Makita BTD133 Manual De Instrucciones página 6

Changing the hammering force (Fig. 6)
Hammering force grade
displayed on panel
Hard
S H
Medium
S H
Soft
S H
The hammering force can be changed in three steps:
hard, medium and soft.
This allows a tightening suitable to the work.
Every time the hammering force button
the number of blows changes in three steps.
For approximately one minute after releasing the switch
trigger, the hammering force can be changed.
NOTE:
• When all lamps on the switch panel go out, the tool is
turned off to save the battery power. The hammer force
grade can be checked by pulling the switch trigger to
the extent that the tool does not operate.
• During the operation of switch trigger, the hammer force grade cannot be changed.
Empty signal for remaining battery capacity (Fig. 7)
Pulling the trigger switch when the remaining battery
capacity becomes very low makes LED indicator flicker.
If the tool is used continuously with the LED indicator
flickering up and the battery power is almost used up, the
LED indicator will light up and the tool itself will stop.
Please refer to the following table for the LED indicator
status and the remaining battery capacity.
LED indicator status
OFF
Flickering
Lighting on
NOTE:
• When all lamps on the switch panel go out, the tool is
turned off to save the battery power. The remaining
battery capacity can be checked by pulling the switch
trigger to the extent that the tool does not operate.
• All of the lamps on the switch panel go out approxi-
mately one minute after releasing the switch trigger.
• When the tool temperature is high, the LED indicator
may flicker or light up.
• If the LED indicator lights up and the tool stops even
with a recharged battery cartridge, cool down the tool
temperature fully. When the status is still unchanged,
stop using and have the tool repaired by a Makita local
service center.
6
Maximum blows
BTD133 BTD145
3,200 3,400 Tightening when force and
–1 –1
(min ) (min ) speed are desired.
2,600 2,800 Tightening when a good
–1 –1
(min ) (min ) finishing is needed.
Tightening when excessive
tightening need to be avoided
1,100 1,300
because of potentially clogged
–1 –1
(min ) (min )
female screw and broken or
damaged screw head.
is pressed,
Remaining battery capacity
Enough
20%
Very low and the tool will
stop.
Application
Tightening in underwork material /
Tightening long screws / Tightening
bolts.
Tightening in the finishing board,
plaster board.
Tightening sash screw / Tightening
small screws such as M6.
ASSEMBLY
CAUTION:
• Always be sure that the tool is switched off and the bat-
tery cartridge is removed before carrying out any work
on the tool.
Installing or removing driver bit or socket bit
Use only bits that has inserting portion shown in the fig-
ure. (Fig. 8)
For tool with shallow bit hole (Fig. 9)
Use only these type of bit. Follow the
A = 12 mm
procedure (1).
B = 9 mm
(Note) Bit-piece is not necessary.
For tool with deep bit hole (Fig. 10)
A = 17 mm To install these types of bits, follow the
B = 14 mm procedure (1).
To install these types of bits, follow the
A = 12 mm procedure (2).
B = 9 mm (Note) Bit-piece is necessary for
installing the bit.
Procedure 1
For tool without one-touch type
To install the bit, pull the sleeve in the direction of the
arrow and insert the bit into the sleeve as far as it will go.
Then release the sleeve to secure the bit.
For tool one-touch type
To install the bit, insert the bit into the sleeve as far as it
will go.
Procedure 2
In addition to the procedure (1) above, insert the bit-piece
into the sleeve with its pointed end facing in.
To remove the bit, pull the sleeve in the direction of the
arrow and pull the bit out.
NOTE:
• If the bit is not inserted deep enough into the sleeve,
the sleeve will not return to its original position and the
bit will not be secured. In this case, try re-inserting the
bit according to the instructions above.
• When it is difficult to insert the bit, pull the sleeve and
insert it into the sleeve as far as it will go.
Work