Application
Rail Transportation
TE Connectivity (TE) is providing rail products and solutions that optimize energy, increase passenger comfort and provide network reliability.
TE offers one of the widest breadth of high-performance, reliable products for infrastructure and rolling stock.
Optimizing existing rail systems for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before. TE relies on its unique combination of deep rail industry experience and rigorous testing to answer the challenges of today, and power the innovations of the future. We provide first-class quality products that are easy to install, offer outstanding reliability, and are ruggedized to thrive in harsh environments with no maintenance.
Optimizing existing rail systems for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before. TE relies on its unique combination of deep rail industry experience and rigorous testing to answer the challenges of today, and power the innovations of the future. We provide first-class quality products that are easy to install, offer superior reliability, and are ruggedized to thrive in harsh environments with no maintenance.
Optimizing existing rail systems for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before. TE relies on its unique combination of deep rail industry experience and rigorous testing to answer the challenges of today, and power the innovations of the future. We provide first-class quality products that are easy to install, offer superior reliability, and are ruggedized to thrive in harsh environments with no maintenance.
Optimizing existing rail systems for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before. TE relies on its unique combination of deep rail industry experience and rigorous testing to answer the challenges of today, and power the innovations of the future. We provide first-class quality products that are easy to install, offer superior reliability, and are ruggedized to thrive in harsh environments with no maintenance.
Catenary Droppers
TE’s SIMEL current carrying catenary dropper provides a mechanical and electrical binding between suspension cable and contact wire. The dropper is used to distribute current and support the catenaries wires on high speed railway network lines.
Screened Separable Connectors (RSTI)
TE's Raychem switchgear connectors answer technical challenges. They are easy to install, compact and can fit almost any type of cable.
Raychem Plug-In Terminations (RPIT)
Raychem Plug-In Terminations (RPIT) are medium voltage inner cone connectors for substations and cable networks to enable the reliable transfer of power from its source to the end consumer.
Cold Shrink Terminations (CSTOB)
The CSTOB cold shrink terminations are made from a high-performance silicone material, specially-formulated for anti-tracking and split resistance. CSTOB terminations are designed to accommodate the variety of cable and connector types used in today’s railway systems.
Cold Shrink Joints (CSJA)
TE’s Raychem innovative, cold shrink “all in one” straight joints (CSJA), are designed to reduce installation time, provide superior connectivity, and resist damage from exposure to the elements.
OUR RAIL RESOURCES
Overhead and Substation Supply
Rolling Stock
Trackside and Catenary
Resources for Overhead and Substation Supply
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Reliable Solutions for Electrified Railway Systems
Optimizing existing rail networks for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before.
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Protection is in our Nature
Learn how TE helps the Austrian Federal Railways protecting their network from wildlife-related outages while preserving a rare owl specie.
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HV Connectors for Railway Substations
SIMABUS innovative new connectors were the key to a challenge faced on a new high-speed rail line in France.
Resources for Rolling Stock
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The Untapped Opportunity to Reduce Rolling Stock Weight
Explore how thin walled cable technology is delivering rail optimization.
Resources for Trackside and Catenary
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Rail Line Project France: The Droppers
TE's Simel droppers met the unique technical challenge of the French National Railway company.
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Development Path of the A26 Replacement Polymeric Insulator for the WCML Project
Read our white paper about the development path of the A26 replacement polymeric insulator for the West Coast Main Line (WCML) project.
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Rail Line Project France: S.E.A. Tours - Bordeaux
For the SEA high speed rail line in France, TE provides reliable overhead line products.
A number of factors influenced railway projects such as local specifications range and environmental conditions. TE Connectivity's local approach to manufacturing and design gives partners a clear advantage.
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Improve Rail Performance (English)
-
Developing Rail Solutions (English)
-
Solution for Railway Applications (Chinese with English subtitles)
Brighton Lab, Brighton, UK
Brighton lab is a hybrid between a high power lab and a high voltage lab, allowing it to conduct the full gamut of arrester testing. It has been an accredited high voltage lab since 1988. The lab includes a 500 kV transformer, including PD testing, and a modern impulse tester capable of testing full operation duty type test.
Limerick Lab, Limerick, Ireland
The application engineering lab in Ireland is focused on support of application-specific testing and qualification to IEC mechanical standards. We conduct field failure analysis and review and approve new component suppliers for critical components. The core mechanical testing equipment is based on the 200kN instron tensile and cantilever testing. At this lab, we are able to conduct moisture ingress testing to British rail standards, as well as dry penetration testing and water diffusion resting on FRP cores.
Gevrey-Chambertin Lab, Gevrey-Chambertin, France
TE's lab in Gevrey-Chambertin has been accredited since 1994 in 21 test competencies and performs more than 200 tests each year. The lab supports testing and new product development for low voltage and high voltage connectors.
Munich Lab, Munich, Germany
Specializes in design and development of cable joints and terminations, the high voltage lab in Ottobrunn, Germany is capable of performing a wide range of tests at up to 240 kV tension.
