Info@clockgroup.com.au

For the control system integration of any process technology not only its 'principles and specific features and functions reacting on varying conditions of its environment' is necessary but also correctly chosen procedure of the system architecture.

A custom-designed distributed control system (DCS) provides supervisory viewing and management of a hierarchy of controllers over large industrial processes that enables configuration of plant controls to meet the needs of large continuous industrial processes.

We manage all spectrum of possible approaches to the problem of the control system design methodology and topology of automation that fulfills the necessary control actions to achieve a production level of consistency and economy with capability of modifying the control sequence of operation and ensure process performance remains optimal and repeatable in all operating conditions, reducing process variations, increase throughput and reduce production costs by operating variety of industrial processes, analyse and monitor plant instruments operation and production schedules.

Machines continue to get more efficient through innovations in controllers, industrial networking, and motion control. Manufacturers across industries benefit from purposeful implementation of new automation technologies, experiencing greater throughput, higher quality, and more space for additional systems in the factory.

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We design, redesign, or retrofit, with exceptionally durable electrical components that withstand production dynamic environments. This includes everything from functional distributed devices, motion control systems, servomotors with integrated drives that include safety logic and Internet of Things (IoT) gateways, among many other technologies and I/O terminals,OneCableAutomation(OCA), openEtheCATP (EtherCAT+Power) standard to the machine controller.

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Simplification is goal of our design, more modular designs to reduce cables and installation effort, this removes potential points of failure, minimizes the risks, enhances troubleshooting capabilities, reduces costs and increase the reliability, consistency and flexibility of the control scheme.

Data centers are becoming more efficient by integrating SCADA and control platforms that optimize energy consumption. Operators benefit from these advanced technologies, resulting in improved performance, reduced energy costs, and sustainable operations. We design and retrofit systems with robust electrical components suited for data centres.

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Our solutions include distributed devices, motion control systems, and smart energy management tools. Our approach simplifies design with modular systems that reduce cabling, enhance troubleshooting, and increase reliability and flexibility in energy management.

SCADA platform changes the performance monitoring of energy production,conversion efficiency and operation mode of wind&solar farms systems with optimised working environment and reduces costs of maintenance and performance; enabling engineering and verifying  effectiveness & applicability of covariance functions, operating models,deviation, patterns, trending and projection.

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We design remote monitoring and control system overview,control and log according to generated - reactive power analysis,components,features and requirements,enabling regulate voltage,rate-schedules,pitch-tracker angles, monitor data from a plethora of devices, including:

meters, inverters,stations,temperatures,strings and substation equipment.

Industrial control panel technology and standards that apply to the deployment of industrial equipment,continues to advance.

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We offer switchboard manufacturers, with cost effective solution to reduce wiring and speed the process of commissioning and retrofitting control panels.

We support for new design challenges, including enhanced regularity requirements, advancements in control systems technology and new methods of design and fabrication, turning discrete control panel components into network-addressable elements that can be polled, monitored,and controlled through a gateway controller that manages power distribution and enables equipment communications with the user, providing flexibility for system upgrades, enhancements, installation, commissioning, and start-up.