Triton EPA 001 Instructions D'utilisation Et Consignes De Sécurité page 8

Fig. 20
Lift the chassis to full height and tighten the round knobs.
Loosen the pivot knobs and pivot the chassis vertical to
the table then tighten (Fig. 21).
Use a square to check that the planer blade is 90˚ to the
table, as shown. If necessary, loosen the screws and
relocate the front and rear angle stops up or down their
slots until the blade is square, then re-tighten.
Fig. 21
Loosen the height adjustment knobs and lower the
chassis until the top of the planer blade is level with the
table. The best way is to place a flat board on the table
and adjust the chassis until the top of the blade just
touches the underside of the board (Fig. 22).
Fig. 22
GB
Fig. 23
Assembly
8
Ensure that the chassis is level by measuring up from the
square tubes to the top of the height brackets (Fig. 23).
Independently adjust both ends of the chassis until an
equal reading is reached at both ends. Re-check that the
blade is still flush with the table and make adjustments if
necessary.
Apply the Scale Labels (29) to the height brackets. Peel
the 'Front' label from its backing and insert it under the
front scale indicator (nearest to the front shoe of the
planer). Align '0' to the top edge of the indicator and press
into place, wrapping it around the fold in the bracket (Fig.
24). Apply the rear label.
Return the planer to full height.
Fig. 24
Fit the Pressure Fingers (30) to the height brackets using
the short Coach Bolts (17), Springs (31), Washers (7) -
fitted at each end of the springs, and Nyloc nuts (26) (Fig.
25). They should both point inward toward the planer (see
also Fig. 27).
Tighten the nut until the bolt just protrudes through it.
The tighter the nut, the greater the tension of the pressure
finger. Adjust the tension as required after you have
performed some cuts.
Fig. 25
The pressure fingers can be easily relocated to any of
the four pre-set positions, or angled outwards when not
required. Pull the pressure finger outward to disengage
the locating pins then slide and/or rotate it to the desired
position (Fig. 26).