Compressor Control and Compressed Air Visibility
Improve pressure stability, balance runtime, detect waste, and route compressor issues before they disrupt the shop.
Pressure stability
Lead-lag and runtime balancing
Cycle and alarm visibility
Service workflow handoff
Compressed air is a shop-critical utility
When compressed air is unreliable, service work slows down. When compressors run unnecessarily, cost and wear increase.
Pressure stability
Maintain pressure during shop demand windows.
Runtime visibility
See runtime by compressor across the day and week.
Start and stop patterns
Spot short cycling and unusual start patterns.
Service impact
Tie compressor performance to shop operational impact.
Lead-lag and runtime balancing.
Lead-lag control and runtime balancing distribute wear and make compressor behavior easier to review.
The controller surfaces lead and lag status so maintenance teams can plan service windows around real wear, not assumed cycles.
Lead compressor visibility
Lag compressor status
Runtime balancing
Maintenance planning
From alarm to work order
Pressure issues, excessive cycling, high runtime, or service-due signals create action in F2 Core.
Alert creation
Pressure and runtime alerts surface as actionable items.
PM trigger
PM tasks created automatically when thresholds cross.
Vendor route
Service requests routed with signal history attached.
Closeout documentation
Service evidence retained on the compressor asset.
Compressor controller hardware
Compressor controller hardware pairs with the workflow side. Installed via authorized partners.
Energy savings note
Energy Management features help identify runtime patterns, exceptions, and opportunities for action. Actual savings depend on site conditions, equipment, usage, tariffs, and implementation.
Ready to bring compressor work into one workflow?
Walk through compressor dashboards, lead-lag, and service workflows.