Emerson has introduced the new Fisher ARMOR solution for improving the operation of natural gas utility grid systems. 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…
The SM1000 from SICK combines a powerful edge computing device with a 10.1-inch touch screen – ideal for applications such as distribution, packaging, manufacturing plants and food processing. The rugged design offers protection against dust and liquids (IP54) as well as resistance to temperature fluctuations and vibration. With four IO-Link ports, four Ethernet ports and two serial encoder ports, the SM1000 enables flexible integration and control of sensors, actuators and machines. Customized applications for monitoring and analyzing industrial processes can be created in SICK’s AppSpace environment. With multiple functions in one device, the SM1000 reduces complexity and installation time – for less cost and effort.
As digitalization continues in the process industry, the volumes of data provided by intelligent sensors and actuators are also growing. For a long time, however, there was no communication standard to transmit this data quickly and across multiple levels of the automation structure. Certain properties have to be present for use in process industry plants, such as the ability to connect field devices over long distances and the ensuring of explosion protection. Thus, to meet these requirements, process industry organizations and companies have developed the Ethernet Advanced Physical Layer (Ethernet-APL). This new communication technology is based on the 10BASE-T1L Ethernet standard, which allows a maximum cable length of 1000 meters and a transmission rate of 10 Mbit/s. Power supply limits in all zones throughout the hazardous area are defined by IEC specification 60079-47 (2-WISE). Power and data are transmitted over the same pair of wires (single pair Ethernet) with Ethernet-APL.
Nexans has announced the signature of an agreement to acquire 100% of the share capital of Electro Cables Inc. (“Electro Cables”). Founded in 1985 and headquartered in Trenton, Ontario, Canada, Electro Cables is a family-owned business specializing in low-voltage cables. The company is recognized for its strong expertise in high added value solutions in adjacent to cable businesses and is supported by a robust technology platform that fully complements Nexans’ positioning in Canada.
Pneumatic cylinders are the workhorses of industrial automation. They convert compressed air into linear motion, enabling tasks like clamping, gripping, holding, lifting, pushing, and pulling – tasks inherent to production lines and robotics. When these components go down, it can cause significant impacts on production. Avoid these negative consequences with interchangeable pneumatic cylinders from Festo and simplify machine design and maintenance in your facility. Festo, a major name in motion, offers standardization of popular pneumatic cylinders to national and international standards, simplifying procurement, reducing downtime, and saving time and money. With standardization, Original Equipment Manufacturers (OEMs) and end users do not need to worry about substitution challenges or supply chain vulnerabilities such as availability, pricing, or an individual manufacturer’s distinctive mounting or design. And, with Festo FASTSM, they are in stock and ready to be shipped out the next day, helping businesses eliminate bottlenecks and the frustrations that come with halted production.
With operating costs up 32% and sustainability mandates tightening, oil and gas companies are rethinking how they manage energy and automation. The integration of process control and power systems is transforming the industry, enabling operators to optimize production, reduce costs, and enhance reliability across upstream, midstream, and downstream operations. By unifying these traditionally separate domains, oil and gas companies can achieve new levels of performance and resilience. This paper explores the top 10 benefits of integrating process control and power systems in oil and gas applications.
Cloud computing and edge computing are reshaping how industrial organizations manage connected devices, analyze data, and maintain operations. While both architectures process and store data, they differ significantly in where that processing occurs—centrally in the cloud or locally at the edge. Understanding these differences is critical for companies evaluating strategies for predictive maintenance, remote diagnostics, and safety. This paper compares cloud and edge computing, examines their role in modern predictive technologies, and outlines the safety and operational benefits of adopting the right approach.
Mersen’s ABAT line up is an addition to their DC Over-Current protection (O.C.P.) portfolio developed to address Battery Electrical Storage System safety. The ABAT5M fuses has been specifically designed for 500 VDC applications with current ratings from 60 to 800 A and according to the IEC 60 269-7 fuse standard for battery protection. Along with the ability to withstand heavy duty cycling and low power losses improving system reliability and efficiency, it makes them ideal for battery and battery related systems.
Variable Frequency Drives (VFDs) have become essential across modern industrial and commercial environments—but what makes them so valuable? A VFD, also known as an AC Drive or Inverter, is an electronic device that precisely controls the speed and torque of an AC motor. By adjusting the frequency and voltage supplied to the motor, a VFD delivers smooth acceleration, reduced inrush current, and efficient variable-speed operation. Whether you’re optimizing energy consumption or improving process control, the VFD is at the heart of smarter motor-driven systems. The NOARK Ex9VF7 series VFD is engineered for precise control of AC motors—managing speed, torque, and direction effortlessly. Designed for pumps, fans, conveyors, and countless industrial processes, the Ex9VF7 improves energy efficiency and system performance across the board.
