Program without coding.

Test executive hardware independent fill-in-the-blank programming.

Interpro Systems PowerStar test executive is the premier Program without Coding™ test environment and designed to be the complete test development platform for test systems, benches and labs. Hardware independence and fill-in-the-blank programming makes this the ideal platform for engineers who need the ability to customise their programs, without having to write code or assemble graphical components.

PowerStar’s hardware independence is a critical feature that allows a single test program to operate across multiple platforms with dissimilar hardware without changing the test program. This independence provides significant advantages such as hardware flexibility, lower lifetime costs, seamless integration and future-proofing.

The enhanced INTEPRO PowerStar 6 Test Executive

PowerStar 6 seamlessly integrates 3rd party DLLs and VIs enabling users to enhance their testing capabilities further, such as:

• Dynamic Link Library (DLL) Creation: Users can create VIs (Virtual Instruments) as DLLs, allowing for sophisticated and customized test procedures.
• Parameter Passing: Parameters can be passed between PowerStar and 3rd party VIs, ensuring comprehensive data exchange and control.
• Result Logging: External indicators can be returned to PowerStar and logged as results or exported to variables, enhancing data management.
• Multithreaded Application Support: PowerStar supports multithreaded applications, ensuring smooth operation of external integrations within the testing environment.

Utilising PowerStar brings numerous advantages to an organisation by providing increased efficiency, accurate data collection, documentation on the go enhanced productivity, improved decision-making and scalability.

Applications for PowerStar include battery testing, power supply testing, and renewable energy system analysis, making it an indispensable tool in markets including aerospace and defence, EVs, telecommunications, energy and consumer electronics. PowerStar offers a range of features designed to enhance the testing processes, key features include:

• Advanced Test Library: PowerStar provides hundreds of fill-in-the-blank test routines that provide a range of control from single instrument functional control to full test procedures with easy-to-use parameter entries. This flexibility of control provides code writing without having to actually write code.
• Analog Analysis Tools: Perform detailed and precise power analysis with a suite of advanced tools.
• Real-Time Data Monitoring: Monitor data in real-time for immediate insights and adjustments.
• User-Friendly Interface: Enjoy a streamlined and intuitive interface that simplifies complex testing procedures.
• Customizable Reports: Generate reports tailored to your specific requirements and preferences.
• Integration with Multiple Hardware Platforms: Seamlessly integrate PowerStar with a wide variety of hardware systems.
• Automated Testing Procedures: Automate repetitive testing tasks to save time, reduce errors and provide a repeatable process.
• Multiple Database Support: Benefit from robust database support for extensive data management and analysis. Includes SQL , XML, CSV, Access.
• Visual Basic Integration: Leverage the power of Visual Basic for creating custom tests and virtual applications.
• Family Testing: Utilize common test programs across multiple units under test (UUTs), saving development time and resources.
• Hardware Independence: Achieve greater flexibility and cost efficiency with hardware-independent software that can operate across various hardware configurations and platforms.
• Access Control: User access manager to allow a range of access rights to users.
• Expanded Instrument Library: Includes new AC loads, DC loads, high-power AC sources, and various instrument communication busses such as I2C, SPI, RS232, TTL Serial, 1553, Mod Bus, and CAN.
• Integrated Configuration Manager: Switch between system configurations without restarting PowerStar, allowing for compatibility checks across multiple systems.
• Customisable Views: The user interface view can be customised to suit a user’s preferred requirement with the ability to move windows and tabs to different locations on the screen or to a different screen.

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@proactivefleet #Interpro #PAuto #TandM

Secure embedded solutions.

Secure, hardened Linux®-based operating system expands standards-based and cybersecure offering.

congatec and Kontron the leading global provider of IoT/Embedded Computer Technology (ECT) – today announced new modular and secure embedded platforms. At the core of this collaboration is the integration of KontronOS, Kontron’s secure, Linux®-based operating system, with congatec’s application-ready aReady.COM hardware and software building blocks. This integrated approach is designed to simplify and accelerate the development of security and application solutions that comply with IEC 62443.

Hannes Niederhauser, CEO,Kontron, and Dominik Ressing, CEO, congatec

Thanks to the partnership with Kontron, KontronOS is now available as part of the aReady.COM portfolio. This allows customers to receive application-ready modules with a pre-installed and licensed operating system. The combination of congatec’s hypervisor technology, KontronOS, and KontronAIShield separates mission-critical core functions from IoT components, ensuring maximum system security.

"With KontronOS, we are offering a secure, modular, and standardized platform that will be available across all modules in the long term. It will serve as a foundation for future innovations. At the same time, we are responding quickly to new technological requirements driven by the CRA directive and the evolution of AI. We are pleased to strengthen our partnership with congatec to deliver even more powerful and secure solutions for our customers,” said Hannes Niederhauser, CEO of Kontron.

Dominik Ressing, CEO of congatec, added, "We are expanding our application-ready embedded computer hardware and software building blocks with the secure KontronOS. This enhancement provides aReady.COM customers with greater flexibility and security. With aReady.COM, customers can bring secure, innovative solutions to market faster, reducing non-recurring engineering costs and total cost of ownership. We are delighted that Kontron is supporting our aReady strategy with KontronOS, and we are excited that this joint solution is now available to our customers.”

KontronOS is subscription-based and available on aReady.COM. It is extendable with modules such as KontronAIShield and KontronGrid, which can be added as needed. KontronOS helps customers achieve CRA compliance for their products, reducing overall costs.

Building on the partnership established with Kontron in May 2025, which combines the computer-on-module expertise of both companies, congatec will continue to supply embedded modules for Kontron. Together, the companies are pooling their technological capabilities, giving Kontron access to one of the broadest embedded module portfolios worldwide.

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@congatecAG @UnnGmbh @linuxfoundation #Kontron #PAuto

AI-powered self-shopping devices.

The new Joya™ Smart familyn from Datalogic is now available. It leverages over 20 years of experience and heralds a new era of self-shopping with the industry’s first self-shopping devices to feature integrated Ai technology.

For years, retailers have faced an impossible choice: embrace self-shopping for the convenience and speed of consumer demand or focus on traditional checkout for better control against losses. The Joya Smart family solves this dilemma, delivering both with the same device. These revolutionary devices offer the most efficient and interactive shopping experience for consumers, while addressing retailers' most critical concerns regarding loss prevention.

Intelligent design with innovation.
These next-generation self-shopping devices redefine the in-store experience with thoughtfully designed comfort and intuitive usability, advanced performance, and future-ready innovation.

• Elevated Experience: The large 5-inch high-resolution display is housed in an ergonomically optimised design that fits naturally in a shopper’s hand.
• Augmented Reality: Shoppers can scan product GS1 Digital Link-ready QR codes to view real-time, screen-displayed information like ingredients, nutritional facts, and promotions before purchase.
• Speed and Feedback: Powered by fast Wi-Fi 6E connectivity and embedded NFC contactless technology, shoppers can scan and pay in seconds and enjoy instant visual feedback via Datalogic’s proprietary Green Spot good-read technology.
• Software Ecosystem: The family is compatible with Self-Shopping software from all major retailers and ISVs and offers seamless integration with Datalogic’s Shopevolution™ and EasyShop software platforms.

