Braun Aesculap Acculan 3Ti Instrucciones De Manejo/Descripción Técnica página 11

5.2.2 Clamping the Kirschner wire
►
Pull clamping lever 4.3 towards the motor unit (the
stronger the clamping lever is pulled, the stronger
the clamping force on the Kirschner wire).
The Kirschner wire is clamped in now.
Note
The Kirschner wire remains clamped only as long as the
clamping lever is pulled towards the motor unit. The
clamping lever automatically returns to its rest position
away from the motor unit, and the Kirschner wire can be
moved freely again as soon as the clamping lever is
released.
5.3 Technical Data
Kirschner wire ∅ in mm
Dimensions L x W x H, in mm 93 x 36 x 137
Weight, in grams
Gear ratio
Drive speed, in 1/min
6. Drill attachment GB645R
(for radiolucent angle trans-
mission)
Fig. 4
Note
The drill attachment can be used only with Synthes
Radiolucent Drive 511.300!
Note
Always observe the instructions for use of Synthes
Radiolucent Drive 511.300!
GB643R
0,6–4,0
approx. 300
25:1
max. 1 000
6.1 Operating principle
The drill attachment is powered by a motor unit with
the Aesculap Acculan 3Ti coupling.
The drill attachment transfers the rotational speed of
the motor to the adapted radiolucent angle transmis-
sion.
The drill attachment can be coupled to the motor unit
in three different positions, separated by 120°.
6.2 Safe operation
►
Couple the drill attachment, see Chapter 11.1.2.
6.2.1 Coupling the radiolucent transmission
unit
►
Fully engage the radiolucent angle transmission in
adapter 5.1 of the drill attachment.
►
If necessary, slightly move the radiolucent unit.
6.2.2 Uncoupling the radiolucent transmis-
sion unit
►
Forcefully pull out the radiolucent angle transmis-
sion from the drill attachment.
6.2.3 Coupling a tool
Note
Always observe the instructions for use of Synthes
Radiolucent Drive 511.300!
6.2.4 Uncoupling the tool
Note
Always observe the instructions for use of Synthes
Radiolucent Drive 511.300!
6.3 Technical Data
Dimensions L x W x H, in mm 110 x 35 x 35
Weight, in grams
Gear ratio
Drive speed, in 1/min
en
GB645R
approx. 225
30:1
max. 900
9