Flow computer.

Designed specifically to meet the needs of the liquid hydrocarbon and gas measurement markets worldwide.

The highly versatile SFC3000 flow computer from Ex-i Flow Measurement Ltd,. is capable of measuring the flow rate of liquid hydrocarbons, water and petrochemical gasses as well as making CO2 emission measurements for pollution monitoring and control.

Connected to turbine meters the SCF3000 provides accurate measuring of gas flow in networks simplifying billing for suppliers and can be used to monitor network flow load to ensure reliability of supply and maintain energy supply security. the SCF3000 is flexible measuring system which can be configured to meet a wide range of applications and may be operated in a stand-alone single stream flow measurement system or as part of a highly complex multi-stream system. Simple firmware updates ensure the SCF3000 meets the latest measuring standards.

The SFC3000 can operate in a number of ways, such as a standalone flow computer, a supervisory device or as a component of a complex system. Ex~I Flow offer a private labelling service for the SCF3000 for the convenience of Systems Integrators. Featuring a touch screen VGA display and extensive processing capabilities combined with simple to use controls and unique operating software, The SFC3000 can function as a complete station supervisor integrated into a flow computer housing.

The SFC3000 flow computer is the hub of a flow measurement system and requires a number of peripheral components to take measurements. In its simplest form, a flow measurement system will consist of: An SFC3000 flow computer with 1 I/O option board

• A flow meter (turbine, ultrasonic, differential pressure or Coriolis)
• A pressure sensor (HART or 4-20mA)
• A temperature sensor (Hart, 4-20mA or PT100 Platinum Resistance Thermometer).

Note: pressure and temperature sensors are not needed with a Coriolis flow meter, and additional pressure sensors are required for a differential pressure meter.

Turbine, ultrasonic and Coriolis flow meters can be connected using a pulse input, either as a single or dual pulse train. Alternatively, ultrasonic and Coriolis flow meters can be connected via the RS232/485 serial port available on each of the IO option boards. Additional functionality can be added to a basic system including optional I/O boards. With the addition of a communication board data can be obtained from a gas chromatograph or other sources via the serial or ethernet ports. Flow measurement data can also be passed to other systems, such printers or DCS, via the communication board ports. Logged data can be stored internally or in an optional SD card. A density measurement cell can be connected to a pulse or 4-20mA input.

SFC3000 flow computer key features:

• Measurement conforming to AGA, ISO, API standards of dry and wet natural gas, hydrocarbon liquids, other gases e.g. nitrogen, other liquids e.g. water.
• NMi Certificates to: WELMEC 7.2 and 8.8, OIML R117, MID 2014/32/EU
• Standard Features: standalone flow computing function, flow computing combined with supervisory function, up to 2 G-byte additional memory for Alarm, Audit and Data Logging, optional SD card required.
• Meter types: pulse generating flow meters, most common ultrasonic flow meters, dp transmitters with orifice or venturi measurements.
• Configurable Display: system diagrams, Trending and graphical displays, Language options, Interfaces to most types of metering equipment and all popular GC’s, Easy Installation and interfacing
• Supervisory Features, Alarm/Event/Data Logging and Recording, Printer Report Generation, System Diagram Display, Network Communication, Station Controller Functions, Valve Control and Remote Operation.
• Maintenance Functions: stream summation, pid/sampler functions, flow computer specification.

The SFC3000 is packaged in an industry Standard Half Width 3U High 19” rack construction suitable for panel or chassis mount. It can accommodate up to 6 user plug-in cards and up to five measurement streams in the same chassis. Operating temperature ranges; PRT Inputs, -10°C to 55°C (15°F to 130°F), Hart® and 4-20mA Inputs -25°C to 55°C (-15°F to 130°F). Operating humidity to 90% non-condensing and meets environmental classes M2/E2.

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@ExiFlow @proactivefleet #PAuto 

Enabling high-bit-rate mode.

The CAN in Automation association (CiA) has released the CiA 604-4 high-bit-rate mode specification for CAN FD light. CAN FD light is a commander/responder communication system specified in an annex of the ISO 11898-1:2024. Using CAN SIC (signal improvement capability) transceivers and the new mode, bit rates up to 8 Mbit/s are possible.

