Avoiding Dead Air Spaces

FOR STANDARD, FLAT CEILINGS

4"

4"

Best Location

 

 

(center of ceiling)

 

 

Acceptable

 

Do not install top of

Location

 

Dead Air Spaces

smoke alarm lower than

 

12" (305 mm) from the

(4" or 102 mm)

 

wall/ceiling line

 

 

 

 

FOR SLOPED CEILINGS

(i.e. great rooms, condominiums, dormers)

Install first smoke alarm

3 ft in this target area (0.9m)

If required, install additional smoke alarms along the slope.

FOR PEAKED CEILINGS

(i.e. Cathedral ceilings, A-frames)

Install first smoke alarm

in this target area

3 ft

If required,

install additional

(0.9m)

smoke alarms

 

along the slope.

4

“Dead air” spaces may prevent smoke from reaching the smoke alarm. To avoid dead air spaces, follow the installation recommendations below.

On ceilings, install smoke alarms as close to the center of the ceiling as possible. If this is not possible, install the smoke alarm at least 4 inches (102 mm) from the wall or corner.

For wall mounting (if allowed by building codes), the top edge of smoke alarms should be placed between 4 inches (102 mm) and 12 inches (305 mm) from the wall/ceiling line, below typical “dead air” spaces.

On a peaked, gabled, or cathedral ceiling, install the first smoke alarm within 3 feet (0.9 meters) of the peak of the ceiling, measured horizontally. Additional smoke alarms may be required depending on the length, angle, etc. of the ceiling's slope. Refer to NFPA 72 for details on requirements for sloped or peaked ceilings.

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BRK electronic M06-2016-007, 4120B user manual Avoiding Dead Air Spaces

4120B, M06-2016-007 specifications

The BRK electronic M06-2016-007,4120B is a cutting-edge detection device designed for modern safety needs. This model exemplifies BRK's commitment to innovation, reliability, and user-friendly functionality. The M06-2016-007,4120B is primarily a smoke and carbon monoxide detector, ensuring comprehensive protection against two of the most prevalent household hazards.

One of the standout features of this model is its advanced photoelectric sensing technology. Unlike traditional ionization smoke detectors that rely on radioactive materials, the photoelectric sensor uses light beams to detect smoke particles effectively. This technology is particularly adept at identifying smoldering fires, which can produce higher amounts of smoke before bursting into flames, ultimately leading to quicker alerts for homeowners.

In addition to its smoke detection capabilities, the M06-2016-007,4120B efficiently monitors carbon monoxide levels. Carbon monoxide is a colorless, odorless gas that can be deadly in high concentrations. The detector continuously samples the air and provides real-time readings to alert occupants when levels become dangerous. This dual functionality makes the M06-2016-007,4120B a two-in-one safety device, underscoring its versatility.

The alarm system of the M06-2016-007,4120B is robust and designed for maximum audibility, ensuring that even in the sleep state, alerts can be heard. It features a loud siren that meets industry standards, providing reassurance that occupants will be warned in the event of an emergency.

Powering the device is a reliable battery backup that ensures continued operation even in power outages, making it a dependable choice for safety-conscious consumers. Furthermore, the device incorporates a low-battery alert feature to remind users when it's time to replace the batteries, enhancing ongoing reliability.

Moreover, the M06-2016-007,4120B boasts an easy installation process, allowing homeowners to set it up without the need for professional assistance. The compact design ensures it can fit seamlessly into various home environments without being intrusive.

In conclusion, the BRK electronic M06-2016-007,4120B is a highly effective smoke and carbon monoxide detector that combines advanced technology with practical safety features. Its photoelectric sensing, dual detection capabilities, and reliable power backup position it as a must-have for any household looking to enhance its safety measures.