The Joya Smart+ takes the experience to an all-new level. Providing smartphone-like familiarity in both aesthetics and use, with a notable market differentiation that sees the scan engine and AI camera share the same point of view. The front-facing visibility means shoppers can view their aimed item via the rear camera as they scan to ensure higher first-time read success.

What truly sets the new Joya Smart family apart is its embedded Ai algorithms that use computer vision via the integrated rear-camera to validate scanned items, preventing errors or unintentional mistakes and helping store associates to quickly find only the items to be re-checked in any customer’s cart.

• Loss Prevention: The Ai-driven Shop Guard system verifies non-scanned items, preventing errors or unintentional mistakes
• Operational Efficiency: This intelligence allows store associates to quickly find only the items to be re-checked in a customer's cart, boosting shopper throughput

“The new Joya Smart family represents a fundamental transformation in how we approach self-shopping technology” said Rosario Casillo, Executive Vice President of Product & Solutions – Data Capture Division at Datalogic. “We provide unparalleled value with devices that redefine the in-store journey, delivering speed and convenience for shoppers while helping retailers in reducing losses.”

The Joya Smart family is designed with long-term strategies in mind, representing the smart choice for retailers aiming to achieve their ESG goals without compromising performance.

• Sustainable Design: Joya Smart and its accessories are built with recycled materials and come in recyclable packaging
• Investment Protection: The devices feature wireless charging, which eliminates the worry of replacing broken or corroded pins. Combined with long-term Android™ support, this ensures investment protection for years to come
• Charging Innovation: Retailers can choose a boosted (sub 2-hour) charging mode or an eco-mode that uses less energy.
• Wall-mount re-use: Migration path from other self-shopping device configurations is made easier thanks to kits to install new cradles without changing the existing wall.

Joya Smart and its accessories are now available, while the advanced Joya Smart+ will be available during Q1 2026, marking a new era in the evolution of intelligent self-shopping technology.

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@DatalogicGroup @mepaxIntPR #PAuto #Ai

Mini computer opens up new applications.

The first COM-HPC Mini Computer-on-Module (COM) powered by the Qualcomm Dragonwing™ IQ-X Series processors has been launched by congatec. Their new conga-HPC/mIQ-X with the Qualcomm® Oryon™ CPU delivers exceptional single and multithread compute performance - previously achieved only with x86 based-designs - at best-in-class power efficiency. Edge Ai applications, including local machine learning (ML), and the running of large language models (LLMs), benefit from up to 45 TOPS of Ai performance with the dedicated NPU powered by the Qualcomm ® Hexagon™ processor. The conga-HPC/mIQ-X addresses the growing demand for high-performance, energy-efficient compute platforms in markets such as security, transactional retail, robotics, medical technology, and industrial automation.

Robust, compact, and Ai-optimised.
With a form factor roughly the size of a credit card, the conga-HPC/mIQ-X features a robust design with soldered, fast LPDDR5X RAM and support for an industrial temperature range from -40 °C to +85 °C.

Typical use cases include video surveillance, sensor and camera systems for edge analytics, and applications with local Ai processing. This platform is ideal for developers who want to leverage the strengths of Arm on Microsoft Windows. It significantly reduces development time compared to other implementations through simplified software integration and UEFI-compatible firmware. All size, weight, and power (SWaP) optimised designs also benefit from the high performance per watt of the new mini modules.

“The conga-HPC/mIQ-X takes embedded Arm computing to a new level of performance and simplifies the development of Ai-accelerated edge and vision systems through UEFI BIOS support, Windows integration, and a complete ecosystem,” explains Konrad Garhammer, COO and CTO of congatec.

The conga-HPC/mIQ-X COM-HPC Mini module - measuring just 95 mm x 70 mm - is based on Qualcomm Dragonwing IQ-X Series processors with up to 64 GB of LPDDR5X memory.
With up to 12 Oryon cores, a dedicated Hexagon NPU, DSP, and Qualcomm® Spectra ISP, it offers optimized computing units for ultra-efficient processing of video, image, and audio data.
The integrated Qualcomm ® Adreno™ GPU delivers powerful graphics, supporting up to 3 displays and 8K resolution.
For fast networking and peripheral connectivity, the COM-HPC Mini module offers 2x 2.5 Gb Ethernet, up to 16x PCIe Gen3/Gen4 lanes, 2x USB4, 2x USB3.2 Gen2x1, and 8x USB2.0.
Graphics output is via 2x DDI and eDP, and up to 4 cameras can be connected directly via MIPI CSI. 2x I2C, 2x UART, and 12x GPIO round out the feature set.
The integrated TPM 2.0 module serves as the hardware root of trust.

To accelerate time-to-market, congatec offers optimised cooling solutions, evaluation boards, and comprehensive design support. The new COM-HPC Mini module is also available as an application-ready aReady.COM. It is delivered customised with validated and pre-installed operating systems and optional software building blocks for IoT functionality, faster development, and optimised cost.

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@congatecAG @UnnGmbh #PAuto

Air and gas velocity.

The new AVS701 from E+E Elektronik sets a new standard in air and gas velocity measurement has been developed for demanding industrial applications. Maximum efficiency and process reliability thanks to the highest measurement accuracy, quick installation using accurate sensor positioning with a specially developed alignment tool, and an integrated process gas library are the key features of this sensor.

An optional external pressure sensor enables environment compensation by correcting for ambient pressure fluctuations. The robust thin-film ceramic sensing element with special coating and the stainless-steel probe head deliver highly precise measurement results even under extreme or corrosive conditions, significantly reducing downtime and lifecycle costs.

The optically and technically redesigned air and gas velocity sensor stands out above all for its accuracy and reliability, as well as significantly simplified installation. It is optimised for demanding industrial applications in a measuring range from 0 to 40 m/s and –40 to +140 °C and is suitable for a wide variety of uses – from cleanroom and pharmaceutical applications to process monitoring in 3D printers. Increased process efficiency and sensor installation that is up to 60% quicker make the AVS701 the best choice in its performance class.

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#Epulse #PAuto #Maintainence

Serving Japan’s scientific and industrial photonics community.

Toptica Photonics has opened its new office in Osaka, Japan. This expansion demonstrates the company's commitment to the Japanese market and its growing customer base in the Asia-Pacific region.

LtoR: Toshiyuki Nishimoto, Dr. Thomas Renner
and Taro Saito,at the opening.

Leading the new Osaka office is Toshiyuki Nishimoto, who recently joined Toptica as Branch Manager with a strong background in photonics and laser technology. The Osaka Office will serve as a dedicated point of contact for customers and partners across western Japan, fostering closer collaboration and ensuring faster response times.