Trend
Rail Transportation
TE Connectivity (TE) is providing rail products and solutions that optimize energy, increase passenger comfort and provide network reliability.
TE offers one of the widest breadth of high-performance, reliable products for infrastructure and rolling stock.
Optimizing existing rail systems for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before. TE relies on its unique combination of deep rail industry experience and rigorous testing to answer the challenges of today, and power the innovations of the future. We provide first-class quality products that are easy to install, offer outstanding reliability, and are ruggedized to thrive in harsh environments with no maintenance.
Optimizing existing rail systems for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before. TE relies on its unique combination of deep rail industry experience and rigorous testing to answer the challenges of today, and power the innovations of the future. We provide first-class quality products that are easy to install, offer superior reliability, and are ruggedized to thrive in harsh environments with no maintenance.
Optimizing existing rail systems for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before. TE relies on its unique combination of deep rail industry experience and rigorous testing to answer the challenges of today, and power the innovations of the future. We provide first-class quality products that are easy to install, offer superior reliability, and are ruggedized to thrive in harsh environments with no maintenance.
Optimizing existing rail systems for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before. TE relies on its unique combination of deep rail industry experience and rigorous testing to answer the challenges of today, and power the innovations of the future. We provide first-class quality products that are easy to install, offer superior reliability, and are ruggedized to thrive in harsh environments with no maintenance.
Catenary Droppers
TE’s SIMEL current carrying catenary dropper provides a mechanical and electrical binding between suspension cable and contact wire. The dropper is used to distribute current and support the catenaries wires on high speed railway network lines.
Screened Separable Connectors (RSTI)
TE's Raychem switchgear connectors answer technical challenges. They are easy to install, compact and can fit almost any type of cable.
Raychem Plug-In Terminations (RPIT)
Raychem Plug-In Terminations (RPIT) are medium voltage inner cone connectors for substations and cable networks to enable the reliable transfer of power from its source to the end consumer.
Cold Shrink Terminations (CSTOB)
The CSTOB cold shrink terminations are made from a high-performance silicone material, specially-formulated for anti-tracking and split resistance. CSTOB terminations are designed to accommodate the variety of cable and connector types used in today’s railway systems.
Cold Shrink Joints (CSJA)
TE’s Raychem innovative, cold shrink “all in one” straight joints (CSJA), are designed to reduce installation time, provide superior connectivity, and resist damage from exposure to the elements.
OUR RAIL RESOURCES
Overhead and Substation Supply
Rolling Stock
Trackside and Catenary
Resources for Overhead and Substation Supply
-
Reliable Solutions for Electrified Railway Systems
Optimizing existing rail networks for increased capacity and improved passenger experiences means modernizing both the infrastructure and rolling stock like never before.
-
Protection is in our Nature
Learn how TE helps the Austrian Federal Railways protecting their network from wildlife-related outages while preserving a rare owl specie.
-
HV Connectors for Railway Substations
SIMABUS innovative new connectors were the key to a challenge faced on a new high-speed rail line in France.
Resources for Rolling Stock
-
The Untapped Opportunity to Reduce Rolling Stock Weight
Explore how thin walled cable technology is delivering rail optimization.
Resources for Trackside and Catenary
-
Rail Line Project France: The Droppers
TE's Simel droppers met the unique technical challenge of the French National Railway company.
-
Development Path of the A26 Replacement Polymeric Insulator for the WCML Project
Read our white paper about the development path of the A26 replacement polymeric insulator for the West Coast Main Line (WCML) project.
-
Rail Line Project France: S.E.A. Tours - Bordeaux
For the SEA high speed rail line in France, TE provides reliable overhead line products.
A number of factors influenced railway projects such as local specifications range and environmental conditions. TE Connectivity's local approach to manufacturing and design gives partners a clear advantage.
-
Improve Rail Performance (English)
-
Developing Rail Solutions (English)
-
Solution for Railway Applications (Chinese with English subtitles)
Brighton Lab, Brighton, UK
Brighton lab is a hybrid between a high power lab and a high voltage lab, allowing it to conduct the full gamut of arrester testing. It has been an accredited high voltage lab since 1988. The lab includes a 500 kV transformer, including PD testing, and a modern impulse tester capable of testing full operation duty type test.
Limerick Lab, Limerick, Ireland
The application engineering lab in Ireland is focused on support of application-specific testing and qualification to IEC mechanical standards. We conduct field failure analysis and review and approve new component suppliers for critical components. The core mechanical testing equipment is based on the 200kN instron tensile and cantilever testing. At this lab, we are able to conduct moisture ingress testing to British rail standards, as well as dry penetration testing and water diffusion resting on FRP cores.
Gevrey-Chambertin Lab, Gevrey-Chambertin, France
TE's lab in Gevrey-Chambertin has been accredited since 1994 in 21 test competencies and performs more than 200 tests each year. The lab supports testing and new product development for low voltage and high voltage connectors.
Munich Lab, Munich, Germany
Specializes in design and development of cable joints and terminations, the high voltage lab in Ottobrunn, Germany is capable of performing a wide range of tests at up to 240 kV tension.