userpages:hermannk:a_block_for_beginners-en
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userpages:hermannk:a_block_for_beginners-en [2020/03/14 17:28] – created hermannk | userpages:hermannk:a_block_for_beginners-en [2021/02/28 09:01] (current) – hermannk | ||
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- | ====== | + | ====== |
- | ====== de: Ein Block für Anfänger ====== | + | [[:userpages#Hermann (hermannk)|Userpages |
- | + | \\ | |
- | {{:userpages:hermannk: | + | |
- | {{: | + | |
{{: | {{: | ||
- | en: a locomotive with cars runs from right to left around the track. \\ | + | A locomotive with cars runs from right to left around the track. \\ |
- | de: eine Lok mit Wagen fährt von rechts nach links über die Anlage. \\ | + | |
- | ===== en: Introduction ===== | + | ===== Introduction ===== |
Here for beginners it should be explained what a block is, how a block is built with tracks and electronics, | Here for beginners it should be explained what a block is, how a block is built with tracks and electronics, | ||
A locomotive can run from block to block. \\ | A locomotive can run from block to block. \\ | ||
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{{: | {{: | ||
- | ===== en: further details ===== | + | ===== further details ===== |
In this example, the feedback sensors are to be implemented as current sensors. \\ | In this example, the feedback sensors are to be implemented as current sensors. \\ | ||
The length of a feedback sensor should be long enough that the locomotive comes to a complete stop within the feedback sensor (i.e. does **not drive past** the feedback sensor). \\ | The length of a feedback sensor should be long enough that the locomotive comes to a complete stop within the feedback sensor (i.e. does **not drive past** the feedback sensor). \\ | ||
Because the block can later be driven in both directions, we install the feedback sensors symmetrically (left and right of the block the feedback areas are of identical length). \\ | Because the block can later be driven in both directions, we install the feedback sensors symmetrically (left and right of the block the feedback areas are of identical length). \\ | ||
- | ===== en: configuration ===== | + | ===== configuration ===== |
The build in " | The build in " | ||
{{userpages: | {{userpages: | ||
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{{userpages: | {{userpages: | ||
- | ===== en: wiring ===== | + | ===== wiring ===== |
The feedback sensors have to have an address setup - even for simulating the track! The addresses have to be unique! \\ | The feedback sensors have to have an address setup - even for simulating the track! The addresses have to be unique! \\ | ||
{{userpages: | {{userpages: | ||
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- | ===== de: Einführung ===== | ||
- | Hier soll für Anfänger erklärt werden, was ein Block ist, wie ein Block mit Gleisen und Elektronik aufgebaut wird, wie ein Block genutzt wird, ... \\ | ||
- | Eine Lok kann von Block zu Block fahren. \\ | ||
- | Ein Block sollte immer länger sein als der längste Zug (Lok mit Wagen). \\ | ||
- | Ein Blocke sollte zwei Rückmelder haben für die Ereignisse ENTER und IN. \\ | ||
- | {{: | ||
- | Die Block-Kennung lautet " | ||
- | Ein Block hat eine Plus- und eine Minus-Seite, | ||
- | Die Sensoren heißen " | ||
- | " | ||
- | " | ||
- | {{: | ||
- | ===== de: weitere Details ===== | ||
- | Die Rückmelder sollen in diesem Beispiel als Strom-Sensoren realisiert werden. \\ | ||
- | Die Länge eines Rückmelders sollte so lang sein, dass die Lok innerhalb des Rückmelders zum Stehen kommt (also den Rückmelder **__nicht__ überfährt!**). \\ | ||
- | Damit der Block später in beiden Richtungen befahren werden kann, installieren wir die Rückmelder symmetrisch (links un rechts vom Block die Rückmelder-Bereiche von gleicher Länge). \\ | ||
userpages/hermannk/a_block_for_beginners-en.1584203280.txt.gz · Last modified: 2020/03/14 17:28 by hermannk