Stahlwille Manoskop Torque and Angle Wrench - ST 96500906

The Torque and Angle Wrench is an advanced precision tool designed for critical fastening tasks that require both torque and angle measurement. Engineered for professional mechanics, automotive technicians, and industrial maintenance, this wrench ensures precise tightening of bolts and nuts to manufacturer specifications, reducing the risk of over-tightening or under-tightening.

Features:

4 Measuring modes (torque, angle of rotation, torque with "angle of rotation" monitoring variable, angle of rotation with "torque" monitoring variable)
High-resolution color OLED display and side signal lights
Visual evaluation of the bolted joint: Yellow light (pre-warning threshold reached), green light (within target range), red light (measurement outside tolerance range)
Freely configurable menu structure
Battery compartment cap with bayonet connection
Optional: Li-ion battery no. 7195-2 and charger no. 7160
3 Function modes: click (patented electromechanical triggering), peak hold (displaying mode with peak value display) and track (displaying mode with actual value display)
Micro USB interface for data communication
Optional Bluetooth low energy module (5.2)
Quick Release security lock - insert tool changing system
Data storage for up to 2,500 tightening, including date and time stamp
Up to 200 screw joints in a maximum of 25 sequences can be programmed
Different tolerance limits adjustable depending on the type of bolted joint
Acoustic and visual evaluation of the bolted joint
Fast and precise setting via the keypad
No unintentional adjustments thanks to password-protected keypad lock
Acoustic and visual signal warns of torque wrench overload and forced triggering in clockwise tightening mode
Automatic indication of the next calibration date, user-configurable according to elapsed time and/or number of operations
Fully automatic calibration and adjustment with the perfect Control calibration and adjustment device No. 7794-2 (torque) or 7794-3 (torque and angle of rotation) for reducing error influencing factors
Units of measurement: N·m, ft·lb, in·lb
Automatic extension length compensation: Possibility of entering a custom extension length to ensure that the required target value is achieved correctly with compensation for the lever extension
Ready for operation again immediately after release
Clockwise and anticlockwise tightening - the insert tool must be rotated for anticlockwise torque in "triggering" function mode
Visual, acoustic and tactile trigger signal
Torque and angle of rotation displays visible at the same time
Measurement regardless of the force application point (for sizes 1, 2 and 4)
Safe handling due to the ergonomically shaped 2-component handle (resistant to the most common oils, greases, fuels, brake fluids and Skydrol)
3 Certificates included (torque displaying/triggering in accordance with DIN EN ISO 6789-2:2017, angle of rotation based on VDI/VDE 2648-2)
In sturdy plastic box (sizes 40-100 in sheet steel box)
Registered design, patented
Supplied with SensoMaster 4 software, USB cable, 4 micro-batteries AAA/LR03, 1.5 V
Angle of rotation display resolution 0.1 degree
Angle of rotation display deviation +/-1 degree, +/-1 digit to 100 degree, >100 degree at least 1%, +/- 1 digit
Torque display resolution ? 60 N·m: 0.01 N·m; > 60 N·m: 0.1 N·m; >400 N·m: 1 N·m
Torque display deviation +/- 2%, +/- 1 digit
Torque and angle controlled torque wrench for bolted joints in accordance with the torque, angle of rotation, torque with "angle of rotation" monitoring variable and angle of rotation with "torque" monitoring variable tightening method
Electromechanically displaying (with electronic measurement) and triggering (with the familiar mechanical "click")
Visual evaluation of the bolted joint
Simple documentation of the recorded measurements on the PC via the USB interface and via an optional Bluetooth Low Energy module
Thanks to the combination of the patented electromechanical triggering and the display and acoustic feedback, the wrench provides signaling with maximum optimization