Idiomas disponibles
Idiomas disponibles
CAUTION: In all cases make sure that the outlet in question is
properly grounded. If you are not sure, have a qualified electrician
check the outlet.
VOLTAGE CHANGE
The motor included with your professional jointer is a dual
single-phase motor, i.e., it can operate on 115 V~ or 230 V~. The
single-phase motor is originally wired to operate at 115 V~, if you
wish to operate the machine at 230 V~, you will need to follow the
instructions below:
1.
Unplug the machine from the electrical outlet.
2. The motor included with the jointer comes with six terminal
leads that are wired to operate at 115 V~. Reconnect these
terminal leads as indicated on the motor identification label
to 230 V~.
WIRING DIAGRAM DIAGRAMA DE CONEXION DE CABLES
1
3
5 2
4
115 V
3. The on/off switch included with the jointer is a two-pole
switch that does not need to be changed to operate at
115 V~ or 230 V~.
ADJUSTING THE INFEED TABLE
1.
To raise or lower the feed table, loosen the table locking
handle (A) Fig. 22, which is located behind the feed table and
loosen the table locking handle (B) Fig. 23, which is mounted
on the adjusting lever (C)
2. Raise or lower the infeed table with the adjustment lever (C)
Fig. 23.
3. IMPORTANT: When the infeed table is being lowered, the depth
stop (D) Fig. 24 will automatically stop the table at 3 mm (1/8")
depth of cut. To move the table beyond this point, the depth
stop must be raised at the same time the infeed table is being
lowered. Always make sure that the locking handles (A) Fig.
22 and (B) Fig. 23 are tightened before operating the jointer.
The locking handles are spring action and can be repositioned
by pulling out the handle and repositioning it on the knurled
nut located under the center of the handle.
4. The depth of cut on the infeed table (position of the table in
relation to the cutting circle) is indicated on the scale (E) Fig.
23.
NOTE: The maximum cutting depth of this jointer is 13 mm (1/2"),
which must be completed in several cuts in 3 mm (1/8") depth
10
8
1
3
5
2
4
230 V
Fig. 22
8
Fig. 23
Fig. 24
increments.
A
E
C
B
D
