Ryobi P214 Operation Manual - Page 7

Adjusting Torque, Drilling/driving Screws, Warning, Warning

Page 7 highlights

OPERATION Using the chart, select the option that best matches the type of bit, fastener, and material you will be using.  Choose your APPLICATION.  Choose the correct SPEED: (1/LOW OR 2/HIGH)  Choose the correct MODE: (DRIVE, DRILL, OR HAMMER) ADJUSTING TORQUE See Figure 8, page 11. When using the drill-driver for various driving applications, increasing or decreasing the torque helps prevent the possibility of damaging screw heads, threads, workpiece, etc. In general, torque intensity should correspond to the screw diameter. If the torque is too high or the screws too small, the screws may be damaged or broken. 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. The proper setting depends on the type of material and the size of screw you are using. DRILLING/DRIVING SCREWS See Figure 9, page 11. WARNING: Always use the auxiliary handle when using this tool to help resist torque reactions. Binding or stalling of this product could lead to serious personal injury.  Install the auxiliary handle.  Check the direction of rotation selector for the correct setting (forward or reverse).  Use LOW (1) speed for high torque applications and HIGH (2) speed for fast drilling or driving applications. Refer to Two-Speed Gear Train and Adjusting Torque.  Secure the workpiece in a vise or with clamps to keep it from turning as the bit rotates.  Hold the drill firmly and place the bit at the point to be drilled, or where the screw is to be driven. WARNING: Do not drive a screw where there is likely to be hidden wiring behind the surface. Contact with a "live" wire will make exposed metal parts of the tool "live" and possibly shock the operator. If you must drive a screw where hidden wire may be present, always hold tool by insulated gripping surfaces (handle) when performing the operation to prevent a shock to the operator.  Depress the switch trigger to start the drill.  Move the bit into the workpiece, applying only enough pressure to keep the bit cutting or driving the screw. Do not force the drill or apply side pressure to elongate a hole. Let the tool do the work. APPLICATION • Lag screws up to 3/8 in. dia. by 1-1/2 in. long • Hole saw up to 2 in. • Spade bits up to 1-1/2 in. • Drill bits up to 1/2 in. • Drilling into metal • Concrete screws • Deck or wood screws up to 3 in. • Self tapping screws • Deck or wood screws up to 2 in. • Small screws or delicate work that requires more control • Drilling into masonry and concrete. SPEED 1/LOW 2/HIGH 1/LOW 2/HIGH 2/HIGH MODE DRILL MODE (TORQUE ADJUSTMENT NOT ACTIVE) DRIVE MODE HAMMER MODE (TORQUE ADJUSTMENT NOT ACTIVE) 7 - English

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7 — English
Using the chart, select the option that best matches the type
of bit, fastener, and material you will be using.
Choose your
APPLICATION.
Choose the correct
SPEED: (1/LOW OR 2/HIGH)
Choose the correct
MODE: (DRIVE, DRILL, OR
HAMMER)
ADJUSTING TORQUE
See Figure 8, page 11.
When using the drill-driver for various driving applications,
increasing or decreasing the torque helps prevent the
possibility of damaging screw heads, threads, workpiece,
etc. In general, torque intensity should correspond to the
screw diameter. If the torque is too high or the screws too
small, the screws may be damaged or broken.
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.
The proper setting depends on the type of material and the
size of screw you are using.
DRILLING/DRIVING SCREWS
See Figure 9, page 11.
WARNING:
Always use the auxiliary handle when using this tool to
help resist torque reactions. Binding or stalling of this
product could lead to serious personal injury.
Install the auxiliary handle.
Check the direction of rotation selector for the correct
setting (forward or reverse).
Use
LOW (1)
speed for high torque applications and
HIGH (2)
speed for fast drilling or driving applications.
Refer to
Two-Speed Gear Train
and
Adjusting Torque
.
Secure the workpiece in a vise or with clamps to keep it
from turning as the bit rotates.
Hold the drill firmly and place the bit at the point to be
drilled, or where the screw is to be driven.
WARNING
:
Do not drive a screw where there is likely to be hidden
wiring behind the surface. Contact with a “live” wire will
make exposed metal parts of the tool “live” and possibly
shock the operator. If you must drive a screw where
hidden wire may be present, always hold tool by insulated
gripping surfaces (handle) when performing the operation
to prevent a shock to the operator.
Depress the switch trigger to start the drill.
Move the bit into the workpiece, applying only enough
pressure to keep the bit cutting or driving the screw. Do
not force the drill or apply side pressure to elongate a
hole. Let the tool do the work.
OPERATION
APPLICATION
SPEED
MODE
• Lag screws up to 3/8 in. dia. by 1-1/2 in. long
• Hole saw up to 2 in.
• Spade bits up to 1-1/2 in.
• Drill bits up to 1/2 in.
• Drilling into metal
• Concrete screws
1/LOW
DRILL MODE
(TORQUE ADJUSTMENT
NOT ACTIVE)
2/HIGH
• Deck or wood screws up to 3 in.
• Self tapping screws
1/LOW
DRIVE MODE
• Deck or wood screws up to 2 in.
• Small screws or delicate work that requires more control
2/HIGH
• Drilling into masonry and concrete.
2/HIGH
HAMMER MODE
(TORQUE ADJUSTMENT
NOT ACTIVE)