Articles
Closed-loop reliability-centred maintenance
"How effective is your maintenance strategy?" is a question often posed to engineers and one which is mostly very difficult to answer with any degree of certainty. It's a critical consideration: the wrong decision can cause costly mistakes
[ + ]Maintaining profitable assets
It is widely acknowledged that effective maintenance strategies and practices have a direct impact on process efficiency and productivity and therefore on bottom line profitability. Yet maintenance is still often seen as a cost, rather than an investment
[ + ]Industrial drives into the future
Industrial drives technology in Australia and New Zealand sits on the threshold of major change as old barriers to progress are broken down by new technologies, spurred on by unstoppable demands of greater workplace safety and efficiency
[ + ]Process control and automation: drivers for the pulp and paper industry
In Australia and many other parts of the world, global competition, mergers and acquisitions and advances in pulping, production and process technology are placing pressure on operating procedures and profit margins in the pulp and paper industry
[ + ]Machine vision appliances
A new breed of vision system has arrived - Vision Appliances. Powerful and compact, yet friendly, cost effective and easy-to-use, they have been designed for production personnel who are busy looking after their day to day production processes
[ + ]Premium control for new winery
In many ways, the art of winemaking has changed little over the centuries. Escalating consumer demand means that some wines are now produced by the tank-load. To keep up, winemakers are turning to technology to streamline the process
[ + ]Is Linux the best EOS?
Although embedded systems come in many shapes and sizes, we can divide all systems into three main categories: Linux, Windows CE, and customised or proprietary systems. This article looks at the advantages of Linux as an embedded operating system (EOS)
[ + ]Calculating ROI for automation projects
Approval for your next automation project depends not just on its technical merits, it also has to pay for itself. There is a range of financial criteria to consider once you have put the finishing touches on the engineering part of your proposal
[ + ]Decentralised intelligence
Decentralised motor control architectures leverage the benefits of distributed intelligence and provide ultimate flexibility. Darren Klonowski, applications engineer at SEW-Eurodrive, explores the options
[ + ]The reality of real-time ethernet
'Seamless connectivity' is undoubtedly one of the catch-cries of the Australian automation industry today. It brings to mind 'integrated communications', 'real-time data', 'e-manufacturing' and 'internet-enabled control'
[ + ]Migrating from serial to ethernet: the impact of latency
When considering the migration of a directly linked device to the world of networked devices, it is important to understand the context of the connection. This article discusses the barriers one might encounter
[ + ]Crystal ball gazing: process technology in 2006
What's New in Process Technology magazine asked some of the industry's leading figures, both suppliers and end users, to look into our crystal ball and predict what the future will bring
[ + ]Adaptive sensor technology in the chemical industry
A recent installation at BYK-Chemie in Wesel demonstrates how a mass flowmeter's design impacts the accuracy of the measurement for products with different viscosities.
[ + ]Model-based design speeds control system design productivity
When developing embedded control systems, designers are being squeezed by two trends. The 'divide and conquer' strategy for developing these complex systems means coordinating the resources of people with expertise in a wide range of disciplines
[ + ]The future PLC
The debate about PLC versus PC had been going on for a while when a new name appeared, the PAC (programmable automation controller). PAC promises to bring the best of both worlds, the functionality of the PC and the reliability of the PLC
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