Fire performance is one of the most important considerations in industrial cable selection, but it is also an area where similar abbreviations can create confusion.

FR, LHFR and HFFR cables are all associated with behaviour under fire conditions. However, the terms do not describe exactly the same performance characteristics, and they should not be treated as interchangeable.

Not every industrial cable needs armour. But where a cable route is exposed to physical damage, choosing an unarmoured construction without suitable protection can create unnecessary risk.

Steel wire armour, commonly abbreviated as SWA, adds a layer of mechanical protection around a cable’s insulated cores and bedding. It is widely used in fixed industrial installations, but it should still be selected as part of the complete cable system rather than as a default feature.

Before selecting a cable, consider factors such as temperature, moisture, chemical exposure, UV radiation, and potential mechanical stress. Cables installed in harsh industrial environments need to withstand these conditions while maintaining consistent electrical performance.

In industrial environments, every cable has a specific purpose. While instrumentation cables and control cables may appear similar, they are designed for different applications and play unique roles in ensuring the safe and efficient operation of electrical systems.

When planning an electrical installation or infrastructure project, it’s natural to focus on managing costs. However, one of the biggest mistakes businesses can make is choosing industrial cables based solely on price. While lower-cost products may reduce the initial project budget, they often lead to higher maintenance costs, unexpected failures and expensive downtime over the life of the installation.

Behind every safe railway journey and aircraft take-off is an extensive network of electrical infrastructure working around the clock.