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nVent Rail World Offers Up Close Look at how nVent Rail Products Work Together

nVent improves railway safety and reliability with a wide range of solutions that connect and protect electrical systems and infrastructure through the network. Two newly launched online resources…

Protect Critical Railway Assets with nVent ERICO Surge Protection Devices

Comprehensive surge protection is a requirement for railways but not all surge protection devices (SPD) can protect against rare or complex electrical events that can be especially damaging….

nVent SCHROFF Supports Next-Generation Rail Technology

The Transition to Next-Generation Rail Telecom: LTE Networks Require Higher EMC Protection Levels

The railway industry is undergoing a transformation with the introduction of next-generation technology. High Speed, Big Data, IIOT, Predicative Maintenance, and many other industry buzz words are predicated…


3 Design Practices to Achieve Stray Current Control

In our previous post, we defined stray currents, where they come from and some effects they can have on grounding and other systems with the capacity to carry…


The Basics of Stray Current Control

Reducing or preventing corrosion is a main concern in electrical systems. When DC voltages exist in applications such as railway traction, solar or battery power systems, corrosion can cause major issues in terms of grounding system integrity and effectiveness, or even environmental issues with unintended leakage from underground pipelines.

nVent ERICO Railway Electrical Protection

nVent ERICO Railway Electrical Protection Series: Surge Protection Devices (SPDs)

So far, the nVent Railway Electrical Protection blog series has thus far covered nVent ERICO direct strike lightning protection, and grounding and bonding.  These products represent solutions for…