This expansion marks an important milestone in the company’s growth strategy, strengthening its footprint in one of the world’s most dynamic high-tech and research markets while reinforcing long-standing customer relationships.

Due to the importance of Japan in the high-technology and optics industry, Toptica founded Toptica Photonics K.K. in September 2016 as a dedicated office for sales, marketing, and service. The subsidiary, headquartered in Fuchu/Tokyo, currently consists of eight employees – all of whom have extensive experience with Toptica products. Among them is Taro Saito, who has served as Managing Director since the company’s foundation.

"Japan has always been an important region for Toptica, with its strong research landscape and dynamic industrial base," said Dr. Thomas Renner, CSO and Member of the Executive Board at Toptica Photonics. "With our new Osaka office and Mr. Nishimoto joining the team, we are well positioned to provide even better local support and service to our Japanese customers."

"Since establishing Toptica Photonics K.K. in 2016, we have continuously expanded our business in both the scientific and industrial markets across Japan. The new Osaka office marks another significant step forward, allowing us to strengthen our presence in western Japan and to serve our customers with even greater proximity and efficiency." said Taro Saito. "We now have enough space and presence to grow the Japanese organization to a next level."

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@TOPTICA_AG @PresseBox #Pauto #Photonics #Japa

Ethernet switches for harsh industrial environments.

Support mission-critical operations in rugged environments

The launch of the N-Tron NT110-FX2, an unmanaged Ethernet switch with 2 fibre ports, the NT111-FX3, an unmanaged Ethernet switch with 3 fibre ports has been announced by HMS Networks. They have also announced the NT112- FX4, an unmanaged Ethernet switch with 4 fibre port. Both are designed for industrial applications needing dependable performance for mission-critical applications under harsh conditions. This NT110 new unmanaged series offers exceptional reliability and performance for data acquisition, Ethernet I/O and process control.

“For decades, N-Tron has stood for ruggedness, reliability and ease of use. The NT100 series continues that tradition, delivering durable switches that thrive in extreme environments, maintain rock-solid uptime, and are simple to deploy. Designed with the needs of machine builders and OEMs in mind—while serving the broader demands of industrial applications—the NT100 series is ready to keep critical operations running in any environment,” said Barry Turner, N-Tron Product Manager.

Compact in size with eight high performance copper ports (10/100BaseTX RJ45) and 2, 3 or 4 100BaseFX fibre ports, the switches are housed in rugged industrial metal enclosures. The new switches offer high shock and vibration tolerance. The RJ45 ports have built in ESD and surge protection. fibre ports are available with SC or ST connectors in multimode or singlemode configurations. Users benefit from an exceptional 1.2M hour MTBF rating, in slim, space-saving designs that operate in temperatures from -40°C to 85°C.

For robust network support, the NT110-FX2, NT111-FX3 and NT112-FX4 unmanaged switches support full wire speed communication. Each model employs store-and-forward technology with support for full and half duplex operation. Two 10-49 VDC power inputs are provided for redundancy.

Along with the flagship16-port copper unmanaged NT116 switch released in 2024, the NT100 series is the next evolution in N-Tron’s unmanaged industrial Ethernet switch. The new switches carry UL Ordinary and Hazardous locations as well as ATEX and IECEx certification in addition to IEEE 802.3 compliance and marine, railway and rolling stock certifications.

Easier data gathering.
The N-Tron NT100 series makes critical performance data easier to gather. Their rugged and hardened designs provide the durability and reliability needed to withstand the extreme conditions found on factory floor control networks and in oil and gas, utilities, water/wastewater treatment, alternative energy, rail, intelligent traffic control and transportation applications.

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@hmsnetworks @mepaxIntPR #PAuto #Communications

Distributed acoustic sensing.

Continuous, seamless real-time monitoring over long distances.

Distributed Acoustic Sensing (DAS) keeps critical infrastructure safe. High-resolution monitoring systems, known as fibre test heads (FTH), transform existing fibre optic networks into highly sensitive sensors for real-time detection of vibrations, movements, and acoustic events along the fibre. The devices from Laser Components cover distances of up to 100 kilometers.

The underlying technology is both elegant and effective: a laser interrogator sends short pulses of light into the fibre optic cable and analyses the backscatter. Even the slightest movement or vibration changes the scattering pattern of the light, making it measurable for the system. AI-supported software separates harmless events from actual threats. This allows for immediate detection and precise localisation of activities such as excavations, tampering attempts, or structural changes.

DAS is increasingly being deployed in areas that are essential for public safety and utilities—such as along pipelines, railway lines, power lines, and communication networks. The technology also enables continuous status monitoring in the perimeter protection of sensitive facilities, data centres, and industrial plants. It thus makes a decisive contribution to the implementation of KRITIS requirements in accordance with the NIS2 Directive and the IT Security Act.

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@lasercomp_uk @PresseBox @UnnGmbh #Automation #Infrastructure

Energy storage breakthrough.

Described as a milestone for lithium-free battery technology, a complete battery system demonstrator based on aluminum-graphite-dual-ion batteries (AGDIB) has been realised. This proves the stability of the new battery cell chemistry not only in a laboratory environment, but also in a more realistic scenario. The rechargeable AGDIB battery cells are a safe low-cost energy storage technology and follow the design-for-recycling approach, making them a future-proof lithium alternative for high power applications like dynamic grid stabilisation.

From cell to recycling: integrated value chain for an innovative battery system.
The rising demand for electrical energy – driven, for example, by the need to store and balance renewable energy – calls for suitable storage solutions. The rechargeable aluminum-graphite-ion battery (AGDIB) meets this need with its low-cost and easily available active materials aluminum and graphite. As a high-power storage device, the AGDIB can be charged and discharged in a very short time at high rates. This makes the AGDIB ideal for applications such as dynamic grid stabilisation, where batteries are used to balance frequency fluctuations with many low-energy micro cycles that favor high power performance over high energy density.

Aluminum-graphite-dual-ion battery system consisting of pouch cells, battery module, battery management system and quantum sensor.

While many new Li-free battery technologies are examined on lab-size cell level, battery system demonstrators employing new cell chemistries remain rare. However, such a battery system demonstrator based on AGDIB has now been set up within the INNOBATT project after scaling the technology to small-size pouch cells in previous research projects first. The development of this innovative battery system focuses on the whole value chain, from a sustainable Li-free cell chemistry over integration of wireless battery management system (BMS) and bidirectional quantum-based current sensor technologies to recyclability considerations.

Demonstrator validates stability of new Al-ion battery cells.
In a realistic test case, the INNOBATT demonstrator proves the stability of the new type battery cells. Integrating eight AGDIB pouch cells with a wireless BMS based on the open source BMS platform foxBMS® from Fraunhofer IISB* with secure radio frequency based (RF) communication, the prototype also features a novel diamond-based quantum sensor for high-resolution current measurement.

