Simplifying Fire Protection Inspections: What to Expect When You Partner with Associated Fire Protection  

Fire protection inspections are a critical part of maintaining a safe, compliant facility, but that doesn’t mean the process has to be complicated. 

At Associated Fire Protection (AFP), we’ve built our inspection process around one simple goal: making fire protection as easy as possible for our customers. Through proactive communication, streamlined reporting, and our online customer portal, we help facility managers, property owners, and safety professionals stay informed every step of the way. 

Here’s what you can expect when you schedule inspections with AFP. 

1. Advance Notification Before Your Inspection

Approximately 30 days before your required inspection is due, our team reaches out to begin the scheduling process. This proactive approach helps ensure inspections are completed on time and gives you plenty of flexibility to choose a date that works for your operation. 

Rather than waiting for you to remember inspection deadlines, we help keep your fire protection responsibilities on track. 

2. Scheduling and Confirmation

Once we’ve connected, our scheduling team works directly with you to coordinate the inspection date and time. 

You’ll receive confirmation of your scheduled appointment, so everyone involved knows exactly when to expect service. Whether you’re managing a single facility or multiple locations, our goal is to make scheduling simple and predictable. 

3. Inspection Reminders

As your appointment approaches, we’ll send a reminder notification one day before the scheduled inspection. 

These reminders help reduce missed appointments, improve coordination with onsite staff, and ensure your team is prepared for the technician’s arrival. 

4. Real-Time Updates on the Day of Service

Waiting around for service providers can be frustrating. 

That’s why AFP provides technician enroute notifications on the day of service. You’ll receive a text or email letting you know when your technician is on the way, along with an estimated arrival window. 

Real-time communication helps eliminate guesswork and keeps your team informed throughout the day. 

5. Digital Inspections with Real-Time Documentation

AFP technicians utilize mobile inspection technology to document inspections in real time. 

As inspections are completed, findings, observations, and deficiencies are captured digitally and connected directly to our backend systems. This eliminates many of the delays and paperwork challenges traditionally associated with fire protection inspections. 

The result is a more accurate, efficient inspection process and faster turnaround times for our customers. 

6. Quality Review and Report Delivery

Before reports are delivered, they undergo an internal review process to help ensure accuracy and completeness. 

Most customers receive their inspection reports within one to two business days after service. Fast report delivery helps facility managers quickly address any concerns and maintain compliance documentation without unnecessary delays. 

7. Deficiency Identification and Follow-Up

If deficiencies or recommended repairs are identified during the inspection, AFP makes the next steps easy. 

Customers receive repair recommendations and quotations that can be reviewed and approved through our online portal. With just a few clicks, you can move from inspection findings to corrective action, helping keep your fire protection systems operating as intended. 

24/7 Access Through the AFP Customer Portal 

One of the biggest advantages of partnering with AFP is access to our customer portal. 

The portal provides convenient access to: 

• Inspection reports  

• Open and completed work orders  

• Quotes and invoices  

• Active equipment and device inventories  

• Historical service records  

Instead of searching through emails or filing cabinets, everything you need is available in one centralized location, whenever you need it. 

More Than an Inspection Company 

At AFP, we strive to be more than just another service provider. Our customers benefit from: 

• 24/7 emergency service availability  

• Priority scheduling options for contract customers  

• Competitive labor rates for ongoing service relationships  

• A single source for complete fire protection solutions  

By combining experienced technicians, proactive communication, and modern technology, we help customers spend less time managing inspections and more time focusing on their business.

One Call. One Company. 

Fire protection is complex enough. Your inspection experience shouldn’t be. 

Associated Fire Protection’s streamlined inspection process is designed to keep you informed, reduce administrative headaches, and ensure your fire protection systems remain compliant and ready when needed. 

If you’re looking for a fire protection partner that prioritizes communication, transparency, and customer service, AFP is ready to help. 

Lately, a wave of viral videos has been making the rounds on social media, showing large fires, often in warehouses or commercial buildings, that all seem to follow a similar pattern. The footage typically begins with a fire in its early stages, highlighting that no water is flowing from the sprinkler system. 

