Commercial Electrical Services: C-bus Automation System

Blog | June 23rd, 2018

C-Bus automation systems perform as electronic interfaces. Ordinary electrical wires may stretch out across a large commercial property, but it’s a microprocessor-based control centre that reaches out to intelligently manage those everyday electrical systems. Built from advanced electronic hardware and run by specially coded software protocols, the integrated building blocks automate every commonly accessed electrical circuit. Having provided that smart electronic brain, let’s check out the nervous system, too.

What is C-Bus Technology? 

It’s hard to stop thinking of this microprocessor interface as a digital brain. Using that metaphor, we’d see the circuit-connecting linkages as parts of some vast electronic nervous system. In reality, however, these are dedicated control modules. The controllers, each loaded with microprocessing smarts, are designed to manage standard wiring systems. Imagine a C-Bus controller operating a commercial lighting system or an air conditioning unit. Performing as a centralized command centre, all the power of a digital network is accessible from here, and that power can govern every aspect of those commercial electrical fixtures.

The Dawn of the Intelligent Network 

Several popular home automation standards have popped up around the globe. The C-Bus protocol prospers among these electronic automation systems as a Cat-5 powered solution, one that serves the commercial sector. At heart, the connected electrical wiring is managed by a C-Bus automation controller. The software protocols send programmable signals to the lighting, AC units, and other standard commercial wiring linkages. As a result of this integrated framework, the typically independent electrical fixtures become part of a dedicated network. Aiding those programmed instructions, there are touch-sensitive input panels, remote control units, and even a range of iOS and Android Apps.

Assessing the Connectivity Benefits 

Commercial establishments are often large. As they operate, they inefficiently clash and waste energy. The building simply has too many wiring systems to control at once. C-Bus technology hooks wiring systems to a digital network. Managed by controllers, by input panels and automation software, the signals react to sensors and electronic switches. Then, as the controller responds to the inputs, the output modules carry out programmable instructions. As an upshot of this centralized architecture, connected wiring systems deliver all the features of a computer-automated network, one that can be monitored and managed to assure greater energy savings.

The goal of a C-Bus automation system is to unify ordinary wiring circuits. Connected to a microprocessor brain by Cat-5 cable, the protocol recruits numerous automation aids, parts that are capable of intelligently dimming lights, managing AC units, and more. Frankly, even the oldest commercial fixture becomes a governable member of a software commanded digital network when C-Bus takes control.

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