Making An Auxiliary Fence - Ryobi P3650 Manuel D'utilisation

 Release the switch trigger and wait until the electric brake
stops the blade from turning before raising the blade out
of workpiece and removing the workpiece from the miter
table.
NOTE: A cross cut is made by cutting across the grain of
the workpiece. A straight cross cut is made with the miter
table set at the 0° position. Miter cross cuts are made with
the miter table set at some angle other than 0°.
TO SUPPORT LONG WORKPIECES
See Figure 34.
Long workpieces need extra supports. Supports should be
placed along the workpiece so it does not sag. The support
should let the workpiece lay flat on the base of the saw and
work table during the cutting operation. Use the optional
work clamp or a C-clamp to secure the workpiece.

MAKING AN AUXILIARY FENCE

See Figure 35.
Certain unusual cuts may benefit from a thicker miter fence
(auxiliary fence) due to the size and position of the workpiece.
The holes provided in the miter fence are there for just this
purpose. The miter fence holes are used to secure the
auxiliary fence which requires a piece of wood 1/2 in. thick,
3-1/2 in. high, and 23 in. long to make.
NOTE: The auxiliary fence can only be used when the bevel
is set at 0°. When making a bevel cut, the auxiliary fence
MUST be removed.
To attach the auxiliary fence to the saw:
 Place one 9 1/2 in. piece of wood against the miter fence
and aligned with the left edge of the miter table and mark
the hole location from behind the fence using a pencil.
 Drill holes through the wood then countersink the holes
on the front of the wood.
 Secure the wood to the miter fence using flat head screws.
 Make a full 45° left miter cut through the left side auxiliary
fence.
NOTE: Check for interference between the auxiliary fence
and the lower blade guard. Correct any interference
before proceeding.
 Repeat steps with second board by aligning with right
side of miter table.
OPERATION
LONG
WORKPIECE
AUXILIARY
FENCE
24 − English
WORKPIECE
SUPPORTS
ALIGN BOARD
WITH EDGE OF
MITER TABLE
Fig. 34
Fig. 35