Like most viral videos, what follows is a mix of commentary, some insightful, but much of it misinformed, coming from people, and sometimes bots, all essentially asking the same question: 

“Why didn’t the sprinklers go off?” 

At first glance, it looks like something went wrong. Flames are visible, smoke is building, and there’s no immediate water discharge. 

But in reality, these systems are not always designed to respond the way most people expect, and what you are seeing is often a misunderstanding of how they actually work. 

It’s Not Like the Movies 

Movies and TV shows have shaped how many people think fire sprinkles work: 

Someone pulls a fire alarm… and suddenly every sprinkler in the building activates at once.  

That type of system does exist; it’s called a deluge system, where water is discharged across a wide area simultaneously. However, deluge systems represent only a small fraction of fire protection systems installed in real-world buildings. 

Most commercial properties, whether offices, schools, retail spaces, or warehouses, have systems that operate very differently. Most standard buildings are protected by wet or dry sprinkler systems, but depending on the environment and contents, more specialized systems may be used. 

Sprinkler systems are broken down into the following categories: 

• Wet Pipe Systems – The most common; water is always present in the piping  

• Dry Pipe Systems – Used in areas exposed to freezing temperatures  

• Pre-Action Systems – Require multiple triggers (smoke detection and sprinkler activation) before releasing water (common where water damage must be minimized)  

• Deluge Systems – Open-head systems designed for high-hazard environments  

• Foam Systems – Water is mixed with foam concentrate to protect certain flammable liquid and other hazards where water alone is not sufficient. 

How Fire Sprinkler Systems Actually Activate 

Most sprinkler systems are heat-activated and sprinklers operate individually. 

Each sprinkler head contains a heat-sensitive element, typically a glass bulb filled with liquid. Here’s how it works: 

1. Heat from a fire rises toward the ceiling  
2. The temperature around a sprinkler head increases  
3. Once it reaches the sprinkler’s rated temperature, the bulb breaks  
4. Water is released only from that specific sprinkler head  

This targeted response is intentional; it helps control the fire while limiting unnecessary water damage. 

Why Sprinklers May Not Activate in Viral Videos 

When watching a short clip online, it’s easy to assume a system has failed, but it may not be the case. Here are some common reasons sprinklers may not be visible: 

🔹 The fire hasn’t generated enough heat yet 

Fires can appear intense on camera but may not have reached the temperature required to activate nearby sprinkler heads. 

🔹 The system requires multiple triggers 

Pre-action and other specialized systems will not release water until specific conditions are met. 

🔹 The fire’s location matters 

Sprinklers respond to heat at the ceiling level. Fire location, obstructions, or storage configurations can delay activation. 

What Sprinkler Systems Are Designed to Do 

Another common misconception is that sprinkler systems are meant to instantly extinguish every fire. 

In reality, their primary purpose is to: 

• Control or contain a fire in its early stages  

• Slow fire growth  

• Reduce heat and smoke development  

• Provide time for evacuation and emergency response  

In many cases, sprinkler systems successfully prevent fires from becoming catastrophic—even if flames are still visible. 

Takeaway: The Importance of Proper Design and Maintenance 

A fire protection system is only as effective as its design and ongoing maintenance. Fire sprinkler systems are engineered, heat-activated systems, not instant, building-wide responses like those often portrayed in movies or assumed in viral videos. 

What may appear to be a failure is often simply a reflection of how these systems are designed to operate. Ensuring your fire protection system is ready when it matters most requires more than just installation. It is the building owner’s responsibility to: 

• Ensure the fire protection systems inspected and tested on regular basis  

• Review your system design as your facility and storage evolves 

• Stay compliant with applicable codes and standards  

If you’re unsure whether your system is properly designed or maintained, Associated Fire Protection is here to help. 

What Is Autism Movie Night? 

Autism Movie Night organizes sensory-friendly movie nights in North Jersey designed specifically for children with autism and other neurodivergent needs. Traditional movie theaters can often be overwhelming due to loud sound systems, dark environments, and strict expectations around sitting still and staying quiet. 

