Tag Archives: complete line

PTV Terminals- for when visibility is key

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Written by Scott Mulholland, Product Manager-Industrial Components

Space is always at a premium in the modern cabinet or machine. As designers and engineers extract every bit of usable space on the din rail and from the cabinet space in general, this can potentially have a downside. The busier the cabinet gets, the requirement to quickly and safely identify terminals and/or conductors becomes even more important to be able to work both efficiently and safely. Higher densities of terminals and conductors will potentially lead to the markers on those terminals and conductors being harder to read (with conductors sometimes having to ‘loop’ over the markers, obscuring them from vision). Also, using multi level terminals, increase the number of conductors in a small space, and this can exacerbate the problem. 

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Finally, you can buy yourself some time!

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Written by Tony Parrot, Business Development Manager- Machine Building

A new concept from Phoenix Contact is now the backbone of our customer offer. Simple in conception, but very far reaching in its consequences.  Complete Line is here to stay and is the comprehensive solution for your control cabinet.

As a manufacturer Phoenix Contact are taking component supply to another level with the focus being the current trends of efficiency and cost saving. COMPLETE line is a system comprising of technologically leading and coordinated hardware and software products, consulting services, and system solutions that help you optimise your processes within control cabinet manufacturing. Engineering, purchasing, installation, and operation become significantly easier for you. The core of this approach is:

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Reduce your wiring effort with COMPLETE line System Cabling!

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Written by Fraser Cowie- Product Marketing Manager, Interface

COMPLETE line – The comprehensive solution for the control cabinet

In today’s automated world our machines and systems are becoming more and more complex. As a result of this, the required wiring effort of individual components in these systems is comprehensive and expensive.

No engineer wants to have to wire multiple inputs and outputs on high density I/O cards. It is time consuming and the chances of making an error are high.

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