Overhead Catenary Systems
Tailored to specific operational environments
Conductix-Wampfler Overhead Catenary Systems (OCS) provide efficient and continuous power transmission for light rail, metro, tram, and commuter rail networks—ensuring smooth and dependable daily operation.
Our portfolio covers complete system solutions as well as specialized technologies tailored to specific operational environments.
Our Rigid Catenary System is engineered for demanding transit environments where space constraints, tunnel installations, or complex infrastructure require compact and highly reliable solutions.
The Retractable Catenary system is designed for depots, maintenance facilities, and operational areas where temporary de-energization and flexible access are required.
Find out more about Overhead Catenary Systems
FAQs
Frequently asked questions
What types of transit applications are suitable for Conductix-Wampfler Overhead Catenary Systems?
What are the main differences between rigid and flexible catenary systems?
Rigid catenary systems use an aluminum conductor rail designed for the insertion of a contact wire and are ideal for tunnels and space-restricted environments. Flexible catenary systems use messenger and contact wires with tensioning devices and are typically applied in open track.
Are your systems compliant with international railway standards?
Yes. Our systems are engineered in accordance with applicable EN, TSI, IEC, and project-specific local standards.
Do you provide engineering and project support services?
Yes. Conductix‑Wampfler provides an end‑to‑end service: design, engineering, testing, installation supervision as well as on‑site training for installation and maintenance.
Can Conductix-Wampfler support retrofit or modernization projects?
Absolutely. We offer tailored solutions for upgrades, component replacement, and network expansion projects.
What information is required to start a technical overhead catenary system consultation?
Key inputs include system voltage, operating speed, clearance constraints, structural details of the tunnel or system, environmental conditions, and applicable standards.
