As Seen In Door Security & Safety Magazine, March 2018:
Last year we discussed how low-energy, swinging door operators help meet all U.S. and Canadian Americans with Disabilities Act (ADA) requirements in a variety of locations and applications driving their adoption. This year, let's take a look at recommendations for integrating low-energy door operators with access controls for Long-Term Care (LTC) Facilities - a segment of the Healthcare Facilities market with strong growth driven by the aging baby boomer population in the U.S.
There are more than 67,000 U.S. LTC Facilities currently available to serve some 40.2 million Americans age 65 and older. Of this population, some 70 percent can expect to require some form of long term care during their lives. By 2040, the U.S. population age 65 and over will double to 81.2 million population. Added to this is the growth in dementia-related illnesses projected to nearly triple from 5.2 million today to 13.8 million by 2050.
The top features for specifying an automatic door in Healthcare and LTC Facilities are:
1. Handicap Access
2. Safety/Security
3. Convenience and Ease of Use
Security and Life Safety Considerations
Long Term Care (LTC) Facilities present unique security issues and healthcare facility security requirements. Patients/residents in LTC Facilities are more at risk to harm from their own actions like wandering, confusion and disorientation; from outsiders taking advantage of their frail and weakened conditions; or from their own aggressive behaviors.
Of paramount importance to LTC Facilities is access and egress control to protect patients with dementia related conditions. Extra care, attention and security is required. Additionally, regulations are increasingly complex and liability claims have climbed in recent years.
This makes the safety and comfort of LTC Facility residents a huge opportunity for those door hardware, security dealers and distributors, installers and system integrators willing to educate themselves in the skills, expertise and solutions needed to serve this market.
Many automatic doors are designed to integrate with a variety of electronic sensors, access control systems, electromagnetic locks, electric strikes and exit devices for security applications. Automatic low-energy swinging doors are designed for applications requiring ADA compliance or user convenience. These doors are usually available in three configurations:
• A single door that swings in or out and is left-handed or right-handed – most common
• A pair of doors that simultaneously swing in the same direction
• Double egress – a pair of doors that simultaneously swing in opposite directions
Low-energy swinging doors deliver a cost-effective alternative to meeting accessibility compliance – while still allowing the able bodied to manually use the swinging door. Low-energy operators can be retrofitted to existing doors for additional cost savings while providing universal accessibility.
Push Plates & Switches
Whether it's a single or double door application, there are a variety of ADA compliant push plates, wall switches presence sensors, even wireless controls that can be integrated with low-energy door operators to ensure quiet operation, security and positive patient experience. Infection prevention can also be addressed with wireless, touchless and passive infrared motion detectors to active door opening sequences.
Lock Sequence Control
Many things must be considered when selecting the proper controls for entering or exiting an opening with an automatic door operator. First, you'll need to determine what will provide appropriate security and life safety and what codes will allow for each opening. The access and egress sides should be addressed separately. This may also impact your choice of power supply, power transfer, and logic control options. Passage may be restricted on one side but not the other. On designated fire exit doors and egress doors, codes will govern the type of acceptable controls. And, consideration must be given to after-hours access, safety and security for healthcare and LTC Facilities.
Considering Lock Sequence Control will ultimately guide you to the proper selection of access and egress control components for use with automatic door operators, a separate article could be written just on the questions to resolve in the selection process. Here's a summary of questions to consider:
1. What service does the opening provide? Public Access? Private Entrance? Low-energy automatic door openings require coordination with lock control to ensure smooth door operation.
2. Should access be restricted? Day/ night selection may also be desired.
3. Should egress be restricted? How should dementia patient control provide some degree of security without compromising life safety?
4. What is the frequency of use of the opening? Maintaining an unlocked hours may be required.
5. Is the opening a designated egress or local Authority Having Jurisdiction governing your Healthcare or LTC Facility door project.
6. How is ADA/handicap accessibility being addressed? You'll need to impacts your selection of access and egress control components.
Motorized Lock Alternatives
As always, new electrified design innovations are available in the market that are ideal for use with automatic door operator applications - like Motorized Latch Retraction Mortise Locksets. They ensure that the door stays latched even when de-energized, with your favorite manufacturer or supplier for the latest motorized lock alternatives suitable for integration with low-energy door operators.
The preceding discussion has provided just a few of the many recommendations available for integrating low-energy door operators with access controls. Professional practitioners of access and egress control solutions can be assured of consistent engagements and growth by simply addressing the use of low-energy door operators for healthcare and LTC Facilities.
Visit our website to see how SDC is the leading brand in Low-Energy Automatic Door Openers, along with feature/benefit & installation videos. http://sdcsecurity.com/Auto-EntryControl.htm