SlideShare une entreprise Scribd logo
1  sur  28
A
PRESENTATION ON
RAILWAY WORKSHOP
JAGADHRI,
In 15th century stone slabs or wooden baulks were laid flush wit
h the road surface for carriage of heavy goods loaded on carts and drawn
by animal. These were called ‘Tram ways’. These tram ways were extensi
vely used in 16th century in means in central Europe for carriage of coal
and others minerals.
The timber baulks were replaced by iron plates to reduce wear a
nd these were called ‘plate ways’. William Jessop in of U.K. in 1789 repla
ced iron plates with cast iron beams having stone supports at end of batt
er working .
HISTORY OF RAILWAY
Carriage and Wagon Workshop,Jagadhri
Jagadhri Workshop is a Periodic Over
Hauling(POH) unit under ministry of
Railway.
Jagadhri workshop was founded in 1865
and it is one of the oldest C & W worksho
p in india.
The foundation stone of this workshop w
as laid on 8-12-1952 with bare minimum
facilities for undertaking the POH work for
3 unit of coaching stock and 9 unit of
goods stock per day
Body:
The body of the vehicle usually has a
continuous under frame for carrying
the weight of the body and the
commodities passengers. The body
comprising of the under frame,
sidewalls, and end walls and its
dimensions also the interior is
designed according to its use.
IMPORTANT SYSTEMS & COMPONENTS OF ROLLING STOCK
Coaches:
Vehicles designed for carrying
passengers are called coaches.
In addition, certain other
vehicles attached to
passenger trains are also
covered under the coaches.
COACHES:
Wagons:
Vehicles designed for carrying
various commodities are called
wagons. These may be open,
covered, flat, tank or other
types depending upon the
commodity to be transported
WAGON:
LOCOMOTIVE:
Traditionally, locomotives pulled
trains from the front.
However, push-pull operation has
become common, where the train
may have a locomotive (or
locomotives) at the front, at the
rear, or at each end
LOCOMOTIVE
Train:
Train is the group of
Vehicles and one or more
locomotives moving on
rail which needs line clear
to enter a block Section.
TRAIN:
Diesel Multiple
Unit:
This is similar to the EMU concept
except that these are powered by a
Diesel engine for operation on non-
electrified routes.
DIESEL MULTIPLE UNIT:
ELECTRIC MULTIPLE UNT:
ELECTRIC
MULTIPLE UNIT:
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.
Bogies:
Super structure of any rolling stock
normally rests on bogies through the
medium of center pivot and side
bearers on the bogie bolster; the
bolster normally is supported on the
bogie frame. This arrangement
provides independence of movement
between the super structure
BOGGIES:
Wheels:
These may be solid or fitted with
types of special heat treated steel
shrink fitted on to the vehicle. With
conical surface and negotiate the
permanent way. These carry the
way load of vehicle. These can be
either cast or forged.
WHEELS:
1.PRODUCTION DEPARTMENT
2.CLERICAL DEPARTMENT
3.TRAINING DEPARTMENT
DEPARTMENT OF RAILWAY WORKSHOP;JUDW
1. TOOL SHOP
2. MACHINE SHOP
3. WELDING SHOP
4. BLACKSMITH SHOP
5. FITTING SHOP
6. WHEEL SHOP
7. SAW MILL SHOP
8. QUALITY CIRCLE SHOP
PRODUCTION DEPARTMENT
1.TOOL
SHOP
A) LATHE MACHINE
B) SHAPER MACHINE
C) GRINDING
D) DRILING MACHINE
PRODUCTION SHOPS:
2.MACHINE
SHOP
Machine Shop:
A) MILLING MACHINE
B) PLANNER MACHINE
C) DOUBLE COLUMS PLANNER
MACHINE
3.WELDING SHOP
A) D.C ARC WELDING
MACHINE
B) CO2 WELDING MACHINE
Welding shop:
4.BLACK
SMITHY
SHOP
A) HAMMERING
MACHINE
B)FURNACES/FORGE
Blacksmithy Shop:
5.WHEEL
SHOP
A) LATHE MACHINE
B) DRILLIG MACHINE
C) BORRING MACHINE
D) WHEEL AND AXLE PRESS MACHINE
E) TURRET LATHE MACHINE
F) MILLING MACHINE
Wheel Shop:
Fitting Shop:
6.FITTING SHOP
A) MACHINE VICE
B) JIG AND FIXTURE
7.SAW
MILL SHOP
A) CUTTING PRESS
MACHINE
Saw mill Shop:
8.QUALITY
CIRCLE SHOP
A) ROCK WELL HARDNESS MACHINE
B) MICROSCOPIC MACHINE
C) COMPORATOR GAUGE
D) BRINELL HARDNESS MACHINE
E) TENSILE TESTING MACHINE
QUALITY CIRCLE SHOP:
Ultrasonic Rays:
Are those rays whose frequency range is beyond hearing range i.e. greater than 20,000 cycles p
er sec.
Principle:
This test is based on the principle of piezoelectric effect i.e. if a material is subjected to mec
hanical vibrations their will be an e.m.f. generated at both surface or vice -versa.
ULTRASONIC TEST FOR AXLE
1.VACUUME BREAK SYSTEM
2.AIR BREAK SYSTEM
BREAKING SYSTEM:
As the term indicats vacuum is the moving is the working medium. The equipment consists of a vac
uum brake cylinder with piston and brake rigging provided under each vehicle. The amount of vacu
um maintained on one side of piston in the vacuum cylinder to operate the brake System IS about th
e 29 Inch of mercury which gives an effective working pressure of about 100 Lbs per Square inch on
the piston when brake are applied. The 'vacuums, Cylinder are designed to give the required amount
of brake power at the wheel the vacuum cylinders are continuously evacuated by exhausters provid
ed the locomotive.
VACUUM BREAK SYSTEM:
In it, compressed air is used for operating the brake system. The locomotive compressor charg
es the feed pipe and the brake pipes throughout the length of the train,. The feed pipe is conne
cted to the auxiliary reservoir and the brake pipe is connected to the brake cylinder through the
distributor valve. Brake application takes place by dropping the pressure in the brake pipe
AIR BRAEK SYSTEM:
Railway new

