Cordless impact drills
![GSB 18 V-EC]( "GSB 18 V-EC")
GSB 18V-EC Professional
Cordless Combi
Most Compact, powerful Midrange Impact Drill Driver with advanced Kick Back Control and Precision Clutch for enhanced productivity!
- High durability & quality: Full metal chuck and brushless motor
- Innovative Features: Precision Clutch and Kickback Control
- Best in compactness and ergonomics: Shortest head length and new grip shape
Functions & key features
Your Selection
- in L-BOXX 136 with 2 x 4.0 Ah Li-ion battery, 1 x belt clip, 1 x bit holder, 4 x colour clip
in L-BOXX 136 with 2 x 4.0 Ah Li-ion battery, 1 x belt clip, 1 x bit holder, 4 x colour clip
0 601 9E9 101
Select a variant
Your Selection
in cardboard box with 1 x belt clip, 1 x bit holder, 4 x colour clip
Order number: 0 601 9E9 100
Find a local dealerIncluded in all variants
-
1 x belt clip, 1 x bit holder, 4 x colour clip
Additional in this variant
-
Cardboard box
-
1/2 L-BOXX inlay for tool and charger (1 600 A00 2WA, 1 600 A00 2WC)
Your Selection
in L-BOXX 136 with 2 x 4.0 Ah Li-ion battery, 1 x belt clip, 1 x bit holder, 4 x colour clip
Order number: 0 601 9E9 101
Find a local dealerIncluded in all variants
-
1 x belt clip, 1 x bit holder, 4 x colour clip
Additional in this variant
-
L-BOXX 136Order number: 1 600 A01 2G0
-
1/2 L-BOXX inlay for accessoriesOrder number: 1 600 A00 2WC
-
2 x battery GBA 18V 4.0AhOrder number: 1 600 Z00 038
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Quick charger AL 1860 CVOrder number: 2 607 225 322
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1/2 L-BOXX inlay for toolOrder number: 1 600 A00 2WA
Technical data
Additional data |
|
|---|---|
| Torque (soft/hard/max.) | 31/60/- Nm |
| No-load speed (1st gear / 2nd gear) | 0 – 600 / 0 – 1.900 rpm |
| Battery capacity | 4 Ah |
| Battery voltage | 18.0 V |
| Weight incl. battery | 1.8 kg |
| Max. impact rate | 28,500 bpm |
| Chuck capacity, min./max. | 1=5 / 13 mm |
| Torque settings | 20+1 |
The A-rated noise level of the power tool is typically as follows: Sound pressure level dB(A); Sound power level dB(A). Uncertainty K= dB.
* You can find more information about the deviations in the following link:
