This is not door-related, but consider it a public service announcement that shows how much I care about you. I don't know how common this is, but I did confirm that a 9-volt battery can be used to start a fire and improper storage has led to several residential fires. If we proactively replace our smoke detector batteries and store the partially-used batteries until they are recycled, we need to take precautions to avoid the situation in the video below.
I live just outside of Boston and I'm so tired of the cold winter weather we've had this year. I went to a meeting last week and the entrance to the meeting room was from an interior corridor, but there was an exterior door at the end of the corridor nearby. I noticed that the closer on the interior door had an allen wrench stuck in the adjustment valve. I asked someone who worked in the facility why it was there (like I didn't know), and he told me that they leave it there permanently because they have to adjust the closer every time the outside temperature gets above or below a certain point. Otherwise, on cold days the interior door to the meeting room creeps closed, letting in the colder air from the corridor, and on warmer doors the door slams shut. LCN's all-weather fluid (supplied standard), would have helped here...it will maintain the same viscosity for temperatures between 120 degrees F and -30 degrees F, so seasonal adjustment is not required.
These photos leave me Wordless in a different way than the usual WW photos. This is a great illustration of what a code-compliant fire door can do. In the foreground of the top photo...the portion of the senior home in L'Isle Verte that is a total loss, with 32 presumed dead. In the background, the newer portion of the building that suffered little damage and from which the occupants were able to be evacuated. That portion was reportedly equipped with sprinklers, but without the fire wall and closed/latched fire doors visible in the photo, the fire would not have been compartmentalized as it was. We will undoubtedly learn more about the specifics as the investigation continues.
Almost exactly 7 years ago I began working on one of my most beautiful and challenging projects - the Crystal Bridges Museum of American Art. I remember the start date because I had just returned from leave after having my youngest daughter. The architect contacted me many months prior and asked me to act as the hardware consultant on the project, and to be honest, I didn't want to do it. I already had several "high-maintenance" projects on my desk, and with most of those fancy, prestigious projects, you also get frustrations and headaches. You get architects with door-related ideas that have never been attempted...gigantic doors, openings that are invisible (codes be damned), doors made out of unusual materials, sliders that slide with the touch of a finger and no sound, and security applications that require variances from the local AHJ. It was during one of those projects that I first stated, "Sorry, I left my magic wand in the car." On another I earned the nickname "the anti-fairy godmother" because I told an architect that the doors in his interior elevation would not look the way he had drawn them because of code-drive hardware requirements.
One of the worst feelings for me is that of being powerless...of seeing a critical need before me and having no way to help. I can't imagine how it felt for the firefighters, neighbors, family members, and others who were forced to watch last week's senior home fire in Quebec, without any way to rescue most of the residents - some of whom could be seen or heard until they were taken by the smoke and flames. Heartbreaking stories are emerging, including one of a man who was able to reach his mother on her balcony and wrap her in warm clothing or blankets, but could not rescue her. The fire in L'Isle-Verte is believed to have killed 32 of the home's elderly residents, although recovery of the victims is extremely slow because the remnants of the building are encased in ice.
I know some of you will have something to say about this video, sent to me by Jim Elder of Secured Design...the ease of lock bumping, code-compliance of the product, ineffectiveness of deadbolts, double-sided tape...what do you think? The national security expert explains the product at 3:25.
The original version of this post was printed in the February 2014 issue of Doors & Hardware
That's the text message I received from Hal Kelton of DOORDATA Solutions, when he sent me this photo. :D
I've specified hardware for A LOT of doors. Thousands. But I've never worked on a door like this one, where the door thickness varied from top to bottom. When you have a door with an unusual thickness, you need to consider the interface between the lever trim/control, the lock body, and the panic hardware, along with the length of the fasteners and cylinder. With a mortise lockset or a mortise panic like this Von Duprin 5575 device, the location of the lock body within the door thickness factors into the equation. For example, if it was a 3" thick door but the lock body was installed at the push side face of the door, only the connection between the lever and the lock body would need to be addressed. If the lock body was installed at the pull side face of the door, only the connection between the lock body and the panic hardware would need to be addressed. If the lock was centered in the door thickness, both connections would be affected, as below.