Contenu connexe

Tendances (20)

Mining Machinery Learning Material
Mining Machinery Learning MaterialMining Machinery Learning Material
Mining Machinery Learning Material
 
About Hyperloop
About HyperloopAbout Hyperloop
About Hyperloop
 
Hyperloop
Hyperloop Hyperloop
Hyperloop
 
Hyperloop
HyperloopHyperloop
Hyperloop
 
Hyperloop new
Hyperloop new Hyperloop new
Hyperloop new
 
Vactrain an insight into Hyperloop
Vactrain an  insight into HyperloopVactrain an  insight into Hyperloop
Vactrain an insight into Hyperloop
 
Cog Rail
Cog RailCog Rail
Cog Rail
 
Hyperloop seminar reports
Hyperloop seminar reportsHyperloop seminar reports
Hyperloop seminar reports
 
CPT Report
CPT ReportCPT Report
CPT Report
 
Hyperloop
HyperloopHyperloop
Hyperloop
 
Hyperloop
HyperloopHyperloop
Hyperloop
 
406678621 hyperloop-pdf
406678621 hyperloop-pdf406678621 hyperloop-pdf
406678621 hyperloop-pdf
 
Hyperloop tansportation
Hyperloop tansportation Hyperloop tansportation
Hyperloop tansportation
 
Hyperloop To use solar-powered system
Hyperloop To use solar-powered systemHyperloop To use solar-powered system
Hyperloop To use solar-powered system
 
Coal Transportation Methods
Coal Transportation Methods Coal Transportation Methods
Coal Transportation Methods
 
Railway training
Railway trainingRailway training
Railway training
 
Hyperloop
HyperloopHyperloop
Hyperloop
 
Ship Propulsion Systems. Maximum Fuel Economy Through Simulation
Ship Propulsion Systems. Maximum Fuel Economy Through SimulationShip Propulsion Systems. Maximum Fuel Economy Through Simulation
Ship Propulsion Systems. Maximum Fuel Economy Through Simulation
 
