Until recently, rewiring automated plants in response to evolving production requirements could be a daunting prospect. Each change to the plant was likely to make the wiring a little more complicated and a little less efficient. In its GTi range of electrical enclosures Spelsberg has developed an approach that means wiring layouts can be kept neat through any number of changes, making both reconfiguring and fault tracing easy and efficient.
Automated factories and robotic production lines are becoming increasingly common as production engineers and senior managers come to realise their advantages. Perhaps most importantly, they allow manufacturing to remain viable in developed economies, rather than having it lost to low-wage economies. They can also virtually guarantee product quality by removing human error from the production equation, work non-stop for extended periods, and connect with distant sister plants via the Internet of Things (IoT) to provide real-time intelligent, adaptive manufacturing on a global basis.
However, anyone with experience of such high-tech set-ups will know that one of the key requirements is a very high level of flexibility. Automated plants must be easy to adapt so that they can meet the ever-changing needs of the markets they serve.
Typical changes are likely to include: addition of extra processes; changes to product specification; new variants on the basic product; a need to increase throughput; the addition of completely new products to be made on the line; and changes in working practice.
Each change is almost certain to require some degree of rewiring of the machinery, control system and/or power supply. It does not take many changes for a once-neat and rational cable layout to be compromised into an untidiness that makes it difficult to trace faults.
Spelsberg has considered this natural evolution of wiring and redesigned its GTi range of electrical enclosures to provide a simple but effective approach that should help keep wiring layouts neat, efficient and easy to follow. Like most Spelsberg enclosures these are non-metallic; they are also self-assembly and modular in design.
The GTi electrical enclosures are therefore designed to adapt easily to the ever-changing switchgear and cabling requirements of a busy factory as it responds to changing market requirements. Very importantly, installations can be expanded and changed without having to remove or re-wire the original enclosure, meaning the engineering effort can be concentrated on new elements of the system.
Spelsberg can further help with rapid installation by supplying enclosures that they have assembled and populated to the exact specification of the customer. This service can include pre-wired meter housings, socket housings, switch-disconnect enclosures, circuit breaker housings, DIN rail, bus bars, etc.
Chris Lloyd comments: "GTi users can meet their current cabling, switchgear and enclosures needs, yet be confident that future changes will be so straightforward that they can be accomplished rapidly and efficiently with only the very minimum disruption to production schedules.
"When expanding a GTi installation, new enclosures can be added as easily as building with Lego. Further, pre-assembled systems can remove the need to deal with multiple suppliers, save significant installation time and make commissioning a one-step process."
Spelsberg GTi enclosures are manufactured from corrosion-resistant polycarbonate and are able to withstand all the rigours of life on the factory floor. Three lid options are available including grey, transparent and hinged transparent. Associated software makes initial designing and subsequent changes fast and simple.
For more information about the GTi range of electrical enclosures go to www.spelsberg.co.uk.