Travel Tip
 Conf TL
 RF Club
 FM Alert
 FM Approval
Search Trains

Train Details
In-Coach Catering/Pantry Car
Rake Reversal at Any Stn
With RSA
# Halts: to 
Trvl Time: to  (in hrs)
Distance: to  (in kms)
Speed: to  (in km/h)

Departure Details
Include nearby Stations:      ONLY this Station:
Dep Between:    
Dep PF#:
Rake Reversal at Dep Stn

Arrival Details
Include nearby Stations:      ONLY this Station:
Arr Days:
Arr Between:    
Arr PF#:
Rake Reversal at Arr Stn

4-month Availability Calendar

WAP-7 - दिल तुझपे कुर्बान

Full Site Search
  Full Site Search  
Mon Jun 1 17:15:46 IST
Advanced Search
Page#    1636 FAQs  next>>
Apr 30 (17:40)

Entry# 2239     
✌️🌟Kanpur Central🌟✌️^~
What are the Major Differences Between WDG4G and WDG6G Locomotives?

Apr 19 (14:33)
Blog Post# 4613360-47     
꧁« प्रभात शरण ✰ Usha™»꧂^~   Added by: ✌️🌟Kanpur Central🌟✌️^~  Apr 30 (17:40)
*Major Diffrence in WDG4G & WDG6G*
of twin cab enables clear visibility for crew in WDG4G.
🔸️ Single Cab in WDG6G.
🔸️The WDG4G locomotive is fitted with 12 cylinder diesel engine model General Electric Evolution Series V-12 (GEVO 12), type V12, 4-stroke, fully turbocharged & intercooler with AC-AC transmission and six AC Traction Motors have been provided.
🔸️The WDG 6G locomotive is fitted with 16 cylinder diesel engine model General Electric Evolution Series V-16 (AGE 16, type V-16. 4 stroke, fully turbocharged Intercooler with AC AC transmission and six AC Traction Motors have been provided.
🔸️The nominal axle load of WDG4G locomotive is 22.00 t.
🔸️The nominal axle laad of WDG6G locomotive is 23.00 t.
4️⃣ Maximim Tractive Effort
🔸️ WDG4G :- 544 KN
🔸️WDG6G :- 58.1 t
5️⃣ Maximim Breaking Effort
🔸️WDG4G :- 270 KN
🔸️WDG6G :- 29.15 t
Apr 30 (17:36)

Entry# 2238     
✌️🌟Kanpur Central🌟✌️^~
What is Diesel Locomotive Class - WDG 6G?

★★★  Info Update
Apr 19 (09:10)
Blog Post# 4613360-0     
꧁« प्रभात शरण ✰ Usha™»꧂^~   Added by: ✌️🌟Kanpur Central🌟✌️^~  Apr 30 (17:36)
The WDG-6G Diesel Locomotive is based on GE’s evolution series and is fitted with a V16 evolution series engine, a four-stroke fully turbocharged and intercooled machine pushing out 6000 HP, which will make it the most powerful locomotive in the Indian Railways' line-up 
The most important one - A V16 four-stroke fully turbocharged and intercooled evolution series engine putting out 6000 HP. 
WDG-6G Diesel Locomotive also marks a new high in features related to the driver’s cab. The enhanced operator and cab amenities include provision of heating, ventilating and air-conditioning, hot plate, heated wind shields and display screens for the use of the loco drivers.
Safety standards of the loco also get to the next level with the cab frontal collision system designed to withstand tough crash worthiness norms. Packaging of electrical hardware and equipment has been optimally done to enable easy maintenance. The lightweight bogie frame also needs minimal maintenance, the press release said.
click here
🔹️Air Conditioned Singal Cab
🔹️The locomotive has been provided with Co-Co bogies.
🔹️The locomotive is fitted with 16 cylinder diesel engine model General Electric Evolution Series V-16 (AGE 16, type V-16. 4 stroke, fully turbocharged Intercooler with AC AC transmission and six AC Traction Motors have been provided.
🔹️The nominal axle laad af locomotive is 23.00 t
🔹️Compact modular microprocessor controlled air brake system with advance feature has been provided on WDOGG loco.
🔹️Parking brakes have been provided.
🔹️Dynamic brake has been provided in WDG6CH locomotive.
🔹️Flasher light has been provided in the locomotive
🔹️Wheel Diameter:
#) New: 1092mm
h) Condemned: 1016m .
🔹️Tractive effort limiting witch has been provided in the driver cabs of the locomotive and may be operated by the crew wherever required
*Location :- #KhagariaJn. Fright Terminal.
Dated :- 08.03.2020.