AGDIB active materials and cell design were improved to increase stability and reliability of the cells and ensure reproducible performance metrics. This allowed for a proper cell matching despite the manual manufacturing technology. The battery module was assembled in 4s2p configuration, employing a BMS-Slave with a safe wireless RF communication to the BMS-Master. The quantum sensor is based on NV-centers in diamond. In comparison to conventional current sensors, the measuring range covers five orders of magnitudes. Consequently, both small and large dynamical currents can be measured with a very high resolution.

This battery system successfully validates the Al-ion based cell chemistry and its high-power capabilities for grid stabilisation applications. Previously obtained results on cell level could be verified within the whole battery module by emulating instantaneous reserve applications based on real frequency data. The system proves stable performance with dynamic high current loads at 10C over long time periods and therefore demonstrates AGDIB’s ability for upscaling via successful cell manufacturing, cell interconnection and system integration. A major advantage of AGDIB is that it allows for very high discharge rates and, unlike many established battery systems, also high charging rates, as required for grid applications (e.g. providing virtual inertia).

The recyclability of the cells and modules was carefully considered during development. Cell recyclability was assessed through a physical separation process that eliminates the use of toxic chemicals, thereby facilitating the establishment of closed material cycles. The module design followed a design-for-recycling strategy, surpassing current EU regulatory requirements for battery recycling efficiencies and leading to the advancement and demonstration of this sustainable energy storage system.

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*The Fraunhofer Institute for Integrated Systems and Device Technology IISB is one of Europe’s leading research institutions for wide-bandgap semiconductors and power electronics, covering the complete value chain. The spectrum ranges from basic materials, semiconductor devices and process technologies, power electronic modules and components to complex power electronic and energy systems.

@FraunhoferIIS @UnnGmbh #Energy #Power

Learning Test+Measurement.

Two dates for the Rhode + Schwarz Navigating Test & Measurement seminars have been announced for Cambridge (GB) on 3 February 2025 and Bolton (GB) on 5 February 2025. With hands-on sessions guided by Rohde & Schwarz test experts, the purely educational events show engineers how to get the best from commonly used benchtop equipment. The Navigating Test & Measurement seminars offers the opportunity to discover practical approaches for addressing design validation and optimisation challenges.

“Our Navigating Test & Measurement days are a great opportunity to build confidence and sharpen skills in operating test and measurement equipment,” said Jamie Lunn, vector network analyser product manager at Rohde & Schwarz. “The program is designed for engineers at any stage in their careers, whether growing their expertise from the ground up or updating their skills with the latest equipment.”

The schedule for the seminar allows delegates to navigate between two learning streams according to their interests. 

Throughout the day, Stream 1 introduces vector network analysers, signal and spectrum analysers, and signal generators, used for tasks such as optimising RF components and high-frequency designs. 

Stream 2 focuses on ensuring robust and reliable performance with Oscilloscopes and delving into applications such as Power Electronics and Signal Integrity.

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@RohdeSchwarz @NapierPR #TandM #Britain

Shorter technology transfer helps life sciences and patients.

Emerson collaborated with Roche, one of the world’s largest biotechnology companies, to deliver a digital library of modalities for faster deployment and utilisation of DeltaV™ Process Knowledge Management (PKM) software, minimising the time it takes to develop a process specification through its lifecycle to full commercial scale.

The DeltaV PKM Modality Library provides a set of software building blocks to help organisations quickly establish a modular approach to characterising process definitions. By further standardising process specification elements and relationships, life sciences innovators can more rapidly deliver lifesaving and life-improving treatments to patients in need.

“Today’s life sciences innovators love PKM’s ability to shorten technology transfer but are continually searching for ways to improve alignment between process development and manufacturing recipe development,” said Nathan Pettus, president of Emerson’s process systems and solutions business. “The DeltaV PKM Modality Library enables a fully digital path to technology transfer, making the entire process faster, easier and more repeatable and reliable.”

Today it can take months to establish an organisation’s standards and then create the associated validatable building blocks using the PKM collaboration environment. Users must align on an ontology, equipment classes and capabilities, use of materials and formulations, quality testing plans, etc., before they can begin creating process specification recipes. All of this must also be aligned with the submission and licensing process and within the global supply chain.

Technology transfer is a major obstacle in delivering new medical breakthroughs to patients globally. This specialised library can allow companies to overcome this hurdle by streamlining and accelerating the move from research to commercial launch.

PKM software is designed to dramatically improve and shorten the technology transfer process. It replaces manual methods with a structured repository to define the process specification and a collaborative digital platform to manage changes as that specification evolves during the process development lifecycle.

The DeltaV PKM Modality Library provides a prebuilt, proven, customisable set of specification elements where the framework for the elements is already established for a given modality. This includes examples of underlying process steps, activities, key process parameters and critical quality attributes.

Prebuilt software frameworks cut months off development and organisational alignment efforts and establish digital foundations for faster future innovation. The modality library then facilitates seamless integration into execution systems to digitally transfer specification information into working recipes.

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@EmersonExchange @Emerson_News @EMR_Automation @HHC_Lewis #PAuto #LifeSciences

Industrial communications business acquired.

Molex is a global electronics leader committed to transforming technology innovation with interconnect solutions for a wide range of industries. “Molex is delighted to transition our industrial communications business to HMS, a true market leader in the category,” said Dave Atkinson, Vice President and General Manager of Molex Industrial Solutions.

From left: Martin Hoffert, Director Corporate Strategy and M&A, HMS, Matthijs Von Witte, VP Sales, Molex Industrial, Bartek S. Candell, SVP, HMS Industrial Network Solutions Division, Dave Atkinson, VP and General Manager, Molex Industrial

The acquisition consists of several strategic assets including:

• Hardware and software intellectual property
• A product portfolio consisting of network interface cards and software stacks
• Customer relations, primarily in USA and Japan
• Development teams based in Waterloo, Canada, and Le Thuit Anger, France
• The French company Woodhead Software & Electronics S.A.S.U. 

 “After some time of discussion, Molex and HMS concluded that the industrial communication business of Molex aligns closely with the vision of the INT division within HMS. We identified several synergies with Molex network interface cards, and their leading industry offer on network controller/scanners, which complement our INT product portfolio and create several cross-selling opportunities.
“At the same time Molex can focus fully on their core business, confident that their Industrial Communication customers will be in good hands with HMS. This is a perfect addition to the HMS portfolio and a win-win deal for both parties,” according to Bartek Candell, Senior Vice President of HMS Networks.

“We are confident that our talented team members will bring highly complementary engineering expertise and innovation capabilities to support our collective customers.” 

The primary rationale for the acquisition is to obtain strategic intellectual property and know-how from the experienced engineering teams. This acquisition supports division INT’s strategy by strengthening its software and hardware offerings through complementary IP blocks. It also expands HMS’s customer base in North America, a key strategic market and an essential initiative of the 2030 strategy for the INT division.

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@hmsnetworks @MolexConnectors @HMSAnybus @mepaxIntPR #PAuto #Communications

Suite strengthens industrial cybersecurity resilience.

