torque can be applied without damaging the screw head.
text: It was designed to allow more torque to be applied and greater engagement than Phillips drives.
text: Conversely, while Phillips screwdrivers will loosely fit and turn Pozidriv screws, they will cam out if enough torque is applied, potentially damaging the screw head or screwdriver.
text: This drive type has the disadvantage of not being as precisely controlled as can be obtained by proper use of a torque wrench; applications may still fail due to either too little torque being applied to correctly fasten the joint, or too much torque being required to shear the head, resulting in damage to the material being fastened.[citation needed]
text: Plus, it can be hard to keep the dial scale near at hand to determine the torque being applied.
text: After being tightened, and torque is applied, there is a point when the fastener begins to move again.
text: Torque would be applied vertically as opposed to horizontally.