Apr 19 (09:12)
Blog Post# 4613360-1     
꧁« प्रभात शरण ✰ Usha™»꧂^~   Added by: ✌️🌟Kanpur Central🌟✌️^~  Apr 30 (17:36)
WDG6G Features in RDSO Document.
PDF Link :- click here
Apr 18 (18:06)

Entry# 2237     
Bankura Railfan^~
A short history of south eastern railways

General Travel
Apr 18 (12:06)
Blog Post# 4613003-0     
Bankura Railfan^~   Added by: Bankura Railfan^~  Apr 18 (18:06)
A short history of south eastern railways
The South Eastern Railway, formed after re-organization of the indian Railways on 1st August, 1955, was the successor of famous Bengal-Nagpur Railway (BNR) established in 1887. The South Eastern Railway trifurcated into three Zonal Railways w.e.f. 1st April’2003 – East Coast Railway, East Central Railway and South Eastern Railway. SER is headquartered at Garden Reach, Kolkata.
the rich legacy of erstwhile Bengal-Nagpur Railway, South Eastern Railway in its physical spread occupies only 4% of total route kilometers; it generates nearly 14% originating freight loading of Indian Railways. This Railway is famous for Iron Ore loading. After trifurcation, South Eastern Railway gradually improved the loading from the finacial year 2003-04, 69.15 MT to 2009-10, 125.91 MT. In the finanacial year 2010-11this railway failed to achieve the target due to sharp drop of Iron Ore demand and ultimately loaded 123.12 MT.
The South Eastern Railway (SER) is one of the sixteen railway zones in India. It is headquartered at Garden Reach, Kolkata. It comprises of four divisions:
1:Adra Division
2:Chakradharpur Division
3:Kharagpur Division
4:Ranchi Division
Source : click here
Apr 18 (17:00)
Train Classes

Entry# 2236     
Bankura Railfan^~
What is Electric multiple unit ( EMU ) ?

General Travel
Apr 17 (17:59)
Blog Post# 4612653-0     
Bankura Railfan^~   Added by: Bankura Railfan^~  Apr 18 (17:00)
What is Electric multiple unit ( EMU ) ?
An electric multiple unit or EMU is a multiple-unit train consisting of self-propelled carriages using electricity as the motive power. An EMU requires no separate locomotive, as electric traction motors are incorporated within one or a number of the carriages. An EMU is usually formed of two or more semi-permanently coupled carriages, but electrically powered single-unit railcars are also generally classed as EMUs. The great majority of EMUs are passenger trains, but versions also exist for carrying parcels and mail.
are popular on commuter and suburban rail networks around the world due to their fast acceleration and pollution-free operation.Being quieter than diesel multiple units (DMUs) and locomotive-hauled trains, EMUs can operate later at night and more frequently without disturbing nearby residents. In addition, tunnel design for EMU trains is simpler as no provision is needed for exhausting fumes, although retrofitting existing limited-clearance tunnels to accommodate the extra equipment needed to transmit electric power to the train can be difficult . click here
Classification of Railway Stations

★★  Info Update
Apr 17 (18:59)
Blog Post# 4612693-0     
꧁« प्रभात शरण ✰ Usha™»꧂^~   Added by: ✌️🌟Kanpur Central🌟✌️^~  Apr 17 (22:37)
*Classification of Railway Stations*
Source :- click here
A Class, B Class, C Class, D Class or Non Block Station, Halt, Flag, Crossing Station, Junction, Terminal
stations can broadly be sorted into various classes on the basis of two main considerations. 1.Operational considerations 2.Functional considerations.
1️⃣ Operational considerations

