An electric fire pump looks fine right up until the annual flow test shows it can no longer hit rated pressure — and by then nobody can say whether the motor windings degraded slowly or a missed monthly run test simply let the problem go unnoticed for months. NFPA 20 builds the pump, but NFPA 25 is what keeps it alive: weekly controller checks, a monthly ten-minute churn run, and an annual flow test measured against the original acceptance curve, with any reading more than 5 percent off flagged for investigation. Facilities running this program on paper logs or shared spreadsheets lose records, skip the monthly run test, and only find out about flow degradation when an authority having jurisdiction asks for proof. Electric fire pump maintenance software closes that gap by building the weekly, monthly, and annual test calendar directly into technician workflows, so every start time, pressure reading, and alarm signal is captured the moment it happens. See it running on a real pump schedule — book a free demo with Oxmaint.
Electric Fire Pump Maintenance Software That Passes Every Audit
Oxmaint schedules the weekly, monthly, and annual tests NFPA 25 requires for electric fire pumps, captures start times and pressure readings on a phone, and hands your team an audit-ready report before the inspector even asks for one.
Where Electric Fire Pump Programs Actually Break Down
Electric fire pumps rarely fail all at once. They fail one skipped test at a time — a monthly churn run that got pushed to "next week," a phase reversal alarm nobody logged, a controller quietly left on manual after a service call.
The Missed Monthly Run Test
NFPA 25 requires electric pumps to run at least ten minutes every month so the motor reaches operating temperature and lubrication circulates. Teams used to weekly diesel schedules often confuse the two and quietly under-test their electric units.
Controller Left on Manual
After a service visit, a technician switches the controller to manual for testing and forgets to return it to automatic. A pump on manual will not start on a pressure drop during an actual fire, and nobody finds out until the weekly visual check — if it happens at all.
Unlogged Phase Reversal Alarms
Electric fire pump controllers must include phase reversal and locked-rotor protection, and the monthly test must confirm these alarm signals reach the fire panel. A signal that fires once and gets dismissed verbally leaves no record for the next inspection.
Flow Degradation Nobody Investigates
When an annual flow test shows more than 5 percent degradation against the original acceptance curve, NFPA 25 requires investigation. Paper-based programs often note the drop and move on, leaving a pump that cannot deliver rated pressure in service.
The NFPA 25 Testing Calendar for Electric Fire Pumps
Every interval below applies specifically to electric-driven fire pumps and feeds directly into the audit trail an AHJ or insurance inspector will ask to see.
| Interval | What Gets Checked | Who Performs It |
|---|---|---|
| Weekly | Controller is in automatic position, pilot lights and indicators are normal, power supply is confirmed, pump room heat is verified in cold climates | Trained facility staff |
| Monthly | Ten-minute no-flow churn run, motor reaches operating temperature, alarm signals tested for pump running, power failure, and phase reversal, wiring inspected | Facility staff or contractor |
| Annual | Full flow test against the original acceptance curve, automatic and manual start/stop verification, transfer switch test, sequential start logic for multi-pump rooms | Licensed fire protection contractor |
| Every 3 Years | Comprehensive mechanical and electrical inspection covering components not assessed in the annual flow test | Specialized contractor |
How Oxmaint Runs the Program for You
Every test interval, reading, and alarm signal below is captured inside the platform the moment it happens — not reconstructed later from memory.
Schedule Builds Itself
Enter the pump's install date and driver type once. Oxmaint generates the weekly, monthly, annual, and 3-year test calendar automatically and assigns it to the right technician.
Guided Mobile Checklist
A technician opens the monthly churn test on a phone and is walked through start time, run duration, suction and discharge pressure, and alarm signal verification in order.
Deviations Flag Automatically
A start time over 15 seconds, a controller left on manual, or a flow reading more than 5 percent below the acceptance curve is flagged the moment it is logged, not discovered months later.
Work Order Created Instantly
A flagged deficiency generates a work order with the reading, the standard it failed against, and the asset history attached, so nothing waits for someone to remember it.
Audit-Ready Report on Demand
Every timestamp, reading, and inspector name is compiled into a report you can hand to an AHJ, fire marshal, or insurance auditor without digging through a filing cabinet.
Stop Reconstructing Test Records From Memory
Oxmaint timestamps every weekly check, monthly churn test, and annual flow reading automatically, so your audit trail is already built before the inspector walks in.
Paper Logs vs. Oxmaint on the Same Electric Pump Program
- Monthly churn test forgotten until the annual flow test fails
- Phase reversal alarms dismissed verbally with no record
- Controller status confirmed only when someone remembers to check
- Audit binder assembled the night before an inspection
- Monthly and weekly tests auto-scheduled and assigned to a technician
- Every alarm signal logged with timestamp and technician name
- Controller position confirmed and recorded on every weekly visit
- Audit report generated in seconds, any day of the year
What Facilities See After Switching
Facilities on scheduled, tracked PM programs consistently outperform manual paper-based programs on completion rate.
Weekly, monthly, and annual readings are logged the moment a technician submits the mobile checklist, not re-entered later.
Every churn test start time is logged against the NFPA 25 threshold so slow starts are caught before they become failures.
Compiling a year of test records for an AHJ or insurance review takes minutes instead of a week of searching for paperwork.
Expert Review
Electric fire pump programs fail audits less often because of the annual flow test and more often because of what happens in the eleven months before it — a skipped monthly churn run, a controller left on manual, an alarm signal nobody logged. Facilities that digitize the weekly and monthly intervals catch a slow start time or a missed run test within days instead of discovering it during the annual flow test, when the only option left is an expensive repair or a citation. Tying every reading to the pump's original acceptance curve also means the 5 percent degradation threshold in NFPA 25 gets investigated automatically instead of noted and forgotten, which is where most electric pump compliance gaps actually originate.
Frequently Asked Questions
How often must an electric fire pump be tested under NFPA 25?
Electric fire pumps need a weekly visual and controller check plus a monthly ten-minute no-flow churn run, with a full annual flow test measured against the original acceptance curve. Book a demo to see the full schedule built automatically.
What start time does an electric fire pump need to meet?
NFPA 25 requires electric pumps to start automatically within about 10 to 15 seconds of a pressure drop. Oxmaint logs the exact start time on every churn test so a slow start is caught immediately. Start free on Oxmaint to begin tracking it.
What happens if the annual flow test shows degraded performance?
If flow test results fall more than 5 percent below the original acceptance curve, NFPA 25 requires investigation into the cause before the pump is considered compliant. Oxmaint flags this automatically and opens a work order tied to the reading.
Can facility staff perform electric fire pump tests themselves?
Weekly and monthly tests can typically be performed by trained on-site staff, while the annual flow test usually requires a licensed fire protection contractor with hydraulic testing equipment. Book a demo to see how both roles work in one platform.
How does maintenance software prove compliance during an audit?
The platform timestamps every weekly, monthly, and annual reading with the technician's name, then compiles them into a single report an AHJ or insurance auditor can review on demand instead of a searched-through filing cabinet. Try Oxmaint free to generate one.
Never Walk Into an Electric Pump Audit Unprepared Again
Oxmaint builds the weekly, monthly, and annual NFPA 25 schedule for every electric fire pump you manage, captures readings on a phone, and keeps an audit-ready report waiting whenever you need it.
