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Serving Massachusetts & New Hampshire · Based in Braintree, Massachusetts

617-207-2777

Fire Alarm, ERCES & Security Systems for Schools, Colleges & Universities in Massachusetts & New Hampshire

R&D Life Safety Systems tests, services, installs, and upgrades fire alarm systems for K–12 districts, colleges, and universities across Massachusetts and New Hampshire — along with the ERCES, access control, and camera work that increasingly rides on the same projects. School buildings run on a calendar, and life-safety work has to respect it: functional testing planned around class time and exams, installation work fitted into vacation weeks, and alarms that stay credible because nuisance activations actually get diagnosed and fixed. We work for facilities directors, physical plant departments, and business officials who need every building documented and one contractor who picks up the phone.

What you deal with

The pressures we plan around

Every hour of work competes with instruction

The functional part of fire alarm testing sounds horns and strobes through the whole building — which is why it can’t just land on any Tuesday morning. Between the school day, state testing weeks, exams, evening programs, and buildings that host community events after hours, the honest scheduling windows are narrower than they look. Summer is the obvious answer, and every other trade in the district has already had the same idea, so the buildings that wait until June to plan are the ones that end up testing in September with students in the halls.

Alarms have to stay believable

Schools drill regularly, and the drills work: students and staff build real evacuation habits. Nuisance alarms spend that credibility. Shop dust, kitchen smoke, theater haze machines, science lab fumes, and — on residential campuses — dorm cooking and shower steam all produce activations that teach a building to shrug at the sound it’s supposed to trust. A campus that has learned to assume every alarm is a false one has a problem no drill schedule can fix, and the only durable answer is finding and correcting the causes one device at a time.

A campus is a portfolio of different systems

Districts and campuses grow building by building over decades, and the fire alarm systems show it: an addressable panel in the new wing, a conventional system from the 1990s in the annex, a different manufacturer in every era. The records are scattered between the physical plant office, an old vendor’s filing system, and the memory of a head custodian who is about to retire. Nobody has a single picture of what’s installed, what was last tested when, and which deficiencies are still open — until an inspector asks for one.

Radio coverage questions arrive with new buildings

Larger academic buildings, gyms and auditoriums full of steel and concrete, below-grade levels, and energy-code glazing all weaken public-safety radio signal — and AHJs increasingly raise emergency responder radio coverage (ERCES) at permit time for new construction and major renovations. A coverage requirement discovered late in a project is expensive; one discovered by a grid survey during design is a line item. Whether a specific building needs a system is a code and AHJ question answered with measured data, not assumption.

Multiple stakeholders, one set of records

The fire department inspects school buildings. The business office budgets by fiscal year and hates surprises. The school committee or trustees ask questions in public meetings. The insurance carrier wants test documentation. All of them are ultimately asking for the same thing — proof the systems are tested, deficiencies are being corrected, and someone accountable is on the other end of the phone — and the facilities director is the one who has to produce it.

How we work

What working with R&D looks like

Testing scheduled with the calendar, not against it

We plan the testing year with your academic calendar in front of us: quiet work — panel checks, batteries, visual inspections — where occupied buildings tolerate it, and the loud functional testing in vacation weeks, off-hours windows, or blocks the administration has signed off on. Before any horn sounds on a planned test, the monitoring central station has the account on test and the building staff know exactly what they’re about to hear, so a scheduled test never gets treated as a real alarm — or the reverse.

Nuisance alarms chased to a cause

Every unwanted activation is a diagnosable event: a specific device, a location, a condition. We trace them and fix the cause — cleaning schedules for dust-loaded detectors, relocation of a device mounted too close to a kitchen or shop, detection types better suited to the space. What we don’t do is quietly take devices out of service to make a building stop complaining. That’s an impairment, not a fix, and an impaired system in an occupied school is a bigger problem than the nuisance alarm ever was.

One documented picture of every building

We build and maintain a building-by-building inventory: panel make, model, and age, device counts, monitoring arrangements, last test dates, and open deficiencies with their status. It’s the document a facilities director can put in front of a fire inspector, a business official, or a school committee without caveats — and it’s how replacement planning becomes a budget line instead of an emergency.

Radio coverage surveyed before the AHJ asks

For new construction, additions, and the larger existing buildings on campus, we run grid-based radio coverage surveys, and if the data shows amplification is needed, we design, install, and annually test the ERCES — including the AHJ coordination and frequency-licensee approvals these projects carry. If the survey shows the building passes, you get the report and we say so plainly.

Security work under the same accountable contractor

Campus projects rarely stop at fire alarm anymore — controlled entries, door hardware tied to access control, and camera coverage are part of the same conversations. Our team works with security and access platforms including DSC, Vista, Mercury, Brivo, ExacqVision, Eagle Eye, and Avigilon. Running fire alarm and security scopes through one contractor means one schedule, one documentation standard, and one phone number when something needs attention.

Questions

Frequently asked questions

Can fire alarm testing happen while school is in session?

Some of it can. Visual inspections, panel diagnostics, and battery work are quiet, and we schedule those around the school day. The functional testing that activates horns and strobes is the disruptive part, and we plan it for vacation weeks, off-hours windows, or blocks your administration approves — building by building, at the start of the year, not the week before it’s due. The required testing intervals themselves come from the fire code and NFPA 72 as adopted in your state and from your AHJ, so the plan starts from what your buildings actually require.

Students have stopped taking the alarms seriously because we’ve had so many false ones. What do you actually do about that?

We treat each nuisance activation as a service call with a cause: which device, where, under what conditions. The usual suspects in school buildings are dust-loaded detectors in shops and mechanical spaces, devices too close to kitchens, theater haze and fog effects, and — in dorms — cooking smoke and shower steam. The fixes are specific: cleaning, relocation, detection better matched to the space, and in some cases replacing aged devices that have drifted out of tolerance. What we won’t do is bypass or remove devices to quiet the building. That creates an impaired system in an occupied school, which involves your AHJ and is a much worse position than the one you’re in now.

Our buildings have four different panel brands across three decades. Can one contractor service all of them?

In most cases, yes — that mix is completely normal on campuses that grew a building at a time. Our technicians have hands-on experience with commercial fire alarm platforms including Autocall, Notifier, Edwards/EST, Fire-Lite, Silent Knight, Farenhyt, and Simplex. We are happy to talk through your specific panel before we come out. A small number of proprietary platforms carry service restrictions, and we identify those up front rather than after you’ve committed. Start with a list of your panels — makes and models — and we’ll tell you honestly what we can support.

How do we know whether our new gym or academic building needs an ERCES?

It’s a code and AHJ question, and it gets answered with measurement rather than guesswork. Radio coverage requirements typically apply through the building and fire codes adopted in your state — most often to new construction and substantial renovations — but whether your specific building must have a system depends on its occupancy, construction, and your AHJ. A grid-based radio survey settles the coverage question with data: if the building meets the required signal levels, we document that; if it doesn’t, you have real numbers to design and budget from. Nothing here is a compliance determination for your property — that call belongs to your AHJ.

We have buildings in more than one state. Can you cover all of them?

We serve commercial and institutional buildings across Massachusetts and New Hampshire. Call to confirm coverage for your specific site. If your district or institution spans several buildings or campuses, ask about putting them on one coordinated testing and documentation schedule — that’s the arrangement this kind of portfolio usually needs.

Put every building on one documented schedule

Tell us how many buildings you have, what the panels are, and what the academic calendar allows — and we’ll tell you how we’d plan the year. Call 617-207-2777 or request service online. You reach a person, and if we miss you, we call back.

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