As per the general and subsidiary rules of Indian Railways stations are classified as block stations and non-block stations. Block stations are further classified as A class, B class, and C class stations. Non-block stations are classified as D class or flag stations.
🅰️ Block Stations

A block station is a station at which the driver has to obtain an 'authority to proceed' in order to enter the next block section. In a railway system that is inclusive of block stations, the entire railway line is divided into convenient block sections of 5 to 10 km and a block station is provided at the end of each block. This system ensures that a suitable 'space interval' is provided between running trains so that there are no collisions and accidents. There are three types of block stations.
▶️ A class station

A class stations are normally provided on double-line sections. At such stations a 'line clear' signal cannot be granted at the rear of a station unless the line on which a train is to be received is clear and the facing points set and locked. No shunting can be done after line clear has been granted.

A class stations are suitable for sections where traffic passes rapidly. It is essential for the driver of the train to have an advance knowledge of the layout of the block station. The typical layout of an A class station with two-aspect signalling.( fig 26.1/ Pic 2)
The signals required at an A class station are as follows.

Warner A warner signal is placed at a warning distance from the home signal, the main function of which is to indicate whether the section beyond is clear or otherwise.

Home A home signal, which is the first stop signal.

Starter A starter signal is placed at an adequate distance from the home signal and marks the point up to which the line should be clear so that the train can be given permission to approach.

Advance starter This signal is optional and is provided to allow the drivers to further increase the speed of the trains.


(a) More economical vis-�-vis B class stations because of the use of fewer signals.

(b) Ensures the safety of the train because of the provision a warner signal ahead of a home signal.

(c) Trains normally stop within the station limits.


(a) No shunting is possible once line clear has been granted.

(b) Another clear disadvantage of A class stations, is that a line at the station has to be kept clear up to the starter signal once the line clear signal has been given, and as such the flexibility of working and shunting is restricted.
▶️ B class station

This is the most common type of station and is provided on single-line as well as double-line sections. At a B class station (fig 26.2/ Pic3) , the line has to be clear up to an adequate distance beyond the outer signal before 'permission to approach' can be given to a train. The minimum signals required at a B class station are as follows.
Outer An outer signal, which is the first stop signal. The outer signal can also be below the warner also.

Home A home signal, which protects the facing point and is placed at an adequate distance from the outer signal.

Starter A starter signal is also provided on a double-line section.

The B class station is the most common station in use on Indian Railways because it offers greater flexibility of working. By providing a warner on the outer arm post, this station can also cater to fast traffic while permitting shunting of vehicles even when a clear signal has been given.
▶️ C class station

The C class station (fig26.3/ Pic 4) is only a block hut where no booking of passengers is done. It is basically provided to split a long block section so that the interval between successive trains is reduced. No train normally stops at these stations. The minimum signals required are as follows.
Warner A warner signal placed at an adequate warning distance from the home signal to indicate whether the section ahead is clear or not.

Home A home signal, which is the first stop signal.

The advantage of a C class station is that it ensures the faster movement of trains and increases line capacity. The disadvantage, however, is that no shunting is possible and trains cannot stop at these stations.
🅱️ Non-block Stations or D Class Stations

D class or non-block stations are located between two block stations and do not form the boundary of any block section. No signals are provided at D class stations.

A D class station that serves an outlying siding is called a DK station. At such a station, the siding takes off through a crossover, which can be operated only with the help of a key, which in turn is released with the help of a ball token. A D class station that serves no siding is called a flag station.

Apr 17 (19:40)
Blog Post# 4612693-2     
꧁« प्रभात शरण ✰ Usha™»꧂^~   Added by: ✌️🌟Kanpur Central🌟✌️^~  Apr 17 (22:37)
2️⃣ Functional considerations

Stations are classified based on the functions they are required to perform. Under this category, stations are classified as halt stations, flag stations, crossing stations or wayside stations, junction stations, and terminal stations.
following factors are taken into consideration when classifying a railway station.

