BS EN 16005 At A Glance: What It Means For Your Doors
BS EN 16005 sets the safety rules for powered pedestrian doors. It protects users from impact, crushing and trapping while keeping access smooth. It supports DDA and Equality Act duties by promoting inclusive design and safe operation. For facilities teams and homeowners, it provides a clear, testable standard to manage risk and plan servicing.
It covers sliding, swing and revolving doors in both domestic and commercial settings. Day-to-day responsibility sits with the duty holder, supported by the installer and maintainer. Audits should be at least annual, and more often for busy sites.
- Audit triggers: incidents or near misses; layout changes; sensor faults; controller adjustments.
- Consider vulnerable users: children, wheelchair users, prams and trolleys.
- Aligns with inclusive access principles under DDA guidance and your premises’ commercial doors strategy.
Door Types And Risk Profiles: Where Checks Differ
Sliding doors rely on stable approach detection and strong presence protection on the threshold and in the pocket. Common faults include sensor misalignment, narrow fields, and poor detection near side walls. For high-traffic entrances, specify durable operators and reliable presence sensors to reduce nuisance stops.
Swing doors need careful approach-side activation and robust hinge-side guarding. Look for entrapment on the leading edge, poor push-pad placement, or over-fast speeds. Domestic patio systems demand child-safe behaviour and easy manual override. For busy sites, choose sensors and controllers proven for commercial automatic sliding doors and well-tuned automatic swing doors.
Before You Start: Prep, Documents, And Tools
Gather documentation before the audit: operator manuals, controller settings, service history, and any previous risk assessments. Review known issues and times of peak use. Watch how people approach and leave, including wheelchairs, prams and trolleys.
- Tools: force gauge, speed/hold-open timer, test cards or targets, tape measure, and a signage checklist.
- PPE and barriers to control the test area.
- Logbook and photo notes for a clear action record and repairs servicing planning.
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Engineer-Led Checklist: Activation And Safety Sensors
Activation must detect typical and slow approaches. Walk-test at normal and slow pace from both sides. Repeat with a trolley or wheelchair from multiple angles. If using touchless triggers, confirm reliable activation without excessive reach or delay. Consider hygiene and user flow when specifying touch-free options such as those in touchless doors.
Presence sensors should protect the threshold, leading edge and pocket (for sliders). Perform crouch-level checks to cover children, and side-approach checks near mullions and side walls. Reduce blind spots by adjusting angles, increasing detection width, or adding sensors. Re-test after any change.
Door Movement: Forces, Speeds, Time Delays, And Emergency Release
Set speeds to suit the site: slower for older users and clinical settings; faster but safe for busy lobbies. Confirm the hold-open time allows comfortable passage for wheelchairs and groups. Test with varied users where possible and record the final timings on the logbook.
Measure closing forces with a gauge. If forces exceed safe limits, adjust controller settings, check belts/rollers/hinges, and retest. Verify manual breakout and emergency release work without tools, and that the door behaves safely on power failure. Schedule follow-up checks in line with service frequency guidance.
Guarding, Entrapment Points, And Clear Signage
Look for finger and crush risks: hinge side on swing doors, sliding pockets, and handle areas. Fit guards or screens where users could reach into moving parts. Ensure clear openings meet needs, thresholds are low and even, and push pads or wave plates sit at a sensible height and distance.
- Mandatory signage: opening direction arrows, safe-use pictograms and emergency information.
- Accessible controls: consistent heights, reachable from a wheelchair, and easy to see.
- Check DDA-related details for handles, plates and widths to support inclusive access.
Access Control And Security: Safe Integration
Ensure card readers, keypads, intercoms or biometrics release the door in time for safe opening. The access control signal should arrive before the door starts to move, with enough hold-open time for users to pass without hurry.
Confirm the right fail mode for the door’s role: fail-safe for escape routes; fail-secure where security is the priority and alternative egress exists. Test emergency overrides, green break-glass, and egress devices. Review key control, cylinder quality and audit trails. Access Automation can help balance security with life safety on complex sites.
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Environment, Hygiene, And Seasonal Risks
Touchless activation reduces contact and improves flow. Antimicrobial touchpoints and easy-clean plates support hygiene policies. Balance door timing with heat retention: set speeds and hold-open times to minimise energy loss without creating a rush or pinch point.
Inspect seals, brush strips and thresholds for gaps or drag. In winter, check heater curtains, matting and drainage to prevent freeze-related sticking. For hospitals, healthcare, schools and leisure centres, scale checks to throughput and plan emergency scenarios for crowded conditions.
Common Non-Compliances And Quick Fixes
Most issues are simple to correct and retest. Record every change and its result in the logbook.
- Sensor misalignment or narrow fields: adjust angles and widen detection zones.
- Incorrect hold-open time or speed: tune timings to site users and re-verify.
- Worn belts, rollers or hinges: replace parts and check closing force again.
- Outdated controller profiles: update settings to current risk assessment.
Servicing Schedule And Record-Keeping
Match service intervals to use: quarterly for heavy-use commercial entrances, biannual for lighter use, and more frequent checks after incidents or works. Revolving doors and healthcare sites often need tighter schedules.
Keep a clear record: test results, force readings, timings, sensor settings, component changes and training provided. Note call-out contacts and how to isolate the operator. Consider remote monitoring where available to spot faults early and reduce downtime.
Close The Gaps: Targeted Upgrades For Safety And Access
Upgrades can be focused and fast. Add presence sensors to remove blind spots, fit smarter controllers for better timing, and improve handles, plates or touchless triggers for accessibility. Verify that the finished system meets BS EN 16005 and your DDA duties.
For heavy footfall, consider robust operators and durable frames. Aluminium entrances offer strength, energy control and consistent performance when specified correctly. Access Automation delivers upgrades with minimal disruption and clear, measurable risk reduction.
Next Steps: Book A BS EN 16005 Safety Audit
Our engineers carry out a full on-site audit: sensor walk tests, force and speed measurements, emergency release checks and fine tuning. We assess user flow, record findings and explain options in plain English.
You receive a concise compliance report and action plan with priorities, timelines and a servicing schedule to prevent faults. Access Automation covers Essex and neighbouring areas, supporting healthcare, education, leisure and commercial sites with reliable, engineer-led service.
FAQs
How often should we audit automatic doors?
At least once a year. Increase frequency for high-traffic sites or after incidents, layout changes or controller adjustments.
Do domestic automated doors need to follow BS EN 16005?
Yes, if they are powered pedestrian doors. Apply the same safety checks, with extra focus on child safety and manual override.
What if our door fails a force or sensor test?
Adjust settings, repair worn parts, or add sensors to remove blind spots. Re-test and record the result before returning to service.
Can access control slow the door and cause risk?
Yes, if timing is wrong. Ensure the access control signal arrives early enough and that hold-open time suits your users.