Fire damper inspection checklist (free download)
A fire damper only earns its place in a duct if it closes when it has to, and the only way to know that is to find it, open it up and test it. Most failed damper inspections are not failed dampers at all: they are dampers nobody could locate, behind ceilings with no access panel, missing from the register entirely.
This checklist is built around the register. Every damper gets an ID, a location and a result, and the defects list cross-references those IDs, so the building owner can see at a glance which dampers were tested, which could not be reached and which need work.
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Fire damper inspection checklist
A damper register plus the per-damper checks for routine service: access, release, closure, reset and the condition of the installation around it.
1. Site and system details
2. Damper register
| Damper ID | Level / location | Duct / system | Type | Size | Access | Result |
|---|---|---|---|---|---|---|
3. Per-damper checks
- Access panel present, accessible and identified Yes No N/A
- Damper tag / identification present and legible Yes No N/A
- Fusible link or release mechanism intact and undamaged Yes No N/A
- Damper released and closed fully (drop test) Yes No N/A
- Damper reset and returned to the open position Yes No N/A
- Blades or curtain free of obstruction, debris and corrosion Yes No N/A
- Installation and sealing to the fire-rated element intact Yes No N/A
- Actuator operated on alarm signal (motorised dampers) Yes No N/A
- End switch / indication operating where fitted Yes No N/A
4. Defects and non-conformances
| Damper ID | Defect | Critical / non-critical | Recommended action | Photo ref |
|---|---|---|---|---|
5. Summary and sign-off
What the fire damper inspection checklist covers, section by section
1. Site and system details
Identifies the building, the mechanical services the dampers sit in and the reference documents you worked from. Note the previous report so trends (the same damper failing every year) are visible.
Fields to capture: Building name and address; Date of inspection; Technician and company; Mechanical drawings / damper schedule reference; Previous inspection report reference; Service type.
2. Damper register
One row per damper. Use the ID on the damper tag where there is one and record “no tag” where there is not; an unidentified damper is itself a defect.
Fields to capture: a register with columns: Damper ID, Level / location, Duct / system, Type, Size, Access, Result.
3. Per-damper checks
Run these for each damper and record the result against its ID. For motorised or combination fire/smoke dampers, also confirm the actuator responds to the fire alarm signal.
Fields to capture: Access panel present, accessible and identified; Damper tag / identification present and legible; Fusible link or release mechanism intact and undamaged; Damper released and closed fully (drop test); Damper reset and returned to the open position; Blades or curtain free of obstruction, debris and corrosion; Installation and sealing to the fire-rated element intact; Actuator operated on alarm signal (motorised dampers); End switch / indication operating where fitted.
4. Defects and non-conformances
Each defect against a damper ID, with a severity and a recommended action. Separate dampers that failed from dampers that could not be tested; the remedy for each is different.
Fields to capture: a register with columns: Damper ID, Defect, Critical / non-critical, Recommended action, Photo ref.
5. Summary and sign-off
Totals the owner can act on: how many dampers are in the register, how many passed, failed or could not be accessed.
Fields to capture: Dampers in register; Passed / failed / not accessed; Overall comments; Technician name / licence or accreditation / date.
Tips from the field
- Photograph each damper closed after the drop test and open after reset, with its tag in frame. It settles any later argument about whether it was tested.
- Record “no access” as a result, not a blank. A damper that cannot be reached cannot be serviced, and the owner needs to fund an access panel.
- Look at the wall or floor around the damper sleeve, not just the blades. New cabling punched through next to a damper is a common way a compliant installation becomes non-compliant.
- Carry the register forward each visit so IDs stay stable year to year.
Standards referenced
- AS 1851: routine service of fire protection systems and equipment, including fire dampers.
- AS 1682: the series covering fire, smoke and air dampers: specification and installation.
Check the current edition and your state or territory’s requirements; this template is a starting point, not a substitute for the standard.
Frequently asked questions
What does a fire damper inspection involve?
Locating each damper from the register or drawings, gaining access, checking its identification and release mechanism, dropping it to confirm it closes fully, resetting it and checking the installation around it. Results and defects are recorded against each damper ID.
Which standard covers fire damper maintenance in Australia?
Routine service of fire dampers is covered by AS 1851, the standard for routine service of fire protection systems and equipment. Damper specification and installation are covered by the AS 1682 series. Your building’s maintenance schedule sets which frequencies apply.
What if a damper cannot be accessed?
Record it as not accessed rather than leaving it blank, note why (no access panel, obstructed ceiling, locked plant room) and list it as a defect with a recommended action, usually installing an access panel before the next service.
Can I fill in this checklist on a phone?
The download is a Word document. In SurveyThanks the same register becomes a repeating section you fill in on the device, with photos per damper, and the damper test report is generated from your own Word template.
Fill this in on your phone and generate the report automatically
Build these sections as a SurveyThanks form, capture photos and answers on site, and the finished report renders into your own Word template.