(a) Least expenditure with regard to the provision of the least number of signals

(b) Flexibility in shunting operations

(c) Increasing the line capacity

(d) Faster movement of trains
Functional Classification of Stations

The layout of stations varies in size and importance according to the type and volume of traffic handled and according to their locations with respect to cities or industrial areas. Broadly speaking, the layouts required for passenger stations and their yards can be divided into the following categories for the purpose of study.
(a) Halts

(b) Flag stations

(c) Roadside or crossing stations

(d) Junction stations

(e) Terminal stations
▶️ Halt

A halt (Fig. 26.4) is the simplest station where trains can stop on a railway line. A halt usually has only a rail level platform with a name board at either end. Sometimes a small waiting shed is also provided, which also serves as a booking office. There is no yard or station building or staff provided for such types of stations. Some selected trains are allotted a stoppage line of a minute or two at such stations to enable passengers to entrain or detrain. The booking of passengers is done by travelling ticket examiners or booking clerks. A notable example of the halt is a Gurhmukteshwar bridge halt, which is situated on the bank or river Ganga.
▶️ Flag station

A flag station (Fig. 26.5) is more important as a stop-over for trains than a halt and is provided with a station building and staff. On controlled sections, a flag station is equipped with either a Morse telegraph or a control phone, which is connected to one of the stations on either side to facilitate easy communication. A flag station is usually provided with a small waiting hall and booking office, platforms and benches, and arrangements for drinking water. Sometimes a flag station is also provided with a siding for stabling wagons booked for that station.
▶️ Wayside or crossing station

After a flag station comes the wayside or crossing station. While a flag station has arrangements for dealing with traffic but none for controlling the movement of the trains, a crossing station has arrangements for controlling the movement of trains on block sections. The idea of a crossing station was initially conceived for single-line sections, to facilitate the crossing of trains going in opposite directions so that there may be a more rapid movement of trains.
Crossing stations may be further classified as (a) Roadside small- and medium-sized stations and (b) Major stations. Some of the important tasks dealt with these stations are the following.

*Operating work :- The main operations performed at these stations include attending to the passing and crossing of trains, giving precedence to important trains, and other miscellaneous works done for stopping passenger trains. Slow passenger trains mostly stop at small stations whereas mail and express trains stop at major stations.

*Goods traffic :- These stations mostly deal with parcel traffic only. Piecemeal wagon load goods traffic is now being accepted on roadside stations as per the new policy of the Railway Ministry with effect from December 1994.

*Operation of points and signals :- The operation of points and signals is controlled either by a central cabin or two cabins at either end of the station.

*Reception and dispatch of trains :- The reception and dispatch as well as shunting of trains is handled as per the instructions laid down in the 'station working order'. Block instruments are provided either in the station master's office or in the cabin, but the entire responsibility of carrying out these operations lies with the station master.

*Station master's duty for run-through trains :- When a train runs through the station, the station master should stand opposite his office in proper uniform and exchange 'all right' signals with the driver and guard of the train. He should watch the running train carefully and if there are any unusual occurrences such as the incidence of a hot box, he should instruct the station officials in advance to stop and examine the train.
🔹️ Wayside or crossing station on a single-line section*
Increasing traffic on a single-line section necessitates the construction of a three-line station, which provides an additional line as well as more facilities for passing traffic. A typical layout of a three line station providing one additional line and simultaneous reception facilities is given in Fig. 26.6. It may be possible to improve the facilities further by introducing an additional line to deal with goods traffic.

The following are some of the important features of this track layout.

(a) It is a three-line station and provides facilities for the simultaneous reception of trains from both sides because of the proximity of sand humps in each direction.

(b) There are two platforms, namely, an island platform and a platform near the station building. The island platform can deal with two stopping trains simultaneously. Also, if a goods train has to be stopped at an island station, it can be accommodated on the loop line of the platform, thus keeping the main line free for run-through traffic. Important trains can be made to halt on the platform near the station building.

(c) There is a dead end siding at either end of the station to accommodate wagons that are marked sick.