These specialized events provide a more comfortable alternative by offering: 

• Lower sound levels 

• Dim (not fully dark) lighting 

• A relaxed, judgment-free atmosphere 

• Freedom for children to move, talk, and enjoy the film in their own way 

For many families, this creates a rare and meaningful opportunity to enjoy a classic night out together. 

Why Sensory-Friendly Events Matter 

Families of children with autism and other sensory sensitivities often face barriers when participating in everyday community activities. Sensory-friendly movie screenings help remove those barriers, making entertainment more accessible and inclusive. 

By supporting local organizations like Autism Movie Night, businesses and community members in

 can help ensure that all families have access to safe, welcoming experiences.

AFP’s Commitment to Community Support 

As a New Jersey fire protection company, Associated Fire Protection is dedicated not only to fire safety, inspections, and life safety compliance — but also to strengthening the communities where we live and work. 

Our donation to Autism Movie Night reflects our ongoing commitment to: 

• Supporting local New Jersey nonprofits 

• Promoting inclusive community initiatives 

• Giving back to families in the areas we serve 

We are proud to stand behind organizations that make a tangible difference in people’s lives. 

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A recent fire at a bar in a ski resort in Crans-Montana, Switzerland, is a stark reminder of how quickly fire can escalate in any setting. As investigations continue, early reports suggest that the fire started accidentally when sparklers ignited soundproofing attached to the ceiling, material that was more than likely added after the building was constructed. Incidents like this underscore the importance of strong building codes, fire codes, and properly designed and maintained fire protection measures. While building codes establish critical life safety requirements at the time a building is designed and constructed, they cannot always account for changes made after a space is occupied, such as added finishes, décor, or in this case soundproofing, that may unintentionally increase fire risk.

Building codes and proper system design help ensure a building is safe on day one, but over time, tenants and owners may alter spaces in ways that were never reviewed as part of the original design or permitting process. This is why ongoing inspections by local authorities having jurisdiction, fire officials, or other regulatory agencies are so important. These reviews help identify conditions that could compromise safety and to address them before an incident occurs. 

In addition to these oversight measures, portable fire extinguishers help bridge the gap between a building’s original design assumptions and the real-world conditions that develop after occupancy. When seconds count, having portable fire extinguishers readily accessible, and ensuring people are trained to use them, can sometimes make the difference between a minor incident and a tragic outcome.   

As seen in the most recent fire in Switzerland, small fires can grow rapidly depending on fuel load, building materials, and ceiling or wall finishes. There was a video circulating online of an individual trying to fight the fire by swatting it with a T-shirt. It begs the question: what if that person had been trained and had access to a fire extinguisher? Would the outcome have been different? 

Over the last several years, there has been a push in the US to reduce or eliminate portable fire extinguishers in certain occupancies. The rationale behind this approach is rooted in life safety: encouraging occupants to prioritize evacuation rather than attempting to fight a fire, which, if done improperly, can place people at risk. 

While this perspective is understandable, it also involves a tradeoff. In certain fire scenarios, time is everything. After a building is constructed, a multi-layered approach, including clear evacuation plans, staff training, ongoing inspections, reliable fire protection systems, and fire extinguishers, provides redundancy and complementary protection. As buildings change over time and people come and go, fire safety must evolve with them and remain at the forefront of everyday awareness, helping to ensure that small, unforeseen incidents do not escalate into tragic outcomes. 

The Problem: 

For decades, foam-based fire extinguishers have been trusted for fighting flammable liquid and mixed fuel combustible fires. But in recent years, mounting legislation and liability concerns surrounding PFAS (per- and polyfluoroalkyl substances) have dramatically reduced the number of foam extinguishers available on the market. 

These so-called “forever chemicals” have been linked to environmental and health risks, prompting bans, recalls, and the phase-out of many legacy foams. The result has been a significant gap in available options for organizations that rely on foam for high-risk fire protection. 

