Care to revise your answer on number 2 bzzz ouch http://www.dailymotion.com/video/xfyyii_man-electrocuted-on-the-train-india_news
Whoa, damn. I wish I never clicked the link >.<
Care to revise your answer on number 2 bzzz ouch http://www.dailymotion.com/video/xfyyii_man-electrocuted-on-the-train-india_news
The rails are not powered. They are the negative pole of the system, while the catenary is the positive pole and provides the voltage (usually 600V, -200/+150 V). It's dangerous to touch the cantenary (the wires, you call it), but you need to climb either on a tram's roof or spiderman from a building's window.
Care to revise your answer on number 2 bzzz ouch http://www.dailymotion.com/video/xfyyii_man-electrocuted-on-the-train-india_news
They can be. Trolley wires can be around 3 metres away from the original trolleybuses' route, just like when you place a trolley stop next to a parking lane in CIM2. So, tram can be in the middle and trolley a few metres awayThere are some real life instances where trams are on the same road as trolleybuses.
The conduit system used in London was certainly NOT dangerous, the live conductor was safely mounted at the bottom of the conduit. The system was in use in London for over 50 years and did not ever cause any safety problems!Third rail is ugly .. and the old technique is dangerous, if there is always voltage on the track. I like the Idea with the optional catenarys, but I would implement it in the Tram-Infrastructure and tracks and catenary will be build "in one step". And in the options you can enable or disable the catenary.
I agree with this, I would like to see overhead wires for trams, but this would cause a conflict with trolleybus wires.Tram wires would be really nice to have... I always thought it looked odd without any wires. I don't think the third rail option holds any water because obviously all the trams in CIM2 use overhead wires, since they have pantographs.