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Automated Rail Transport System

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Page 1: Automated Rail Transport System
Page 2: Automated Rail Transport System

What is a rail transport system?

• A rail transport system (RTS) is used to load, transport and unload rails in various lengths.

• It consists of a number of load wagons and sometimes a Chute wagon.

• The main components include roller stations, clamping stations and buffer door.

Page 3: Automated Rail Transport System

Comparison

Conventional RTS Automated RTS

Rail Transport

Rail Recovery

Independent Rail Unloading

Manual operation

Automatic operation

Electrocution Prevention

Remote control

Rail guidance (Chute wagon)

Automated Rail Transport System (RTS) ticks all the boxes and has many major advantages over the conventional RTS.

Page 4: Automated Rail Transport System

On-board Crane

• Loads and unloads rails with flexible arms by pulling the rails on the rollers.

• Provides comfort and safety to the operator.

• Travels seamlessly and safely on top of the wagons.

• Picks up the rails from both ground level and top of wagons.

• Can be securely tied down to the wagons during train travel.

• Can be customised to suit different network outlines. • Is equipped with a hydraulic turn table to turn itself 180 o if desired.

Page 5: Automated Rail Transport System

Wagons

• RTS consists of 6 load wagons and 1 chute wagon. Number of wagons can be increased depending on the payload length.

• Can travel up to 110km/h.

• Can be customised to suit different track conditions, gauges and network outlines.

• Have running rails on top as well as bridging rails in between to allow on-board crane to travel on top of the wagons.

Page 6: Automated Rail Transport System

Operational control

Ground Backup Manual

Control

Ground Remote Touch Screen

On-board Remote Touch Screen

Ground Pendant Control for chute wagon

Page 7: Automated Rail Transport System

Rail Storage and Roller

• Reduce the resistance when pulling rails.

• Evenly and sufficiently spaced to provide enough support to the long lengths of rails.

• Remotely controlled from either on-board crane or ground with manual backup.

• Options of individual gate control or synchronized control (i.e. opening a whole level of gates with press of one button).

• Gate locks provides extra safety.

Page 8: Automated Rail Transport System

Rail Clamping

• Secures rails during travel.

• Remote control of the clamp gates and clamping cells.

• Remotely controlled from either on-board crane or ground with manual backup.

• Fail proof - do not require constant power source to stay clamped.

• Any intent to rail movement adds to clamping force.

• Gate locks provides extra safety.

Unique and advanced state of art rail clamping technology

Page 9: Automated Rail Transport System

Rail Guiding • Chute wagon consists of discharge arms, vertical and horizontal rollers.

• Chute wagon aims to guide the rails to eliminate unsafe rail swing.

• Guidance devices are controlled by the portable remote pendant control giving operator freedom to move around the vehicle while operating the discharge arms.

Page 10: Automated Rail Transport System

Operation Gallery

Page 11: Automated Rail Transport System

Operation Gallery (cont.)

Page 12: Automated Rail Transport System

Key Benefits • Cost Effective – minimal man power is required for the

entire job. • Efficient – quick start and finish. Eliminate repetitive

manual work during all stages. • Safe – eliminate risk of electrocution, tripping and

falling. • Secure – state of art fail-proof rail clamping system. • Multitasking – performing rail loading, transport,

discharge and recovery all with on system. • Adaptable – system is designed to work with most

extreme track conditions and different rail profiles & lengths.