Free boom gate inspection checklist

• The MapTrack boom gate inspection checklist contains 39 checks across 7 sections. Sections covered: Boom arm & markings, Drive & counterbalance, Control cabinet, Vehicle detection & safety sensors, Access control devices, Fail-safe & emergency egress, Documentation & close-out.
• Regulation 213 and the manufacturer's manual set maintenance, often by cycle count.
• Test the photocells, loop detector and manual release at every inspection, and record how the gate actually behaves on power loss.
• Where a gate sits on an evacuation route, check its power-loss setting against the egress design under NCC Volume One Section D.
• Electrical work inside the control box goes to a licensed electrician; isolate power before opening it for any other work.

Learn more about maintenance and work orders in MapTrack.

• Plant duty evidence: Provides a documented inspection record for a piece of powered plant, supporting the maintenance and inspection duty in regulation 213 of the WHS Regulations (Part 5.1).
• Vehicle strike prevention: Catches misaligned photocells and worn loop detectors before they fail to stop the boom on a vehicle.
• Reduced downtime: Surfaces controller fault codes, gearbox oil loss and water ingress before the gate fails stuck open or closed.
• Pedestrian safety: Confirms warning signage, reflective markings, audible warning and end-of-arm cushion are in place, visible and functional.
• Emergency egress: Confirms the manual release and fail-safe behaviour work, which matters where the gate sits on an evacuation route (NCC Volume One, Section D covers access and egress).
• Cost control: Catches small electrical and mechanical issues during a quarterly walk, instead of a full motor or arm replacement.
• Asset history: Builds a defect and cycle history per gate so capital replacement and warranty claims are based on actual condition.
• Site continuity: Keeps car park, depot and secure-site entry flowing by catching photocell, loop and controller faults before a stuck gate blocks every vehicle in or out.

• Asset ID, location, manufacturer, model and install date
• Boom arm condition - cracks, dents, weather damage and paint
• Reflective markings, signage and end-of-arm cushion or stop
• Counterbalance spring tension or hydraulic counterbalance level
• Drive motor and gearbox oil level, leaks and noise check
• Control box weather seal, ingress and internal cleanliness
• Controller fault code log reviewed and cleared if appropriate
• Loop detector presence and safety detection tested with a vehicle
• Photocell or light beam anti-crush function tested across the arm
• Emergency manual release operation tested under load
• Access control integration tested - RFID, intercom, ticket reader
• Mounting plate fixity, base bolts and concrete pad condition
• Electrical earthing and visible cabling condition to AS/NZS 3000
• Lightning and surge protection on exposed installations
• Fail-safe behaviour on simulated power loss observed and recorded

1. Prepare and review history.

   Pull the last inspection, any service reports, controller fault log and recent vehicle strike or stuck-gate incidents. Note manufacturer service intervals from the manual so you know what is genuinely due against a real cycle count.

2. Visual inspection of the arm and base.

   Walk the gate end-to-end. Check the boom arm for cracks, dents and weather damage, the reflective markings and signage, the end-of-arm cushion, mounting plate, base bolts and the concrete pad. Photograph any damage.

3. Open the control box and inspect electrically.

   Isolate where needed, open the control box and check for water ingress, insect or rodent damage, loose terminals, visible cable damage, earthing condition and the state of any surge protection. Re-seal the box on close-up.

4. Test drive, counterbalance and gearbox.

   Check the drive motor noise, gearbox oil level for leaks, and counterbalance spring tension or hydraulic level. Cycle the gate three to five times manually from the controller and listen for binding, slipping or unusual current draw.

5. Test safety devices with a vehicle.

   With a vehicle, test the loop detector presence and safety function, and the photocell anti-crush across the arm path. Confirm the arm reverses or holds when the beam is broken during descent. Do not skip this step.

6. Test manual release and fail-safe.

   Operate the emergency manual release under load to confirm it works, then simulate a power loss and observe whether the gate fails to the documented safe position (usually open for egress, closed for security - confirm against the site plan).

7. Close out and assign defects.

   Restore power, clear any addressed fault codes, photograph defects, raise work orders for anything beyond clean and adjust, sign the checklist and store it against the asset. Any electrical work beyond inspection goes to a licensed electrician.

Practical answers about the form, record keeping and using MapTrack.

This form is a starting point. Check the current requirements that apply to your equipment, work and location. The form alone does not establish compliance.

Each source was read at its publisher and the page checked on 26 October 2026. The publisher's current text is the authority.

• Model WHS Regulations (Safe Work Australia)
• AS 4024 series, Safety of machinery (Standards Australia listing)

MapTrack publishes this template. The linked authorities publish their own guidance; they haven't endorsed this form.

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