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Sinamics S120 drive system
Firmware and hardware updates increase user-friendliness

Siemens offers new features in the firmware and hardware for the Sinamics S120 drive system.
Siemens offers new features in the firmware and hardware for the Sinamics S120 drive system. (Picture: Siemens)

Siemens offers new features in the firmware and hardware for the Sinamics S120 drive system. Operation is made much easier in firmware V5.2 through the integration of the web server. The web server in version V5.2 has a new, responsive design, which reacts via standard web browsers regardless of the end device used (notebook, PC, tablet or smartphone). For commissioning typical diagnostics and maintenance functions or servicing, no special tools are required. The web pages are available in six standard languages and feature error indicators and warning messages including meaningful help texts and suggestions for possible solutions. Users can intuitively create, manage and delete parameter lists – even across axes – and can perform firmware updates and system restores with the old firmware version. Backups of parameter settings can be stored on the clients using the web server and browser, and reloaded in the Sinamics converter using the Restore function. In order to test functions that are subject to license, it is possible to activate a temporary trial mode. In addition, a complete overview of all functions that are subject to license is clearly displayed in the web server. For optimum display on any Internet-capable end device, the best browsers are Microsoft Edge, Mozilla Firefox, Google Chrome and Safari. Navigation is via menu or breadcrumbs.

In terms of hardware, Active Line Modules (ALM) can now be connected in parallel for the Sinamics S120. The new firmware V5.2 provides the user with an extended performance range for booksize versions. The parallel connection also results in increased rated power without an additional chassis unit or an external power connection. The power can therefore be increased and voltage peaks are overcome. In addition, energy exchange is possible in the DC link. The new features are available for 55, 80 and 120 kilowatt (kW) ALMs and can also be used in external smart mode.

Siemens at the Hannover Messe 2019: Hall 9, Stand D35

► Hannover Messe Plant Construction, Engineering & Components

Hannover Messe 2019
Automated banding application

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Cobot manufacturer Kassow Robots will make its first appearance at Hannover Messe 2019. The technology trade fair takes place from 1 to 5 April 2019. It will be the first chance to visit the company’s own booth since Kassow’s market launch at Automatica in Munich last summer. The Danish start-up will be attending Hannover Fair together with Project A&E. The partner from Kranenburg, Germany, will showcase an automated banding application.

“We are very satisfied with how things have gone since our launch. The great interest in our 7-axis cobots at Automatica has resulted in a partner network spread all over Europe. We will continue to expand this in the coming months.”

Dieter Pletscher, head of sales at Kassow Robots

The feedback of our partners and their customers has been very positive, including from small and medium-sized businesses, says Pletscher. They have found that the strength and flexibility of the 7-axis cobots make them a particularly cost-effective option for human-robot collaboration.

Extra space for production

Kassow Robots has expanded production space at its headquarters in Kastrup, Copenhagen, since the turn of the year. “The key stage of development is now complete and we are optimizing the manufacturing process,” says Kristian Kassow, founder of Kassow Robots. Kassow Robots has begun production of the first two cobot models – the KR 810 with a reach of 850 mm and a payload of 10 kg, and the KR 1205 with a reach of 1200 mm and a payload of 5 kg. Both models have 7 axes. Production of the KR 1805, which has a reach of 1800 mm, a payload of 5 kg and 7 axes, will begin in the second half of 2019.

Kassow Robots at the Hannover Messe 2019: Hall H17, Stand E63

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► Hannover Messe

Simplified data transfer to cloud-based solutions

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The Siemens CloudConnect portfolio simplifies data transfer within the IIoT (Industrial Internet of Things) to cloud-based solutions.
The Siemens CloudConnect portfolio simplifies data transfer within the IIoT (Industrial Internet of Things) to cloud-based solutions. (Picture: Siemens)

The Siemens CloudConnect portfolio simplifies data transfer within the IIoT (Industrial Internet of Things) to cloud-based solutions. To this end, Siemens is offering the new Simatic CP 1545-1 communications processor, designed for use with Simatic S7-1500 in modern automation environments. For the cloud connection of existing systems, Siemens is now also offering the new Simatic CloudConnect 7 Industrial IoT Gateway. With CloudConnect, it is even easier for users to benefit from cloud-based data analyses. They can enhance machine availability by evaluating data for predictive maintenance purposes, for example, or machine manufacturers can offer new marketing models such as pay-per-use.

