As a flagship machinery condition monitoring and protection system under Baker Hughes, the Bently Nevada system has long been the industry benchmark for rotating equipment safety monitoring, widely deployed in power, oil and gas, chemical, and heavy manufacturing sectors. In 2026, Bently Nevada launched comprehensive iterations covering the new-generation System 1 intelligent platform, upgraded 21000/24701 hardware series and optimized SCOUT detection software. The integrated solution realizes full-scene upgrade from traditional vibration monitoring to AI-driven predictive reliability management, helping industrial sites achieve true 24/7 zero-downtime operation.
For decades, Item Bently Nevada’s classic 3500 machinery protection system has dominated the global high-end equipment monitoring market, with over 85,000 sets of installed base worldwide. It effectively avoids missed trips and false trips of rotating machinery such as turbines, compressors and pumps, ensuring basic safety interlock protection for continuous production. However, with the expansion of large-scale integrated industrial equipment and the popularization of intelligent operation and maintenance, traditional threshold-based monitoring can only trigger passive alarms after faults occur, failing to meet enterprises’ demands for early warning, trend prediction and refined equipment management. The 2026 product upgrade precisely targets these industry pain points, realizing a dimensional upgrade of monitoring capability.
The core highlight of the 2026 iteration is the fully upgraded System 1 intelligent analysis platform. Different from the traditional single vibration trend visualization function, the new System 1 builds a multi-layer condition analysis architecture embedded with industrial machine learning algorithms. It supports full-cycle data collection, historical trend comparison and abnormal feature intelligent identification of equipment vibration, temperature, pressure and rotational speed parameters. The platform can automatically capture subtle mechanical anomalies that are difficult for manual identification, predict potential failures 2–4 weeks in advance, and generate targeted maintenance suggestions. It realizes the transformation of equipment management from “fault post-processing” to “predictive pre-control”.
In terms of hardware optimization, the newly launched 21000/24701 series monitoring hardware further enhances the stability and accuracy of high-frequency signal acquisition. The upgraded sensor and acquisition module improves the sampling accuracy of micro-vibration signals of rotating equipment, effectively filtering industrial field electromagnetic interference and environmental noise. It is fully compatible with the existing 3500 system architecture, supporting in-situ incremental upgrades without large-scale equipment replacement or production shutdown. This backward-compatible design greatly reduces the intelligent renovation cost of old industrial sites and shortens the system upgrade cycle.
The auxiliary detection software has also been comprehensively optimized. The 2026 new version of SCOUT240-IS professional monitoring software adds dual-plane rotor balancing analysis, cross-channel phase measurement and intelligent data quality warning functions. It supports equipment coast-down and run-up whole-process data capture, and can synchronize all detection reports to the System 1 platform with one click, forming a closed loop of on-site detection, cloud analysis and data archiving. Meanwhile, the software integrates the Operator Driven Reliability (ODR) mechanism, enabling front-line operators to independently complete daily equipment condition judgment and simple fault diagnosis, improving on-site operation and maintenance efficiency.
Industrial cybersecurity and system safety design have been further strengthened. Adopting Baker Hughes’ patented network isolation technology, the new Bently Nevada system realizes physical isolation between machinery protection network and condition monitoring network. It blocks abnormal external access while ensuring normal data interaction, completely avoiding network security risks faced by traditional monitoring systems. The upgraded system fully complies with global industrial OT security specifications and functional safety standards, maintaining ultra-high safety and stability in complex and harsh industrial scenarios.
In 2026, the upgraded Bently Nevada system has achieved large-scale commercial application in global key industrial projects. Multiple large petrochemical and thermal power plants in the Middle East and Southeast Asia have adopted the new System 1 + 21000 series integrated solution. The actual operation data shows that the system reduces unplanned equipment downtime by more than 35%, cuts invalid maintenance costs by 28%, and effectively extends the service life of core rotating equipment, bringing significant economic benefits to continuous production enterprises.
