16
a
b
⌀15
⌀40
⌀20
Synchronising Set D40/D15
2 Coupling Halves D40/D20, Al
2 expanding hub coupling halves D40/D15, St and Al
2 Coupling Inserts D40, PU, green
Tightening torque, expanding hub screw: 9.6 Nm
Tightening torque, clamping hub screw: 9.6 Nm
m = 198.0 g
1 set
0.0.662.50
Tube D20x3 St
Synchronising Set
b
a
D40/D15
a - 50 mm
Distance between
Linear Units
Linear Unit
Art. No.
Synchronising Set
Art. No.
Linear Unit LRE 8 D10 80x40 ZU 40 R25
0.0.662.70
Synchronising Set D40/D15
0.0.662.50
Linear Unit LRE 8 D10 80x80 ZU 40 R25
0.0.663.32
Linear Unit LRE 8 D14 80x40 ZU 40 R25
0.0.662.91
Linear Unit LRE 8 D14 80x80 ZU 40 R25
0.0.663.25
Linear Unit LRE 8 D14 120x80 ZU 40 R25
0.0.663.34
Linear Unit LRE 8 D14 80x40 KU 80
0.0.664.54
A suitable Tube St (sawn to length) turns the Synchronising Set into a com
-
plete Synchroniser Shaft.
Synchronising LRE 8 D14 ZU 40 R25
Synchronising Sets are used when two Linear Units are to be run in parallel.
item Synchronising Sets comprise couplings that are fitted between two Linear
Units and are connected by a Synchroniser Shaft that has been manufactured
in the appropriate length. This ensures that the end result is a highly custom-
ised and flexible design.
Synchronising Sets from item can be used to operate two Linear Units in parallel
with just one motor. They comprise shaft Couplings that are tailored to the
relevant Linear Unit and designed to compensate for slight misalignments and
withstand the stated torque over long-term use. The Couplings are pre-prepared
to accommodate a Synchroniser Shaft. Besides featuring a compact design,
expanding hub couplings are also easy to use. The friction-based connection is
created by tightening the central screw with the specified tightening torque. An
integrated pull-off thread makes them easy to dismantle. First, the central screw
is removed, then a longer screw is driven into the same position to effortlessly
relieve tension in the Coupling. How long a Synchroniser Shaft can be depends
on its operating speed. To determine the maximum length for a given speed
or the maximum speed for a given length, please consult the information
contained in the diagrams.
