WATERTOWN — A city business will be riding in the forefront of the anticipated growth of the passenger rail system industry in the coming years because of its technological advancement regarding brakes.

Watertown-based New York Air Brake along with its sister company, Westminster, Md.-based Knorr Brake Company, have developed the EE-26™ brake system, engineered for safety, performance, its “uptime” and lower cost of ownership.

“It’s a bridge to the future of passenger car brake control,” Michael Gibbs, KBC’s deputy director of sales said in a news release. “North America passenger railcars have been equipped with the same conventional pneumatic brake control for decades. Now, with the adoption of electropneumatic control technology significantly increasing in North America, we’ve engineered the EE-26 brake system with the capability to handle both true pneumatic and electropneumatic control of a braking system.”

Watertown plant hones rail technology

The EE-26™ brake system employs electronic closed-loop control to provide higher reliability, real-time diagnostic capability, and a platform for future advancements. NYAB and KBC say it’s engineered for safety, performance, uptime, and lower total cost of ownership. Courtesy NYAB/KBC

The difference

In a traditional purely pneumatic system, individual passenger car brakes are activated in response to changes in air pressure through a control pipe that runs the length of a train. In an electronically controlled pneumatic (ECP) system, the brakes respond to electronic signals sent from the locomotive.

ECP braking — widely used across the rail industries in Europe, Australia, Africa, the Middle East, and Asia — provides increased safety, improved train-level brake performance, and better diagnostics.

“We often relate the comparative communications speed of pneumatic and ECP signals through a brake system to the speed of sound versus the speed of light,” said Brendan Crowley, NYAB manager of sales and systems engineering. “In addition to the safety and performance enhancements of greater signal speed, ECP systems deliver real-time diagnostic information and alerts to operators and maintenance staff, which benefits train engineers and technicians, improves train handling, and decreases maintenance downtime.”

The local New York Air Brake facility on Starbuck Avenue was key in developing the technology, said Greg Dalpe, NYAB’s senior vice president for sales and marketing.

“Watertown is our company headquarters and the home of our engineering research and development and product development leadership,” Mr. Dalpe said in an email to the Times. “The core of the EE-26 brake system will be manufactured in Watertown alongside its freight car cousin, the EP-60 brake system.”

The EP-60 system is an ECP brake system that NYAB says provides a dramatic improvement in train handling for long, heavy haul trains.

A total of 360 production and salaried workers are employed at New York Air Brake in Watertown.

The new EE-26 brake system is based upon NYAB’s freight car product line, which is designed and manufactured in Watertown.

“The EP-60 system helps train operators shorten stopping distance and improve safety, extend equipment life and lower fuel cost,” Mr. Dalpe said. “In this joint development effort, we built upon our freight car experience and applied it to the needs of the transit industry, in partnership with KBC on packaging the product to meet the specific space and mounting requirements of the transit passenger cars.”

The EE-26 system has been in a “very successful” field trial in North America since 2014, accumulating more than 2 million miles of service.

NYAB/KBC expects to begin taking orders for EE-26 this year for new transit car applications in 2022.

The system increases the recommended valve overhaul period to 10 years, more than doubling the previous four-year period. The EE-26’s modular design, using the preferred panel-mounted valve approach from other transit applications, saves space, makes installation easier for car manufacturers, and provides more accessible maintenance compared to existing traditional pipe-mounted equipment.

The EE-26 utilizes the Association of American Railroads approved “Car Control Device” as the foundation of its brake control operation, leveraging service-proven components for system reliability and smooth product introduction.

Watertown plant hones rail technology

New York Air Brake’s facility is shown at 784 Starbuck Ave., Watertown. Kara Dry/Watertown Daily Times

Gradual switch possible

Designed in accordance with American Public Transportation Association standards to be interoperable with vehicles that have legacy brake control valves, the EE-26 brake system means railroads can gradually migrate to the modern system without forcing fleetwide upgrades — reducing operating costs while providing safe, uninterrupted service.

And, according to NYAB/KBC, since it is based on globally accepted EP-60® technology, the EE-26 system is easily upgradable to an APTA-compliant ECP braking system.

“We included a simplified and standardized application platform in the new EE-26 design, so that the system can be easily incorporated by all car builders,” Mr. Crowley said. “Combine the ease of integration together with advanced diagnostics and high reliability, and you’re looking at lower life-cycle costs in a higher-performance system. The obsolescence of legacy pneumatic valves, along with their more intensive maintenance requirements, is driving customers toward systems that only need to be overhauled every 10 years or so.”

Also, to address the North American passenger rail market’s needs while building a foundation for the next stage of braking system evolution, NYAB and KBC created a second variation on the EE-26: the EP 60/26™ brake system, which can handle ECP as well as respond to traditional pneumatic control.

“We needed to bring together both old and new, because the jump to a completely electronically controlled brake system would have created problems interfacing with older locomotives and trains,” Mr. Gibbs said. “We need to make sure we’re serving everyone, so even as railway transit authorities are considering new cars, they’re still seeking to retrofit older cars, some of which may be around for another 10 or 20 years.”

He added, “The EE-26 and the EP 60/26 system reflect the dedication, expertise, and rail-proven technologies of both New York Air Brake and Knorr Brake Company, and our combined teams are proud to help drive North American passenger rail transit into a safe and dependable tomorrow.”

Watertown plant hones rail technology

Grand View Research

Growing industry

According to a rail industry report by U.S.-based Grand View Research, Inc., increasing tourism will help boost the demand for passenger rails segment around the globe through 2025, its forecast period end date.

“The passenger rail segment held the largest share in the market in 2016 and is anticipated to witness the fastest growth rate during the forecast period,” the GVR report says. “Growing tourism industry and low fares of passenger trains are expected to be the key factors for the growth of passenger rail segment in the coming years. In addition, increasing investments for expanding the passenger rail network is expected to boost the market growth in the coming years.”

“The rail freight segment is expected to witness a growth rate of 5.4% during the forecast period owing to increasing dependency on rail route for the transport of goods and cheaper rates of transport through this mode,” GRV predicts.

As an Amazon Associate I earn from qualifying purchases.

Johnson Newspapers 7.1

Recommended for you

(0) comments

Welcome to the discussion.

Keep it Clean. Please avoid obscene, vulgar, lewd, racist or sexually-oriented language.
PLEASE TURN OFF YOUR CAPS LOCK.
Don't Threaten. Threats of harming another person will not be tolerated.
Be Truthful. Don't knowingly lie about anyone or anything.
Be Nice. No racism, sexism or any sort of -ism that is degrading to another person.
Be Proactive. Use the 'Report' link on each comment to let us know of abusive posts.
Share with Us. We'd love to hear eyewitness accounts, the history behind an article.