Wera 05028042001 Preset Torque Screwdriver Ip 8

Product Description

The WERA 05028042001 is a preset torque screwdriver designed for controlled fastening applications where overtorque can damage components or void warranties. Set to a fixed maximum torque of 1.2 Nm, it releases at the preset value to prevent over-tightening. The tool measures 7.5 inches overall, with a 2.56-inch shaft and a 105 mm handle. The IP 8 TorxPlus drive is suited for precision fastening in electronics, instrumentation, and light mechanical assemblies. Calibration accuracy is rated at plus or minus 10 percent. Weighing 0.2 pounds, it is lightweight enough for repetitive use on service benches and in the field.

This screwdriver is intended for applications requiring repeatable, low-torque fastening with a TorxPlus IP 8 drive. Typical uses include electronics assembly, telecom equipment service, medical device maintenance, and any light-duty fastening task where a consistent torque limit must be maintained without adjustment. It is a single-piece, non-adjustable tool suited for technicians who need a dedicated driver for a specific torque value. The preset design removes the need to dial in torque before each use, reducing setup time in repetitive workflows.

Key Features

• Preset at 1.2 Nm maximum torque - no adjustment required
• Plus or minus 10 percent torque accuracy for repeatable results
• IP 8 TorxPlus drive, T8 Torx compatible
• 7.5-inch overall length with 2.56-inch shaft
• Lightweight at 0.2 pounds - suited for bench and field use
• Not tether capable - standard handheld configuration

Compatibility

Designed for use with IP 8 TorxPlus and T8 Torx fasteners in low-torque precision applications requiring a fixed 1.2 Nm drive.

Installation Notes

Preset torque screwdrivers are typically used by electronics technicians, instrumentation specialists, and service professionals working on sensitive assemblies. Before use, verify the fastener drive type matches the IP 8 TorxPlus tip. Do not attempt to modify or override the preset mechanism, as doing so will compromise torque accuracy. Periodic recalibration is recommended per manufacturer service intervals to maintain the rated plus or minus 10 percent accuracy.