For some time, there was no true fluorine free replacement—leaving building owners, safety managers, fire departments, and fire protection professionals searching for a viable fluorine-free alternative that could meet performance and certification standards. 

The Solution: The First UL-Listed PFAS/PFOS-Free Foam Extinguisher 

That alternative now exists. A new generation of foam extinguishers has arrived—one that delivers proven performance without PFAS or PFOS. 

RelyFx has introduced the first explicitly fluorine-free and UL-listed foam extinguisher:
The P2.5SFFF Hand Portable Synthetic Fluorine-Free Foam Fire Extinguisher.  

What Sets It Apart 

• UL Listing: Previously fluorine free options did not have the important UL listing. Independently verified compliance with recognized performance, quality, and safety standards. 

• No PFAS / PFOS: Completely fluorine-free formulation that eliminates environmental and legal liabilities. 

• Easy Replacement: Operational methods are nearly identical to legacy foam extinguishers, requiring only minor adjustments for performance differences. 

Why Foam Still Matters 

Foam extinguishers remain essential in environments where flammable liquids or mixed fuel fires are a risk—situations that other extinguishing agents like water, ABC dry chemical, or carbon dioxide may not effectively control. 

• Class A hazards: ordinary combustibles such as wood, paper, and textiles. Foam acts as a wetting agent or “foam-wetted” water to suppress these fires. 

• Class B hazards: flammable and combustible liquids such as gasoline, oil, solvents, and fuels. Foam is preferred in garages, vehicle accidents, fuel handling areas, laboratories, hangars, and industrial facilities. 

• Other settings: aircraft fuel areas, loading docks, tank farms, and chemical plants. 

Foam extinguishers are valued because they suppress fire and prevent re-ignition by covering the fuel surface with a stable foam blanket. 

A Safer Future for Fire Protection 

In the last couple of years, the fire protection industry faced a difficult challenge. As legislation tightened and liability concerns around PFAS and PFOS grew, manufacturers began phasing out traditional foam agents — yet there was no effective fluorine-free alternative. At the same time, foam remained and still remains the best agent for smaller flammable liquid fires, but the options were disappearing. 

That gap has now been addressed. The introduction of a UL-listed PFAS/PFOS-free foam extinguisher shows that the industry identified the issue and responded to fill a need. This development provides a practical, certified alternative for fire protection professionals. 

We expect other manufacturers to follow suit — developing their own fluorine-free foam extinguishers that meet performance and listing requirements. Together, these advances mark meaningful progress toward a safer and more sustainable future for fire suppression technology. 

Sources: 

RelyFx P2.5SFFF Fluorine-Free Foam Extinguisher 

U.S. Fire Administration – Firefighting Foams: PFAS vs. Fluorine-Free Foams 

The good news: with proper maintenance and awareness, many false alarms can be prevented. 

Common Causes of False Alarms 

• Dust and debris entering smoke detectors 

• Steam, aerosols, fumes or smoke from non-emergency sources 

• Hot work (cutting, welding, soldering, etc.) 

• HVAC drafts pushing contaminants into detectors 

• Water damage 

• Faulty wiring or other wiring issues 

• Seasonal heating system startups 

• Cooking-related smoke or burnt food (often in kitchens or break rooms) 

• Insects entering detectors 

• Low or fluctuating detector sensitivity (aging or uncalibrated detectors) 

• Power surges or outages that affect alarm circuits 

• Vaping or cigarette smoke in restricted areas 

Maintaining and Cleaning Detectors 

• Routinely clean around detectors and ensure areas remain free from dust buildup 

• Schedule inspections and sensitivity testing per NFPA 72: National Fire Alarm and Signaling Code 

• Replace or repair detectors that show signs of age, malfunction, or frequent nuisance alarms 

👉 Reference: NFPA 72: National Fire Alarm and Signaling Code 

Special Focus: Heating Systems in the Winter 

• Why it happens: Dust and particles accumulate in heating ducts during warmer months. When the system is fired up, these contaminants are blown into the building—and sometimes directly into smoke detectors. 