The fact that this door swings in instead of out seems to confuse the burglar enough that he can't figure out how to get in. However, I would NOT recommend inswinging doors as a security measure! Considering that people generally try to exit the way they came in, I think this opening could be an egress problem unless it is serving a very small bar. What do you think?
From Stephen Richardson and Joe Beeman of Allegion, here's a hinge modification they saw recently. Would you consider this acceptable? Why / why not?
I always enjoy having a chance to work with facility managers to make sure they're up to date on what's new in my world - whether it's a new product or a recent code change. I often answer specific questions and help with product applications one-on-one, but I really appreciate the opportunity to connect with them en masse.
Unrelated to this post...I need a good clear photo of a hospital stop / terminated stop on a hollow metal frame. Can anyone help me out?
Every day I read news articles about fires, looking for references to fire doors or egress doors. I'm sure you can imagine my reaction when I see an excerpt like, "The bar was open and occupied at the time of the fire and a fire wall and fire door stopped any fire damage from occurring there, according to the report."
A few years ago I met Brad Keyes of Keyes Life Safety Compliance, who is a terrific resource when it comes to life safety questions about health care facilities. When I received the question below I sent it to Brad, and his answer was so comprehensive and helpful that I asked if I could post it here. It is relevant to all types of health care facilities, not just ambulatory health care. Thank you Brad, for allowing me to share this information!
If any of you attended DHI's AH2 class in Savannah, Georgia back in the Good Old Days, you may have had one of my all-time favorite instructors - Bob Jutzi. I actually use a lot of his techniques when I teach, to try to make my classes more engaging and dare I say "fun"? I don't have a flat-cat Earl, but I still have the monkey from my AH2 class (and a monkey arm from another year). Bob sent me the photos below so if you want to leave him a "howdy" you can do so in the comments.
The photos from readers have piled up in my inbox again - thank you to everyone who has submitted them! I will post more next week and try to get the pile under control. I've also had a couple of requests for help...
Alec Walsh of Allegion sent me these photos a few weeks ago. That door looks like it needs some thermal protection, right?
On January 5th, a fire in a Manhattan high-rise apartment building resulted in the death of building resident Daniel McClung, who was found in a smoke-filled stairwell. Several other residents were injured, including Mr. McClung's husband who was also found in the stairwell. The fire appears to have been the result of an overloaded extension cord or power strip. The apartment's resident was not at home when the fire started, and reportedly opened his door upon returning home, saw the fire and escaped leaving the door open. This provided oxygen to the fire, and allowed the smoke and flames to spread.
A few years ago I took my family to a resort on Cape Cod for winter break, and I spent this past weekend at the same resort. On our first visit, I found a lot to write about...the hinges on all of the cross-corridor doors had been modified (sometimes very badly) and were no longer code-compliant for fire doors, the fire doors connecting the 8 buildings were propped open with wedges and the latches had been removed, the swimming pool egress doors were questionable, and there were a few other issues.
The other day I ran across this glass globe doorknob, which allows you to see into the next room before you enter. Pretty cool design, but not without its challenges, especially if it's not available with 1-way viewing. I could use it to spy on my kids to see if they're playing video games when they're supposed to be sleeping, but I don't want them to be able to check to see if the coast is clear before leaving their bedroom to make a run to the cookie jar.
Before anyone says, "Why didn't you stop and see me??", we were only in Savannah for a quick lunch break. :)
Happy New Year!!!
Open fire door killed 2 at Mont Blanc - The Free Press Journal
I just realized that this post had not been published yet...but it's still Friday! Enjoy the weekend!
And if you decide to decorate your door this holiday season, make sure you don't create a problem with egress, fire-resistance, or accessibility!
I'm looking for some ideas to help a designer with the gates in the sketches below. Here’s the scenario:
Last week on The Building Code Forum, one of the members mentioned that their local police department recommended the installation of overlapping astragals on the exterior pairs at their schools. This left me WORDLESS! It definitely feels like 2 steps forward - 1 step back some days.