The commander node has always the communication initiative. Responder nodes only communicate on request. This means, no arbitration is necessary. Precise and expensive peripheral circuitry is not necessary. CAN FD light is intended to be used for price-sensitive applications, including LED (light emitting diode) rear lights in passenger cars. In general, CAN FD light is suitable for networks, comprising many simple sensors or actuators. The data link layer protocol frame format complies with normal CAN FD, featuring 64-byte data fields. In respect to the physical transmission, robustness and EMC (electromagnetic compatibility) performance are the same as in traditional CAN networks.

“CAN FD light will be also suitable for 48-V powered vehicles,” said Holger Zeltwanger, CiA Managing Director, “when related CAN transceivers are available.” Currently, CiA members work on a 48-V CAN transceiver specification.

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@CANopen  #Automotive #PAuto #Communications

Is your temperature sensor failing in extreme cryogenic conditions?

IST AG (part of the Endress+Hauser Group) has introduced its latest innovation: the iST Cryo-Sensor, engineered to deliver reliable and accurate performance in the most demanding low temperature environments. At temperatures approaching 15 K, temperature sensors encounter fundamental limitations such as reduced sensitivity, strong non-linearity, thermomechanical stress, and long-term instability, all of which can significantly affect measurement accuracy and reliability.

However, the iST Cryo-Sensor provides excellent signal stability, a favourable cost-to-performance ratio, and reliable measurement performance across a wide temperature range from 15 K to 473 K.

The iST Cryo-Sensor is based on thin-film sensing technology optimized for cryogenic operation, ensuring stable, reproducible, and reliable measurement performance under extreme low-temperature conditions.

It is designed for use in applications requiring precise temperature monitoring, including scientific research, medical technology, and cryogenic systems such as liquefied gas storage or transportation.

Key Features:

• Resistance: 1000 Ω
• Temperature Range: −258 °C to +200 °C
• Tolerance: IEC60751 F0.15 from −200 °C to +200 °C;  ±3 K from −258 °C to −200 °C (batch-calibrated);  ±0.2 K from −258 °C to −200 °C (individually calibrated)
• Technology: Thin-film platinum RTD

Application Focus:
Liquid hydrogen (LH₂) systems, cryogenic process monitoring and control, scientific research and laboratory instrumentation, medical and life science cryogenic applications, aerospace and space applications, industrial gas handling, low temperature material testing and characterization

Depending on specific application requirements, iST offers both cost-effective standard solutions and individually calibrated sensors. If you are interested in testing this sensor, please download the datasheet or contact iST for samples.

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See also: Innovation in sensors benefits from expansion. (30/5/2019)

@Endress_Hauser #iSTAG #PAuto #Cryogenics

IIoT Platform.

Wireless asset monitoring solution helps digitise inspection points, reduce manual rounds and improve operational decision-making.

The Emerson Synchros™ Industrial Internet of Things (IIoT) platform has been released. This is a new suite of technologies that expands asset health visibility and improves maintenance decisions through a flexible wireless architecture designed for rapid deployment across existing facilities.

Across many operations, maintaining and tracking assets still depend on periodic manual rounds due to cost and logistical issues. This often leaves gaps where developing issues can go undetected. The Emerson Synchros platform addresses this challenge by providing a more practical and scalable approach to continuous monitoring. Maintenance and operations teams can now digitise inspection points and extend visibility using a flexible wireless architecture built on WirelessHART® technology.

Built for critical process industries – including chemical, oil and gas, power, life sciences and water/wastewater – the Emerson Synchros platform enables organisations to start with high-value monitoring applications and then expand over time using a common platform that works with existing infrastructure.

“Teams have long faced a trade-off between visibility and the cost of instrumenting assets,” said Andrew Kravitz, vice president, cross-portfolio technology and innovation at Emerson. “Synchros devices address these issues by providing end users with a fit-for-purpose method to digitise inspection programmes, expand visibility at scale, and move from periodic checks to continuous insight to drive more efficient and reliable operations.”

The initial release includes the Rosemount™ Synchros Temperature Monitor and the Rosemount Synchros Wireless Repeater, which together provide scalable wireless monitoring capability. The temperature monitor digitises previously manual measurements, while the repeater extends network coverage to enable broader deployment without additional infrastructure.

