Insights

Split cable gland KVT-ER sets new standards in connectorised cable routing. By introducing the all-new split cable gland KVT-ER icotek is setting new standards in connectorised cable entry. The KVT-ER cable gland is a liquid and dust proof (IP66/IP68), rugged, easy-to-install and comparatively very cost-effective solution for routing, sealing and strain relief of cables with or without preassembled connectors.

In future, energy distribution systems will make ever-increasing use of direct current. This requires special cables, such as the ÖLFLEX^® DC 100.

ECS are very pleased to announce that we are an authorised distributor for TOSIBOX® in New Zealand. TOSIBOX® have created a new standard for secure connectivity, remote maintenance and network management. The award-winning TOSIBOX® products are manufactured in Finland and used worldwide.

This catalogue covers a wide range of ABB Electrification Products stocked in Australia and New Zealand including Residential products, Miniature circuit breakers (MCB), Residual Current Devices (RCD/RCCB/RCBO), Auxiliary elements and accessories, Modular DIN Rail Components, Consumer Units, Load Centres and Distribution Boards, Industrial plugs and sockets plus more.

Recently, there has been a rise in the sophistication of cyber attacks, which has prompted everyone from IT to OT personnel to produce solutions that enhance industrial cybersecurity.
While companies are tapping into the opportunities that the Industrial Internet of Things (IIoT) has to offer, digitalization has become a key initiative for industries. Digitalization has allowed the industrial control system (ICS) landscape to develop quickly in recent years. Originally, ICS networks were physically isolated and almost immune to cyberattacks.

For control engineers, their primary goal is to ensure that they have system availability, but they often do this without focusing on the network status. This gap is becoming problematic because even though the internet of things is helping to connect more and more devices, it is unfortunately increasing network complexity and introducing new security risks. What if control engineers had clear visibility of the network status and could quickly identify the root cause of network downtime?