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" Railway operations"
Anyone who wants to work for a railway company at some point must or should familiarize themselves with railway operations. How important this topic is, of course, depends entirely on the specific job.
I'm assuming you are, or want to become, a switch mechanic or signal mechanic.
Then this topic is very important to you.
" In the following section, I have compiled the most important basics of railway operations for you. Have fun learning."
" The essential guidelines you should know."
Ril. 301
Railway Signal Book
Ril. 406
Construction management planning, Betra and La
Ril. 408
Driving regulations
Ril. 482
Operate signaling systems
Now to the first topic.
,, The station
Railroad station
(Bf)
EBO §4 (2)
Railway stations are railway facilities with at least one switch where trains begin, end, or pass each other.
They are allowed to turn around. The boundary between the stations and the open track is generally defined as follows:
Entry signals or trapezoidal boards, otherwise the entry switches.
A colleague explained very well in this video what all counts as a train station.
" Railway facilities"
Block positions
(Bk)
EBO §4 (4)
Block posts are railway installations that delimit a block section. A block post can also serve as a station,
It may be a junction, crossover, junction, stop, halt or cover point.
Junctions
(Junction)
EBO §4 (5)
Junctions are block points on the open track where trains switch from one track to another.
can transition.
Crossover points
(Üst)
EBO §4 (6)
Crossover points are block points on the open track where trains switch to another track of the same line
can transition.
Connection points
(Initial)
EBO §4 (6)
Junctions are railway facilities on the open track where trains use a connected track for shunting operations.
can be used without the block section being cleared for another train.
Important:
At a junction, the switch key is handed over to the shunting movement.
From this point on, this switch is considered "no longer monitored" and the track remains closed to train traffic.
This applies until the blocking vehicle has returned and handed over the key.
Alternative
connection point
(Awanst)
EBO §4 (7)
Alternative junctions
These are junctions where the block section can be released for another train.
Important:
The train dispatcher receives reliable signal feedback indicating that the journey is subsequently included and
The track is now clear of vehicles. The track can therefore be reopened for traffic.
Stop points
(Hp)
EBO §4 (8)
Haltepunkte are railway facilities without switches where trains are permitted to stop, start or end according to schedule.
stop
(Hst)
EBO §4 (9)
Stops are junctions or connecting points that are locally linked to a stopping point.
Coverage point
(Dkst)
EBO §4 (10)
Cover points are railway facilities on the open track that protect railway operations, especially at moving structures.
Secure bridges, railway crossings, track intersections and construction sites.
" Signaling systems according to DB guideline 301"
Directive 301 is the so-called signal book; it contains the essential provisions on the signals of the Railway Signaling Regulations (ESO) used by DB AG.
To truly know and understand all the signals requires several days of intensive instruction, but to ensure you don't start from scratch, I will try to introduce you to the topic with the following content.
" Signal system H/V"
Signal terms
HP 0 - Stop!
HP 1 - Journey
HP 2 - Driving with speed limit
VR 0 - Expect to stop!
VR 1 - Expect ride
VR 2 - Expect driving with speed limit
For those who mainly travel in the old federal states, the H/V signal system is probably the best known.
This video explains it perfectly.
HL signaling system
For everyone who works more in the new federal states, the HL signaling system is a familiar concept.
" The signal dependency"
Signal interdependence is one of the most important topics in railway engineering.
All signal boxes and railway technologies are based on it.
In my video, I try to explain this important point to you in detail, as part of your basic knowledge .
The topic of signal dependency is too important to just skim over. You should memorize and internalize it.
Once you understand them, you'll never forget them.