Electric locomotive
Electric locomotiveElectric locomotive
Electric locomotive
 
Hyperloop
HyperloopHyperloop
Hyperloop
 

Similaire à Railway new

Presentation Maglev
Presentation Maglev Presentation Maglev
Presentation Maglev Navin Kumar
 
Anuvrat_REPORT AT SPRING FAILURE
Anuvrat_REPORT AT SPRING FAILUREAnuvrat_REPORT AT SPRING FAILURE
Anuvrat_REPORT AT SPRING FAILUREAnuvrat Shukla
 
Training report on railways (all workshop)
Training report on railways (all workshop)Training report on railways (all workshop)
Training report on railways (all workshop)anand prasad
 
Seminar report on Vactrain
Seminar report on VactrainSeminar report on Vactrain
Seminar report on VactrainPunit Chainwal
 
Chittaranjan locomotives works
Chittaranjan locomotives worksChittaranjan locomotives works
Chittaranjan locomotives worksKanhaiya Kumar
 
DESIGN OF MINE SHAFT ELEVATOR design guide
DESIGN OF MINE SHAFT ELEVATOR   design  guideDESIGN OF MINE SHAFT ELEVATOR   design  guide
DESIGN OF MINE SHAFT ELEVATOR design guideSuresh Ramarao
 
Transportation in underground mines
Transportation  in underground mines Transportation  in underground mines
Transportation in underground mines vanam mareswara rao
 
20011A0212.pptx
20011A0212.pptx20011A0212.pptx
20011A0212.pptxDHILDAAR
 
Railway Electrification - Traction
Railway Electrification - TractionRailway Electrification - Traction
Railway Electrification - TractionSUDIN BISWAS
 
MAGLEV TRAIN BY GIRISH HARMUKH
MAGLEV TRAIN BY GIRISH HARMUKHMAGLEV TRAIN BY GIRISH HARMUKH
MAGLEV TRAIN BY GIRISH HARMUKHGIRISH HARMUKH
 
Millau Bridge (Operations Management)
Millau Bridge (Operations Management)Millau Bridge (Operations Management)
Millau Bridge (Operations Management)Rohan Negi
 
Travelling pod in Hyperloop (RAW IDEA)
Travelling pod in Hyperloop (RAW IDEA)Travelling pod in Hyperloop (RAW IDEA)
Travelling pod in Hyperloop (RAW IDEA)SanjayMishra241
 

Similaire à Railway new (20)

Presentation Maglev
Presentation Maglev Presentation Maglev
Presentation Maglev
 
Anuvrat_REPORT AT SPRING FAILURE
Anuvrat_REPORT AT SPRING FAILUREAnuvrat_REPORT AT SPRING FAILURE
Anuvrat_REPORT AT SPRING FAILURE
 
Training report on railways (all workshop)
Training report on railways (all workshop)Training report on railways (all workshop)
Training report on railways (all workshop)
 
Seminar report on Vactrain
Seminar report on VactrainSeminar report on Vactrain
Seminar report on Vactrain
 
BR Class 70
BR Class 70BR Class 70
BR Class 70
 
Electric traction
Electric tractionElectric traction
Electric traction
 
Chittaranjan locomotives works
Chittaranjan locomotives worksChittaranjan locomotives works
Chittaranjan locomotives works
 
DESIGN OF MINE SHAFT ELEVATOR design guide
DESIGN OF MINE SHAFT ELEVATOR   design  guideDESIGN OF MINE SHAFT ELEVATOR   design  guide
DESIGN OF MINE SHAFT ELEVATOR design guide
 
hyper loop
hyper loophyper loop
hyper loop
 
Transportation in underground mines
Transportation  in underground mines Transportation  in underground mines
Transportation in underground mines
 
20011A0212.pptx
20011A0212.pptx20011A0212.pptx
20011A0212.pptx
 
Hyperloop
HyperloopHyperloop
Hyperloop
 
Maglev
MaglevMaglev
Maglev
 
Sanchit
SanchitSanchit
Sanchit
 
Railway Electrification - Traction
Railway Electrification - TractionRailway Electrification - Traction
Railway Electrification - Traction
 
