Change defines the world. The current challenges faced by society range from the demographic shift to a growing scarcity of natural resources. Automation, too, is changing: future trends in control technology suggest that the role of that control technology will change. Total solutions in whichtasks are distributed according to free capacity are growing in importance.
Verifiable increases in energy conservation and cost efficiency in enclosure design have been realised with user optimised mounting layouts, perfect dimensioning and efficient engineering.
Critical buildings and facilities are challenged with constantly evolving demands on their energy performance. Flexibility is vital – and a one size fits all solution is too rigid to meet the ever changing remit of a hard working electrical infrastructure.
Did you know that the humble contactor was invented in the nineteen twenties and that its basic design has pretty much stayed the same ever since?
Wöhner, world-wide renowned for its busbar system technology as well as electromechanical components for control system construction, energy distribution and renewable energies has expanded its portfolio with the addition of motor starters.
In the past, the subject of machinery safety has been equated to that of the E-STOP function. The combination of what’s possible in normative terms with new technical solutions for safety tasks and combined application knowledge, increasingly enables productivity and machine availability requirements to also be met. Flexible, dynamic safety can only be achieved with an integrated operation of sensor, control and actuator technology.
The globalisation of design and automation has made it critical for companies to reduce costs and increase quality to stay competitive and, in the electrical engineering field, many are turning to Computer Aided Engineering (CAE) software to strengthen their competitiveness in the marketplace.
A key challenge facing industry today is the development of automation systems that offer data transparency and scalability while satisfying the constant demands for increased performance, additional functionality and cost reduction.
Ian Curtis, safety consultant for Siemens Industry Automation advocates a ‘back to basics’ approach to ensure effective functional safety and says modern safety system tools can help reduce complexity, deliver value and drive risk reduction when implementing a Safety Instrumented System (SIS).
Most people are aware that a UPS is a system that provides battery backup in the event of a mains failure. However UPSs protect sensitive onsite equipment from many other externally-generated electrical disturbance types as well.