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Sanding System
What Is a Sanding System?
In railway operations, maintaining wheel–rail adhesion at an optimum level is critical for both safety and performance. Sanding systems play a vital role in enhancing traction, braking efficiency, and overall operational reliability, particularly under challenging conditions such as wet, icy, or contaminated rails.
Axlebox
What is an Axlebox ?
The axleboxes are the fittings between the rotating wheelset and the semi-static bogie chassis. All forces acting between these components are transferred through springs, dampers, and guide elements.
Master Controller
What is a Master Controller?
The master controller allows precise control of the train's movement, acceleration, and braking. With this device, the driver can move or stop the rolling stock efficiently.
BO’54 Resilient Wheel
What is the BO’54 Resilient Wheel?
Resilient wheels are used effectively to enhance navigational comfort and reduce maintenance costs for rolling stocks. The Resilient wheels consist of the steel wheel center, steel tyre and rubbers that absorb shock and vibration.
Driver Foot Pedal
What is a Driver Foot Pedal ?
The Foot Pedal is a rugged switching device for footing applications. The modular design enables the switching device to be used universally.
Flange Lubrication System
What is Flange Lubrication System ?
In railway vehicles, undesirable friction (negative friction) between the rail and the wheel body is the main contributor to high maintenance costs, noise and environmental pollution, fuel consumption, and potential derailments.
Y32 Bogie Design and Manufacturing
What is a Y32 Bogie ?
The Y32 bogie is widely recognized as a standard passenger car bogie in rail systems. It is known for its robust design and reliability, which allow for easy maintenance and longevity, making it a preferred choice in the rail industry.
Driver Footrest (SAP)
What is a Driver Footrest ?
Driver footrest, it provides an ergonomic sitting opportunity for drivers, minimizing the driving fatigue coefficient. By providing the driver a steadfast position, the distance to critical control devices is reduced and thus, the response times, which are important in emergencies, are minimized and thanks to its adjustable structure, it offers the opportunity to create the most suitable driving style for each driver.
