Commercial Door Commissioning Checklist for Facilities Teams

A new shutter can open smoothly and still leave a loading bay unsafe if its safety devices haven’t been tested. For facilities teams, a successful handover means knowing how the whole door system behaves, not simply watching it complete one cycle.

Commercial door commissioning checks the installation, controls, safeguards, escape arrangements and records before staff begin using the door. The checks differ for an automatic entrance, a warehouse shutter and a fire exit. Start by identifying exactly what has been installed.

Define the scope of commercial door commissioning

Commission each door against its intended use and the site risks. A pedestrian entrance handles people at close range, while a powered loading-bay door may operate near vehicles. The same test sheet won’t cover both properly.

Identify the door and its safety requirements

Record the door’s location, type, operator, controls and intended users. Include details such as whether a shutter opens onto a public pavement or an automatic entrance serves wheelchair users.

For powered pedestrian doorsets, BSI’s BS EN 16005 listing identifies the safety-in-use standard. Industrial doors and powered shutters need a different assessment. The HSE bulletin on powered-door standards covers BS EN 12453:2017 and BS EN 12604:2017. Ask the installer to identify which requirements apply to the actual equipment.

Agree who witnesses each test

The installer should perform and record the technical tests. Facilities staff should witness the operating modes they’ll manage, including opening, closing, locking and any approved manual operation.

Bring in the fire-safety lead when a door forms part of an escape route or fire strategy. In a busy building, arrange a safe test window and tell affected teams when an entrance or loading bay will be unavailable. Record who attended and who accepted the results.

Inspect the installation before anyone operates it

A functional test cannot compensate for a loose frame, an obstructed opening or an unsuitable electrical connection. Walk around both sides of the installation with the engineer before the first powered cycle.

Check the opening and surrounding area

Inspect the frame, tracks, guides, fixings, glazing, threshold and seals as applicable. Look for sharp edges, exposed moving parts, trip hazards and places where a person could be trapped. Confirm that finishes or nearby storage haven’t narrowed an escape route.

For a shutter, check that the bottom rail meets the intended floor level and the curtain moves freely within its guides. At an automatic entrance, consider how the door behaves when people approach from either side.

Confirm controls and access for maintenance

Locate switches, key controls, emergency stops and any manual release. Confirm staff can reach the controls they are authorised to use, while unauthorised users cannot interfere with settings.

Ask the engineer to show how power can be isolated for maintenance. Also check access to the operator, sensors and other serviceable parts. If a ceiling panel must be removed to reach a drive unit, that access needs to remain available after handover.

Test automatic entrances with real pedestrian movement

For an automatic sliding or swing entrance, a single clear opening cycle proves little. Test normal operation from both approaches, then check the safety features and any special modes included in the installation. The engineer should document the results against the door’s design and risk assessment.

Check activation and closing behaviour

Walk the normal approach routes with the engineer controlling the test. Confirm that activation devices respond where expected and that the door stays open long enough for intended users to pass. Watch for hesitant movement, unexpected reopening or contact with the frame.

Check how the door responds to people moving slowly, entering as a group or stopping near the threshold. At a hospital or office entrance, those situations may be more representative than an empty-door demonstration. Facilities teams arranging automatic door installation and servicing should agree these use cases before acceptance.

Prove protective and operating modes

Have the engineer demonstrate the installed presence sensors and any other risk-assessed safeguards. Tests should cover the areas where a closing or opening leaf could strike or trap someone. Record the device tested and its response rather than writing only “sensors OK”.

Next, test authorised modes such as one-way access, night setting or manual operation, where fitted. Check what happens after a power interruption and restoration. Don’t assume that every entrance should fail in the same position: its approved arrangement depends on the design and fire strategy.

Commission powered shutters and industrial doors at the opening

Warehouse and shopfront shutters need checks that reflect daily traffic. An opening used by pallet trucks needs a different operating routine from a security shutter lowered after closing time.

Observe travel, stopping and locking

Run the door through its normal operating cycle from each permitted control point. Watch the curtain or door leaf for rubbing, skewing, vibration and unusual noise. Confirm that it stops at its intended limits and doesn’t leave a gap that compromises the agreed security or weather protection.

Check how the locking arrangement works alongside powered operation. Staff should know whether a lock must be disengaged before using a motorised shutter. Operating against an engaged lock can damage the equipment.

Witness the engineered safety tests

Ask the engineer to test each fitted safety edge, photocell, emergency stop or other protective device using the appropriate method. Record the result for each device. A photocell that works on one approach may still leave another hazard unprotected.

Manual release, brake performance and power-loss behaviour also need checking where relevant. Only trained people should perform tests involving the moving curtain or stored mechanical energy. For ongoing checks, see what a roller shutter service includes.

