Technical Data - Black & Decker EGBHP146 User Manual

ENGLISH
Your charger does not require any
maintenance apart from regular cleaning.
Warning! Before performing any
maintenance on the tool, remove the
battery from the tool. Unplug the charger
before cleaning it.
• Regularly clean the ventilation slots in
your tool and charger using a soft brush
or dry cloth.
• Regularly clean the motor housing using
a damp cloth.
• Do not use any abrasive or solvent-based
cleaner.
• Regularly open the chuck and tap it to
remove any dust from the interior.
Batteries
BLACK+DECKER batteries can be
recharged many times. At the end of
their useful life, discard batteries with
due care for our environment:
• Run the battery down completely, then
remove it from the tool.
• NiCd, NiMH and Li-Ion batteries are
recyclable. Take them to any authorised
repair agent or a local recycling station.

Technical data

Voltage
No-load speed
Max. torque
Chuck capacity
Max Drilling capacity
Steel/wood
10
(Original instructions)
EGBHP146 (H1)
V 14.4
DC
Min -1 0-350/ 0-1500
Nm 36
mm 13
mm 13/38
Voltage V
DC
No-load speed Min
Max. torque Nm
Chuck capacity mm
Max Drilling capacity
Steel/wood mm
masonry
Charger
Input Voltage
Output Voltage
Current
Approx. charge time
Charger
Input Voltage
Output Voltage
Current
Approx. charge time
Battery BL1514 BL1518 BL2018
Voltage V 14.4
DC
Capacity Ah 1.5
Type Li-Ion
Level of sound pressure according to EN 60745:
Sound pressure (L ) 91.5 dB(A), uncertainty (K) 3 dB(A)
pA
Sound power (L ) 102.5 dB(A), uncertainty (K) 3 dB(A)
WA
Vibration total values (triax vector sum) according to EN 60745:
Impact drilling into concrete (a
Drilling into metal (a ) < 2.5 m/s
h, D
Screwdriving without impact (a
EGBHP148 EGBHP188 /
(H1) EGBHP1881 (H1)
14.4 18
-1 0-350/ 0-350/
0-1500 0-1500
36 43.7
13 13
13/38/13 13/38/13
906068**
(typ. 1)
V 220-240
AC
V 18
DC
A 2
min 60
905902**
(typ. 1)
V 100-240
AC
V 8-20
DC
A 400
min 180-300
18 18
1.5 2.0
Li-Ion Li-Ion
) 12.8 m/s 2 , uncertainty (K) 1.5 m/s
h, ID
2 , uncertainty (K) 1.5 m/s
) < 2.5 m/s 2 , uncertainty (K) 1.5 m/s
h, s
2
2
2