(d) The foot over bridge (FOB) helps the passengers to reach the island platform from the station building and vice versa.
🔹️Double-line crossing station with an extra loop :-
In the case of a double-line section, which consists of separate up and down lines to deal with traffic moving in either direction, the layout of a station yard is somewhat different.

Figure 26.7 shows a double-line station with three lines receiving, with one common loop for trains coming from both sides. Some of the important features of this layout are as follows.

(a) This is a wayside station for a double-line section with almost minimum facilities.

(b) In addition to two main lines an up line and a down line, there is a common loop that can receive trains from either direction. There is a total of three lines only.

(c) It consists of two platforms, one an island platform and the other a platform beside the station building.

(d) There is a foot over bridge to connect the station building to the island platform and back.

(e) There are emergency crossovers provided on either side of the station so that it can be converted into a single-line station in the case of an emergency.
🔹️ Double-line crossing station with four lines
The more common layout of a station yard on a double-line section has four lines station as shown in Fig. 26.8. The important features of this layout are as follows.

(a) This is a four-line station, where, apart from two up and down main lines, there are two extra loops. These loops are directional loops, i.e., one is known as a down loop as it is meant for down trains while the other is an up loop and is meant for up trains.

(b) There are two platforms provided with connection loops. One of these platforms can also be an island platform.

(c) There is provision of a foot over bridge to connect the two platforms.

(d) Two emergency crossovers are provided on either side of the station so that is can be converted into a single-line station in the case of an emergency.
▶️ Junction stations

A junction station is the meeting point of three or more lines emerging from different directions. Normally at junctions, trains arrive on branch lines and return to the same station from where they started or proceed to other stations from where they again return to their originating stations.

The typical layout of a junction station with a single main line and a single branch line is shown in Fig. 26.9. The important features of junction stations are as follows.

(a) There are two platforms-one is the main line platform and the other is an island platform. In case the timings of two trains match, both the trains can be received and made to wait on either side of the island platform. This helps in the easy trans-shipment of passengers and luggage. Also, main line as well as branch line trains can be received on the main platform.

(b) A foot over bridge is provided for passengers to move between the station platform and the island platform.

(c) It is provided with a small goods siding and a goods platform to deal with goods traffic.

(d) A turntable is provided for reversing the direction of an engine, if required.

(e) The emergency crossover on provided either side of the station helps in switching to a single-line set-up in the case of an emergency.

A few examples of junction stations are the Ghaziabad, Allahabad, Itarsi, Nagpur, and Jabalpur junctions. The typical layout of a junction station on a double-line section with one or two branch lines coming in from one or two different directions is shown in Fig. 26.10. The most important feature of this layout is that such a station receives traffic from four different directions, i.e., up main line, down main
line, branch line 1, and branch line 2. Most of the facilities provided at this station are almost the same as described for the layout shown in Fig. 26.9.
▶️ Terminal station

The station at which a railway line or one of its branches terminates is known as a terminal station or a terminal junction (Fig. 26.11). The reception line terminates in a dead end and there is provision for the engine of an incoming train to turn around and move from the front to the rear of the train at such a station. In addition, a terminal station may need to be equipped with facilities for watering, cleaning, coaling, fuelling, and stabling the engines; storing, inspecting, washing and charging the carriages; and such other works.
On unimportant branch lines, the terminal station will have only one platform, but there are big terminal stations such as the Howrah and Mumbai stations, which are provided with elaborate facilities. The general layout of a big terminal station is shown in Fig. 26.12.

It may be noticed that access from one platform to another is via a concourse and that there are no overbridges provided for this purpose.
Page#    1636 FAQs  next>>

Scroll to Top
Scroll to Bottom
Go to Mobile site
Important Note: This website NEVER solicits for Money or Donations. Please beware of anyone requesting/demanding money on behalf of IRI. Thanks.
Disclaimer: This website has NO affiliation with the Government-run site of Indian Railways. This site does NOT claim 100% accuracy of fast-changing Rail Information. YOU are responsible for independently confirming the validity of information through other sources.
India Rail Info Privacy Policy