Cordless Torque Wrench DA2motion
The nutrunner for rotational movements with high torque
The DA2 motion cordless torque wrench differs fundamentally from conventional torque wrenches. While other models focus on reliably achieving a defined torque followed by automatic shut-off , the DA2 motion was specifically developed for applications with continuous rotational movement and high torques .
The focus here is not on precise torque cut-off, but on the reliable movement of components.
Cordless Torque Wrench for Rotational Motion
Continuous motion instead of a cut-off point
Unlike conventional cordless nutrunners, the DA2 motion operates without focused torque cut -off. Instead, it enables a smooth, controlled rotational movement – ideal for applications where the component needs to be moved over a longer distance.
This mode of operation is crucial for reliable operation, especially in the case of valves and similar components.
High Torque for Demanding Applications
The DA2 motion is designed for applications requiring the continuous transmission of high torques . Its robust design ensures reliable movement of even stiff or heavily loaded components – mobile and independent of external power sources.
A Clear Distinction from Traditional Torque Wrenches
Within the DA2 product family, the DA2 motion occupies a special position. While the DA2 power , docu , control , and safety are designed for controlled screwdriving processes, the DA2 motion specifically addresses motion applications with rotational requirements .
This clear functional separation helps both users and search engines to clearly classify the DA2 motion .
Typical applications of the DA2 motion
The DA2 motion is primarily used where components need to be rotated and positioned:
- Opening and Closing Rotary Valve Gates
- Applications Involving Continuous Rotational Motion
- Industrial processes with high torque requirements
- Service and Maintenance Work on Moving Components
For whom is the DA2 motion the right solution?
The DA2 motion cordless torque wrench is ideal for users who:
- Rotary valves or similar components must be moved
- require continuous rotational movements
- operate at high torque levels
- are looking for a mobile alternative to stationary drive solutions
Technical Features at a Glance
Movement and Positioning
- High starting speed (up to 99 rpm)
- High-resolution digital counter with 36 steps: precise positioning and guaranteed repeatability of the screwing process
- Time savings thanks to a mobile drive solution for all motion tasks
Protection and Conservation
- Patented fully automatic locking mechanism: Protection against impacts on joints and against the nutrunner being jerked out of position
- No damage to the equipment due to the “smooth start and stop function”
- Low-reaction arm with stop buffer: Protects pressure-sensitive surfaces
- Low-vibration and low-noise operation
Sizes and Accessories
- Available in two sizes, up to 550 Nm or 1,000 Nm
- Accessories tailored to every application thanks to comprehensive expansion packages
Battery and Monitoring
- 5.2 Ah high-power Li-ion batteries for a consistently 75% higher current output
- Battery Limit Control: Proactive Torque and Battery Monitoring
Examples of Use
Product Information
Accessories
- Available in two sizes, up to 550 Nm or 1,000 Nm
- High starting speed (up to 99 rpm)
- Battery Limit Control: Proactive Torque and Battery Monitoring
- 5.2 Ah high-power Li-ion batteries for a consistently 75% higher current output
- Accessories tailored to every application thanks to comprehensive expansion packages
- Patented fully automatic locking mechanism: Protection against impacts on joints and against the nutrunner being jerked out of position
- Time savings thanks to a mobile drive solution for all motion tasks
- High-resolution digital counter with 36 steps: precise positioning and guaranteed repeatability of the screwing process
- Low-vibration and low-noise operation
- No damage to the equipment due to the “smooth start and stop function”
- Low-reaction arm with stop buffer: Protects pressure-sensitive surfaces