Wera Tools
Wera Tools 05074711001 Torque Screwdriver 1/4" 11-29 in-lb
Adjustable torque screwdriver with 1/4" drive covers 11 to 29 in-lb for precise fastener control
- MaterialHAWA
- Adjustable torque from 11 to 29 in-lb for precise tightening
- 1/4" drive accepts standard bits for wide compatibility
- Ratcheting mechanism speeds up repetitive fastening tasks
- Specialty tip works with hex, spline, square and TORX fasteners
- Control knob on handle allows quick torque setting changes
Torque Screwdriver 1/4" 11-29 in-lb
The Wera 05074711001 is an adjustable torque screwdriver with a 1/4" drive and a primary scale range of 11 to 29 in-lb. A control knob on the handle sets the required torque value for repeatable tightening.
Adjustable torque with ratcheting action
The ratcheting mechanism allows continuous turning without repositioning the tool. The speciality tip accepts standard 1/4" bits including hex, spline, square and TORX profiles, so one driver covers multiple fastener types.
For precision assembly needing a click-type driver
Suited to technicians and engineers who must hit a specific inch-pound setting on small fasteners. Not suited to buyers who need a higher torque range, a larger drive size or a digital readout.
Highlights
- Adjustable torque from 11 to 29 in-lb for precise tightening
- 1/4" drive accepts standard bits for wide compatibility
- Ratcheting mechanism speeds up repetitive fastening tasks
- Specialty tip works with hex, spline, square and TORX fasteners
- Control knob on handle allows quick torque setting changes
Specifications
| Brand | WERA |
|---|---|
| Material | HAWA |
Questions about this item
Does the Wera 05074711001 torque screwdriver require periodic recalibration?
Yes, like all torque tools it should be recalibrated at regular intervals or after any impact to maintain accuracy across the 11 to 29 in.-lb. range.
What stops me from over-tightening when I reach the set value?
The tool uses a cam-over mechanism that disengages the drive once the selected torque between 11 and 29 in.-lb. is reached, preventing further force.
How warm does the handle get during repetitive use all day?
The handle stays at ambient temperature because the mechanism is purely mechanical and generates no appreciable heat during continuous operation.
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