Key

increased protection. The addi- tional areas include: basement,

DINING

ROOMKITCHEN BEDROOM

bedrooms, dining room, furnace room, utility room, and hallways not protected by the required smoke detectors.”

TV ROOM

LIVING ROOM

BEDROOM

Also, as required by the California State Fire Marshal:

“Early warning fire detection is best achieved by the installation of fire detection equipment in all rooms and areas of the house- hold as follows: A smoke detector installed in each separate sleeping area (in the vicinity, but outside the bedrooms), and heat or smoke detectors in the living rooms, dining rooms, bedrooms, kitchens, hallways, attics, furnace rooms, closets, utility and stor- age rooms, basements and attached garages.”

FOR BEST PROTECTION, WE

RECOMMEND THAT YOU INSTALL A SMOKE

ALARM IN EVERY ROOM.

In addition, we recommend that all smoke alarms be interconnected.

Typical Efficiency

Home (Apartment)

•Install a smoke alarm on the ceiling or wall closest to the sleeping area.

	SLEEPING	KITCHEN
	SLEEPING	LIVING
	AREA	LIVING
		AREA

EFFICIENCY APARTMENT

				MOBILE
BEDROOM	BATH	KITCHEN	LIVING ROOM	HOME

Typical Mobile Home

NOTE: For mobile homes built before 1978, install smoke alarms on an inside wall between 4 and 12 inches from the ceiling. (Older mobile homes have little or no insulation in the ceiling.) This is especially important if the ceiling is unusually hot or cold.

•Install a smoke alarm inside each bedroom and in the hallway outside each separate sleeping area.

Typical Single-Story Home

•Install a smoke alarm on the ceiling or wall inside each bedroom and in the hallway outside each separate sleeping area. If a bedroom area

hallway is more than 30 feet long, install a smoke alarm at each end.

BED-

BEDROOM KITCHEN ROOM BATH

If there is a basement:

•Install a smoke alarm on the base- ment ceiling at the bottom of the stairwell.

Typical Two-Story or Split Level Home

•Install a smoke alarm on the ceil- ing or wall inside each bedroom and in the hallway outside each separate sleeping area. If a bed- room area hallway is more than 30 feet long, install a smoke alarm at each end.

FURNACE

BASEMENTROOOM

SINGLE STORY

LIVED-IN

ATTIC

BEDROOM BATH

BEDROOM

•Install a smoke alarm at the top of a first-to-second floor stairwell.

If there is a basement:

•Install a smoke alarm on the base- ment ceiling at the bottom of the stairwell.

LIVING AREA	KITCHEN
	FURNACE
BASEMENT	ROOM

TWO STORY

• Smoke Alarm (Ionization)

ΔIonization Smoke Alarm with False Alarm Control or Photoelectric Smoke Alarm

IMPORTANT SMOKE ALARM PLACEMENT AND EXCEPTION INFORMATION

•Install a smoke alarm as close to the center of the ceiling as possi- ble. If this is not practical, mount no closer than 4 inches from a wall or corner. Also, if local codes allow, install smoke alarms on walls, between 4 and 12 inches from ceiling/wall intersections.

4 IN

CEILING(0.1m )

ACCEPTABLE HERE

NEVER HERE

TOP OF DETECTOR

ACCEPTABLE HERE

4IN

(0.1m )

MINIMUM

12 IN

(0.3 m )

MAXIMUM

SIDE

WALL

•Install a minimum of two smoke alarms in every home, no mat- ter how small the home. New construction codes require a min- imum of two interconnected smoke alarms in newly built homes.

FADC specifications

Firex FADC, or Fire Detection and Control Systems, is a cutting-edge solution designed to enhance fire safety in various environments, from industrial facilities to residential buildings. The primary objective of Firex FADC is to provide comprehensive fire detection, monitoring, and response capabilities, ensuring the protection of lives and property.

One of the standout features of Firex FADC is its advanced smoke detection technology. Incorporating both photoelectric and ionization sensors, this system can quickly identify different types of fires, including slow-burning or fast-flame ones. The dual-sensor approach ensures a higher rate of detection while minimizing false alarms, a common challenge in traditional fire detection systems.

Another critical aspect of Firex FADC is its integration with smart building technologies. Utilizing the Internet of Things (IoT), the system can interface with building management systems, allowing for real-time monitoring and remote management. This integration facilitates rapid response times and enhances situational awareness during emergencies. Additionally, the Firex FADC can send alerts to designated personnel and emergency services, streamlining the communication process during a fire incident.

Firex FADC also boasts an intuitive user interface designed for ease of use. The system provides clear visual notifications and audible alerts, ensuring that occupants are promptly informed of any potential dangers. Furthermore, the system is equipped with a self-testing feature, enabling regular checks to verify operational readiness without manual intervention.

The installation of Firex FADC is user-friendly, allowing for seamless incorporation into both new and existing structures. Its modular design allows for scalability, meaning that additional sensors and modules can be added as needed to meet evolving safety requirements.

Firex FADC stands out with its robust data analytics capabilities. By utilizing machine learning algorithms, the system can analyze historical data and patterns, enabling predictive maintenance and trend analysis. This proactive approach not only enhances the efficacy of fire detection but also helps in reducing operational costs by minimizing downtime and maintenance needs.

In summary, Firex FADC represents a significant advancement in fire safety technology. By combining sophisticated detection capabilities, smart integration, user-friendly interfaces, and data analytics, it empowers organizations and homeowners alike to better protect their lives and properties from the threat of fire. This innovative approach makes Firex FADC a vital tool in the ongoing fight against fire hazards.

Firex FADC manual Important Smoke Alarm Placement and Exception Information, Key

Models: FADC