High-performance 2-in-1 tools for less
- Available power and available durability for screwdriving and drilling
- The two-speed transmission enables high productivity and excellent torque
- Electronic Cell Protection technology extends the life of the battery and its durability
Part of this variant
- 2x GBA 12V 2.0Ah batteriesOrder number: 1 600 Z00 02X
- Charger GAL 1210 CV Professional
- Carrying case
GSR 120-LI PROFESSIONAL: MORE DETAILED INFORMATION
Important product information
The powerful cordless drill driver GSR 120-LI Professional provides affordable durability for screwdriving and drilling in wood, steel and plastic. Its 2-speed optimized transmission enables high productivity in use and excellent torque for a variety of jobs. The Electronic Cell Protection function protects the battery of the drill driver against low voltage, excessive current consumption and deep discharge, thereby extending its life. This tool provides reliable Bosch quality at a great price for all professional needs requiring a 2-in-1 drill driver with long-term robustness.
CORDLESS DRILL DRIVER-BOSCH
Additional data
Torque (soft/hard/max)* 14/30/- Nm Idle speed (1st gear / 2nd gear)* 0 – 400 / 0 – 1,500 rpm Battery type Li-Ion Chuck clamping range, min/max 0.8 / 10 mm Weight without battery* 0.8 kg Number of degrees of torque 20+1 Bore diameter
Max. Borehole diameter for wood 20 mm Max. Borehole diameter in steel 10 mm Screw diameter
Max. Ø of screws 8 mm Total vibration values (Metal drilling)
Vibration emission value ah 1.5 m/s² Inaccuracy of K 0.7 m/s² Total vibration values (Screwing)
Vibration emission value ah 1.5 m/s² Inaccuracy of K 0.4 m/s² Information about noise and vibrations
Sound pressure level 67 dB(A) Acoustic power level 78 dB(A) Inaccuracy of K 3 dB Drilling into metals
Vibration emission value ah 1.5 m/s² Inaccuracy of K 0.7 m/s² Screwing
Vibration emission value ah 1.5 m/s² Inaccuracy of K 0.4 m/s² The noise level of an A-rated power tool is typically: sound pressure level 67 dB(A); acoustic power level 78 dB(A). Uncertainty K= 3 dB.