The next step in the evolution of energy control – Vitesse Plus Hardwired V

itesse Plus Hardwired is a range of lighting control systems (LCMs) specifically designed to put flexibility, reliability and simplicity at your fingertips. At its heart, Vitesse Plus Hardwired is a 6 channel LCM with dimming

and switching capabilities via powerful pre-designed configurations. Being hardwired, Vitesse Plus is especially suited where cabling is restricted to conduit, is concealed or inaccessible due to lack of false ceiling space.

Simple to install, easy to connect, the built-in pre-set configurations offered by Vitesse Plus Hardwired keep commissioning to a minimum.

Controlling any light source, any building, any space

CP Electronics design and manufacture energy saving devices, from standalone detectors to fully integrated control systems. For more information on Vitesse Plus Hardwired and other CP Electronics products please contact our Technical Sales team

CP Electronics  0333 900 0671 


he world’s leading cable cleat manufacturer, Ellis has revealed one of the secrets to its continued success – an in-house R&D facility that enables it to deliver new

production ready products in a matter of days. The team of Ellis engineers, led by technical director, Stephen Walton, recently

highlighted this capacity by developing a twist foot fixing mechanism that reduces installation cost and time for its Emperor and Vulcan+ cable cleats in less than a fortnight. Stephen said: “Emperor and Vulcan+ have been the best-selling cable cleats in the

world for years, but as a business that always strives to innovate we are continually looking at ways to improve on everything we do – even if it involves global favourites.” “Our aim with twist foot was to create a fixing solution that would make installation

quicker and easier, while at the same time sacrificing none of the products’ strength or reliability.” Utilising its 3D CAD rapid prototyping facilities and Stratasys Objet 24 and 30 printers,

the development process began with a brainstorm at Ellis’ Rillington headquarters in North Yorkshire during which possible solutions were suggested and sketched. The most popular of these were then drawn up in 3D and printed overnight. Samples were then cleaned, assembled and function tested the following morning – a

process that highlighted promising designs and allowed others to be discarded. The promising designs were then refined and reprinted over the following days until a final version was agreed on and a functional prototype printed and passed on to sales and production for feedback. “Taking a product from an idea in a brainstorm to a fully functional, production ready

prototype in less than a fortnight goes to show what is possible with today’s technology,” added Stephen.

38 MARCH 2020 | ELECTRICAL ENGINEERING Traditionally, creating a production ready prototype would have required the

development of injection moulding tools, which involved significant investment in time and resource, and typically took six to eight weeks to manufacture. And once received only small changes to the tools were feasible, meaning any major alterations added another six to eight weeks to the entire process. “In the past we have developed bespoke solutions for specific projects, but the

timescales were much longer because of the need to outsource prototype tooling production to injection moulders,” concluded Stephen. “The beauty of our in-house service and the harnessing of 3D printing technology is

that we can now work within the tight timeframes of a live project and ensure it doesn’t lose any momentum by delivering bespoke solutions to installation issues in days. This capability really could be a global game changer.”

The new product Ellis’ new twist foot cleats, which are supplied pre-fitted on its Emperor and Vulcan+

cleats, are suitable for all installations using cable channel and ladder with inverted rungs. There are single footed versions for cables in trefoil up to 58mm, and double footed versions for cables with diameters ranging from 59mm to 128mm. The single version locks in place with nothing more complex than a 90 degree turn

and the tightening of the integral securing bolt, while the double footed version is secured with tabs that are simply rotated 90 degrees to engage the channel nut, before the securing bolt is tightened.


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