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Revision as of 16:04, 30 August 2006 edit129.169.10.56 (talk)No edit summary← Previous edit Revision as of 17:59, 30 August 2006 edit undoPickle UK (talk | contribs)11,846 edits 6250 V (6.25 kV) AC Overhead @50 Hz: - expandNext edit →
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* ] (Great Eastern Main Line) - since converted in stages to 25 kV * ] (Great Eastern Main Line) - since converted in stages to 25 kV
* Parts of Glasgow Suburban (see ] and ]) * Parts of Glasgow Suburban (see ] and ])

All 6.25 kV sections in these two systems have been converted to 25 kV
During the initial electrification of parts of the network to 25 kV AC overhead the initial solution to the limited clearance problems in suburban areas (due to numerous tunnels and bridges) - notably London and Glasgow - was to use the lower voltage of 6.25 kV AC Overhead. Latter technological improvements allowed these area to be converted to 25 kV AC Overhead.


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Revision as of 17:59, 30 August 2006

40% (3,062 miles / 4,928 km) of the British rail network is electrified and 60% of all rail journeys are by electric traction (both by locomotives and Multiple Units).

650 to 850 V DC Third rail

An example of third rail

630 V DC Fourth Rail

The Tube's 4th rail system

1200 V DC Side Contact rail

  • Manchester Victoria - Bury and

1500 V DC Overhead

Tyne & Wear Metro is the only current 1500 V DC system in the UK

3500 V DC Overhead

  • Holcombe Brook Branch
  • Manchester Victoria - Bury (to Third Rail in 1918)

6600 V (6.6 kV) AC Overhead @25 Hz

6250 V (6.25 kV) AC Overhead @50 Hz

During the initial electrification of parts of the network to 25 kV AC overhead the initial solution to the limited clearance problems in suburban areas (due to numerous tunnels and bridges) - notably London and Glasgow - was to use the lower voltage of 6.25 kV AC Overhead. Latter technological improvements allowed these area to be converted to 25 kV AC Overhead.

25000 (25 kV) AC Overhead @50 Hz

The West Coast Main Line is electrified at 25 kV AC Overhead

See also

External links

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