MAGLEV TRAIN BY GIRISH HARMUKH
MAGLEV TRAIN BY GIRISH HARMUKHMAGLEV TRAIN BY GIRISH HARMUKH
MAGLEV TRAIN BY GIRISH HARMUKH
 
Millau Bridge (Operations Management)
Millau Bridge (Operations Management)Millau Bridge (Operations Management)
Millau Bridge (Operations Management)
 
Railway engineering part1
Railway engineering part1Railway engineering part1
Railway engineering part1
 
Travelling pod in Hyperloop (RAW IDEA)
Travelling pod in Hyperloop (RAW IDEA)Travelling pod in Hyperloop (RAW IDEA)
Travelling pod in Hyperloop (RAW IDEA)
 
Traction motor
Traction motorTraction motor
Traction motor
 

Dernier

Novel 3D-Printed Soft Linear and Bending Actuators
Novel 3D-Printed Soft Linear and Bending ActuatorsNovel 3D-Printed Soft Linear and Bending Actuators
Novel 3D-Printed Soft Linear and Bending ActuatorsResearcher Researcher
 
CME 397 - SURFACE ENGINEERING - UNIT 1 FULL NOTES
CME 397 - SURFACE ENGINEERING - UNIT 1 FULL NOTESCME 397 - SURFACE ENGINEERING - UNIT 1 FULL NOTES
CME 397 - SURFACE ENGINEERING - UNIT 1 FULL NOTESkarthi keyan
 
Main Memory Management in Operating System
Main Memory Management in Operating SystemMain Memory Management in Operating System
Main Memory Management in Operating SystemRashmi Bhat
 
Prach: A Feature-Rich Platform Empowering the Autism Community
Prach: A Feature-Rich Platform Empowering the Autism CommunityPrach: A Feature-Rich Platform Empowering the Autism Community
Prach: A Feature-Rich Platform Empowering the Autism Communityprachaibot
 
Ch10-Global Supply Chain - Cadena de Suministro.pdf
Ch10-Global Supply Chain - Cadena de Suministro.pdfCh10-Global Supply Chain - Cadena de Suministro.pdf
Ch10-Global Supply Chain - Cadena de Suministro.pdfChristianCDAM
 
Research Methodology for Engineering pdf
Research Methodology for Engineering pdfResearch Methodology for Engineering pdf
Research Methodology for Engineering pdfCaalaaAbdulkerim
 
Gravity concentration_MI20612MI_________
Gravity concentration_MI20612MI_________Gravity concentration_MI20612MI_________
Gravity concentration_MI20612MI_________Romil Mishra
 
Comprehensive energy systems.pdf Comprehensive energy systems.pdf
Comprehensive energy systems.pdf Comprehensive energy systems.pdfComprehensive energy systems.pdf Comprehensive energy systems.pdf
Comprehensive energy systems.pdf Comprehensive energy systems.pdfalene1
 
US Department of Education FAFSA Week of Action
US Department of Education FAFSA Week of ActionUS Department of Education FAFSA Week of Action
US Department of Education FAFSA Week of ActionMebane Rash
 
Katarzyna Lipka-Sidor - BIM School Course
Katarzyna Lipka-Sidor - BIM School CourseKatarzyna Lipka-Sidor - BIM School Course
Katarzyna Lipka-Sidor - BIM School Coursebim.edu.pl
 
FUNCTIONAL AND NON FUNCTIONAL REQUIREMENT
FUNCTIONAL AND NON FUNCTIONAL REQUIREMENTFUNCTIONAL AND NON FUNCTIONAL REQUIREMENT
FUNCTIONAL AND NON FUNCTIONAL REQUIREMENTSneha Padhiar
 
List of Accredited Concrete Batching Plant.pdf
List of Accredited Concrete Batching Plant.pdfList of Accredited Concrete Batching Plant.pdf
List of Accredited Concrete Batching Plant.pdfisabel213075
 