A smooth opening cycle doesn’t prove a powered shutter is safe. Its stopping, protective and failure responses need their own recorded tests.

Verify escape routes and fire-related behaviour

A secure door can create a serious problem if it prevents people leaving the building. Check escape arrangements against the site’s fire risk assessment, not solely the door supplier’s specification.

Test fire exits as people will use them

Walk the escape route and operate each exit from the escape side. Confirm that staff can open it easily and immediately without a key when the building is occupied. Check the closer, latch, panic hardware and any access-control release as fitted.

Article 14 of the Fire Safety Order sets requirements for emergency routes and exits. It also excludes sliding and revolving doors from exits specifically intended as emergency exits. If a new shutter sits in front of an escape door, confirm how escape remains available during occupied hours.

Check fire-door and alarm interfaces

Where a fire-resisting door has a hold-open device, ask the relevant specialist to demonstrate its release under the designed alarm condition. The door must then close and latch as intended. Check seals, hinges and gaps against the approved installation details; don’t trim or adjust a fire door casually to stop it rubbing.

A fire-rated shutter may also have an alarm interface and a planned closing sequence. Witness the integrated test with the fire-alarm contractor where required. Record the trigger, movement and reset procedure so the facilities team can recognise a fault later. For replacement or servicing needs, review fire exit door installation and maintenance.

Collect a handover pack that staff can use

Commercial door commissioning isn’t complete when the engineer leaves site. The records should let another engineer identify the equipment, understand its settings and see what was tested.

Request the test results and product documents

Collect the commissioning sheet, site-specific risk assessment, operating instructions, maintenance instructions and applicable conformity documents. Include electrical and alarm-interface information where relevant. Check that the product identification on the paperwork matches the installed door.

A useful test record names the safety device, describes the test and gives a result. It should also identify any outstanding work. For powered equipment used at work, HSE’s PUWER overview explains the duties around maintenance, inspections and keeping relevant records.

Establish ownership before sign-off

Give the facilities team a practical demonstration of normal operation, approved manual release and fault reporting. Assign someone to keep the door logbook, test records and service reports together.

Record final settings and access-control permissions. Hand over keys or authorised controls securely, and confirm who can change operating modes. A night-shift supervisor may need a different procedure from the daytime reception team. If training or documentation is missing, list it as an open handover item rather than assuming it can be supplied later.

Close defects and plan the next inspection

A commissioning checklist needs a clear outcome for every item: passed, failed or not applicable, with a reason where necessary. Avoid signing a blanket acceptance while an unresolved safety issue remains.

Separate safety defects from minor snags

If a safety device fails or an escape door cannot open as required, take the affected door out of use or apply a safe, approved temporary arrangement. Agree corrective work and a retest with the installer. Don’t rely on a verbal promise that a fault will be fixed.

Other snags, such as damaged trim or an incomplete paint finish, may not prevent safe use. Still record the responsible person and completion date. Keep the original failure and subsequent retest together so there’s a clear history.

Set servicing around actual use

Commissioning creates the baseline for future maintenance. Review the manufacturer’s instructions, site risk assessment, operating frequency and local conditions when setting inspection intervals. A heavily used loading-bay shutter may need a different plan from a lightly used store-room door; there is no single interval that fits every system.

Add the door to a commercial door maintenance schedule and make it easy for staff to report damage between visits. If a new installation needs follow-up checks or repairs, Contact Us to arrange support.

Key takeaways for the handover

• Match the checks to the door type, its users and its site-specific risks.
• Witness safety devices, failure behaviour and escape arrangements separately from normal operation.
• Keep test results, instructions, defects and retests in one accessible door record.
• Don’t accept a safety-critical failure as an ordinary snag.

Frequently asked questions

Who should sign off a commercial door?

The installer should document the technical tests and confirm the work carried out. The facilities representative should verify that the door meets the agreed operational needs and that records and training have arrived. Where escape or fire systems are involved, include the site’s fire-safety lead and relevant specialist contractors.

Does a new door need servicing straight after commissioning?

Commissioning and servicing have different purposes. Commissioning checks the installation before handover; servicing checks its condition during use. Agree the first service date using the manufacturer’s guidance, the risk assessment and expected traffic, then record it in the maintenance plan.

Can staff use a door with an outstanding defect?

That depends on the defect and the documented risk assessment. A cosmetic snag may allow use, but a failed safeguard or blocked escape route needs immediate action and a safe arrangement. Record the decision, responsible person, repair and retest before closing the issue.

Conclusion

A door that opens once isn’t necessarily ready for daily use. Recorded tests of its safeguards, escape behaviour and controls give facilities teams a sound basis for accepting it.

Keep those results with the handover documents, resolve defects and set the next inspection date. That makes the first day of use the start of a managed maintenance record, rather than the last time anyone checks how the door works.