• How to prevent it: 

• Place your fire alarm system on test with your central monitoring station before starting up heating systems. 

• Let the system run for a few minutes to clear out dust and debris. 

• Restore the system to normal operation after testing. 

Hot Work and Construction 

• Put your fire alarm system on test before beginning work and make sure you take it off test when work is completed. 

• Try and isolate the area that you are putting on test to a specific area or zone so that the rest of the building can stay protected.  

• Conduct a fire watch as required by code. 

• Notify your fire protection contractor if you require assistance 

• Notify both your monitoring station and the local fire department of the activity 

Other Prevention Tips 

• Detector selection: Ensure the right detector type is used (e.g., heat detectors in kitchens or mechanical rooms). 

• Airflow control: Adjust HVAC vents to prevent dust, steam, or exhaust from blowing into detectors. In some cases, a smoke detector must be moved to prevent false alarms. 

• Altering Business Processes: Sometime business processes or procedures must be altered to prevent false alarms. 

👉 A qualified fire protection contractor can help evaluate these conditions, recommend the proper solutions, and guide your team on best practices. 

Why It Matters 

False alarms can: 

• Result in fines from local authorities 

• Disrupt operations and productivity 

• Create complacency during real alarms 

By taking proactive measures—regular cleaning, putting your system on test during heating startup, and working with a qualified fire protection contractor—you can greatly reduce the risk of false alarms. 

👉 Reference: NFPA Fire Alarm Inspection, Testing, and Maintenance Overview 

As colder months approach, it’s important to ensure your fire protection systems are ready to perform when needed. Winter weather can bring unique challenges, especially for dry sprinkler systems. A little preparation now can prevent costly damage and downtime later. 

Understanding Different Types of Sprinkler Systems 

Not all sprinkler systems are the same, and each has specific maintenance needs: 

• Wet Sprinkler Systems

  The most common type, wet systems are filled with pressurized water and are ready to discharge immediately when activated. Because water is always in the pipes, they must be protected from freezing temperatures. 

• Dry Sprinkler Systems

  Commonly found in unheated areas (garages, warehouses, loading docks), dry systems are filled with pressurized air or nitrogen. When activated, the air is released and water flows in from a supply. These systems prevent freezing but require special maintenance, particularly in the winter. Trapped moisture or improper drainage can cause freezing, leading to cracked pipes and costly repairs. 

Preparing Your Sprinkler Systems for Winter 

Preparing Wet Systems for Winter 

Wet systems are vulnerable to freezing because water is always present in the pipes. To help prevent freeze damage, building owners and owner’s representatives should: 

• Ensure heat is maintained in all areas where wet system piping is present. Special attention should be given to attics, crawlspaces, or any piping near exterior walls or rooflines. 

• Seal outside openings such as cracks, gaps, or holes that may have developed in walls, windows, or doors. Even small drafts can lead to dangerously cold spots that freeze sprinkler piping. 

Preparing Dry Systems for Winter 

Dry systems are designed for cold weather, but they are not maintenance-free. Here are some key winterization steps: 

• Check and drain low points: Moisture can collect in low points of piping. These areas should be drained regularly throughout the winter season. 
• Inspect and test air compressors or nitrogen generators: A reliable air/nitrogen supply is critical to keep dry systems functioning properly. 
• Verify heating in valve rooms: Dry system valve enclosures and areas that contain piping filled with water must be kept at safe temperatures to prevent freezing. 
• Confirm supervisory signals: Ensure monitoring devices (air pressure, valve tamper switches, etc.) are operational and tied to your alarm system. 

The Customer’s Role in Ongoing Maintenance 

While your fire protection company provides periodic inspections, owners and building staff also share responsibility for system health between service visits. NFPA standards and local codes outline regular checks that should be performed: 

Weekly and monthly inspections of valves and gauges 

Routine draining of low points in dry systems especially important during freezing conditions 

Visual checks for leaks, damage, or impaired access to valves and risers 

While this is not a complete list of possible maintenance, failure to complete these tasks regularly can result in frozen pipes, loss of system pressure, or impaired system function when it’s needed most. 