Stork Webinar | APM Transformational planning, Tool Selection & Performance T...
Stork Webinar | APM Transformational planning, Tool Selection & Performance T...Stork Webinar | APM Transformational planning, Tool Selection & Performance T...
Stork Webinar | APM Transformational planning, Tool Selection & Performance T...Stork
 
Earthing details of Electrical Substation
Earthing details of Electrical SubstationEarthing details of Electrical Substation
Earthing details of Electrical Substationstephanwindworld
 
Energy Awareness training ppt for manufacturing process.pptx
Energy Awareness training ppt for manufacturing process.pptxEnergy Awareness training ppt for manufacturing process.pptx
Energy Awareness training ppt for manufacturing process.pptxsiddharthjain2303
 
Computer Graphics Introduction, Open GL, Line and Circle drawing algorithm
Computer Graphics Introduction, Open GL, Line and Circle drawing algorithmComputer Graphics Introduction, Open GL, Line and Circle drawing algorithm
Computer Graphics Introduction, Open GL, Line and Circle drawing algorithmDeepika Walanjkar
 
System Simulation and Modelling with types and Event Scheduling
System Simulation and Modelling with types and Event SchedulingSystem Simulation and Modelling with types and Event Scheduling
System Simulation and Modelling with types and Event SchedulingBootNeck1
 
Input Output Management in Operating System
Input Output Management in Operating SystemInput Output Management in Operating System
Input Output Management in Operating SystemRashmi Bhat
 
OOP concepts -in-Python programming language
OOP concepts -in-Python programming languageOOP concepts -in-Python programming language
OOP concepts -in-Python programming languageSmritiSharma901052
 

Dernier (20)

Novel 3D-Printed Soft Linear and Bending Actuators
Novel 3D-Printed Soft Linear and Bending ActuatorsNovel 3D-Printed Soft Linear and Bending Actuators
Novel 3D-Printed Soft Linear and Bending Actuators
 
CME 397 - SURFACE ENGINEERING - UNIT 1 FULL NOTES
CME 397 - SURFACE ENGINEERING - UNIT 1 FULL NOTESCME 397 - SURFACE ENGINEERING - UNIT 1 FULL NOTES
CME 397 - SURFACE ENGINEERING - UNIT 1 FULL NOTES
 
Main Memory Management in Operating System
Main Memory Management in Operating SystemMain Memory Management in Operating System
Main Memory Management in Operating System
 
Prach: A Feature-Rich Platform Empowering the Autism Community
Prach: A Feature-Rich Platform Empowering the Autism CommunityPrach: A Feature-Rich Platform Empowering the Autism Community
Prach: A Feature-Rich Platform Empowering the Autism Community
 
Ch10-Global Supply Chain - Cadena de Suministro.pdf
Ch10-Global Supply Chain - Cadena de Suministro.pdfCh10-Global Supply Chain - Cadena de Suministro.pdf
Ch10-Global Supply Chain - Cadena de Suministro.pdf
 
Research Methodology for Engineering pdf
Research Methodology for Engineering pdfResearch Methodology for Engineering pdf
Research Methodology for Engineering pdf
 
Gravity concentration_MI20612MI_________
Gravity concentration_MI20612MI_________Gravity concentration_MI20612MI_________
Gravity concentration_MI20612MI_________
 
Comprehensive energy systems.pdf Comprehensive energy systems.pdf
Comprehensive energy systems.pdf Comprehensive energy systems.pdfComprehensive energy systems.pdf Comprehensive energy systems.pdf
Comprehensive energy systems.pdf Comprehensive energy systems.pdf
 
US Department of Education FAFSA Week of Action
US Department of Education FAFSA Week of ActionUS Department of Education FAFSA Week of Action
US Department of Education FAFSA Week of Action
 
Katarzyna Lipka-Sidor - BIM School Course
Katarzyna Lipka-Sidor - BIM School CourseKatarzyna Lipka-Sidor - BIM School Course
Katarzyna Lipka-Sidor - BIM School Course
 
