Fault pattern intelligence
Fault Pattern Intelligence helps you identify and address systemic fault patterns across your entire fleet of machines. This tool provides a centralized view, allowing you to compare fault performance across multiple sites and develop a proactive reliability strategy.
This feature helps you move beyond analyzing single machine failures to engineering reliability across your operations on multiple sites.
For more details, read the article Analyze fleet-wide fault patterns.
Maintenance planning
The Inspection Cycle Planning workspace, turns monitoring data into a cycle-ready plan. It integrates directly into your existing workflow so you can stay in control and make timely maintenance decisions.
The workspace:
Shows the whole site at a glance - based on what you selected in the view finder.
Surfaces what to inspect — and what to skip.
Outputs a prioritized list ready for the floor.
For more details, read the article Maintenance planning.
Addition to the sampling regime
Intermittent and low RPM machines that still didn't use edge sampling, have now been moved to this regime.
In addition, there is a new regime for non-stationary machines. These are sampled every 4 seconds.
You can see a machine's sampling regime on the Advanced Analytics page (accessed from the machine page).
For more details, read The sensor sampling regime.
Legacy EP1 and EP2 sensors are now replaced when the battery is drained
Drained batteries for EP1 and EP2 endpoints are no longer replaced. Instead, a new R4010 sensor is required.
This eliminates field battery swaps, reducing customer maintenance complexity and room for error. In addition, using new sensors provides improved battery life to keep fleets current and dependable with less manual intervention.
The help articles on replacing a legacy battery have been removed.