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International Explosives Equipment (IEE), based in Western Australia, is one of the world’s leading mining explosives equipment manufacturers and suppliers. When tasked with building a new explosives manufacturing plant in a remote part of Eastern Europe, IEE knew that there were a number of regulatory and environmental considerations to be addressed.
IEE called on Auto Control Systems (ACS), a recognised Rockwell Automation System Integrator and provider of industrial automation, control systems and services based in Perth, Australia. Within the scope of the project, ACS was responsible for delivering the automation and electrical components of the plant.
The key to the success of the project was to design and build the explosives equipment to meet the production requirements of plant while taking into account the unique environmental factors and transportation logistics.
Intelligent motor control
Motor control technologies have advanced rapidly, delivering tighter integration between devices and access to data. These advances provide actionable information to help optimise operations. According to Andrew Taylor, engineering & operations manager, ACS, “Customers around the world are growing more aware of international regulations, including IEC regulations around the Motor Control Centre (MCC) and safety so they are really looking for solutions to meet these criteria.”
IEE, ACS and the end user collaborated on the programming requirements for operating the production facility incorporating a high level of safety, automation and control. The Allen-Bradley CENTERLINE 2500 MCC from Rockwell Automation was selected as the most appropriate choice for this application. The MCC features the complete Rockwell Automation Connected Components range, including E300 Electronic Overloads and PowerFlex 525 and 753 drives all on an Ethernet backbone.
“One of the key considerations for international customers is that they are able to find support for their equipment locally. Rockwell Automation has a large install base and support all over the world so this provided some reassurance should a problem arise,” explained Andrew.
To minimise any potential downtime the MCC was assembled as two completely independent systems; with two separate CompactLogix controllers and two PanelView terminals. Each system was responsible for running two different processes, so if one system needs maintenance, the other part of the plant can continue to run with no interruption.
“The CENTERLINE MCC also provides the functionality to remove a component for maintenance, close the door and continue to run without any danger to the operators. If you compare this to the older MCCs, you would need to shut down the whole system while the component in question was being worked on,” said Andrew.
“The solution was developed using Studio 5000 and we also incorporated aspects of the PlantPAx libraries. The temperature, pressure and flow equipment is all supplied by Endress+Hauser which integrates well with the Rockwell Automation system,” explained Andrew.
The plant used Ethernet communications to provide the capability for premier integration of the Rockwell Automation Connected Components as well as mass flow meters from Endress+Hauser, a Rockwell Automation Strategic Alliance Partner.
The complete system was built as a containerised solution and assembled and tested prior to being packed and shipped to Europe. Upon arrival, the system was installed and commissioned by engineers from the end user plant and ACS.
As the MCC is operating in close proximity to the operators, ArcShield protection was included in addition to the Rockwell Automation Connected Components. ArcShield helps to reduce arc flash hazards and provides increased protection against electrical arcing faults.
The MCC also features IntelliCENTER technology, which enhances the intelligence of the MCC by using built-in networking to capture information that can be used for predictive maintenance, process monitoring, and advanced diagnostics. Connecting motor control devices over Ethernet allows operators to realise the benefits of the ‘Connected Enterprise’ by monitoring and analysing operations from anywhere at any time.
“In addition the equipment that is included as part of the MCC allowed us to achieve a high category of machine safety, for example we can use PowerFlex 525 drives with built in safe torque off and achieve a Category 3 machine safety with no additional hardware for the drives,” explained Andrew.
ACS leveraged their engineering expertise to incorporate several custom selections, including a light and power distribution chassis, PLC tier including dual CompactLogix controllers and Stratix switches, and custom heat trace control cubicle. All motor control equipment has an external hardware interface module to display performance information at the front of the MCC.
Success through collaboration
ACS is the first Recognised System Integrator (RcSI) in the Power Discipline for the South Pacific region. The company is also the first recognised Low Voltage (LV) MCC SI in the world to implement an Allen-Bradley CENTERLINE 2500 MCC.
The System Integrator program, part of the Rockwell Automation PartnerNetwork program, is designed to educate and produce qualified partners who are able to help solve production challenges by advising on and delivering the best solution. Within this discipline, ACS is focused on delivering Low Voltage MCC solutions leveraging the Rockwell Automation Integrated Architecture Platform.
The LV MCC Power System Integrator Program provides a mutually beneficial relationship, whereby together with ACS and Rockwell Automation customers can configure and utilise the technology to leverage the Connected Enterprise and meet their operational and productivity requirements.
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