FUNCTIONAL AND NON FUNCTIONAL REQUIREMENT
FUNCTIONAL AND NON FUNCTIONAL REQUIREMENTFUNCTIONAL AND NON FUNCTIONAL REQUIREMENT
FUNCTIONAL AND NON FUNCTIONAL REQUIREMENT
 
List of Accredited Concrete Batching Plant.pdf
List of Accredited Concrete Batching Plant.pdfList of Accredited Concrete Batching Plant.pdf
List of Accredited Concrete Batching Plant.pdf
 
Stork Webinar | APM Transformational planning, Tool Selection & Performance T...
Stork Webinar | APM Transformational planning, Tool Selection & Performance T...Stork Webinar | APM Transformational planning, Tool Selection & Performance T...
Stork Webinar | APM Transformational planning, Tool Selection & Performance T...
 
Earthing details of Electrical Substation
Earthing details of Electrical SubstationEarthing details of Electrical Substation
Earthing details of Electrical Substation
 
Energy Awareness training ppt for manufacturing process.pptx
Energy Awareness training ppt for manufacturing process.pptxEnergy Awareness training ppt for manufacturing process.pptx
Energy Awareness training ppt for manufacturing process.pptx
 
Designing pile caps according to ACI 318-19.pptx
Designing pile caps according to ACI 318-19.pptxDesigning pile caps according to ACI 318-19.pptx
Designing pile caps according to ACI 318-19.pptx
 
Computer Graphics Introduction, Open GL, Line and Circle drawing algorithm
Computer Graphics Introduction, Open GL, Line and Circle drawing algorithmComputer Graphics Introduction, Open GL, Line and Circle drawing algorithm
Computer Graphics Introduction, Open GL, Line and Circle drawing algorithm
 
System Simulation and Modelling with types and Event Scheduling
System Simulation and Modelling with types and Event SchedulingSystem Simulation and Modelling with types and Event Scheduling
System Simulation and Modelling with types and Event Scheduling
 
Input Output Management in Operating System
Input Output Management in Operating SystemInput Output Management in Operating System
Input Output Management in Operating System
 
OOP concepts -in-Python programming language
OOP concepts -in-Python programming languageOOP concepts -in-Python programming language
OOP concepts -in-Python programming language
 

