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| This must be set by all turntables in the plan if at least one of them uses the DSD2010 library.
Which is needed to report the right events to the right turntable.
If more than one command station is used, then the command station that is responsible for controlling the decoder is specified in this field. The "Interface identifier" field can remain empty if the object is connected to the first command station (first 'digint' in rocrail.ini) from the list of command stations.
Depending on the type this must be a locdecoder address or a FADA accessory address. – Second address only for decodertype "AccDec".
Depending on the type this is the FADA accessory address for switching the rotation direction.
Left: Decoder function output for controlling the snap-in bridge coil 1).
Right: Decoder function output for controlling the polarization relay 2). (Polarisation Address must be set to zero)
Decoder function output for bridge cabin lights. (locdec type)
Number of ms. between deactivating the bridge coil and stopping the bridge motor.
Nr of steps for one 360° rotation.
Size of the start and deceleration ramp.
|WIO||Calibration correction point in steps. (Hall sensor position.)|
|OneStep||Reported position in degrees correction.|
Specifies the rotation speed of the stage as a percentage of the maximum speed.
This percentage is used to calculate the speed level for the decoder: for example, if the decoder has 28 speed levels and 50% is set, the stage is rotated at speed 14.
Time in seconds to wait, after the bridge got into position, before starting the locomotive.
The sensor event is too early if reed relays are used.
Time in seconds between the direction and position commands.
|D||Command Station default||switch|
This optional sensor can be used if the turntable controller generates an event after reaching the wanted bridge position.
In this case the Track Position Sensors can be left empty.
If the turntable is also to be used in automatic mode, the Bridge track must be divided into at least two occupancy reporting sections. Two Point sensors can also be used, e.g. near the ends of the Bridge track.
See also Bridge occupancy.
The two sections or the punctiform Feedback sensors positioned there are assigned to Bridge Sensors 1 and 2. The assignment is arbitrary, because the feedback that triggers first automatically generates the enter event and the feedback that triggers afterwards the in event.
The Bridge track can also be divided into three or four sections and the two Middle sections or the punctiform sensors positioned there are assigned to Bridge sensors 3 and 4. The first triggering sensor 3 or 4 generates a pre2in event, which for locs with activated option Stop at pre2in event as in event is evaluated. This allows, for example, shorter locomotives to be stopped closer to the middle of the Bridge track.
| The described variants
for sections and sensors
The Optional: external Bridge block setup is required in the following cases:
Further details, as well as creating and setting up the external Bridge block, are described in a chapter on the page Turntable: Setup.
Depending on the used hardware one or two addresses or outputs can be used.
Polarisation has to be set for every turntable track; See Track setup.
Not used if left to zero.
Address(es) for controlling a bistable bridge polarisation relay.
Output(s) for controlling a bistable bridge polarisation relay.
Specify the bridge rotation velocity in percents using a locdec type.
This percentage is for calculating the speed steps for the decoder: if the decoder has 28 steps and this value is 50% step 14 will be used.
Time in seconds between direction and position command.
For DigitalBahn decoder only; at least 2 seconds are recommended.
Must be set for TT-DEC in combination with Xpressnet and RocoNet.
Rocrail calculates the rotation direction to get the shortest way to a track. But if the used decoder seems to do the opposite it can be swapped using this option.