What's new

Railway engines of different countries

which is a better locomotive for economics of a country?

  • diesel engines

    Votes: 14 15.6%
  • electric engines

    Votes: 76 84.4%

  • Total voters
    90
I always loved trains and prefer even now them over buses. When with friends for a long journey its fun. We used to play cards and now and then have a small 'hot drink" break at night in thumsup or coca cola bottle as carrying the "drink" here in trains is not allowed. :bounce:
 
.
Make it sticky!
Very informative and more over friendly discussions are going good to see that :)
 
.
SOME HEAVY FREIGHT TRAINS

Freight_train_across_the_Nullarbor..jpg


istockphoto_2050428-long-freight-train-hauls-cargo.jpg


train2.JPG


07504u.jpg
 
.
HEAVY FREIGHT TRAINS BY COUNTRY

AUSTRALIA

June 2001 trial with 682 ore cars and eight distributed GE AC6000CW locomotives

CHINA

coal trains - 20,000 tonnes, 3200 m, 210 wagons

INDIA

Trial run with 120 semi filled wagons with single wag 9 engine at 75 kph

RUSSIA

4,000 up to 9,000 tonnes.

USA

A Duluth, Missabe & Iron Range ore train pulled by a single 2-8-8-4 "Yellowstone" steam locomotive which totaled over 19,000 tons
A BNSF train from Ogden to Roseville was 14,000 t

SAUDI ARABIA

Freight trains on the new North-South will carry 15,000t and be 100 wagons long
 
.
I love riding the train.it's comfortable and convenient and you can enjoy good views on the way!:cheesy:
 
.
We take rail for granted, and air travel now is more "exotic." But rail still hauls the vast bulk of freight over-land.

In the 1800's, trains were the fastest vehicles on earth, and some scientists thought that at the unheard-of speed of 60mph/100kph, humans would die as they'd be unable to breathe!!
 
.
its the hybrid enignes the railways use i guess, it doesnt ompletely use electric power or does it??
 
.
Delhi Metro:

Delhi-Metro.jpg


dscf5374.jpg


Delhi_Metro.jpeg


BT-PR-20100630-Delhi_Metro-HR.jpg


Speed.jpg


Metrocoach.jpg


delhi-metro.jpg


delhi-map.gif


Key Data:
Population
16.2 million
Operator
Delhi Metro Rail Corporation (DMRC)
Gauge
1,676mm
Power
25kV ac overhead supply
Daily Ridership
20 million
Route Details:
Line 1: Dilshad Garden to Rithala
25.01km and 21 stations
Line 2: Jahangirpuri to Central Secretariat
17.36km and 15 stations
Line 3: Dwarka Sector 9 to Noida City Centre
47.3km and 42 stations
Line 4: Yamuna Bank to Anand Vihar
6.25km and five stations
Line 5: Inderlok to Mundka
15.15km and 14 stations
Phase I cost (adjusted)
$2.3m
Projections – Phase 2
14 lines
121.11km and 81 stations
Phase II cost (estimate)
$4.25m
Line 6: Central Secretariat to Badarpur
20.04km and 16 stations
Rolling Stock:
Builders
ROTEM/BEML
Formation/Fleet
Four-car/70 (late 2007)
Weight
310t
Braking
Regenerative
Line Speed
80km/h (50mph)
Maximum Speed
110km/h
On Order
424 cars, Bombardier Movia
Opening Dates:
Phase I Project
Oct 1998–November 2006
First Opened
December 2002
Special Characteristics:
Phase I project completed three years ahead of schedule
Relatively free hand for project development
Fares well above equivalent trips by Indian Railways
Metro to supply approx. 200 high quality buses for feeder routes
Integration with bus services is planned
First railway project registered with United Nations for carbon credits
Cycle rental facilities at Vishwa-vidyalaya, Pragati Maidan, Patel Chowk and Indraprastha metro stations.
Pedestrian subway facilities will be built at all underground metro stations as part of Phase II.
 
