UN MANNED LEVEL CROSS ACCIDENTS
– what can be done?
1. Study the nature of traffic in all unmanned level crossings.
2. Prioritize the urgency to have a manned LC
3. Priority may be given to those LC through which there is traffic going to
• Hospitals receiving ambulance services
• Schools for challenged (mentally/physically) children
• Primary schools
• Schools
• Places of worship with extreme seasonal crowding
4. Measures to be taken
1. Multiple speed breakers (bumps) from 25 m ahead of railway track (LC) to retard the speed of vehicles
2. Smooth road over the railway track at the LC to facilitate fast movement of vehicles over the track (so that vehicles won’t get trapped in the track).
5. The Red Light Signal and the Level Crossing gate can be controlled by
1. Manual
2. Automatic
a. From the train
b. From the Level Crossing
Manned Level Crossing
The gate is operated by a man
Disadvantage – the man may fail to do his work
Engine driver & Guard operated Signal & Gate
A sign board warning 2 km ahead of LC to engine driver. He will turn on the signal and remote controlled gate. Once the train passes the Guard will turn off the signal and open the gate.
Disadvantage – it is additional work load on Engine driver and Guard. They may fail to do it. The automatic gate may fail to work as desired. Power failure can affect the function.
Automatic Signal and Gate
Sensor to sense train is placed 2 km ahead and 1 km ahead of gate. Based on the input from the sensor (which senses the incoming train) Red light Signal and Gate at Level Crossing will close and once the train had passed open the gates to traffic.
Disadvantage – The automatic gate may fail to work as desired. Power failure can affect the function.
• The Red light will be the first to come and only after (say) 10 seconds the Gate will close.
• A side road must be available (in case of automatic method) for vehicles to move out of the track in case they get trapped between the gates due to automatic closure. more