Torque wrench Hazet 5111-3CT, 3/8 inch drive, 20–100 Nm range

Hazet 5111-3CT is a 3/8" drive torque wrench with a calibrated torque range of 20–100 Nm, designed for controlled tightening of bolts and nuts in automotive, workshop and maintenance applications. The tool enables repeatable torque settings within its specified range, helping to ensure correct clamp load and reduce the risk of over- or under-tightening during assembly and repair tasks.

Advantages

The Hazet 5111-3CT provides a precise, adjustable torque range from 20 to 100 Nm and a 3/8" drive compatible with a wide set of sockets. Its calibrated mechanism offers repeatability for routine torqueing operations, supporting consistent results. The design is intended for straightforward setting and operation to aid time-efficient workflows in professional and hobbyist environments.

Suitable for

• Automotive repair and engine assembly where controlled torque is required
• Workshop and mechanical maintenance tasks involving bolts and nuts
• Service and repair of suspension, steering and drivetrain components
• General assembly work requiring torque accuracy within 20–100 Nm

Key specifications

• Drive size: 3/8"
• Torque range: 20–100 Nm
• Type: adjustable torque wrench with calibrated scale
• Intended use: manual torque application for bolts and nuts

How to use

Set the desired torque value on the Hazet 5111-3CT according to the calibration scale, attach a compatible 3/8" socket, and apply steady force until the wrench indicates the set torque (per the manufacturer's operating method). Use smooth, controlled motion when tightening fasteners and avoid using cheater bars or extensions that may alter applied torque. After use, return the wrench to a low torque setting for storage to preserve calibration.

Recommendations

Verify torque specifications for the component or fastener you are working on before applying torque. Periodically have the torque wrench calibrated according to your workshop schedule or the manufacturer's recommendations to maintain measurement accuracy.