Aligning Blade Guard And Riving Knife; Low Profile Riving Knife; Table Insert; Miter Gauge - Jet JPS-10TS Operating Instructions And Parts Manual

8.15 Aligning blade guard and riving
knife
Referring to Figure 17:
1. Remove blade guard and hold anti-kickback
pawls (J) away from table surface, or
remove them.
2. Place an accurate straight edge (K) flush
against saw blade (L) and riving knife (M).
For proper alignment, blade and riving knife
should be perfectly in line with the straight-
edge.
If alignment is required:
3. Move straight-edge aside, and through the
opening locate four set screws (N) at the
corners of the clamp block. See inset, Figure
17 (riving knife removed for clarity).
4. Rotate any of the four set screws as
needed, to tilt the angle of the riving knife to
achieve alignment.
5. Check alignment by repeating steps 1 and 2.
If necessary, repeat steps 3 and 4 until
proper alignment is achieved.
Figure 17

8.16 Low profile riving knife

A low profile riving knife is included with your
saw. It mounts and adjusts in the same manner
as the standard riving knife. The low profile
riving knife sits just below top of blade and is
used for making non-through cuts. The blade
guard is not used with this knife, so extra
precautions should be taken during operation.

8.17 Table insert

Referring to Figure 18:
1. Remove blade guard and riving knife.
2. Lower blade completely.
3. Place table insert (A) into opening with
notched end (B) towards rear of table.
4. Adjust insert flush with table by turning four
leveling setscrews (C) and using a straight
edge (D) at different points over the insert. A
2.5mm hex key is required to adjust the
setscrews.
5. Turn lever (E) so that it catches the insert
and holds it against table. If the lever needs
adjustment, remove insert and rotate lever
up or down until it will properly catch the
insert.

8.18 Miter gauge

Referring to Figure 19:
Operate miter gauge by loosening lock knob (A)
and turning miter body (B) to desired angle.
The pin (C) functions as an index stop. When
pushed in, the body will stop at -45º, 90º or +45º
when turned, as one of three screws (D) located
underneath the miter body hits the pin.
15
Figure 18
Figure 19