Bed Evacuation and Bedrails: Balancing Safety in Healthcare Settings | Phoenix STS

Bedrails occupy a unique position in healthcare fire safety, serving both as protective devices and potential hazards. In emergency evacuations, the presence or absence of bedrails can significantly impact resident safety, staff efficiency, and evacuation outcomes.

This article examines the careful balance required when making decisions about bedrails in healthcare settings, particularly in the context of bed evacuation during fire emergencies. The goal is always to protect resident safety and dignity whilst ensuring effective emergency response.

Bedrails Must Never Be Used as Restraint

Bedrails should never be used as a form of restraint. Their purpose is to enhance safety, not restrict residents’ freedom of movement. In Ireland, bedrails are classified as a physical restrictive practice and must be reported to HIQA when used.

However, the decision to remove bedrails should not be made hastily, especially when bed evacuation forms part of the emergency strategy. A thorough, individualised assessment is necessary to weigh both benefits and risks.

The Bedrail Dilemma: Benefits vs Risks

Benefits of Bedrails

  • Prevent falls during bed evacuation
  • Secure resident during ski sheet transfer
  • Provide psychological reassurance
  • Aid resident repositioning
  • Support during transfers in/out of bed
  • Facilitate reaching for bedside items
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Individual Assessment Required

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Risks of Bedrails

  • Entrapment causing injury or death
  • Falls from climbing over rails
  • Skin injuries from rail contact
  • Psychological distress if used as restraint
  • Delayed evacuation if improperly fitted
  • Damage to evacuation equipment straps

The Seven Zones of Bed Entrapment

FDA/HBSW Identified Entrapment Zones

The U.S. Food and Drug Administration (FDA) and Hospital Bed Safety Workgroup (HBSW) have identified seven potential zones where entrapment can occur. Understanding these zones is essential for safe bedrail assessment.

1

Within the Rail

Openings within the bedrail structure itself. Head or limbs can become trapped if spacing between rail bars exceeds 120mm (4¾ inches).

2

Under the Rail, Between Supports

Gap under the rail between rail supports. Risk of head entrapment if space exceeds 120mm.

3

Between Rail and Mattress

Gap between the bedrail and mattress edge. One of the most commonly reported entrapment zones causing asphyxiation.

4

Under Rail at Ends

Gap between mattress surface (compressed by body weight) and the lowermost portion of the rail at rail ends. Risk of neck entrapment.

5

Between Split Rails

Space between segmented or split bedrails when both are raised. Risk increases with articulating bed positions.

6

End of Rail to Headboard/Footboard

Gap between the end of the bedrail and the side edge of the headboard or footboard.

7

Between Headboard/Footboard and Mattress

Space between the mattress end and the headboard or footboard, especially if mattress shifts or compresses.

Note: Zones 1 to 4 account for approximately 80% of reported entrapment incidents. These high-risk areas require particular attention during bed safety assessments. FDA dimensional guidance specifies that gaps in Zones 1 to 4 should not exceed 120mm (4¾ inches).

Bedrail Incidents: The Evidence

803 Entrapment incidents reported to FDA (1985-2009)
480 Deaths from bedrail entrapment in same period
63.7% Bedrails as proportion of physical restrictive practices in Irish nursing homes
90.5% Irish nursing homes reporting at least one restrictive practice (2020)

Sources: FDA Hospital Bed Safety Data; BMC Geriatrics (2022) Irish Nursing Home Study

Risks of Absent Bedrails During Evacuation

Increased Fall Risk

Without bedrails, residents with limited mobility face greater risk of falling out of bed during the rush and confusion of an emergency evacuation, potentially causing fractures and other injuries.

Ski Sheet Complications

Evacuation sheets (ski sheets) work by securing residents within their mattress. Without bedrails, residents may slide off during the securing process or whilst being moved to floor level.

Heightened Anxiety

Bedrails provide psychological reassurance, helping residents feel secure. Their absence during stressful emergencies can increase anxiety, making residents less cooperative during evacuation.

Evacuation Plan Disruption

Fire evacuation plans typically account for bedrail presence. Unexpected absence may require procedural changes, causing delays and potential confusion amongst staff.

How Bedrails Support Safe Bed Evacuation

Containment During Transfer

Bedrails help contain residents whilst staff prepare evacuation equipment and secure straps, preventing rolling or movement that could cause injury.

Structured Evacuation Process

Staff can lower bedrails in a controlled sequence during evacuation, maintaining a predictable process that works consistently across different residents.

Protection During Movement

When moving beds through doorways or corridors, bedrails protect residents from contact with door frames, walls, and other obstacles.

Psychological Security

Familiar bedrails provide continuity and security during the disorienting experience of emergency evacuation, reducing resident distress.

Evacuation Equipment Compatibility

Evacuation sheet straps can fall out from under the mattress and become damaged by bedrails when the bed is raised or lowered. Staff must check that straps are properly stored and undamaged during routine inspections.

