NSE
Established Member
- Joined
- 3 Mar 2010
- Messages
- 1,757
You answered it correctly: get it up and running in a few hours by repairing the headspan, or a few days by replacing it.Perhaps this is naïve of me - but, since they will eventually replace headspans with sturdier structure, could this be done now? I will answer my own question - they need to get service back up and running ASAP so they will do what is expedient.
I'd be inclined to agree with you. I can only assume that as the train was stopping the damage done was less than if it had been an 225 chucking through at 125
Already happening.Surely it is time to upgrade the infrastructure.
Already happening.
Forgive me if this is a silly question, but why don't we make more use of third rail? It must be more sturdy than overhead lines :/
Because its s**t. Third Rail can only be powered to 750-800V DC. Trains can just about reach 100mph certainly not 125mph or faster. Its also unsafe if you fall (or get pushed) on to the track, lots of energy is wasted from heat and finally during snow, ice and leaf fall it is a nightmare. Third Rail should of never been favoured by the Southern companies and the quicker its gone the better.
Been a tad windy around here today / overnight - and there is a lot of various tree etcdebris kicking around - dewirements can just as easily be caused by objects in the pan well or wrapped onto the OLE , rather than the issue over head spans versus other forms of OLE.
Lots of floodwater on the rural roads in Herts - some nearer canals than tarmac roads...
I was under the impression that the issue with headspans wasn't so much that they're more likely to come down, more that if one track's wire comes down it drags the others with it.
I was under the impression that the issue with headspans wasn't so much that they're more likely to come down, more that if one track's wire comes down it drags the others with it.
Because its s**t. Third Rail can only be powered to 750-800V DC. Trains can just about reach 100mph certainly not 125mph or faster. Its also unsafe if you fall (or get pushed) on to the track, lots of energy is wasted from heat and finally during snow, ice and leaf fall it is a nightmare. Third Rail should of never been favoured by the Southern companies and the quicker its gone the better.
Are they *that* much more likely to come down or bring others down that it makes more sense to replace them all (given limited resources and people) compared to getting on and completing other wirings, including diversionary fill-ins?
Because its s**t. Third Rail can only be powered to 750-800V DC. Trains can just about reach 100mph certainly not 125mph or faster. Its also unsafe if you fall (or get pushed) on to the track, lots of energy is wasted from heat and finally during snow, ice and leaf fall it is a nightmare. Third Rail should of never been favoured by the Southern companies and the quicker its gone the better.
There was a reason why the southern railway stuck to third rail.
Neither does the knitting elsewhere on the network. How often do you hear about the WCML or GEML having wiring problems due to the wind? The ECML was wired on the cheap, but they're fixing it.It might be **** but it doesn't get blown down every time that the weather gets windy.
Neither does the knitting elsewhere on the network. How often do you hear about the WCML or GEML having wiring problems due to the wind? The ECML was wired on the cheap, but they're fixing it.
It might be **** but it doesn't get blown down every time that the weather gets windy. For an outer suburban service like most of what was B.R.'s southern region it's ideal. It suffers during ice and snow because el cheapo Network Rail won't pay for ghost trains to be run as in the days of black and white and leaves are a problem on any line with trees near them because the trees are never trimmed back like they used to be. Have a look at pictures of line-sides of fifty plus years ago. You'll see no trees and bushes adjacent to the line. There was a reason why the southern railway stuck to third rail.