For facilities currently reliant on the 3500, a proactive strategy is required to maximize the remaining value of the asset while preparing for the inevitable migration.
In the realm of rotating machinery, few names command as much respect as Bently Nevada. For decades, the company has been the standard-bearer for vibration monitoring and machinery protection. Among its portfolio, one system stands as a monumental achievement in industrial reliability: the 3500 Series. bently nevada 3500 life cycle
When manufacturers discuss life cycles, they typically utilize a standard framework defined by four stages: Introduction, Growth/Maturity, Decline/Obsolescence, and Phase-out. For facilities currently reliant on the 3500, a
As of the mid-2020s, the Bently Nevada 3500 remains in the "Active" phase of support, but with caveats. Among its portfolio, one system stands as a
The "end of life" for the 3500 series isn't a single date, but a gradual sunset. The Orbit 60 is the designated successor, offering higher point density and better cyber security. For many plants, a "hybrid" approach is best—keeping the 3500 for existing assets while deploying Orbit 60 for new expansions or critical upgrades. If you’re looking to manage your fleet, I can help you: Identify are closest to obsolescence Compare the 3500 vs. Orbit 60 for your specific machinery Find reputable sources for spare parts or repair services
Spare Parts Inventory: Maintain a stock of critical modules, specifically the Power Supply and the Rack Interface Module (RIM), which are common failure points.
Cybersecurity: While the 3500 is a robust "air-gapped" style system, it lacks some of the modern encrypted communication protocols found in newer systems like the Orbit 60. Extending the Life of Your 3500 System