Here’s my next Decoded article, addressing some of the common code requirements for hotels and other residential occupancies.  This post will be published in the November 2018 issue of Door Security + Safety


Many of us travel for business or pleasure, and along the way we may notice door-related code issues in the hotels we pass through. Often, the code requirements for hotels are consistent with other types of residential occupancies such as apartment buildings and dormitories. The International Building Code (IBC) classifies all of these buildings as Residential Group R; hotels are Group R-1 – occupants are mostly transient, and apartment buildings and dormitories are Group R-2 – occupants are mostly permanent/non-transient.

When staying in a hotel it’s very important to report any deficiencies noted, and some hotel chains are particularly open to receiving this feedback. A few years ago I reported a problem fairly late at night when I checked in, and the person responsible for fire and life safety for the entire hotel brand contacted me before I checked out the next morning. I like that kind of attention to safety!

Here’s a summary of some of the basic code requirements that apply to door openings in hotels and other residential occupancies:

  • Exterior Entrances – Generally, all doors that are part of a means of egress must unlatch with one operation (refer to the exception for dwelling/sleeping units below). These doors must also be operable from the egress side without a key, tool, special knowledge or effort, and with no tight grasping, pinching, or twisting of the wrist. Releasing hardware must be mounted between 34 inches and 48 inches above the floor (or as required by the state or local jurisdiction). Although the accessibility standards don’t set an opening force limit for exterior doors, the IBC limits the opening force to 15 pounds to release the latch, 30 pounds to set the door in motion, and 15 pounds to open the door to the fully-open position. Some state codes have adopted more stringent opening-force limits for exterior doors. The closing speed for all manually-operated doors on an accessible route must be at least 5 seconds to close the door from an option position of 90 degrees to 12 degrees. Automatic doors must meet the requirements of BHMA A156.19 – Power Assist & Low Energy Power Operated Doors, or BHMA A156.10 – Power Operated Pedestrian Doors.
  • Ballrooms and Other Assembly Spaces – Doors serving assembly occupancies with an occupant load of 50 people or more may not have a lock or latch unless it is panic hardware (or fire exit hardware if the door is fire rated). The requirement for panic hardware applies to all doors in the egress path leading from the assembly space to the public way. Technically, egress doors serving floors with only hotel rooms or apartments are not required to have panic hardware if they are not part of the egress path from an assembly space, although some facilities prefer panic hardware for ease of use and durability.
  • Swimming Pools – Depending on the occupant load of the pool area, many swimming pool enclosures require panic hardware on the egress doors serving the space. Most swimming pool enclosures are also required to limit access to prevent unaccompanied children from accessing the swimming pool. This requires doors and gates to either be self-closing, self-latching, and automatically locked on the access side, or for access hardware to be mounted at 54 inches above the floor or ground.
  • Stairwell Doors – It’s not uncommon to see stairwell doors that do not close and latch properly in hotels and apartment buildings. In most cases, these doors are required to be fire door assemblies, so the doors must close and latch to protect the means of egress. NFPA 80 – Standard for Fire Doors and Other Opening Protectives, also requires limited clearance around the door, and hardware and glazing that is listed for use as part of a fire door assembly. When stair doors are lockable on the stair side to prevent access from one floor to another, the doors are required to unlock if a fire occurs, to allow building occupants to leave the stair if it becomes compromised by smoke.
  • Dwelling Units and Sleeping Units – Doors leading from interior corridors to these units are typically required to have a 20-minute fire rating, which means that they are designed and tested to deter the spread of smoke and flames for at least 20 minutes. These doors are required to close and latch reliably, and to meet all of the requirements of NFPA 80. Although spring hinges are not prohibited, they may not close the door reliably over time, and may need frequent adjustment. Excessive clearance is a common problem with unit entrance doors, as well as damaged or missing gasketing. While past codes may not have required gasketing, the IBC requires corridor doors to have limited airflow, and perimeter gasketing is usually required to minimize the airflow to the required level. In most jurisdictions, entrance doors to units with an occupant load of 10 people or less are allowed to have a deadbolt or other security device in addition to the latching hardware, as long as the security device does not require a key or tool to operate from the egress side.
  • Communicating Doors – When two hotel rooms are connected by a door opening, a communicating door is typically used.  This is actually two doors swinging in opposite directions, installed in the same frame.  The assembly is required to be fire rated, in order to maintain the fire separation between the rooms when the rooms are occupied by two different parties.  When both adjoining rooms are rented by the same group – for example, a family – the fire separation between the rooms is not required.  Because of this, there is an exception that allows the door closers to be omitted from these doors, even though fire doors are typically required to be self-closing or automatic-closing.  Communicating doors are required to have positive-latching hardware, so a latchset or exit lock is typically provided on each door leaf along with a deadbolt with a thumbturn on the room side.
  • Service Rooms and Areas – Doors serving rooms and corridors used by staff, including storage areas, may have been modified for convenience or may become damaged due to cart traffic or abuse. It’s critical to maintain these doors in code-compliant condition; many of them are fire door assemblies, egress doors, and/or located on an accessible route. The egress path must be kept clear of stored materials, so the means of egress can be used by building occupants during an emergency.
  • Inspections and Maintenance – The fire codes adopted in most US states require fire door assemblies to be maintained in accordance with NFPA 80. Since the 2007 edition of this standard, NFPA 80 has required fire door assemblies to be inspected annually, as part of the maintenance procedures. Even if a jurisdiction is not enforcing the inspection requirements, it is still the responsibility of the building owner or property manager to ensure that all of the fire door assemblies are in code-compliant condition; any damaged components or deficiencies must be repaired without delay.

Because a good portion of the building occupants’ time in a residential occupancy is spent sleeping, and because some transient occupants may not be familiar with the egress routes, it’s crucial for doors to be in working order so they will function properly during an emergency. Most doors are required for egress and must meet the applicable egress requirements. Many doors in residential occupancies are also required to be fire door assemblies to help slow the spread of fire and protect the egress paths. In addition, the accessibility standards typically apply to common area doors and unit entry doors, as well as the doors within some of the units. Complying with all of these requirements may seem difficult, but this compliance helps to ensure the safety of all guests and residents.

Photo:  shutterstock/August_0802

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