👉 For more details, see the NFPA 25 requirements for inspection, testing, and maintenance of sprinkler systems: 

• NFPA 25 Inspection, Testing, and Maintenance Frequencies (NFPA Resource Page) 

• Quick Reference: NFPA 25 Table 5.1.1.2 Inspection Frequency for Sprinkler Systems 

Why It Matters 

Preparing your fire protection systems for winter isn’t just about compliance, it’s about safety and reliability. A frozen or malfunctioning sprinkler system can mean devastating fire losses, property damage, and liability exposure. Partnering with a qualified fire protection company and keeping up with your responsibilities between service visits ensures your system will be ready when it counts. 

Fire alarm technology, like all life-safety equipment, evolves over time. Components eventually reach the end of their life cycle due to factors such as parts availability, updated technology, or new regulatory requirements. Honeywell has announced product retirements and discontinuations that affect some Silent Knight fire alarm systems. 

At Associated Fire Protection (AFP), our NICET-certified technicians are trained to guide you through this transition with code-compliant solutions—whether that means inspections, service, or planning for an upgrade. 

Product Discontinuation: Hochiki® SD Protocol Detectors & Modules 

Honeywell has discontinued the Hochiki SD line of detectors and modules, originally used on Silent Knight panels from the early 2000s until phased out in 2018. 

• Impact: These devices have no direct drop-in replacement. 

• Solution: Existing Silent Knight panels are capable of operating on Farenhyt IDP or SK protocols. Customers can transition by replacing Hochiki SD devices with compatible Farenhyt devices. 

• Timing: The Hochiki SD line is fully discontinued as of December 31, 2023.  

Product Retirement: Legacy Farenhyt Panels & Boards 

Affected legacy models include: 

• IFP-50 

• IFP-100 

• IFP-1000 

• IFP-2000 

• IFP-100ECS 

• IFP-2000ECS 

Honeywell’s updated HFSS software (version 7.0.250.0) includes an importer tool that allows programming from older SKSS systems to be converted to HFSS files, easing the migration process. Support for legacy boards will be phased out as market availability of components declines. 

What Customers Should Do 

If your facility has Silent Knight or Farenhyt systems listed above: 

• Contact us to help you evaluate your system, to determine if you need to upgrade your devices.  

• AFP will continue to support and service your system as long as parts are available.  

• We recommend discussing upgrade planning now to avoid future downtime as replacement detectors are becoming harder to find. 

If you have any questions, please give a call at 973-684-7250 or email us at sales@associatedfire.com 

It’s a fair question — and the answer comes down to the difference between what is enforced locally and what is actually required by code.

What Does the Code Say?

The National Fire Protection Association’s NFPA 25: Standard for the Inspection, Testing, and Maintenance of Water-Based Fire Protection Systems is the governing standard when it comes to fire sprinkler systems. The New Jersey UCC Fire Prevention Code 2018 references the NFPA 25 2017 Edition . According to NFPA 25 (Table 5.1.1.2) , sprinkler systems must be inspected quarterly — not just once a year.

Local fire marshals often request proof of annual inspections simply because that is what they review during routine visits. But that doesn’t replace or override NFPA 25 or the New Jersey Fire Prevention Code.

Why It Matters?

Failing to comply with the required inspection schedule isn’t just a technical violation — it can have consequences:

• Insurance claim denials: If a fire occurs and your system wasn’t inspected quarterly, your insurer could deny your claim based on non-compliance.
• Legal liability: You may be held responsible for property damage, injuries, or worse if your system failed due to lack of proper inspections.
• Fines & penalties: Non-compliance can result in financial penalties or enforcement actions.

Protect Yourself, Your Property, and Your People

At Associated Fire Protection, we take code compliance seriously — and we’re here to provide you with information so that you can make informed decisions.

Whether you manage a commercial property, industrial facility, or residential complex, staying on schedule with inspections is the smart and responsible thing to do.

Contact us today or visit www.associatedfire.com if you have any questions or to schedule your next inspection.

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