NFPA 20 document review starts with the selected pump and driver, the room and piping arrangement, the supply basis, and the power and control interfaces. Groundbook can compare the supplied documents and uploaded reference to flag potential discrepancies with source links. The fire protection designer verifies design suitability.
Trace incoming service, alternate power, and handover
Connect the pump package to the NFPA 24 private main review where the site service supplies it. Where the project specifies an emergency or standby power interface, follow the stated arrangement into the NFPA 110 power document review with both designers.
Use the NFPA 25 maintenance and handover document guide to keep operating records connected to the identified equipment. Confirm the design and operating evidence separately.
What does NFPA 20 cover?
NFPA 20 is the Standard for the Installation of Stationary Pumps for Fire Protection. NFPA identifies the 2025 edition as current when checked on September 30, 2026. See NFPA’s official NFPA 20 page for the publisher’s description and access options.
Confirm the adopted edition, local amendments, pump type, driver, and scope of work for the project. A pump installation review is a different task from checking sprinkler head placement. Coordinate the two through the design basis and system connections, using the NFPA 13 sprinkler review guide where that standard applies.
Assemble the fire pump package
Gather the pump schedule and data sheets, fire protection plans and riser, room plans and sections, water-supply and calculation references, structural support details, electrical schedules and diagrams, and control descriptions. Include relevant specifications and identify the issue of each document.
First establish that the documents describe the same pump, driver, controller, and installation. Similar equipment names are not enough. Match tags, selected options, locations, and revision dates before interpreting a conflict. Record a missing selection as an open input instead of assuming the most convenient value.
Check the interfaces across disciplines
| Review question | Documents to compare | What to resolve |
|---|---|---|
| Equipment identity | Pump schedule, data sheet, controller information, and specifications | Resolve different tags, driver descriptions, selected duties, or document issues. |
| Room arrangement | Architectural plan, pump layout, sections, and equipment data | Identify dimensions, access routes, or service spaces that need designer confirmation. |
| Piping and supply | Riser, pump connections, site supply information, and calculation references | Trace the stated connections and basis without treating consistency as proof of hydraulic adequacy. |
| Power and controls | Driver data, electrical diagrams, schedules, and control descriptions | Flag conflicting equipment assignments or missing interface information for the electrical and fire protection designers. |
| Supporting building services | Room details, mechanical drawings, drainage provisions, and driver requirements | Confirm the package addresses the selected installation; distinguish electric and engine-driven arrangements. |
| Alarms and supervision | Controller information, interface schedule, and alarm sequence | Identify which signals and responsibilities are stated and resolve conflicting descriptions. |
Where the pump connects to a fire alarm system, use the NFPA 72 review guide to follow the interface into the alarm documents. Carry architectural, structural, and service questions into the MEP coordination checklist.
Example: the pump driver changed but the services did not
Hypothetical example. A revised pump schedule identifies an electric driver, but the accompanying room-service notes still describe an engine-driven arrangement. The electrical equipment schedule has no matching pump tag. The finding should point to these specific sources and ask the designers to confirm the selected package and the affected services.
The reviewer should not choose a driver or invent an electrical supply. The responsible designers resolve the selection, update the dependent documents, and confirm the technical design. Closure includes the coordinated schedule, room information, and applicable electrical and controls documents from the same issue.
Use AI to trace the package
Upload the project PDFs and applicable NFPA 20 reference from a copy you are licensed to use, where uploading is permitted. Groundbook can help investigate inconsistencies in the supplied package and link a potential finding to its evidence. Clearly distinguish a document discrepancy from a design calculation or acceptance-test question.
Trace the fire pump tag through its schedule, product data, room drawings, piping, electrical documents, and control interfaces. Flag conflicting selections and missing references. Use the supplied NFPA 20 edition where applicable, and identify information that needs the designer’s decision.
Review the results with the fire protection and affected discipline designers. Document review does not certify pump performance, validate the water supply, or replace installation inspection and acceptance testing. See Groundbook’s code-reference review workflow for the wider review process.