Wera Click-Torque A 6 Set 1, 2.5-25 Nm, 20 pcs. - 05130110001

Click torque wrench in the unmistakable Wera design. Very robust design with high accuracy as per DIN EN ISO 6789-1: 2017-07. Easy setting and saving of the default value. The audible and tactile clicks on reaching the scale values facilitate the safe setting of the desired torque value. The robust release mechanism guarantees a clearly audible and tactile release signal when the set torque is reached. Provides clockwise torque-control and 45-tooth ratchet mechanism. The Wera click torque wrench is accompanied with various accessories in a compact set arrangement. Included are: Click-Torque A 6 1/4" from 2.5 to 25 Nm, 6 sockets with 1/4" drive, 11 Hex-Plus hexagon bits, Philips head bits and TORX® bits, plus an extension and socket adaptor.

• • Easy setting and saving of the desired torque value with audible and tactile click when the scale value is reached (click 1)
  • Safely quantified force: when the set value is reached, the torque wrench triggers audibly and noticeably (click 2)
  • Precision of ±34 % as per DIN EN ISO 6789-1:2017-07.
  • Set including socket adapter and extension
  • Robust surface-protecting, compact, textile box

	Click-Torque Wrench series	We wanted working with torque wrenches to be simple and accurate which is why we developed the Click-Torque wrenches. With the ability to set and save the default values and with the unmistakable, robust Wera design, these torque wrenches are the ideal tools for all bolting applications that require torque-controlled tightening (clockwise torque wrenches) and tightening and loosening (torque wrenches for insert tools).
	Click-Torque A 6	With ¼" hex drive.
	Exact	Precision of ±34 % as per DIN EN ISO 6789-1:2017-07.
	Easy and safe	Easy setting and saving of the desired torque value; easy to read on main and fine scales.
	Simple setting	With audible and tactile locking when the scale values are reached.
	Release mechanism	On reaching the desired torque value, an audible and tactile mechanism is triggered.