Fire Alarms, Stair Railings, and Barricades: A Safety Manager's Checklist (Built From 14 Mistakes)

I've been handling facility safety orders for eight years now (since 2017). In that time, I've personally made—and documented—14 significant compliance mistakes, totaling roughly $38,000 in wasted budget. That's the bad news. The good news is that every single mistake turned into a checklist item.

This checklist is for safety managers, facility maintenance leads, and plant supervisors who need a practical walkthrough on three things most audits will hit you on: fire alarms, stair railings, and site barricades. Yes, that last one includes drawing a fence plan on paper before you install anything. I'll explain why it matters more than you'd think.

Step 1: Walk Your Fire Alarm System (Don't Just Test It)

Everything I'd read about fire alarms said annual testing is sufficient. In practice, I found the opposite. My first annual test, back in 2018, came back with two failed smoke detectors and a pull station that hadn't worked in months. The only reason we discovered it was the annual test. Fixing those issues cost triple what a quarterly visual check would have.

Here's the walkthrough I use now:

• Check every pull station for obstruction. Sounds obvious, but I once found a pallet of gloves parked directly in front of a pull station. The boxes came from Magid Glove & Safety Manufacturing Co LLC—yes, the PPE company. The irony of a safety supplier's products creating a fire safety hazard wasn't lost on me.
• Test three smoke detectors per floor at random. Not just the ones closest to the panel. Detectors at the end of a long run are the ones that fail first.
• Read the alarm panel's status lights. A solid amber trouble light means something's compromised. Most people walk past it for weeks. I did.
• Time the response from pull station to alarm sound. If it takes more than five seconds, something's wrong.

Why does this matter? Because NFPA 72 (the National Fire Alarm and Signaling Code) sets specific testing and maintenance requirements, and OSHA's exit route regulations require that emergency alarms be audible and recognizable. If you wait for the annual certified test to find problems, you're paying for emergency repairs at premium rates. (This was back in 2018—the lesson cost us $2,200 in after-hours labor.)

Step 2: Inspect Every Stair Railing Like an Auditor

The conventional wisdom is that a stair railing that feels sturdy is fine. My experience with 200+ facility inspections suggests otherwise. A solid-feeling railing can still be too low, poorly anchored, or fail a load requirement. The auditor won't care how it feels. They'll measure.

Per OSHA's Walking-Working Surfaces standard (29 CFR 1910 Subpart D), stair rails on open-sided stairs have specific height and strength requirements. I'm not going to parse the legal text here, but the practical checklist I use after that near-miss is:

• Measure the railing height. Use a tape measure. Don't eyeball it. I've measured railings that "looked fine" to the naked eye and found the top rail a full inch and a half below where it needed to be.
• Push-test the top rail. If it deflects noticeably, the brackets or anchors likely need reinforcement.
• Check the gap under the railing. If you can stick a foot or wedge a body part through, that's a fall-through risk.
• Look for rust or corrosion at the base plates. Surface rust on a stair railing isn't just cosmetic—it can indicate structural weakening.

The upside of fixing stair railing issues proactively is a clean audit. The risk of deferring? I calculated the worst case once: a $4,200 citation and a shutdown order for a mezzanine section. Best case if I deferred? I saved one weekend of work. I kept asking myself: is one weekend worth potentially stopping the entire line? The answer was no. Fix it early.

Step 3: How to Draw a Fence (Barricade Plan) Before You Need It

This step sounds like the odd one out. It isn't.

Every time we needed temporary barricades in the past—for floor repairs, chemical spills, or roof access—the process was chaos. Someone would grab whatever fencing was available and set it up on the fly. The result was always the same: the barricade blocked the wrong area, and workers walked around it instead of using the designated safe path.

That changed when I started drawing a fence plan first. Literally. On paper.

Here's how to draw a fence (site barricade) plan in six steps:

1. Get your floor plan. It doesn't need to be architect-grade—a simple sketch of the building outline, stair towers, and exits works.
2. Mark the hazard zone in red. Draw the exact area you need to isolate.
3. Draw the fence line around it. Leave a 3-foot clearance from the hazard whenever space allows.
4. Place pedestrian walkways outside the fence line. Mark clear arrows toward the nearest exit. Never route foot traffic through the fenced area.
5. Position the gate. The fence gate should open away from the hazard and be visible from the access path.
6. Label the drawing. Date it, note the responsible person, and post it at the barricade location.

