Our G12 Pro Series is one of our premium ranges offering tools that are designed with power & compact size in mind. Our Brushless motor (BLDC) delivers high efficiency, precise torque, long lifespan and less maintenance. Using the same battery platform as the G12 series.
Tool Features
Technologies
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
- Industry-leading 540 Nm of breakaway reverse torque
- Brushless motor ensuring consistent high performance
- Auto shut-off prevents over-fastening and damage
- Breakaway auto shut-off cuts the tool off automatically when unfastening
- Integrated LED work light ensures visibility when working in dark or obstructed areas
- Compact, stubby design at only 132mm in length for accessing tighter workspaces
- Variable speed trigger provides precise torque control across multiple applications
- Fully compatible with the Durofix G12 platform, allowing use with all G12 series batteries and chargers
Additional information
| Model | RI12183 |
|---|---|
| Voltage | |
| Drive | 1/4" Hex |
| Max Tightening Torque | 220 Nm |
| No Load Speed | 0 – 3,600 RPM |
| Impact Per Minute | 0 – 3,200 IPM |
| Tool Weight | 1.05 Kg |
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) 1.5 m/s2








