Delhi-Meerut RRTS Corridor: NCRTC install six special steel spans on the Delhi section – Know its location, length, and more – Railways News

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The National Capital Region Transport Corporation (NCRTC) has achieved another milestone by completing the construction of all six steel spans for the Delhi section of Delhi-Ghaziabad-Meerut Regional Rapid Transit System (RRTS). With this, the NCRTC has so far installed 12 steel spans over the entire corridor.

Location of Steel spans in Delhi section of RRTS corridor:-

On the Delhi-Meerut RRTS corridor, special steel spans have been established to cross the Gazipur Drain and Kondli roundabout from New Ashok Nagar towards Anand Vihar. It has been installed at six locations – (a) one span at Meerut on the Delhi-Meerut Expressway (DME), (b) one  special span at Vasundhara on the main line of the railway, (c) one Steel Span Near Ghaziabad station, (d) two steel spans for RRTS viaduct going towards Duhai Depot, and (e) one span for crossing EPE.

Length of Special steel spans over Delhi section:- 

The combined length of these 6 special steel spans is around 360 meters. Out of these 6 special steel spans, the length of 3 spans is approximately 70 meters long each with each weighing 540 tonnes and the remaining 3 are 50 meters long each with each weighing 540 tonnes. These special steel spans are about 14 meters wide.

Steel spans on Delhi-Meerut Corridors:- 

The steel spans have been placed on the pillars. An underground ramp is also being constructed a little ahead of these spans in the direction of Khichripur. The ramp will connect the elevated section to the underground Anand Vihar Station through a network of underground tunnels.

About steel spans on Delhi-Ghaziabad-Meerut RRTS corridor:- 

The steel spans are massive structures, consisting of beams made of structural steel. These are installed to connect the pillars in some complex areas where the corridor is crossing rivers, bridges, rail crossings, metro corridors, expressways or other such existing infrastructure, it is practically not possible to maintain this distance between pillars.

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