News

ABB is driving significant advancements in process automation and robotics through a diverse release of hardware and software updates aimed at streamlining industrial operations. The company’s latest announcement focuses on improving data accessibility, precision, and operational efficiency across itsdistributed control system (DCS)and robotic product lines.

The introduction of the NINVA non-invasive temperature sensor series represents a shift toward more flexible instrumentation. By utilizing clamp-on technology, these sensors eliminate the need for thermowells, thereby preventing potential process leaks and reducing installation-related downtime. The new lineup includes the NINVA Integrated, Remote, and Compact models, each tailored for specific industrial requirements. The NINVA Remote, in particular, is engineered for high-temperature steam and power generation environments, capable of maintaining accuracy under extreme vibration conditions. All models carry SIL2 certification, ensuring compliance with rigorous safety standards in hazardous chemical and oil and gas processing environments.

In the realm of flow measurement, ABB has launched the ProcessMaster FER620, a ruggedized low-flow flowmeter optimized for the water and wastewater sectors. Its fully welded, hermetically sealed body and IP68 rating provide reliable performance in submerged conditions. By implementing a reduced-bore sensor design, the unit maintains high turndown ratios, allowing for precise measurements even during off-peak hours when flow rates are minimal. With integrated HART communication and self-diagnostic features—including sensor coil and electrode diagnostics—the FER620 is designed to facilitate predictive maintenance and reduce unplanned downtime.

ABB is also addressing the growing demand for human-robot collaboration through a strategic partnership with PSYONIC. By integrating the PSYONIC Ability Hand—derived from human prosthetic technology—with the ABB GoFa collaborative robot, the company is bridging the gap between mechanical movement and human-like dexterity. This integration enables the GoFa to perform complex, delicate manipulation tasks that typically require human skill, without necessitating intricate, manualABB controllers and CPUprogramming.

Perhaps the most significant shift for end-users of the ABB Ability System 800xA is the move toward web browser-based control. Recognizing the industry-wide transition away from standalone human-machine interface (HMI) workstations, ABB has introduced an extension pack that enables comprehensive monitoring, analysis, and control of industrial processes from a secure web browser. This software-defined approach simplifies the lifecycle management of digital infrastructure. By deploying updates via extension packs, facilities can roll out new features and security patches without the logistical burden of large-scale, offline system upgrades. This modular approach to digital transformation empowers plant operators to modernize their control architectures incrementally, ensuring that their systems remain agile in an increasingly data-driven industrial landscape.

Written by Julian Vance, a senior industrial systems integrator with over 16 years of experience in deploying large-scale automation architectures and optimizing process control lifecycles for global manufacturing facilities.