. . .
Guys! I think we should keep this an Engine Only thread... Don't bring trains in this one.. You can create a new thread for trains if you want
 
. . .
WAG–9WAG-9These are essentially the same as the WAP-7 units, with some differences in gearing and the control software to make them suitable for freight operations. The first few were imported from ABB (6 fully assembled and 16 in kit form (7 completely knocked down, the rest partially assembled), in 1996). These are numbered 31000 to 31021.

In November 1998, CLW started producing these with indigenous components. The first one, 'Navyug' (translated, 'New Era'), was flagged off on Nov. 14. They have (like the WAP-5 units) GTO thyristor converters and 3-phase asynchronous motors.

Manufacture of the traction motors at CLW started on Jan. 11, 1999. Rated at 6125hp each, two units can haul 4500t trains on gradients of 1:60. A single unit can start a 4700t load (58 BOXN wagons) on a gradient of 1:180 (some CLW documents say 1:150), a great improvement over the WAG-5/WAG-7 locos that were restricted to hauling such loads in sections of gradients 1:200 or less (this was the primary motivation behind the induction of the 3-phase technology for freight locos). Total weight 123t. Continuous power at wheel rims 4500kW (6000hp). Starting TE 520kN; continuous TE 325kN.

They also generally have better adhesion than the WAG-5/WAG-7 locos, partly because of the computerized slip control. Rated top speed is 100km/h. Axles Co-Co. Pantograph has a double collector bar in the Adtranz-built units; the CLW-built units use a pantograph with a single collector pan, as in other AC electrics. Multiple unit operation possible; although the locomotive designs provide for several units to be MU'd together, IR restricts these to just two units being coupled at a time because of dynamic loading restrictions on most bridges.

Auxiliaries from ABB, Landert, Behr, Howden Safanco, etc. Regenerative brakes provide about 260kN of braking effort.

[7/02] So far about 49 are in service (22 imported as mentioned above, the rest from CLW). One (#31008) was damaged by fire while working a train on NR.

Manufacturers: ABB, CLW
Traction Motors: ABB's 6FRA 6068 (850kW, 2180V, 1283/2484 rpm, 270/310A. Weight 2100kg) Axle-hung, nose-suspended.
Gear Ratio: 77:15 / 64:18
Transformer: ABB's LOT 6500, 4x1450kVA.
Power Drive: Power convertor from ABB, type UW-2423-2810 with SG 3000G X H24 GTO thyristors (D 921S45 T diodes), 14 thyristors per unit (two units). Line convertor rated at 2 x 1269V @ 50Hz, with DC link voltage of 2800V. Motor/drive convertor rated at 2180V phase to phase, 971A output current per phase, motor frequency from 0 to 132Hz.
Hauling capacity: 4250t
Bogies: Co-Co, ABB bogies; bogie wheel base 1850mm + 1850mm
Wheel base: 15700mm
Axle load: 20.5t
Unsprung mass per axle: 3.984t
Length over buffers: 20562mm
Length over headstocks: 19280mm
Body width: 3152mmn
Cab length: 2434mm
Pantographs: Two Secheron ES10 1Q3-2500.
Pantograph locked down height: 4525mm
 
.
WAG–6WAG-6A.Photo by Dr.MSM Saifullah WAG-6A models are from ASEA (bodies by SGP in Austria and transported to ASEA, Västerås, Sweden on freight wagon type bogies. Trivia: The second body (26001) passed Malmö in southern Sweden on 1987-09-01). ASEA had a specially constructed piece of 1.676m Indian broad-gauge line to allow testing of the locomotives before delivery. Delivery was to Göteborg harbour on standard-gauge bogies, where they were fitted with broad-gauge bogies before they were placed on board. The first shipping was planned to begin December 1987 with another batch in January 1988, although the actual shipping dates were probably later. The WAG-6B and WAG-6C models are from Hitachi. They are all 6000hp locos with thyristor-controlled DC traction motors. Until about 1993 they were the most powerful freight locos in IR's fleet. The development of this technology (chopper control) stopped when the (better) AC motor technology was introduced in IR in the form of the WAP-5 and WAG-9 locomotives.

