Ryobi LLCDI1402 Manuel D'utilisation page 6

GB
FR DE ES IT
OPERATION
built-in features may cause the battery and the tool it is
powering to act differently from nickel-cadmium batteries.
During some applications, the battery electronics may
signal the battery to shut down, and cause the tool to
stop running. To reset the battery and tool, release the
trigger and resume normal operation.
NOTE: To prevent further shut down of the battery, avoid
forcing the tool.
If releasing the trigger does not reset the battery and
tool, the battery pack is depleted. If depleted, the battery
pack will begin charging when placed on the lithium-ion
charger.
TO INSTALL BATTERY PACK (See Figure 2.)
Lock the switch trigger by placing the rotation selector
■
in the center position.
Place the battery pack on the tool.
■
Make sure the latches on each side of the battery
■
pack snap into place and the battery pack is secured
on the tool before beginning operation.
WARNING
Always remove battery pack from your tool when
you are assembling parts, making adjustments,
cleaning, or when not in use. Removing battery
pack will prevent accidental starting that could
cause serious personal injury.
TO REMOVE BATTERY PACK (See Figure 2.)
Lock the switch trigger by placing the rotation selector
■
in the center position.
Depress the latches on the side of battery pack.
■
Remove the battery pack from the tool.
■
WARNING
Battery tools are always in operating condition.
Therefore, switch should always be locked when
not in use or carrying at your side.
SWITCH TRIGGER (See Figure 3.)
To turn the drill ON, depress the switch trigger.
■
To turn it OFF, release the switch trigger.
■
VARIABLE SPEED
The variable speed switch trigger delivers higher speed
and torque with increased trigger pressure and lower
speed with decreased trigger pressure.
NOTE: You might hear a whistling or ringing noise from
the switch during use. Do not be concerned; this is a
normal part of the switch function.
NL PT DK SE FI NO
English
RU PL CZ HU RO LV
ROTATION SELECTOR
(FORWARD/REVERSE/CENTER LOCK)
The bit rotation is reversible and is controlled by a selector
located above the switch trigger. With the drill held in normal
operating position, the rotation selector should be positioned
to the left of the switch trigger for forward drilling. The drilling
direction is reversed when the selector is to the right of the
switch trigger.
Setting the switch trigger in the OFF (center lock) position helps
reduce the possibility of accidental starting when not in use.
CAUTION:
To prevent gear damage, always allow the chuck
to come to a complete stop before changing the
direction of rotation.
To stop the drill, release the switch trigger and allow the
chuck to come to a complete stop.
NOTE: The drill will not run unless the rotation selector is
pushed fully to the left or right.
Avoid running the drill at low speeds for extended periods
of time. Running at low speeds under constant usage
may cause the drill to become overheated. If this occurs,
cool the drill by running it without a load and at full speed.
INTERNAL SPINDLE LOCK
The internal spindle lock allows the user single-handed
control of chuck adjustments and bit changes. Squeezing
the chuck body stops the chuck jaws from turning. For
bit changes and chuck adjustments, squeeze the chuck
body and turn.
KEYLESS CHUCK (See Figure 4.)
The drill has a keyless chuck to tighten or release drill
bits in the chuck jaws. The arrows on the chuck indicate
which direction to rotate the chuck body in order to LOCK
(tighten) or UNLOCK (release) the drill bit.
WARNING
Do not hold the chuck with one hand and use the
power of the drill to tighten the chuck jaws on the
drill bit. The chuck body could slip in your hand,
or your hand could slip and come in contact with
the rotating drill bit. This could cause an accident
resulting in serious personal injury.
TWO-SPEED GEAR TRAIN (HI-LO) (See Figure 5.)
The drill has a two-speed gear train designed for drilling
or driving at LO (1) or HI (2) speeds. A slide switch is
located on top of the drill to select either LO (1) or HI (2)
speed. When using drill in the LO (1) speed range, speed
will decrease and unit will have more power and torque.
When using drill in the HI (2) speed range, speed will
2
LT EE HR SI SK GR
(See Figure 3.)
TR