As the platform evolves, Emerson will introduce additional devices and connectivity options, empowering end users to expand monitoring programmes and advance digital transformation initiatives. New devices will provide measurement for more process parameters, such as pressure and others. Additional connectivity options will accommodate a wider range of applications, such as those with assets distributed across a wide geographical area, like water/wastewater systems and the power grid.

The Rosemount Synchros Temperature Monitor is designed to gather surface and ambient temperature data that can reveal abnormal conditions across assets such as pumps, heat exchangers, rotating equipment, steam systems and heat tracing systems, helping teams investigate issues sooner and make more informed maintenance decisions.

Designed for real-world industrial environments, the Emerson Synchros platform supports deployment in hazardous locations and demanding conditions. Its rugged design and simplified installation features allow organisations to deploy and scale with confidence, while reducing training costs and maintenance complexity.

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@EmersonExchange @Rosemount_News @Emerson_News @EMR_Automation  @HHC_Lewis #PAuto #IIoT

Addressing Edge Ai applications.

A new LAN portfolio combines compact form factors, wide-temperature support, and high-speed Ethernet performance for embedded and space-constrained Ai systems.

Innodisk has launched its High-Speed 10GbE LAN Series, a portfolio of LAN modules built to address the growing networking demands of edge Ai applications. As edge Ai applications increasingly rely on real-time data exchange between sensors, edge servers, and endpoints, network connectivity has become a critical foundation for system performance. The series comes in both M.2 and PCIe form factors, delivering high-throughput, low-latency connectivity with DPDK, PTP, and SR-IOV, enabling efficient processing for data-intensive workloads in space-constrained environments.

Unleash full-speed networking.
As edge Ai adoption accelerates, traditional 1GbE connectivity is increasingly unable to support real-time data processing, high-resolution video streaming, and multi-sensor integration. Innodisk’s 10GbE LAN Series tackles these challenges with low-latency connectivity powered by Intel E610/X710 Ethernet controllers, and supports DPDK 25.07/DPDK 16.11, PTP, and SR-IOV to accelerate packet processing, ensuring time synchronization, and improving resource utilization in virtualized environments. This enables consistent, high-performance networking across edge Ai applications, including inference, AGV and AMR coordination, smart factory vision, and NVR surveillance.

Versatile design, rapid deployment.
The series is available in M.2 2242, M.2 2280, and PCIe low-profile form factors, making it easy to integrate into a wide range of embedded systems without major redesign. Its daughterboard architecture, paired with high-speed shielding cables, enables flexible installation and upgrades in space-constrained environments while reducing integration complexity and accelerating time-to-market.

Selected models also support wide-temperature operation from -40°C to 85°C, ensuring stable performance in demanding conditions, such as outdoor deployments and factory automation.

Innodisk expands the boundaries of M.2 networking with multiple industry-first designs. Its EGPL-T203, dual-port 10GbE LAN module with wide-temperature support, is the first of its kind in an M.2 form factor rated for -40°C to 85°C Ta, enabling reliable deployment in harsh environments. The series also introduces EGPL-T2F1, the first M.2-based SFP+ LAN module, recognized with the Embedded World 2026 Best in Show Award, supporting both optical and direct-attached copper SFP+ modules for high-speed fiber connectivity.

Alongside these innovations, additional models, including EGPL-T103, ELPL-T101, and ELPL-T201, complete the lineup, offering flexible configurations to address deployment needs. As edge Ai continues to evolve, the need for faster, adaptable networking is becoming essential. Innodisk’s High-Speed 10GbE LAN Series brings together performance, compact form factors, and deployment flexibility, making it easier to build efficient, high-speed systems at the edge.

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@Innodisk_Corp @mepaxIntPR #PAuto #Ai

DIN Rail industrial power supplies.

Tailored for high-power automation, the premium DIN Pro Series from Delta, offers a comprehensive power range from 120W to 960W. It also delivers superior thermal performance, with operating temperatures up to 80°C while maintaining full-load output at 60°C. With these robust features, the DIN Pro Series is ideal for Cooling Distribution Units (CDU) in AI thermal management, semiconductor equipment, collaborative robots (cobots), and EV charging stations. Meanwhile, the DIN Eco Series offers a cost-effective, high-performance solution with340–575 Vac three-phase input for modern smart factories and green energy facilities. Notably, its 3ENA models support input voltages up to 600 Vac, ensuring stable operation in industrial environments with frequent power fluctuations, as well as in remote sites with unstable grid conditions.