OT-designed platform and security services empower industrial organisations to reduce risk, maximise uptime and simplify compliance across the full cybersecurity lifecycle.

The launch of SecureOT™ solution suite, a comprehensive industrial cybersecurity offering designed to help manufacturers and critical infrastructure protect critical operations and build secure environments has been announced by Rockwell Automation..

As industrial operations become increasingly connected, organisations are facing a sharp rise in cyber threats targeting operations technology (OT) systems. Many legacy systems were never designed with cybersecurity in mind, and traditional IT tools often fail to protect complex, aging industrial environments. SecureOT was developed to close the gap, helping organisations secure their OT infrastructure with technology and expertise built for the realities of modern industrial operations.

This new suite brings together Rockwell Automation’s purpose-built SecureOT Platform, professional services and managed security services into a unified solution that delivers end-to-end protection for complex, aging and highly regulated industrial systems.

“Cyber threats to industrial operations are evolving faster than ever, and legacy defenses simply can’t keep up,” said Matthew Fordenwalt, senior vice president, Lifecycle Services, Rockwell Automation. “SecureOT is more than a brand – it’s a strategic shift in how industrial organisations approach cybersecurity. We’re combining deep industrial expertise with OT-specific technology and services that help customers stay ahead of threats and keep operations running safely.”

Built for industrial complexity.
SecureOT is designed for the specific challenges of OT environments, providing comprehensive protection across all levels of cybersecurity maturity. SecureOT Platform delivers real-time asset visibility, risk prioritisation and vulnerability management across diverse vendor ecosystems.

Through its professional services, SecureOT offers strategic advisory, assessments and implementation support to help organisations strengthen their security posture. Its managed security services provide continuous 24/7 monitoring and incident response from Rockwell’s dedicated OT Security Operations Center (SOC) and Network Operations Center (NOC).

It aligns with globally recognised frameworks, including NIST CSF, NIS2 and IEC 62443, and takes a vendor-neutral approach to securing industrial control systems and technology stacks.

“Industrial organisations need cybersecurity strategies built for the realities of OT,” said Hollie Hennessy, OT/IoT cybersecurity lead analyst at Omdia. “Rockwell Automation’s SecureOT addresses that need with a layered approach that integrates asset visibility, vulnerability management and managed detection services in one framework. It’s a significant step forward for industrial cybersecurity maturity.”

Helping industrial leaders transform their cybersecurity posture:

• A leading oil & gas producer achieved full OT asset visibility and remediated critical risks across remote operations in just six months.
• A large beverage manufacturer migrated their aging industrial network and compute installed base to a fully managed and supported infrastructure across more than 150 sites globally.
• An energy company doubled its NIST CSF maturity scores while delivering measurable ROI to executive leadership.
• A power utility gained secure, real-time visibility into remote substations – achieving NERC CIP compliance and reducing costs through agentless monitoring.

Industrial organisations can confidently mitigate risk, help maintain uptime and run safer operations, no matter where they are in their cybersecurity journey with SecureOT.

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@ROKAutomation @ROKAutoEMEA @OmdiaHQ #PAuto  #¢Cybersecurity #OT_IT

Multi-protocol connectivity at the field level.

LAPP is launching its own remote I/O devices, the UNITRONIC® ACCESS product range, now for the first time. They expand the existing Industrial Communication offering of the global market leader for integrated solutions and brand products in the field of cable and connection technology and offer new possibilities for decentralised sensor-actuator communication. All this is achieved without time-consuming cabling or complex integration. But why is decentralisation becoming increasingly important in factory automation and what makes LAPP’s solution so special? 

Rob van der Sluis

Rob van der Sluis, Head of Product & Business Development Cluster West, explains. IO-Link is playing an increasingly important role in industrial automation. 

• What makes this communication standard so attractive?

“IO-Link is a communication standard that is increasingly replacing classic digital and analogue signal transmission in many areas. IO-Link transmits structured data up to 32 bytes per communication cycle. This enables diagnostic functions, recording process values and remote control by using inexpensive unshielded standard cables. IO-Link is therefore the ideal solution for the field level, the lowest level of the automation pyramid.”

• LAPP is a specialist in connection technology but is now offering for the first time active components. Why this step?

“With the new UNITRONIC® ACCESS remote I/O components, i.e. the IO-Link masters and hubs, we are now bringing active components to the field level. This means we now can offer from a single source to our customers the complete infrastructure for industrial- e networks: active and passive components including end-to-end connectivity from the sensor to the controller or even to the cloud.”

• What distinguishes LAPP’s remote I/O devices from others on the market?

“The key difference lies in their versatility: our UNITRONIC® ACCESS devices are available as multi-protocol and single-protocol versions. The multi-protocol devices support five common Industrial Ethernet protocols (PROFINET, Ethernet/IP, EtherCAT, Modbus TCP, CC-Link IE) as well as four IoT protocols such as OPC UA, MQTT, REST API and CoAP. In addition, robust metal housings and a wide temperature range from -40 to +70°C ensure reliability under harsh conditions.”

• What advantages do remote I/O devices offer for machine and plant engineering?

“Decentralisation, flexibility and cost savings. In many applications, such as intralogistics, it is inefficient to wire each sensor individually in the control cabinet. Thanks to protection classes IP67 and IP69K, our UNITRONIC® ACCESS modules can be installed directly in the plant. This saves space, significantly reduces wiring effort and thus lowers the susceptibility to errors. Another advantage is the simple plug-and-play commissioning and automatic parameterisation when replacing a sensor. This not only reduces installation costs, but also maintenance costs.”

• And what developments can we expect from LAPP in the future?

“Our remote I/O devices are not a one-off project, but part of a comprehensive strategy. We are continuously working to expand our portfolio, for example with complementary diagnostic and visualization solutions. This can be experienced live in our LAPP Exploration Centre in Stuttgart (D).”

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@lapp_group_ @mepaxIntPR #PAuto #IO_Link

Event camera.

Process monitoring through event-driven image and video sequences as well as live streams.

The VOC event camera, from Pepperl+Fuchs, enables event-driven recordings with up to 900s before and after the event via various trigger options such as software, hardware, or motion inputs. This allows problems and their triggers to be identified and documented.

Due to the integrated circular buffer, videos are continuously buffered and stored in the integrated memory for a definable length when a trigger signal is received. The live stream and the option of recording with a timestamp and individual additional text ensure transparency and simplify analysis. A high level of data protection is ensured by various functions such as blanking out defined image areas, deactivating the circular buffer for maintenance work, and face softening. Encrypted data transmission using the HTTPS protocol ensures comprehensive cybersecurity.

Thanks to the high temperature range of -30 ... +50 °C and the degree of protection of IP65, the event camera is suitable for a wide range of applications. The camera can be easily integrated into IT systems via REST API. Live streams can be called up for web interfaces via WebRTC or for standard HMI displays via RTSP streams.

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@PepperlFuchsUSA @mepaxIntPR #Pauto 

Rugged interconnectors.

