This platform is an combination of our extensive research to find optimal conditions for industrial users. Higher voltages less heat generated result in due to less current draw needed to achieve the same power while maintaining a longer run-time.
Tool Features
Technologies
Electronic Torque Control uses our advanced tightening technology to automatically shut off when the correct torque has been achieved. Different models will have alternative different stages to customize your workflow to optimize to the correct workload.
Our patent-pending All-In-One motor includes the power, control & communication board along with the automatic winding stator with an interior permanent magnet design rotor, all enclosed in a die-cast cover. These one-unit components have several advantages, including weight reduction, longer lifespan, and crucially our number one design goal of efficiency as there are no additional components to cool.
DC motors have traditionally been driven by carbon brushes to power the motor. Over time these wear out and need replacing. All our motors are brushless meaning that the motor is controlled electronically without the need for carbon brushes ensuring your tool is maintenance-free.
PRODUCT VIDEO
TECHNICAL SPECIFICATIONS
Key features include:
* Advanced electronic torque and speed control
* Extended run-time and lifespan
* Three fastening modes tailored for diverse applications
* Robust metal gearbox housing for durability
* Sturdy metal gearbox housing for durability
* Integrated LED light for convenient illumination during work
Additional information
| Title | RI60165A1 |
|---|---|
| Voltage | 60V |
| Drive Size | 1/4” Hex Shank |
| Max. Tightening Torque | 100 / 180 / 270 Nm |
| Max. Reverse Torque | 800 Nm |
| No Load Speed | 1,200 / 1,900 / 3,000 RPM |
| Impacts per Minute | 0 – 3,000 IPM |
| Tool Weight (w/o battery) | 1.1 Kg |
RI60165A1
Torque
Stages
Featuring different preset torque levels plus auto shut-off to offer precise control and consistent results across a variety of fastening tasks. Each stage corresponds to a different torque value (for example: 100 Nm, 200 Nm, 300 Nm, 400 Nm, 500 Nm, 600 Nm, 700 Nm), enabling the operator to select the exact torque requirement for the job and rely on the tool stopping cleanly when that limit is reached.
This multi-stage setting with auto shut-off means you can:
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Avoid over-tightening critical fasteners and damaging threads or components.
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Switch quickly between tasks requiring different torque levels without changing tools.
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Ensure consistency across repeated assembly jobs, ideal for production or maintenance workflows.
Dimensional drawing
NOISE / VIBRATION INFORMATION
Noise Value
Sound Pressure Level (LpA )- Noise Uncertainty (K Factor) 3.0 dB(A)
Vibration Value
Average Vibration Level (Ah)*- Uncertainty Level (K Factor) 3.0 m / s2