When selecting evacuation equipment, ensure compatibility with the bed frames and bedrails in use. Some evacuation sheets include press studs or pockets to keep straps secured and protected from rail damage.

Individual Bedrail Assessment Process

Every decision about bedrails must be based on individualised assessment, considering the resident’s specific needs, the evacuation context, and regulatory requirements.

1

Clinical Assessment

Evaluate mobility, cognition, behaviour patterns, and medical conditions affecting movement

2

Fall Risk Evaluation

Assess likelihood of falling from bed with and without bedrails in place

3

Entrapment Risk Check

Measure entrapment zones and assess resident vulnerability to entrapment

4

Evacuation Consideration

Factor in bed evacuation requirements and equipment compatibility

5

Consent Process

Obtain informed consent, explaining benefits and risks clearly

6

Document and Review

Record decision, add to restraint register if applicable, schedule regular reviews

Irish Regulatory Context

HIQA Requirements for Bedrails

Restrictive Practice Classification

Bedrails are classified as physical restrictive practices in Ireland. Their use must be reported to HIQA quarterly as part of statutory notifications.

Restraint Register

All bedrails in use must be recorded on the centre’s restraint register, including documentation of assessment, consent, and regular reviews.

Individual Assessment Requirement

Each resident must have an individual risk assessment completed before bedrails are implemented, documenting benefits, risks, and alternatives considered.

Thematic Inspection Programme

HIQA’s Restrictive Practice Thematic Inspections (commenced June 2023) specifically assess bedrail use, documentation, and reduction efforts.

When Bedrails Are Not Considered Restraint

Bedrails are not classified as restrictive practices when:

  • They are used for therapeutic or non-behavioural purposes (e.g., positioning support)
  • The resident can operate the bedrails themselves
  • The bedrails are partial, allowing the resident to get in and out of bed freely

Bed Evacuation Equipment

Understanding evacuation equipment helps inform bedrail decisions. Common bed evacuation aids include:

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Ski Evacuation Sheets

Fitted under the mattress, these sheets secure residents within their mattress using straps, allowing the mattress to be slid from the bed frame to the floor and then to safety.

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Evacuation Sledges

Specialised devices placed beside the patient. The resident is transferred onto the sledge, secured, then evacuated. Suitable for stair descent.

Evacuation Chairs

For residents who can be safely transferred to a seated position. Not suitable for all residents but useful for those with some mobility.

Best Practice: The Balanced Approach

The most effective approach balances bedrail safety benefits against entrapment risks, considering both daily care needs and emergency evacuation requirements. This involves:

  • Conducting thorough individual assessments that include evacuation planning
  • Using bedrails only when benefits clearly outweigh risks
  • Selecting properly fitting bedrails that meet dimensional safety standards
  • Ensuring bedrails are compatible with evacuation equipment
  • Training staff in both safe bedrail use and bed evacuation techniques
  • Regularly reviewing bedrail decisions as resident needs change

Key Takeaways

  • Never use bedrails as restraint: Their purpose is safety enhancement, not movement restriction
  • Individualised assessment is essential: Every bedrail decision must be based on the specific resident’s needs and circumstances
  • Seven entrapment zones: FDA guidance identifies seven areas of risk, with Zones 1 to 4 accounting for 80% of incidents
  • Consider evacuation context: Bedrails play an important role during bed evacuation, providing containment and security
  • Equipment compatibility: Ensure bedrails work safely with evacuation sheets and other emergency equipment
  • Document and review: Record all bedrail decisions on the restraint register and review regularly
  • Train staff appropriately: Staff must understand both bedrail risks and evacuation procedures

Phoenix STS: Healthcare Fire Safety Services

Phoenix STS provides comprehensive training and consultancy to help healthcare facilities navigate the complex balance between resident safety, regulatory compliance, and effective emergency evacuation.

Ensure Your Staff Are Properly Trained

Phoenix STS offers CPD-accredited training in evacuation equipment use, bed evacuation techniques, and healthcare fire safety. Our courses help staff understand the balance between bedrail safety and evacuation effectiveness.

Disclaimer

This article is provided for general informational and educational purposes only. While every effort has been made to ensure accuracy, this content does not constitute clinical, legal, or fire safety advice. Healthcare providers should conduct individualised assessments for each resident and consult with qualified professionals regarding bedrail use and evacuation planning. Phoenix STS accepts no liability for actions taken or not taken based on this article.

About the Author

Patrick McDonnell (BEng Fire Engineering, F.IIRSM, M.IFSM, CMIOSH, MIHEEM, M.NFPA) is CEO of Phoenix STS and a Certified Member of the Institution of Occupational Safety and Health (IOSH). With extensive expertise in fire engineering and healthcare fire safety, Paddy specialises in helping nursing homes develop effective evacuation strategies that balance resident safety with regulatory compliance.

Paddy is registered with the National Fire Risk Assessors Register (NFRAR).

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