Production quantity of Samtec's new line of rugged, multi-port SMPM solutions that feature threaded coupling for high thermal shock and vibration environments commonly found in  aerospace and communication applications is now available. Their rugged, threaded-SMPM solutions provide high-frequency performance up to 65 GHz with excellent reliability in high-density applications.

SMPM multi-port mated sets with the new -S Screw option for threaded coupling are part of Samtec’s Magnum RF® product line. Cable assemblies are available with .047” diameter low-loss flexible cable (GC47 Series) or with .086” diameter low-loss flexible cable (GC86 Series). While both cable diameters are small and lend themselves to smaller bundle sizes for weight savings and increased airflow for cooling, there are different advantages for each. GC47 with .047” diameter cable offers greater flexibility with a 0.125” (3.18 mm) minimum bend radius and a higher maximum operating frequency.

GC86 with .086” diameter cable, while still high-performance, operates at a slightly lower frequency but with improved, lower insertion loss. Mating board connectors are available with a stub launch surface mount board termination (GPPC-ST-SL) or edge mount board termination (GPPC-EM). Optional in-line channel counts are 2, 4, 6, 8 and 10 on a high-density .140” (3.56 mm) pitch. Combining multiple channels into a single housing provides 40-percent greater density, less processing time and better positional alignment.

Rugged, threaded SMPM Magnum RF interconnects are in stock directly from Samtec. As part of the Sudden Service® culture, Samtec makes designing-in a product easy by offering free 3D model downloads and product samples while also ensuring prints, product specifications and test reports are readily available.

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@SamtecInc @TechWireIntl #Electronics #TandM  #Aerospace

Device for industrial motion and IOT applications.

Festo has added the first edge device to its range of AX Controllers. CEPE is a high-performance industrial PC and control unit designed for industrial motion and IoT applications. It uses the Festo AX operating system (OS), which is based on PLCnext Technology and offers an open ecosystem for modular automation and easy programming.

CEPE is designed to control and automate assembly lines and machines, as well as production processes. Highly configurable, CEPE enables the programming and monitoring of production processes, including motion applications such as pick & place, palletising and servo presses. It can also support machine visualisation and IOT data acquisition and analysis.

Ben Lloyd, Festo’s Product Manager‒Electrical Automation, says: “End users and machine builders are under constant pressure to meet new production demands and shorten development cycles. Automation provides the answer, but it involves integrating multiple functions, such as control and motion, AI, data integration and evaluation, and predictive maintenance into applications simultaneously. The addition of CEPE to the Festo AX platform makes this process easier than ever.”

Festo AX Controls combines many software modules, such as operating system, motion, visualisation, high-level languages and low code development tools through to commissioning software with a scalable hardware platform. The AX suite consists of the Festo AX OS, Festo AX Motion control software, Festo AX Machine Visualisation software and now the CEPE edge controller.

Easy integration.

CEPE combines high processing power with a wide range of interfaces and software functions. It can gather and analyse local data, program its own applications and install third-party applications via various app stores. Thanks to its Linux-based operating system, users are also free to develop their own applications using familiar platforms like C++, C#, Python or the IEC61131 family.

Equipped as standard with an Intel i3 processor and a wide range of communication interfaces such as Profinet, Ethernet/IP and EtherCAT or Festo's own AP network, the CEPE edge controller can be optimally connected to different control architectures. Festo's entire electrical and pneumatic portfolio can be seamlessly integrated using this device, so customers can always use the right technology for their application. OPC UA is included for secure, cross-platform and interoperable data exchange in industrial automation and control systems. Combining industry-proven hardware with open control architecture, the CEPE offers many development options for different software applications.

Wider benefits.
Festo AX OS is based on PLCnext technology from Phoenix Contact. Developed specifically for industrial environments, it enables real-time applications, programming with modern programming languages and seamless cloud connectivity. The containerised runtime environment enables an open and modular software architecture and the integration of modern AI-based software, as well as robust cybersecurity. This creates the basis for accessing, evaluating, archiving and reusing valuable process data.

It amplifies these benefits, enabling users to develop individual solutions and seamlessly integrate existing systems to meet the requirements of various industrial applications. Development cycle efficiency can also be increased through the use of open source software and apps, with no limits to future extensions.

The company already provides a wide selection of apps, including CODESYS, Multi-axis motion, Python, Node-RED and the proprietary Festo AX Industrial Intelligence, a powerful AI predictive maintenance tool. All these software apps and licences will be available via the Festo online catalogue or for purchase via the growing PLCnext Store in future.

“The combination of Festo and PLCnext technology is focused on a common goal: helping our customers to meet the challenges arising from the convergence of IT and OT through open automation solutions,” concludes Ben Lloyd.

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@FestoGB @festo_global @Publitek #PAuto #Manufacturing

Automation expertese for remote Zinc 0peration.

Advanced software portfolio to help power innovative remote operations centre for the company’s first ‘next generation mine’ project.

The global mining company South32* has chosen Emerson's advanced automation solutions and engineering expertise to support the zinc deposit of the Hermosa mine project in Arizona (USA). The multi-million-dollar automation project will deploy integrated remote operations systems for South32’s first ‘next generation mine,’ enabling the production of critical minerals while minimising environmental impact.

Global demand for zinc, silver and lead is forecast to rise roughly 10–25% by 2035, driven by industrial growth, electrification and renewable energy expansion. The Hermosa project will produce those critical metals and others to support transportation infrastructure, battery production, construction, defence technologies, solar energy and corrosion-resistant steel manufacturing for a low-carbon future.

Hermosa, South32’s next generation mine  (Pic:South32.)

Emerson’s advanced software enables key efficiencies to be designed into South32’s Centro, its remote operations centre, currently under construction about 30 miles from the mine site. Centralised control software, asset management systems, smart field devices and remote operations technologies will be integrated to improve safety, efficiency and environmental performance. Centro is a commercial, office-style facility that will host approximately 200 full-time staff to remotely monitor and operate underground and surface equipment.

“The Hermosa project represents the kind of forward-looking investment that drives both economic growth and energy security,” said Ram Krishnan, chief operating officer of Emerson. “By combining advanced automation with a commitment to environmental responsibility, South32 is setting a new standard for sustainability and innovation in mining.”

Emerson’s DeltaV™ automation platform will help make this possible by gathering real-time data from across the mine into a single secure control system. Operators will remotely monitor and optimise key systems – from ore handling to power and water usage – while running a fully digital, low-emission mining operation.

Caltrol, Emerson’s Impact Partner in the region, will support the project with expert service and maintenance, ensuring rapid response, consistent engineering standards and emergency support.

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*South32 is a Perth-based (AUS), globally diversified mining and metals company with operations in Australia, India, China, Japan, the Middle East, Mozambique, the Netherlands, Brazil, South Africa, South Korea and the United States.

@EmersonExchange @Emerson_News @EMR_Automation @Rosemount_News @South32Hermosa @caltrolinc @HHC_Lewis #PAuto #USA

Ethernet-APL in process control.

