Farnell adds Lovato range to industrial line-up

Farnell has expanded its industrial automation portfolio with the addition of Lovato Electric’s range of contactors, switch disconnectors, motor-protection relays, and associated control and protection hardware, widening the distributor’s offering for machine-building, panel, and industrial power applications.

The new line card reaches into several of the less glamorous, but more essential, layers of industrial electrical design. Switching, motor protection, signalling, safety, and circuit protection rarely dominate product announcements, yet they remain central to the construction and maintenance of automated equipment. They determine how reliably current is managed, how faults are isolated, and how equipment behaves under both normal and abnormal operating conditions.

Lovato’s hardware has long been associated with low-voltage industrial control and energy-management applications, and bringing that portfolio into Farnell’s channel broadens the distributor’s role in the electrical side of industrial electronics. The range extends across hardware used in control panels, motor starters, switchgear assemblies, and machine interfaces, which means the deal is not simply about incremental SKU growth. It fills in a more complete path through the control architecture, from protection and switching to signalling and operator interaction.

That has become more relevant as industrial projects grow more mixed in character. New machine builds are still important, but a growing share of work now sits in plant upgrades, line extensions, energy-efficiency retrofits, and control modernisation. Those projects often depend less on one flagship controller or drive and more on a stable supply of proven support hardware that can be integrated quickly without forcing wholesale redesign. The ability to source those parts from a familiar distribution channel makes project delivery easier, particularly where maintenance schedules, replacement planning, or phased upgrades are involved.

The agreement also reflects the long product lives that still define industrial equipment. Unlike consumer electronics, industrial systems remain in service for years, often decades, and their component choices are shaped as much by serviceability and continuity as by first-build cost. Engineers therefore tend to favour device families that are mechanically familiar, well documented, and available across multiple ratings without changing the overall design language of the panel or machine. A broader stocked range supports that preference and reduces engineering churn during both original design and later support.

Lovato’s in-house design and manufacturing capability, together with its accredited R&D resources, add a second layer to the story. Industrial buyers remain wary of fragmentation in the supply chain, especially where core protection and control devices are involved. The attraction of a mature vendor is that device families usually arrive with a consistent certification base, predictable documentation, and an easier path through qualification. That is particularly important in applications where energy management, safety circuits, and motor loads intersect, because small variations in component behaviour can produce disproportionate design and compliance work.

There is a wider market shift here as well. Distribution in industrial electronics is moving away from the old model of broad but shallow catalogue coverage and toward more application-led portfolios. Customers increasingly expect a distributor to provide not only the active electronics around control, sensing, and connectivity, but also the electromechanical and protection hardware that completes the system. That is partly a response to procurement pressure, and partly a response to design complexity. Fewer purchasing routes, aligned documentation, and tighter technical support reduce friction across the build cycle.

At the same time, electrification is giving conventional control hardware fresh weight. More factories are investing in energy monitoring, motor efficiency, automation upgrades, and distributed control architectures, yet those shifts still depend on contactors, relays, breakers, disconnectors, and signalling devices doing their job reliably. Software-defined control may take more of the spotlight, but current still has to be switched, motors still have to be protected, and faults still have to be interrupted in hardware.

For Farnell, adding Lovato strengthens the industrial side of its portfolio at a point where control, protection, and energy management are converging more tightly. For design teams and buyers, it is a reminder that the hardware underpinning industrial automation remains as important as ever, and that availability through a well-established channel still counts for a great deal when projects are expected to move quickly.