Six bogie-mounted separately excited DC traction motors are used, and speed control is via the manipulation of the phase angle by a thyristor converter and a separately powered field coil. Microprocessor control with ground speed detection (slip control) and creep control system to maximize adhesion. Air brakes for loco and train; dynamic brakes provided. WAG-6A and WAG-6B locos have Bo-Bo-Bo wheel arrangements, whereas the WAG-6C locos have a Co-Co arrangement. The WAG-6 series locos are the only ones with 'vestibules' to connect between MU'd locos. WAG-6A locos have half-height vestibules and WAG-6B and WAG-6C locos have full-height vestibules.

The WAG-6A body shells were built by SGP in Austria; the rest of the locos were built and the entire units assembled in Västerås, Sweden by ASEA. ASEA constructed a special length of 1.67m (BG) track for testing these before delivery. The locos were fitted with BG bogies at Göteborg harbour after being transported there on standard gauge bogies. The first WAG-6A was delivered around December 1987 and the remaining five in January 1988.

WAG-6B.Photo by Dr.MSM SaifullahAll WAG-6 locos were (are [1/04]) at Waltair (Vishakhapatnam) and have generally been used for ore freights and material trains on the Kirandul-Kottavalasa line. Until about 1999 or 2000, they were in regular service, although maintenance problems began affecting their service from about 1997. Later, repeated problems have been experienced with the unavailability of spare parts which kept them from getting needed periodic overhauls. In Oct. 2002 the WAG-6A were technically suspended from operations for POH for a while. Most of the WAG-6B and WAG-6C were also similarly suspended at different times.

However, many of them still labour on – see below. Spare parts have since been ordered for them [12/03] as special case procurement in some cases, and indigenous manufacturers have been invited to duplicate parts that are no longer available from the original manufacturers. In some cases parts are cannibalized from one loco for another. A particular electronic card for the on-board computer is said to be [1/04] in severe short supply and unavailable from ABB and Hitachi; ECIL and DRDO are attempting to duplicate them. It is alleged that these locos were procured by the Railway Ministry without consultation with RDSO, hence the problems with maintenance and spares. For political reasons, it is also considered not feasible to simply scrap these locos right away.

Status [1/04] WAG-6A locos #26000, #26001, #26002 and #26005 were in working order and used on the KK line. #26003 and #26004 were awaiting POH. WAG-6B locos #26010, #26011, #26012 and #26013 were under POH. #26010 went on a trial run to S. Kota and returned with some minor problems but will be ready to re-enter service MU'd with #26011 which is almost ready. WAG-6B locos #26014 and #26015 were waiting their turn for POH. Of the WAG-6C locos, all six (#26020 - #26025) were in regular use on the KK line; one or two of them have shown issues with wheel slip.

Status [8/05] Of 18 locomotives, 14 are said to be in service, 2 getting their POH, and 2 are out of service awaiting POH.

The WAG-6A models are said to be upgradable to 160km/h but IR never tried this out. All WAG-6 variants can be used in MU pairs but not with more than 2 locos.

Traction Motors: ASEA make (WAG-6A), L3 M 450-2. Six motors, fully suspended, force-ventilated, separately excited, 3100kg ; (WAG-6B) Hitachi HS 15556-OIR, bogie mounted, force-ventilated, compound-wound, 3200kg ; (WAG-6C) Hitachi HS 15256-UIR, axle-hung nose-suspended, force-ventilated, compound-wound, 3650kg.
Transformer: (WAG-6A) ASEA: TMZ 21, 7533kVA; (WAG-6B/C) Hitachi AFIC-MS, 6325kVA.
Thyristor controller: (WAG-6A) 24 YST 45-26P24C thyristors each with 24 YSD35-OIP26 diodes, 2x511V, 2x4500A; (WAG-6B/C) 32 CGOIDA thyristors each with 24 DSP2500A diodes. 2x720A, 850V.
Pantographs: (WAG-6A) Two Stemman BS 95; (WAG-6B/C) Two Faiveley LV2600

Comparative Specifications
 
.
Back
Top Bottom