Bosch GDX 18V-200 C Professional Heavy Duty Impact Driver/Wrench (2 x 4.0Ah ProCORE Batteries)
The Bosch GDX 18V-200C has a fully brushless EC motor that delivers exceptionally high power and long life, even with its compact size. It is perfect for use in hard-to-reach areas thanks to best head length to torque ratio. This model comes with an extra ProCore battery for maximum power in all applications. It is compatible with Bosch Simply Connected which allows you to connect to a smartphone via Bluetooth to personalise settings and receive tool notifications. This model comes with 2 x 4.0Ah ProCORE Batteries.
Features:
- LED light for maximum precision, even in dark areas
- Forward and reverse rotation for inserting/removing screws
- Ready for all applications, thanks to 2 in 1 bit holder: ¼" internal hex and ½" square drive
- Ergonomic, compact design with soft grip to ensure comfort upon use
- Bluetooth Connectivity module for tool feedback, soft start and service information via mobile device
Pro Core 18V Battery:
The Pro Core batteries are Bosch's most powerful batteries ever. They are 100% compatible with all new and existing Bosch Professional 18V powertools and chargers and have 135% longer lifetime due to CoolPack technology. The 4Ah battery included in this kit is extremely compact and lightweight, yet just as powerful as the Bosch standard GBA 18V 4.0Ah batteries. They work by dissipating heat quickly, keeping the core cool. When other batteries cannot handle the heat and switch off, the ProCore18V powers through.
Comes With:
- 1/2 L-BOXX inlay for tool and charger
- 2 x ProCORE18V 4.0Ah batteries
- L-BOXX 136
- Quick charger GAL 1880 CV
- Belt clip
Specification:
- No-load speed: 0-3.400 rpm
- No-load speed (1st level): 0-1.100 rpm
- No-load speed (2nd level): 0-2.300 rpm
- Torque settings: 3
- Weight excl. battery: 1.2 kg
- Torque, max: 200 Nm
- Impact rate: 0-4.000 bpm
- Tool holder: 1/4" internal hexagon and 1/2" external square
- Screw diameter: M 6 – M 16
- Vibration emission value ah: 9.8 m/s²
- Uncertainty K: 1.5 m/s²