System Integration & Control Systems Design


Iritron - emphasis on equality and accountability reaps benefits

January 2011 System Integration & Control Systems Design

Established in January 2000, engineering company Iritron has a team which boasts an extensive track record of successful implementation of plant infrastructure, reticulation, electrical and instrumentation designs and automation and information systems. “In more mature environments Iritron’s involvement tends towards engineering and operator training simulators and scheduling and optimisation systems,” says MD Alwyn Rautenbach. Clients include the cement, aggregates, mining, minerals processing, metals and utilities industries.

“We have a number of synergistic divisions within the company, including systems integration,” Rautenbach explains. “This division complements the operations of the electrical (motor control) and instrumentation (sensors and process control systems) design and engineering departments. The service offering is rounded out by our cabling supply and installation facility.”

In the Cape Iritron is an official distributor for Rockwell and Schneider products. Iritron is also a systems integrator countrywide for GE Intelligent Systems, Siemens, Adroit, Wonderware, Rockwell and Schneider products. “We are in fact one of only 10 systems integrators for Wonderware products in the country,” says Rautenbach. The company is ISO 9001/2008 accredited for quality systems, giving clients the assurance of the highest standards in product application.

Iritron project team Etienne van Dyk (seated), Gideon Roux, Judy Flynn and Edgar Chauke going over the specifications
Iritron project team Etienne van Dyk (seated), Gideon Roux, Judy Flynn and Edgar Chauke going over the specifications

Rautenbach points out that the company outsources the manufacturing of control panels and motor control centres and any installation work required. “We have a vested interest in Selepi Projects who are electrical panel manufacturers and also in Iritron Products for the automation side of our business.

“Iritron is focused on being as efficient as possible in terms of electrical and instrumentation design and as such we utilise the 1Des software in the form of FDES (Fieldbus) and EDES (electrical). We also use Rebus and INtools,” says Rautenbach. “We are constantly looking for innovative ways in which to service the needs of our clients. In a very exciting move, we have secured the sole agency for the DAD (Dynamic Asset Documentation) system which is already well known overseas.

“This revolutionary design package dispenses with reams of paper,” Rautenbach explains. DAD is an Australian software application that builds a virtual model for systems of connected components such as electrical power, instrumentation and control, communications and IT systems. It can store all related systems information securely and deliver a complete audit path for any work.

Rautenbach says that a virtual model is inherently more accurate and efficient than current documentation as each piece of information is stored only once. DAD tracks all changes but also maintains the very first drawing done so that it is still available even after subsequent changes.

“By using DAD you eliminate the need for drafting skills and CAD yet can continue to deliver standard graphical presentation of connections. The system is so versatile that it can be interconnected to a company’s existing design and engineering packages, including standard CAD software,” he explains. “DAD is flexible, so you can readily modify the model at any time to meet new requirements.”

Rautenbach believes that this software, developed by an instrumentation engineer, has amazing potential for the project management environment. “As a pilot test we are currently running the system on two projects and then we will launch it to the market. We have already sent a team of our engineers over to Australia for training on the intricacies of the system.”

Like other divisions in the Iritron group, Systems Integration maintains the philosophy of: ‘We don’t send out unproven systems’. In essence, this means that all software used or developed by the company is tested against an I/O simulation. “We take the third party software and reproduce the plant as it would be in reality. We test the scada and PLC systems against this virtual plant to ensure full compatibility, and therefore, full satisfaction for our clients,” Rautenbach concludes.

For more information contact Mariëtta Bettman, Iritron, +27 (0)12 349 2919, [email protected], www.iritron.co.za



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Understanding the role of AI in generative engineering design
System Integration & Control Systems Design
When a design engineer sets out to design a new part, component, or assembly, the intent is to meet the design requirements for fit, form and function, and also incorporate a certain degree of innovation and elegance to the overall design. There is no reason to re-invent the wheel by introducing a new design.

Read more...
PCS stays up so you don’t have to
PCS Global System Integration & Control Systems Design
Maybe it’s time to look at a solution that stays online 99,99999% of the time so you don’t have to. This the world of Stratus computer platforms, tailor-made for your critical applications.

Read more...
Four ways the global parts shortage has led to innovation and openness
System Integration & Control Systems Design
For those who use automation parts, the unpredictable nature of the supply chain is one of the biggest problems faced today. The shortfall has impacted every industry, but automation components have been especially affected.

Read more...
SMOM – the future is here now
Iritron Editor's Choice IT in Manufacturing
In his presentation at the recent MESA Africa conference, Neels van der Walt, business development manager at Iritron, revealed the all-encompassing concept of smart mining operations management (SMOM), and why it is inextricably linked to the future of worldwide mining operations.

Read more...
Iritron’s year of consolidation
Iritron Editor's Choice System Integration & Control Systems Design
Despite the multiple challenges faced by businesses in South Africa, the buoyancy of the technology sector worldwide has produced some green shoots for automation specialist, Iritron.

Read more...
Five edge opportunities for SIs to maximise revenue in 2024
Editor's Choice System Integration & Control Systems Design
System integrators continue to face the challenge of doing more with less – supporting complex operations, while meeting production schedules with limited resources, and innovating to increase efficiency, maximise safety and reduce risk.

Read more...
Condition monitoring in a forging press retrofit
Beckhoff Automation System Integration & Control Systems Design
Significantly increased vibration on machines can result in many forms of negative impacts such as reduced system performance or damage to the machine and foundation. Using the example of retrofitting a forging press with a maximum press force of 2000 tons, Wölfel Engineering explains how efficiently the process was tailored and implemented with PC-based control and measurement technology from Beckhoff.

Read more...
System integration in the digital age
System Integration & Control Systems Design
To meet the challenges of an increasingly competitive marketplace, many manufacturers (end users) must focus on their core competencies and outsource the rest to experts.

Read more...
Choosing a system integrator
Editor's Choice System Integration & Control Systems Design
Automation is an essential part of manufacturing today. Whatever the size, an upgrade or migration project can be complex, and the risks can be high. This is where system integrators (SIs) can help. They can bring together complex subsystems or components of a larger system and make them operate as a whole.

Read more...
Optimising electrical consumption on a process plant
Iritron Electrical Power & Protection
Iritron advises business owners to conduct an energy study to reveal the health and efficiency of a plant’s electrical system. Based on this study, recommendations can be made for improvement to the reticulation and the energy-hungry machinery, which can result in substantial cost savings while identifying potential safety issues and lack of compliance.

Read more...