From safe commissioning to seamless documentation and proactive maintenance.

The Ethernet-APL Field Switch from FieldConnex gives users a complete overview from commissioning to plant management. Pepperl+Fuchs presented the switch recently. Even during commissioning, Ethernet-APL allows the installer to save time. Each switch and all connected field devices appear immediately in the system. The quality of the installation can be checked and documented immediately with a commissioning report. This ensures reliable communication right from the start.

All settings on field devices and switches are configured remotely and fully documented in the asset management system. This minimizes errors, especially when replacing devices, and simplifies collaboration between all parties involved.

The asset management system can record the switch's self-monitoring and the quality of the installation online. The switch provides real-time information about changes to the installation quality. As a result, the maintenance team can generally intervene in a targeted manner without jeopardizing production.

Ethernet-APL field switches form the bridge between control technology and the field. The associated seamless integration of IT and OT enables an unprecedented wealth of data. This enables a change from the often reactive to a proactive approach to plant maintenance. Plant downtimes are significantly reduced and productivity increases accordingly.

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@PepperlFuchsUSA @mepaxIntPR #Pauto #Ethernet

Technology division formed.

Walls Construction has established a new subsidiary, Walls Technology Limited. This division will provide construction, technical and mission-critical services to clients in Ireland and abroad, in the Data Centres, Life Sciences, Food & Beverage, Infrastructure and Energy/Renewables sectors.

This latest development is part of the company’s growth strategy, further enhancing its expertise and range of services, and reinforcing its positioning as one of Ireland’s leading building contractors.

“Over the past 75 years, we have completed major projects across various sectors, including Pharmaceutical, Life Sciences, Industrial, Process, Manufacturing and Healthcare,” acknowledged Frank Kelly, Executive Chairman and Adrian Corcoran, Managing Director.

“In recent years our turnover has grown significantly, notably in large-scale residential projects, and now, in line with our planned growth in Ireland and abroad, establishing our technology sector operations as a distinct division is well timed.”

“The leadership team is highly experienced and currently managing projects including a major data centre complex for Echelon Data Centres in Clondalkin, Dublin 22, a medical device facility extension to Bausch & Lomb’s operations in Waterford and, through its overseas subsidiaries, Walls Technology is also engaged in Data Centre projects in the Benelux region of Europe.”

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@WallsConstruct #PAuto

Safe fun with Ai & 3D

In early November 2025, the HIMA Group hosted the third edition of its digital 3D conference, ‘HIMA FUN SAFE’.

Under the theme ‘Digitalisation of Safety and Security’, around 120 international students and young professionals from eight colleges and universities took part in the event. The conference introduces tech-savvy talents to the challenges and opportunities of functional safety and OT security at an early stage.

Full-body avatars, digital whiteboards, breakout rooms, and gamification elements: In 2025, ‘HIMA FUN SAFE’ once again set new standards for digital learning. As part of the ‘HIMA SAFETY NAVIGATOR’ digital learning platform, developed in the company's own innovation lab, himalaya, the conference inspires young talents to pursue careers in the field of functional safety. Compared to previous years, the format was made even more interactive with a stronger practical focus, concrete projects, and two topic-specific workshops on functional safety and OT security.

This year, the focus was also on applications of artificial intelligence (AI). Four interactive thematic blocks, featuring presentations, workshops, and networking formats offered participants a didactically well-designed and practical learning experience. TriCAT's new 3D platform created a particularly realistic trade fair and workshop atmosphere including direct feedback via digital sticky notes.

"Functional safety doesn't have to be dry and we prove that every year with HIMA FUN SAFE," says Dr. Holger Manteufel, Head of HIMA Academy. "We are delighted that our interactive learning format has been so well received worldwide and that we have been able to attract new university partners and talents."

Around 120 students from colleges and universities in Germany, Switzerland, Singapore, Canada, the USA, Czechia, Saudi Arabia, and the UK took part in the conference. A total of 22 presentations were delivered by students, TÜV Rheinland, TÜV Nord, and HIMA experts.  

Focus on artificial intelligence.
Six presentations showcased AI applications in industrial settings, including one by Imperial College London, which presented a doctoral thesis on the use of AI agents in safety-related applications. BITO Campus and HIMA's innovation lab, himalaya, also contributed exciting presentations.

Learning platform with Vision.
"With HIMA FUN SAFE and our digital learning platform HIMA SAFETY NAVIGATOR, we are consistently implementing our #safetygoesdigital strategy," explains Jörg de la Motte, CEO of HIMA Group. "The success of the 3D conference encourages us to continue developing the field of digital education and training."

The HIMA SAFETY NAVIGATOR digital learning platform offers students and young professionals interactive learning modules on functional safety supplemented by case studies, exercises, and practical content. Initial projects with industry partners for professional development are already underway.

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#Hima  #Safety #PAuto

High performance connectors.

"A major step forward in connector technology." 

LEMO has announced the availability of the REDEL SP IP68 Series, the newly launched next generation of high-performance connectors engineered for medical, test & measurement, and UAV applications.

“The REDEL SP IP68 Series represents a major step forward in connector technology,” said Elisa Rossier, Product Manager at LEMO. “By combining resin-free IP68 sealing with our patented Push-Pull system and high-density design, we are providing customers with connectors that are reliable, easy to use, and fully compliant with the strictest medical and industrial standards. The real benefit is peace of mind: secure, durable, and intuitive connectivity even in the most demanding environments.”

Taking high-performance connectivity to the next level with the innovative resin-free IP68 sealing, this breakthrough design from Lemo delivers fully watertight and dustproof performance without the need for resin or potting, simplifying assembly, ensuring compliance, and maintaining high reliability even in the most demanding environments.

Constructed from FDA-certified PPSU, the REDEL SP IP68 connectors are lightweight yet extremely durable, resistant to repeated sterilisation, harsh cleaning agents, and demanding environmental conditions. Featuring a patented internal Push-Pull latching system, a flexible insert system for both plug and receptacle, and resin-free IP68 sealing, they deliver secure, ergonomic, and fully watertight connections. With up to 22 contacts in a compact Ø15.5 mm footprint, they provide high-density connectivity in tight spaces without compromising ergonomics or handling.

Innovative Design.

• Resin-free IP68 sealing – watertight and dustproof when mated, no resins required
• Patented internal push-pull: protects designs and preserves system integrity against imitation.
• Compact & high-density – up to 22 contacts in Ø15.5 mm
• Durable & reliable – PPSU construction, resistant to sterilisation and harsh cleaning
• Lightweight yet robust: Engineered to withstand the most demanding environments
• Unique design: Flexible contact insert system
• Reinforced mechanical shock resistance: Ensures exceptional durability and extended

Achieving a fully sealed IP68 solution requires advanced cable solutions and expert assembly. LEMO’s custom BioCompatic® medical-grade cables offer flexibility, biocompatibility, sterilisation resistance, and signal integrity. Combined with innovative cable clamping technology, LEMO delivers robust, repeatable, regulation-compliant assemblies that simplify installation while ensuring safety. ISO 13485–certified manufacturing provides plug-and-play harnesses that merge connector reliability with expert cable assembly for long-term performance.

