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If a fixed inductor is equipped with inductor recognition, it must
be connected to the connector for the overheating protection and
inductor recognition. This connector is located on the rear side
and can be recognised from the following symbol:
Insert the plug in the socket on the rear side of the generator, then
engage the locking device by clicking the catch over the plug.
■ If an inductor does not have inductor recognition, a dummy/
dongle has to be inserted into this connection to allow the
generator to function.
■ If an inductor is disconnected from the generator or
connection set, a fault is triggered. The generator can then no
longer be started.
■ If the generator is equipped with the status column option, the
red lamp will light up and an acoustic signal is given for a few
seconds.
The fault is displayed on the screen.
6.3 Positioning inductor on workpiece
Fixed inductors and cage inductors
Place the inductor into or around the workpiece. If the inductor
is equipped with a clamp construction, position this behind the
workpiece. Then place the temperature sensor on the workpiece
where the heat is applied (near the inductor).
Schaeffler Technologies
Flexible inductors
Flexible inductors are made of a special cable that allows the user
to make an inductor themselves by laying windings "on" a metal
workpiece. Flexible inductors are available in several capacities (22
and 44kW), lengths (15, 20, 25 and 30m) and temperature grades
(180°C and 300°C). Flexible inductors are meant to be used with
Schaeffler Middle frequent generators. Make sure the capacity of
the inductor corresponds with the capacity of the generator.
Flexible inductors are used to wrap a number of windings around
a workpiece, inside a workpiece (bore) or on a workpiece (as a flat
coil on a surface).
Inductor around a workpiece.
Inductor inside a workpiece.
Inductor flat on a workpiece.
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