1. Pump availability
Confirm which pumps are available, which are out of service, and whether the HMI makes that status obvious to the operator.
2. VFD and drive status
Review drive health, faults, reset requirements, and whether the system clearly shows when a VFD is unavailable or limiting operation.
3. Pressure control
Confirm the pressure target is clear, the system can maintain pressure under expected demand, and pressure alarms are meaningful.
4. Flow readings
Check that flow values are visible and believable. If the course team cannot trust the numbers, troubleshooting becomes guesswork.
5. Pond or source level
If source level matters to operation, make sure staff can see it clearly and understand what action is required when levels are low.
6. Alarm history and plain-language messages
Review recent alarms. A useful alarm should help the operator understand what happened, what is affected, and what to check next.
7. HMI clarity
The main screen should show the information the superintendent needs during an irrigation window: pressure, flow, pump status, mode, alarms, and next-step guidance.
8. Remote visibility and support
If remote support is expected, confirm what can actually be seen remotely and what screenshots, alarms, or live values are available for troubleshooting.
9. Emergency operating modes
Review whether the course has a safe temporary operating path for common failure conditions. Emergency modes should preserve important protections instead of encouraging unsafe bypasses.
10. Panel condition and documentation
Look for unclear labels, missing drawings, undocumented changes, or panel conditions that make troubleshooting harder when time matters.
11. Operator instructions
Confirm the course team knows what to do when a pump faults, a drive fails, pressure drops, or Auto is unavailable.
Controler can review the pump station controls layer and help identify what is unclear, risky, or difficult to support before irrigation season.
Request a Controler Pump Station Review