Littelfuse has announced the launch of the CPC1601M, an innovative 60 V, 2 A normally open (1-Form-A) solid-state latching relay designed to address critical integration and power efficiency challenges in thermostats, HVAC systems, and building automation. The CPC1601M is the first PCB-mounted solid-state relay of its kind that combines load-powered operation with a latching architecture in a 3 × 3 mm DFN package. Its ability to harvest operating power directly from the load or draw less than 1 μA from the system supply enables zero-power operation, dramatically extending battery life or eliminating the need for batteries.
Schneider Electric Canada has announced the inauguration of a new $20M state-of-the-art Albesol facility in Mississauga, Ontario. Launching on November 20, the new location marks a key milestone in their shared mission to strengthen Canada’s energy infrastructure and supply chain resilience. The new facility is set to expand its workforce from 28 to 50 employees over the coming year and will specialize in the manufacturing and assembly of medium-voltage switchgear—critical for electricity distribution. In addition, the site will produce modular electrical cabinets and heavy industrial process drives, essential for advancing process electrification and integrating power and process systems to meet Canada’s growing electrification demands.
ABB Installation Products T&B Liquidtight Systems Cable Entry Plates are designed to streamline cable organization and routing into industrial enclosures while maintaining liquid-tight ingress protection. These cable entry plates provide an easy and efficient solution to organize cables and are ideal for high-density applications. The cable mounting plates provide an economical solution where high strain relief is not required and are perfectly designed for use in enclosures with limited space. ABB’s T&B Liquidtight Systems cable entry plates are available in CEF (fixed panels) and CEC (configurable panels) options. Both the cable entry panels are cURus UL recognized and UL 508 compliant. These cable entry panels are ideally used in machine OEMs, panel builders, system integrators, and data centers.
PULS PLANET TP Series TP960.241 power supplies are high performance industrial grade DIN rail power supplies. Compact size, high efficiency and dynamic BonusPower capabilities make the PLANET power supplies stand out. Thanks to the integrated dynamic BonusPower management, the power supply can adapt to varying power demands in real-time. By continuously monitoring the power output, it can provide extra power for different durations. For example, the power supply can deliver 130 % of its rated power for 22 s or up to 200 % for 5 s at temperatures up to +60 °C. At temperatures up to +45 °C, it can continuously provide 120 % of its rated power. The high efficiency from stand-by to full load reduces total cost of ownership and carbon dioxide emissions, with particularly low power losses during no-load conditions. Robust against back-feeding events, PLANET power supplies minimise downtime and ensure safety and reliability with HiccupPLUS mode in case of overload.
LOVATO Electric expands its range of modular time relays with two new models type TMRTC and TMAST featuring with an integrated Real Time Clock (RTC) with backup battery and NFC connectivity for programming. TMRTC is the new weekly time relay, designed to control relay output activation at user-programmable time intervals based on the day and time of the week. It is used in industrial and civil sectors, such as the control of lightning, the control of air conditioning systems, the activation of sirens or bells and many other functions. TMAST is the astronomical time relay capable of automatically calculating the sunrise and sunset times for a specific geographical location using configured coordinates. This information is typically used in applications that need to be automatically activated between sunset and sunrise, with the possibility of programming customized functions.
Rockwell Automation has announced a breakthrough in bringing generative AI directly to the industrial edge. Rockwell is introducing its integration of NVIDIA Nemotron Nano, a purpose-built small language model (SLM) optimized for FactoryTalk Design Studio and other Rockwell product workflows, marking a major step in real-time intelligence for industrial teams. In collaboration with NVIDIA, Rockwell is leveraging the open-source Nemotron-Nano-9B-v2 model and NVIDIA NeMo to deliver an edge-based generative AI capability designed specifically for industrial environments. Nemotron Nano distillation techniques provide the foundation for an SLM that can run in edge environments with less space and power than a traditional data center. By fine-tuning the model with data used by FactoryTalk Design Studio Copilot, Rockwell is creating a solution that demonstrates new potential for industrial automation professionals.
As data centers grow in higher densities to support AI-enabled workloads and more complicated operations, keeping the Power Usage Effectiveness (PUE) at optimum is critical at this time. Downtime is never acceptable. Also, without being able to see electrical systems in real-time, such as substations, UPS, switchgear, and HVAC, failures will take place, and reaction times will be delayed. Newer generation data facilities will face more and more constant pressure to maintain low PUE alongside the increasing pressures of power consumption. Continuity of power depends on smart and resilient connectivity across data center infrastructure (DCI). All energy systems need to operate in concert for continuous operations. Moxa industrial-grade networking solutions keep data center power systems connected, efficient, and secured through reliable, secure, and scalable communications. Engineers can download the solution guide and success case for more information or meet with a solution expert to receive customized recommendations.
This project is funded [in part] by the Government of Canada.
Ce projet est financé [en partie] par le gouvernement du Canada.