Instead of every single sensor having to be connected to the cloud, the Simatic S7-1500 enables field data aggregation and subsequent linking to additional process-relevant information if required. The CP 1545-1 then transfers the data to the cloud platform. The communications processor also features an integrated Stateful Packet Inspection (SPI) firewall for protecting the S7-1500 against unauthorized access. The CloudConnect functionality is easy to project in the TIA Portal using just a few input screens.

There are two ways to connect existing systems with the Industrial IoT Gateway CloudConnect 7: Simatic CC712 facilitates connection of one Simatic S7-300 or S7-400 via Industrial Ethernet by means of the S7 protocol. With Simatic CC716, on the other hand, up to seven Simatic S7 controllers can be connected via Industrial Ethernet or Profibus/MPI interfaces.
The existing automation program does not have to be changed in order to select and transfer the essential information. In addition, the data read by CloudConnect 7 from lower-level S7 stations can be made available as OPC UA variables (server). This enables standardized data exchange, for example with MES systems or HMI and third-party controllers.

The open Message Queuing Telemetry Transport (MQTT) cloud protocol is used in all cases. This established standard also makes it possible to transfer data to MindSphere, the IoT operating system from Siemens, as well as to other cloud platforms.

Siemens at the Hannover Messe 2019: Hall 9, Stand D35

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► Hannover Messe Measurement, Instrumentation, Control & Automation Plant Construction, Engineering & Components

Enabling Security
Totally-Connected world of Industry 4.0

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Analog Devices Enabling Security in the Totally-Connected world of Industry 4.0
Picture: Analof Devices

Analog Devices (ADI) will once again have a noteworthy presence at the Hannover Messe, with demonstrations and speaking engagements focussing on the key issues of concern to visitors to this premier event for all aspects of industrial and automation technology.

ADI, on stand H23 in hall 9 of the exhibition, will show how its unique position at the intersection of analog and digital technologies, and in both the hardware and software of computing solutions, equip it to offer solutions in areas such as machine learning and machine monitoring, comprehensive connectivity – with security – and in the industrial maintenance domains with artificial intelligence.

A featured demonstration will illustrate a comprehensive approach to machine and structural health monitoring, showing how ADI’s best-in-class MEMS technologies provide precision sensing, while the company’s mastery of high-performance analog-to-digital and power conversion delivers ultra-low-power signal processing. “Deep signal chain”, and system design, insights enable customers to extract greater value from their systems, with improved user experiences. Real-time, 24-hour monitoring will be shown in both dynamic (motor) and structural (equipment mounting) contexts, comprising a methodology for complete supervision of an equipment installation.

At the heart of these topics are technologies such as complete, factory- and enterprise-wide connectivity and all that goes with it, a particular concern in 2019 being cyber security. ADI will address the issue as part of a demonstration highlighting the range of solutions that the company can offer to advance Industry 4.0.  Enhanced cyber security within the factory control loop, at the edge of industrial networks will be highlighted as part of an illustration of Time Sensitive Networking (TSN) techniques, boosting security alongside features such as time synchronization, pre-emption and control of TSN via OPC-UA.

Analog Devices’ staff will be on hand to answer visitors’ questions on any of the focus areas for Hannover Messe 2019 – connectivity, cyber security, machine monitoring and maintenance – or on any aspect of the company’s technology and product offering.

Extending the secure edge in industrial control

For many visitors to Hannover Messe the need to consider security is a new, and worrying, addition to their workload. Any IT system is only as secure as its weakest link. Industry 4.0 means that the network extends to every sensor and actuator; potential points of attack exist everywhere from the edge to the core. Security-by-isolation and reliance on monitoring network traffic are no longer adequate, leading to the need to establish device level security at the edge.

Recognising these concerns, and to assist visitors seeking solutions, ADI will present a paper in the conference strand of Hannover Messe, focussing on the “hot topic” of security in the industrial context. To be delivered by Erik Halthen, System Security Manager at ADI, the paper will develop the theme that enabling a new industrial revolution of real time, autonomous decisions requires increased connectivity and edge computing that fundamentally changes the required approach to cyber security.

Analog Devices at the Hannover Messe 2019: Hall 9, Stand H23

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