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Following on from a couple of recent topics, here are some details of the Tillig point motor:
Quite a compact unit. It sits under the baseboard and has a depth of 23 mm:
Detail of the inside showing the worm-gear point actuator:
Detail of the switching circuits:
The eight coloured wires coming out of the unit look a liitle daunting, but actually they are very simple.
Control panel LEDs can be connected to the circuit to indicate the state of the points. These are only switched when the sliding shoe is one side or another.
An isolated switching circuit is also integrated that can be used to switch the polarity of the frog and point blades depending on which way the points are set.
This point motor integrates all the features that I've been looking for: slow action, switching sircuit and control panel indicator circuit.
Quite a compact unit. It sits under the baseboard and has a depth of 23 mm:

Detail of the inside showing the worm-gear point actuator:

Detail of the switching circuits:

The eight coloured wires coming out of the unit look a liitle daunting, but actually they are very simple.
Control panel LEDs can be connected to the circuit to indicate the state of the points. These are only switched when the sliding shoe is one side or another.
An isolated switching circuit is also integrated that can be used to switch the polarity of the frog and point blades depending on which way the points are set.
This point motor integrates all the features that I've been looking for: slow action, switching sircuit and control panel indicator circuit.