With sizes 4 and 5 used on this page, up to 16 or 20 track exits can be displayed.
With the turntable max. possible 48 track exits require size 11 or 12.
Example plan with 8 shed tracks and 3 access tracks:
The track numbers are entered in this dialog Turntable: Tracks
Here are the track numbers matching the above picture:
The analyzer does not create routes around the turntable, but there is a convenient function of the turntable object available:
Thus the routes are generated and statically stored in the plan.
Routes can of course also be created manually.
After generating these routes assign the sensors -as usual- in this dialog Block: Routes.
For the integrated bridge block, the sensors are in dialog Turntable: Interface incorporated as sensor 1 - 4.
These sensors must also be created in the Table→Sensors.
In the dialog Block: General should the Turntable identifier be selected, so that Rocrail knows that it is a bridge block.
The following figure shows an example of the arrangement of an external bridge block
Turntable decoders use one of the following options for the sensors of the turntable position:
In this example, the bridge position sensors are left visible for clarity.
In the track plan of layouts you can with the option 'Show' set the sensor to invisible.
For best results for positioning the locomotive, it is advisable to interrupt a bridge track and set up two sensors, as shown on the page Turntable.
If mechanical changes to the bridge are to be avoided, the enter2in sensor can be used instead with only one feedback.
It should be noted, that with the individual characteristics of each locomotive, accurate positioning on the bridge is more difficult.
The color of the bridge depends on the status of the bridge sensors as follows:
The following example realizes a 180° rotation:
1) These user pages cover further topics such as