The new DeWalt DCD796 compact combi hammer drill featuring brushless technology is up to 30% more powerful than the DCD795 with 460 Units Watts Out (UWO).
DEWALT DCD796N FEATURES
Brushless Motor Technology for excellent efficiency
Ultra compact, lightweight design allows use in confined spaces
Two speed all metal transmission for increased runtime and longer tool life
Drill Driver and Hammer feature for multiple applications
15 position adjustable torque control for consistent screw driving into a variety of materials
Intelligent trigger design allows for total control of application
Improved ergonomic design with rubber grip over mould improving users comfort
Improved air flow to the motor for cooler electronics and incrreased power
3 position super bright LED light
Li-Ion battery packs allows for superior insertion and removal with state of charge indicator
DEWALT DCD796N SPECIFICATION
Voltage: 18v
Power Output (W): 460
Soft Application Max Torque (Nm): 27
Hard Application Max Torque (Nm): 70
Torque Settings: 15 + Drill
Brake Type: Electric
No. of Gears: 2
LED Job Light: Yes / Delay / Base-mounted
Battery Capacity Indicator: No
Battery Compatibility: 18v Lithium-Ion (XR)
Rotation: Forward / Reverse
Variable Speed Control Trigger: Yes
No Load Speed (RPM) High: 0-2000
No Load Speed (RPM) Med: N/A
No Load Speed (RPM) Low: 0-550
Chuck Type: 3-Jaw / Single Sleeve Keyless / All Metal
Chuck Capacity (mm): 1.5-13.0
Drill Capacity: Concrete (mm): 13
Drill Capacity: Metal (mm): 13
Drill Capacity: Wood (mm): 40
Impact Rate (BPM) High: 0-34000
Impact Rate (BPM) Med: N/A
Impact Rate (BPM) Low: 0-9350
Overall Length (mm): 190
Net Weight (Approx. Kg) with 1.5/2Ah Batt: 1.6
Net Weight (Approx. Kg) with 3/4/5Ah Batt: 1.8
Brushless Motor: Yes
NOISE & VIBRATION
Sound Pressure Level (LpA): 89 dB (A)
Sound Power Level (LWA): 100 dB (A)
Sound Uncertainty (K): 3 dB (A)
Drilling Concrete Vibration Emission (ah): 11.5 m/s²
Drilling Concrete Vibration Uncertainty (K): 1.6 m/s²
Drilling Metal Vibration Emission (ah): <2.5 m/s²
Drilling Metal Vibration Uncertainty (K): 1.5 m/s²