Changing The Clamping Collet; Adjusting The Milling Depth - Festool OF 2200 EB Manual De Instrucciones

wrench does not need to be offset but can be
moved back and forth like a ratchet.

Changing the clamping collet

8.1
8.2
8.3
– If necessary, slide the chip guard [8.2] upwards
until it engages.
– Press the rocker [8.1] for the spindle lock to
side A.
– Unscrew the locking nut [8.3] completely.
– Remove the locking nut from the spindle to-
gether with the clamping collet [8.4]. Do not
separate the locking nut and clamping collet as
these form a single component.
– Only insert a new clamping collet in the spindle
when the nut is attached and engaged, then
tighten the nut slightly. Do not tighten the lock-
ing nut until a router bit is inserted. Adjusting
the milling depth

Adjusting the milling depth

The milling depth is adjusted in two steps:
a) Setting the zero point
6
9.1
9.2
9.3
9.4
– Place the router on an even surface (reference
surface).
A
9
8
7
8 0
7 0
6 0
5 0
4 0
3 0
2 0
1 0
0
B
– Open the clamping lever [9.2].
– Unscrew the rotary knob [9.1].
– Push the machine downwards until the router bit
rests on the surface (reference surface). Clamp
the machine in this position by tightening the
rotary knob [9.1].
– Press the depth stop [9.3] against one of the three
fi xed stops on the rotary stepped stop [9.4].
– Slide the indicator [9.5] down to the 0 mm mark
on the scale [9.7].
Note:
8.4
 If the base position of the indicator is incorrect,
this can be adjusted by turning the screw [9.6]
on the indicator.
The stepped stop [9.4] has three stops, two of which
can be adjusted in height using a screwdriver:
• Stop A: 18 mm - 51 mm
• Stop B: 6 mm - 18 mm
• Stop C: 0 mm
Note:
 Stop C has an offset for preliminary routing - see
"Preliminary/Fine routing".
b) Presetting the routing depth
10.1
10.2
10.3
9.7
9.6
10.4
9.5
A
– Pull the depth stop [10.4] upwards until the
indicator [10.2] reaches the required routing
depth.
C
– Clamp the depth stop in this position using the
clamp lever [10.3].
– Unscrew the rotary knob [10.1]. The machine is
now in starting position.
10.6
10.5
9
6
8
7
8 0
7 0
6 0
5 0
4 0
3 0
2 0
1 0
0
10.7
11
10.8