Customer Helpline
1300 889 028
12
Operating Instructions
3. SWITCH LOCK (SEE FIG C)
The switch trigger can be locked in the OFF position. This helps to reduce the possibility
of accidental starting when not in use. To lock the switch trigger, place the rotation
control (b) in the center position.
4. REVERSIBLE (SEE FIG C)
For drilling and screw driving use forward rotation marked “
” (rotation control (b) is
moved to the left). Only use reverse rotation marked “
” (rotation control (b) is moved
to the right) to remove screws or release a jammed drill bit.
WARNING:
Never change the direction of rotation when the chuck is rotating,
wait until it has stopped!
5. TWO-SPEED GEAR CONTROL (SEE FIG C)
The drill has a two-speed gear control (c) designed for drilling or driving at LO (mark is
1) or HI (mark is 2) speeds. A slide switch is located on top of the drill to select either LO
or HI speed. When using the drill in the LO speed range, the speed will decrease and the
drill will have greater power and torque. When using the drill in the HI speed range, the
speed will increase and the drill will have less power and torque.
Gear I
Low speed range: for screwdriving or working Large diameter drill.
Gear II
High speed range: for working with small diameter drill.
WARNING: To prevent gear damage, always allow the chuck to come to a
complete stop before changing the direction of rotation or the two-speed gear
control.
6. AUTOMATIC SPINDLE LOCK
The automatic spindle lock allows you to use it as a regular screwdriver. You can give
an extra twist to firmly tighten a screw, loosen a very tight screw or continue working
when the battery energy has expired. For manual screwdriver purposes, the chuck is
automatically locked when the tool is off.
7. CHUCK ADJUSTMENT (SEE FIG D)
To open the chuck jaws rotate the front section of the chuck. Insert the drill bit between
the chuck jaws and rotate the front section in the opposite direction. Ensure the drill
bit is in the center of the chuck jaws. Finally, firmly rotate the front chuck section in the
opposite directions. Your drill bit is now clamped in the chuck.
8. TORQUE ADJUSTMENT (SEE FIG E)
(Screw driving force of your drill )
The torque is adjusted by rotating the torque adjustment ring. The torque is greater
when the torque adjustment ring is set on a higher setting. The torque is less when the
torque adjustment ring is set on a lower setting.
When drilling in masonry and concrete choose the hammer position .
When drilling in wood, metal, plastic and screwdriver choose the drill position .
Make the setting as follows:
