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Control can take all shapes, sizes and styles

A simple PLC to control a process system such as a pallet wrapper

Remote Pump station control and Telemetry

Power Generation Load sharing and control system

Power Protection Systems and Schemes

To full automation of plants. eg. Sugar mills, Wastewater plants

Design is the most important job of a project. Witnessing jobs with no drawings and/or  complete. Poor details, typical style drawings showing incorrect details. Told to "red pen" the drawings. Ignored when brought up issues. Lastly the dreaded copy and paste.

Moving away from the above perceived negativity it so important to get the design right the first time. Most people think that "just update the drawings" unfortunately this leads to poor quoting, take-offs for gear, quantities ordered in, inability to create 100% job packs with then flows on to defects and/or commissioning delays.

Leading on from this proves the point to create a design of latest technologies and/or easily upgradable. Modular designs help make changes and upgrades far easier to plan for.

For example using VFD's to run motors and use communications to control the VFD is a cheaper install cost over using a PLC/DCS to drive input and outputs hardware and associated cabling. To that most VFD's have safe torque off or STO which means upgrading to zone/s for machine safety is far easier and no extra hardware is required only a cable from a safety system and by using comms you can see if that has been tripped vs a stop. Using VFD's and slowing the speed of a motor to a optimised speed can create massive energy savings as well as less maintenance costs.