Many classrooms have a door connecting to the adjacent classroom. Correct me if I'm wrong, but since most classrooms do not require a second means of egress, I think those doors are typically there for convenience. I tried to find something in past codes that would have required the second door, but so far I only see the requirement for a second means of egress when the occupant load reaches 50 or more. (Note: There are some situations where a classroom may need to have a second means of egress because it is not located on the ground floor.)
If you search Google News for the words "school" and "security", the search engine will return millions of results. There are stories about many cities, states, and school districts working on plans and funding to increase the safety and security of their schools. There are reports about incidents at schools, and products that may help improve security. It's tough to wade through it all. The following articles address the topic with a slightly different focus.
Saturday, December 14th, marked the one-year anniversary of the senseless violence that took the lives of 20 children and 6 staff members at Sandy Hook Elementary School in Newtown, Connecticut. I don't think there's any doubt that the tragedy has resulted in increased focus on the security of our schools.
I will admit...new mortise locks can be pricey. Luckily they usually last for decades. But there comes a time when even a heavy duty mortise lock needs to retire.
This photo, from an ice arena, gives me the chills. Ice rinks are notoriously difficult locations for doors and hardware...lots of abuse, often a high occupant load, humidity and corrosion issues, and other contributing factors. In case you don't see the problem right away, look at the top of the mullion. Angle brackets have been bolted to each door, and there is a pin inserted through one bracket, through the mullion, and through the other bracket. Someone trying to exit through these doors would likely have no idea why they won't open.
Over the weekend I visited a local high school for a swim meet. Right away I noticed MANY pairs of fire doors equipped with LCN Sentronics, which are designed to hold the doors open until the fire alarm sounds and then close the doors to deter the spread of smoke and flames. Some of these doors were propped open with wood wedges (uh-oh). When I took a closer look, I realized what the problem was.
When you're faced with an opening where a floor stop or wall stop just won't work, you could use an overhead stop. If that's not enough protection, you could use a door closer with advanced variable backcheck (AVB), which starts the backcheck (cushioning effect) earlier in the opening cycle and keeps the door from gaining momentum. Or you could get creative and make your own stop, cover it with carpet so it looks pretty, and then buy a new door...
This Thanksgiving, I'm thankful for industry colleagues who share their expertise, code officials who try to answer questions even when I'm way down into the nitty gritty, people who read this blog (or at least come to look at the pictures), and for photos like this...
The Connecticut State's Attorney has released a report on the December 2012 shootings at Sandy Hook Elementary School in Newtown, Connecticut (full report available here). Although it details the actions of the shooter, Adam Lanza, there are still many unanswered questions.
For the record, I DO know what happened here...do you? I've only seen this one other time in my travels. This photo is from Lloyd Seliber of Keying Solutions from Macau, China.
The Canadian news networks are all abuzz with the latest code change for the city of Vancouver, Canada. As of March 2014, doorknobs will not be allowed on new construction - including single family homes. Here's where you can read all about it:
I just had an idea. I'm putting together an online code class for my coworkers, which will be available to others outside of the company next year. The way I like to teach about codes is to explain the intent behind the requirement, show examples, reference the applicable section of the code, and preferably to break up the education into small chunks so it's easier to absorb over time. The way I initially tried to learn was to read the code books and highlight the sections, but it didn't really stick with me. So many people email me to say, "I know the code says something about *this*, but where is it?"...something they have read or heard may have left an impression on them about the requirement, but it didn't settle into their brain for the long haul.
Are you interested in trying a sample of Schlage's new CO-220? Read on.
Eric Paul of Ingersoll Rand Security Technologies sent me these photos of another school lockdown product that a local school was using. The lock is kept locked, and the add-on product keeps the latchbolt retracted until there's an emergency and the teacher needs to lock the door. This product can not be used on fire doors, which need to latch. Have any of you ever seen or used this product? Comments?
In case you were wondering, this is not an acceptable application for a fire door. And I'm not sure if/how it's working properly, or what's under the big plate.
Most days, I feel like the information I send out into the cosmos helps to make the world a little bit safer. But every so often I want to cry from frustration, because misinformation can travel just as quickly and send unsuspecting readers down the wrong path.
Today's Fixed-It Friday photos are fabulous!! Maybe I should add another F. :)