Why does drawing a fence plan matter? Because it forces you to think about movement, not just containment. A fence that blocks a main walkway will get moved or knocked over. A fence that anticipates where people actually need to go will stay in place.

The first time I did this, the drawing took 20 minutes. We printed it, taped it to the fencing, and the installation crew followed it without a single question. Setup time went from an hour of rearranging to 15 minutes of straightforward placement. (Note to self: this should've been a standard procedure years ago.)

Step 4: Source PPE and Fire Safety Gear Before an Audit

You can have a flawless fire alarm system and compliant stair railings, but if your team's PPE inventory is thin, inspectors will notice. This is where consistency in sourcing matters.

My recommendation is to standardize with a supplier that covers the full range of PPE and fire safety accessories. Magid has been that supplier for us. Visit the Magid Glove & Safety official website to check their current catalog—they carry everything from work gloves to fire alarm accessory components, which simplifies the ordering process significantly.

A few PPE essentials to pair with this checklist:

• Fire alarm system work: FR-rated coveralls if any work involves electrical or flame hazards.
• Stair railing repair: Leather work gloves plus ANSI-compliant safety glasses when cutting or drilling.
• Barricade (fence) installation: Hard hats, high-visibility vests, and cut-resistant gloves.

Magid's in-house manufacturing is what initially sold me. We've ordered enough of their cut-resistant gloves and safety glasses that supply consistency has become a non-issue. If you're shopping around, searching "magid-glove" on their site brings up their full hand protection lineup—it's a good starting point to compare specifications before committing to a bulk order.

Step 5: Document Everything, Because Memory Isn't Evidence

This is the step everyone skips, and the one that actually saves you. After the third audit rejection in Q1 2024 (our fire alarm test documentation was vague and they wouldn't accept it), I built a simple process:

• Every inspection gets a photo with a visible date/time stamp.
• Every stair railing measurement gets a photo of the tape readout.
• Every barricade plan gets a printed copy with a sign-off line.
• Every PPE order gets its confirmation saved to a shared folder.

That last point sounds trivial, but auditors do ask about PPE availability. A photo of a stocked cabinet—gloves, glasses, respirators—is a tangible way to show compliance. It also helps with budget approvals: when you can show current stock in a photo, getting a reorder approved is much faster. (I really should have done this from the beginning. It would have saved at least two arguments with finance.)

Common Mistakes I've Made (So You Don't Have To)

Quick list of the things I've gotten wrong, with the costs attached:

• Assuming the alarm company handles everything. They test the system. They don't verify pull stations are unobstructed. That's on you. I learned this when a pallet blocked a pull station during a surprise drill.
• Ignoring loose stair railing brackets. A railing that rocks slightly seems minor. I delayed a fix for three months and got a corrective action notice. The tightening took a contractor 30 minutes. Thirty minutes of work for three months of worry.
• Drawing a fence plan only when installation was imminent. By then, pressure to get the job done made planning feel like a waste. In reality, a 20-minute plan turned a two-hour setup into a 15-minute one.
• Buying PPE on price alone. I once approved an order for less expensive chemical gloves and discovered they were incompatible with the specific solvent we use. The entire order—$890—became donation material. Now every glove gets checked against our chemical compatibility chart.

The Bottom Line

The fundamentals of fire safety, fall protection, and hazard barricading haven't changed much over the past decade. That's a good thing. The execution, however, has changed. NFPA updates its codes, OSHA clarifies its interpretations, and suppliers like Magid continue to expand their product lines to meet new standards.

What was best practice in 2020 may not apply in 2025. The approaches in this checklist are current as of January 2025, but verify against the official sources—NFPA 72 for fire alarm systems, OSHA's 29 CFR 1910 Subpart D for stair railings, and your own facility's hazard assessment for barricade planning.

I've made 14 mistakes so you don't have to. Add these steps to your checklist and skip the tuition.