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@LEMOConnectors @mepaxIntPR #PAuto #TandM #Medical

Plant of the Year for communications and connectivity.

FieldComm Group, the global industrial automation standards organisation defining open, interoperable standards for industrial communication, device management, and enterprise connectivity, has named SRF Limited’s Dahej facility as the recipient of its 2025 Plant of the Year Award. The recognition honors SRF’s outstanding achievements in digital transformation, operational excellence, and innovation using FieldComm Group technologies.

The Plant of the Year Award recognises end users that demonstrate exceptional use of Field-Comm Group techno-logies, including HART technologies, Foundation Fieldbus, FDI, FDT/DTM, PA-DIM, & Ethernet-APL, to improve operations, reduce costs, and increase availability. SRF Dahej joins an elite group of global facilities advancing the future of industrial automation.

Located in Gujarat (IND), SRF Dahej has become one of the world’s most advanced specialty chemical and fluorochemical complexes. By deploying HART®, WirelessHART®, and FOUNDATION™ Fieldbus technologies across its 300-acre site, SRF has integrated more than 40,000 smart field devices, enabling seamless communication, advanced diagnostics, and readiness for IIoT and Ethernet-APL connectivity.

“SRF’s digital transformation journey reflects their deep commitment to innovation and continuous improvement,” said Ted Masters, President and CEO of FieldComm Group. “Their systematic adoption of open communication standards has delivered measurable results, enhancing safety, improving reliability, and achieving multi-million-dollar savings. This exemplary use of FieldComm Group technologies to drive operational excellence is exactly what earned SRF Dahej the 2025 Plant of the Year Award.”

SRF’s modernisation began in 2010 with the adoption of HART technology and has since expanded into a comprehensive digital ecosystem built on FOUNDATION Fieldbus, WirelessHART, and Instrument Asset Management Systems (IAMS). These initiatives have delivered more than $10.7 million in cumulative savings through improved uptime, faster commissioning, and predictive maintenance strategies.

SRF’s adoption of open, interoperable standards has transformed its approach to lifecycle management, asset performance, and sustainability. The plant’s roadmap extends to 2030 with plans for AI-driven analytics, predictive maintenance, and full Ethernet-APL integration across greenfield and brownfield operations.

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@FieldCommGroup @srflimited #PAuto #Standard #India

Advanced remote monitoring for natural gas infrastructure.

Enhances safety, increasing reliability and ensuring regulatory compliance.

The Fisher™ ARMOR™ solution for improving the operation of natural gas utility grid systems has been introduced. This digital field monitoring device features advanced measurement and communication capabilities designed specifically to enhance safety, streamline data collection and ensure regulatory compliance — all while supporting a digitally native workforce.

Natural gas utilities often need to monitor and analyze key variables at multiple points throughout their distribution systems, with data and information available locally or remotely. These capabilities are needed to improve safety and compliance, as regulatory bodies increasingly push for mandated monitoring at all natural gas district stations.

Enhanced monitoring can also improve efficiency by reducing the need for frequent field visits and excessive maintenance. Existing solutions are either too limited regarding the number of variables measured and communication options, such as with chart recorders and meter sets, or too complex, typically using remote terminal units based on programmable logic controller (PLC) technology.

ARMOR addresses these and other issues as the only natural gas monitoring device of its type that can monitor pressure, travel and discrete input. Pressure measurement includes up to three values for monitoring at various points in the network to provide system status and equipment operational performance.

Its templated and configurable dashboards and reports, along with its mobile app, simplify data gathering and analysis. It can serve as a regulator or station monitoring solution, and it can be used for end-of-line monitoring.

The new Fisher device leverages the trend of SCADA systems evolving to include cloud capabilities by providing additional monitoring capabilities through a cloud-based platform, making data accessible anytime, anywhere. 

The DeltaV™ SaaS SCADA platform complements ARMOR, providing a proven monitoring platform with analytics capabilities. This allows for data-driven decision-making with predictive analytics, a feature not available with most competitive products. It has an intrinsically safe battery with up to a 5-year life span. It's built to withstand harsh environments with an IP66 water and dust resistance rating, a CSA Class 1 Division 2 certification, and an operating temperature range of -40 degrees Fahrenheit to +160 degrees F.

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@Emerson_News @EmersonExchange @EmersonProcess @EMR_Automation @FisherValves #PAuto #Utility

Drive electronics.

“For us, drives are more than just their power.”

Since the 1980s, frequency inverters have been an integral part of the modular products offered by the specialist for drive solutions from Bargteheide (D). NORD’s drive electronics portfolio meets the requirements of numerous industry applications and always stays close to the market with its developments.

During the configuration and design of a drive system, NORD takes more into account than just motion. The focus is on energy consumption, increased operational reliability, reduced total cost of ownership or similar issues. “For us, drives are more than just their power”, says Jörg Niermann, Head of Marketing at NORD DRIVESYSTEMS. “We develop drive solutions that are precisely tailored to applications and associated customer requirements.”

Compatible and multi-functional.
The company maintains a wide range of products from which it can precisely develop system solutions for applications. Since the mid-1980s, an extensive portfolio of centralised and decentralised drive electronics supplement the manufacturer’s motors and gear units to create complete solutions. The range of services and functions reflects the diverse needs of the more than 100 industries supplied by NORD.

The frequency inverters are therefore characterised by high compatibility with all system designs and numerous integrated functions that make the integration of additional components superfluous.

• NORDAC PRO is the control cabinet inverter with multi-protocol Ethernet interface and multi-encoder interface for multi-axis control.
• NORDAC LINK for installation close to the motor provides full plug-in capability, therefore facilitating the installation and maintenance.
• NORDAC FLEX is installed directly on the motor and has a modular structure as well as scalable functions.
• NORDAC ON for motor mounting controls the high-efficiency motors from NORD and provides easy commissioning thanks to its multi-protocol Ethernet interface and plug-and-play capability.

The programme is constantly being developed further to meet the changing market requirements. Among others, the functional safety of the NORDAC frequency inverters is extended step by step to include additional communication protocols. In a next step, the NORDAC ON will feature new safety functions: In addition to STO and SS1, it will also be available with SLS, SMS and SSM in the future. Based on the Profisafe and FSoE interfaces, integration into existing Ethernet environments and operation as a stand-alone solution will then be possible.

The NORDAC ON will soon also be available for the wash-down area. As NORDAC ON PURE, it will feature the food-safe NXD tupH® surface treatment, a smooth, rounded housing design and a reduced number of plugs. Then, NORD will be able to supply complete drive solutions with aluminium housings and particularly resistant surfaces from a single source.

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@NORD_Drive @mepaxIntPR #Pauto