Railway new

  • 2.
  • 3. In 15th century stone slabs or wooden baulks were laid flush wit h the road surface for carriage of heavy goods loaded on carts and drawn by animal. These were called ‘Tram ways’. These tram ways were extensi vely used in 16th century in means in central Europe for carriage of coal and others minerals. The timber baulks were replaced by iron plates to reduce wear a nd these were called ‘plate ways’. William Jessop in of U.K. in 1789 repla ced iron plates with cast iron beams having stone supports at end of batt er working . HISTORY OF RAILWAY
  • 4. Carriage and Wagon Workshop,Jagadhri Jagadhri Workshop is a Periodic Over Hauling(POH) unit under ministry of Railway. Jagadhri workshop was founded in 1865 and it is one of the oldest C & W worksho p in india. The foundation stone of this workshop w as laid on 8-12-1952 with bare minimum facilities for undertaking the POH work for 3 unit of coaching stock and 9 unit of goods stock per day
  • 5. Body: The body of the vehicle usually has a continuous under frame for carrying the weight of the body and the commodities passengers. The body comprising of the under frame, sidewalls, and end walls and its dimensions also the interior is designed according to its use. IMPORTANT SYSTEMS & COMPONENTS OF ROLLING STOCK
  • 6. Coaches: Vehicles designed for carrying passengers are called coaches. In addition, certain other vehicles attached to passenger trains are also covered under the coaches. COACHES:
  • 7. Wagons: Vehicles designed for carrying various commodities are called wagons. These may be open, covered, flat, tank or other types depending upon the commodity to be transported WAGON:
  • 8. LOCOMOTIVE: Traditionally, locomotives pulled trains from the front. However, push-pull operation has become common, where the train may have a locomotive (or locomotives) at the front, at the rear, or at each end LOCOMOTIVE
  • 9. Train: Train is the group of Vehicles and one or more locomotives moving on rail which needs line clear to enter a block Section. TRAIN:
  • 10. Diesel Multiple Unit: This is similar to the EMU concept except that these are powered by a Diesel engine for operation on non- electrified routes. DIESEL MULTIPLE UNIT:
  • 11. ELECTRIC MULTIPLE UNT: ELECTRIC MULTIPLE UNIT: 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.
  • 12. Bogies: Super structure of any rolling stock normally rests on bogies through the medium of center pivot and side bearers on the bogie bolster; the bolster normally is supported on the bogie frame. This arrangement provides independence of movement between the super structure BOGGIES:
  • 13. Wheels: These may be solid or fitted with types of special heat treated steel shrink fitted on to the vehicle. With conical surface and negotiate the permanent way. These carry the way load of vehicle. These can be either cast or forged. WHEELS:
  • 14. 1.PRODUCTION DEPARTMENT 2.CLERICAL DEPARTMENT 3.TRAINING DEPARTMENT DEPARTMENT OF RAILWAY WORKSHOP;JUDW
  • 15. 1. TOOL SHOP 2. MACHINE SHOP 3. WELDING SHOP 4. BLACKSMITH SHOP 5. FITTING SHOP 6. WHEEL SHOP 7. SAW MILL SHOP 8. QUALITY CIRCLE SHOP PRODUCTION DEPARTMENT
  • 16. 1.TOOL SHOP A) LATHE MACHINE B) SHAPER MACHINE C) GRINDING D) DRILING MACHINE PRODUCTION SHOPS:
  • 17. 2.MACHINE SHOP Machine Shop: A) MILLING MACHINE B) PLANNER MACHINE C) DOUBLE COLUMS PLANNER MACHINE
  • 18. 3.WELDING SHOP A) D.C ARC WELDING MACHINE B) CO2 WELDING MACHINE Welding shop:
  • 20. 5.WHEEL SHOP A) LATHE MACHINE B) DRILLIG MACHINE C) BORRING MACHINE D) WHEEL AND AXLE PRESS MACHINE E) TURRET LATHE MACHINE F) MILLING MACHINE Wheel Shop:
  • 21. Fitting Shop: 6.FITTING SHOP A) MACHINE VICE B) JIG AND FIXTURE
  • 22. 7.SAW MILL SHOP A) CUTTING PRESS MACHINE Saw mill Shop:
  • 23. 8.QUALITY CIRCLE SHOP A) ROCK WELL HARDNESS MACHINE B) MICROSCOPIC MACHINE C) COMPORATOR GAUGE D) BRINELL HARDNESS MACHINE E) TENSILE TESTING MACHINE QUALITY CIRCLE SHOP:
  • 24. Ultrasonic Rays: Are those rays whose frequency range is beyond hearing range i.e. greater than 20,000 cycles p er sec. Principle: This test is based on the principle of piezoelectric effect i.e. if a material is subjected to mec hanical vibrations their will be an e.m.f. generated at both surface or vice -versa. ULTRASONIC TEST FOR AXLE
  • 25. 1.VACUUME BREAK SYSTEM 2.AIR BREAK SYSTEM BREAKING SYSTEM:
  • 26. As the term indicats vacuum is the moving is the working medium. The equipment consists of a vac uum brake cylinder with piston and brake rigging provided under each vehicle. The amount of vacu um maintained on one side of piston in the vacuum cylinder to operate the brake System IS about th e 29 Inch of mercury which gives an effective working pressure of about 100 Lbs per Square inch on the piston when brake are applied. The 'vacuums, Cylinder are designed to give the required amount of brake power at the wheel the vacuum cylinders are continuously evacuated by exhausters provid ed the locomotive. VACUUM BREAK SYSTEM:
  • 27. In it, compressed air is used for operating the brake system. The locomotive compressor charg es the feed pipe and the brake pipes throughout the length of the train,. The feed pipe is conne cted to the auxiliary reservoir and the brake pipe is connected to the brake cylinder through the distributor valve. Brake application takes place by dropping the pressure in the brake pipe AIR BRAEK SYSTEM: