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Stairwell Pressurization Test Checklist

IFC §909.22 · IBC §909.20 · IBC §1010.1.3 · NFPA 92

Stairwell Pressurization Test Checklist

Field checklist for the periodic test required by the IFC maintenance section (§909.22 in 2024, §909.20 in 2018) and NFPA 92 §8.6 (dedicated systems semiannually, nondedicated annually, on standby power). Covers every requirement from the deep-dive article + the IBC §1010.1.3 force triplet (15 lb latch / 30 lb set-in-motion / 15 lb full-swing) + the three test scenarios. Toggle Healthcare mode to surface CMS LSC + TJC PE + NFPA 99 additions.

OCCUPANCY MODE
Healthcare-specific items hidden
§DATA

Per-floor measurement table

Record EVERY floor of the stair, not a sample. Pick the design range below; cells flag ΔP under the minimum (amber) or over the maximum (red), and forces over the IBC §1010.1.3 limits (red). Use the Test 2 "open door" field to record which door was opened, only if the design calls for a door-open scenario.

IBC §909.20.4 (2024) / §909.20.5 (2018)
(the floor whose door was OPEN during Test 2 — its row should leave Test 2 ΔP/Swing blank or marked "OPEN")
TEST 1 — System ON, all closedTEST 2 — One openTEST 3 — System OFF
FloorΔP
0.1–0.35 in WC
Set-motion
≤30 lb
Latch
≤15 lb
Full-swing
≤15 lb
Self-close
P / F
ΔP
0.1–0.35 in WC
Full-swing
≤15 lb
Self-close
P / F
10 floor rows. Edit floor labels (B1, B2, M, Roof, etc.) directly.
Cell flags: green = within the selected design range; amber = ΔP under the minimum (not enough pressure); red = force above its limit OR ΔP above the maximum (over-pressurized; door forces likely to fail). Existing doors in existing buildings may be allowed up to 50 lb under NFPA 101 §7.2.1.4.5 — confirm with the AHJ. Out-of-spec values go in the deficiency log with a corrective action.
PROGRESS — REQUIRED CONFIRMATIONS0 / 26 (0%)
§1

Pre-test setup

0/7

Done before the system is activated.

  • Building on test mode with central monitoring station
    NFPA 72 §14.2.4
  • All stair doors closed for the baseline readings (the IBC pressure range is a closed-door criterion)
    IBC §909.20.4 (2024) / §909.20.5 (2018)
  • Test frequency confirmed for the system type: dedicated = every control sequence semiannually; nondedicated = annually
    IFC §909.22.4 / .5 (2024); §909.20.4 / .5 (2018); NFPA 92 §8.6
  • Design values on hand: approved pressure range, door-open scenarios (if any), fan and grille airflows, sequence of operations
    IBC §909.18.8.3 + §909.18.9
  • Fire alarm placed in test with the alarm contractor; monitoring company and occupants notified
    NFPA 72 §14.2.4
  • Calibrated micromanometer, door force gauge, airflow instruments, tachometer and clamp meter on hand; calibration certificates attached
    TAB practice (AABC / NEBB / TABB)
  • Testing team identified with credentials (certified TAB firm working with fire alarm + controls contractors; AHJ may require more)
    IBC §909.18.8.2 (acceptance)
§2

Test execution confirmation

0/8

Per-floor measurements live in the table above. These items confirm the test ITSELF was run correctly.

  • System started by its real initiating device (stair-entrance smoke detector or the input named in the sequence), not just a fan switch; all enclosure doors released and closed
    IBC §909.20.2.1 + §909.20.6; NFPA 101 §7.2.3.10–11
  • TEST 1 run — system ON, all doors closed; every floor measured (ΔP + 3 door forces + self-close)
    IBC §909.20 + §1010.1.3
  • TEST 2 run only if the design requires door-open scenarios (NFPA 92-2021+: doors opened automatically by the strategy; older designs may name others) — doors opened as named in the approved procedure; source document recorded
    Approved rational analysis / acceptance procedure
  • TEST 3 run — system OFF, every door self-closes + latches under its closer alone
    NFPA 80 + IBC §716
  • Fan reached speed; time to start recorded and compared with the sequence of operations
    Sequence of operations
  • Stair allowed to settle before readings; readings averaged on the manometer
    TAB practice
  • Sequence repeated on standby (generator) power
    IFC §909.22.4 / .5 (2024)
  • Weather and temperatures recorded (outdoor, inside stair, wind) for stack-effect context
    IBC §909.20 "maximum anticipated stack and wind"
§3

System integration verification

0/7

The smoke-control system is integrated correctly with the rest of the building’s life-safety infrastructure.

  • Firefighter smoke-control panel: every Auto / Run / Stop position controls the equipment; status lights come from proof devices and match the actual condition
    IBC §909.16 + UL 864 (UUKL)
  • Weekly automatic self-test running; its trouble reports reviewed
    IBC §909.12.1
  • Relief damper / bypass / VFD responds as doors open and close; controller pressure reading agrees with the manometer
    Approved design
  • Motorized supply dampers and fire / smoke dampers move to their fire-mode positions
    IFC §909.22.3 (2024)
  • Fan airflow, speed, amps, volts and rotation recorded against design values
    IBC §909.18.8.3
  • Building HVAC in fire mode; return / exhaust not pulling air out of the stair
    Sequence of operations
  • Smoke detector at each pressurization intake shuts its fan down (Georgia amendment; check local)
    GA Rule 120-3-3 amendment to IFC §909
§4

Restoration + documentation

0/4

After the test sequence, restore building operation and document everything the AHJ will ask for.

  • FACP + smoke-control panel reset; HVAC restored; alarm system out of test; monitoring company notified
    NFPA 72 §14.2.4
  • Record shows date, personnel, any unsatisfactory condition and the corrective action, including parts replaced
    IFC §909.22.2 (2024) / §909.20.2 (2018)
  • Every reading reported next to its design value; failures, corrective actions and retests listed
    IBC §909.18.8.3
  • Record kept at the building with the acceptance report and component documentation
    IBC §909.18.8.3.1 + §909.18.9
→ Read the deep-dive article
Local browser save. Your check progress + measurements live in this browser only — they survive a refresh, but don’t sync to other devices and don’t leave your machine. Print the report at the end of the inspection or copy the notes into your TAB report system.
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