Mr. Tim Chen, General Manager of Delta Standard Power Supply Business Unit, commented, “By leveraging our core expertise in the standard power supply sector, Delta has developed a comprehensive, well- structured product portfolio that addresses the diverse needs of today’s evolving industrial market. The launch of these two new DIN rail power supply series represents a ‘dual-track’ strategy, fulfilling market demand for both power stability and compact design. Moving forward, we remain committed to driving industry standards with our advancements in high power density, miniaturization, and digital control technology, reinforcing Delta’s leadership in the global standard power supply market.”

Leveraging its expertise in core power electronics technologies, Delta continues to drive innovation and digital transformation in smart manufacturing and emerging industries, delivering comprehensive power solutions in response to the demanding challenges of industrial environments and diverse infrastructure applications.

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@DeltaEMEA @mepaxIntPR #PAuto

Motor control and power connection capabilities in cabinet.

Integrates motor control components, improves diagnostics and simplifies control panel design.

New capabilities of Rockwell's EtherNet/IP™ In-cabinet Solution, expanding support for additional motor control and protection devices has been announced. The update enables manufacturers to connect more components inside the control panel, simplify wiring and gain deeper diagnostic insight, without redesigning their existing architecture.

As manufacturers work to increase productivity and reduce downtime, they often face challenges related to limited data access and complex panel installations. The EtherNet/IP In-cabinet Solution addresses these issues by streamlining communication between devices inside the panel, improving real-time data availability and making it easier to install, scale and maintain motor control systems over time.

The expanded release adds a supplemental power tap and extends EtherNet/IP connectivity to additional motor control components, including 140ME Motor Protective Switching Devices and E100 Electronic Overload Relays through a 100-E Contactor communication module. These enhancements help manufacturers build smarter, more connected control panels while improving diagnostics and overall system visibility.

"The EtherNet/IP In‑cabin­et Solution continues to transform how customers design and deploy control panels," said Kelly Passineau, product manager at Rockwell Automation. "With the addition of a supplemental power tap­ and connections for additional panel components, we're giving them even more ways to reduce installation time, improve diagnostics and build intelligent, data- driven systems with less complexity." 

Key benefits of this new release include:

• Supplemental power tap: Helps maintain stable performance as device counts increase, reducing the need for oversized power supplies or additional interposing relays and enabling scalable motor control architectures.
• Expanded smart motor control capabilities: Extends EtherNet/IP communication to 140ME Motor Protective Switching Devices and E100 Electronic Overload Relays using a 100-E Contactor communication module.
• Faster installation: In certain case studies, EtherNet/IP In-cabinet Solution has been shown to reduce wiring time by up to 80% compared to traditional hard-wired installations when implemented according to recommended standards.
• Optimized space: Compact components allow more devices to fit within the same footprint, helping reduce overall panel size.
• Improved data access: Real-time communication between devices boosts productivity and supports smarter decision making. With expanded connectivity across more components, users gain access to more data and meaningful insights.
• Scalability: Easily adapts to future networking needs without major redesigns or infrastructure changes.

"The EtherNet/IP In-cabinet Solution isn't just a product—it's a growing portfolio designed to evolve alongside your system," said Jimmy Alvarez, director of Portfolio and Business Management at Rockwell Automation. "This release is the next step on our roadmap that includes expanding support for additional panel components, deeper data access and richer diagnostic capabilities that enhance visibility and performance over time. As your operational needs change, the solution is built to scale with you, offering a flexible, long-term path toward smarter, connected in-cabinet architectures."

This release adds a supplemental power tap and expands connectivity to additional motor control and protection devices, including 140ME Motor Protective Switching Devices and E100 Electronic Overload Relays.

This portfolio is designed for panel builders, manufacturers and OEMs looking to streamline industrial networking, simplify in-panel wiring and gain better diagnostics from their control panels with more connected devices.

The EtherNet/IP In-cabinet Solution reduces wiring time and complexity, improves access to real‑time data and allows manufacturers to scale systems without major redesign.

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@ROKAutomation #PAuto #Ethernet