Firex FADC manual False Alarm Control, Interconnecting Smoke Alarms, RED and Green LED Indicators

Page 5

NOTE: If this will be a single-station smoke alarm, cover yellow wire with electrical tape and tuck into junction box.

8.Lift open battery pocket door.

9.Connect new 9-volt battery to battery connector inside battery

pocket. BE SURE BATTERY IS

Remove thin plastic

SECURELY CONNECTED. Smoke

from notch

alarm may beep briefly when bat-

 

 

tery is installed.

 

10.Close battery pocket door, snapping it into place. (For tam- per-resist, use long-nosed pliers to remove thin plastic from notch on smoke alarm edge.)

11.Attach connector plug to pins on back of smoke alarm. Plug will only fit one way and will snap

into place.

Insert pin here

 

12.Gently tug connector to be sure it is attached securely.

13.Position smoke alarm to mounting plate and turn clockwise to lock into

place. To engage tamper-resist feature, insert pin into notch on edge of smoke alarm after alarm is properly positioned in base. (See instruction #10.)

NOTE: Smoke alarm will not mount to plate if battery is not installed.

14.Turn on power at main fuse box or circuit breaker.

15.Test smoke alarm. See TESTING THE SMOKE ALARM.

WHITE

WHITE

WHITE

YELLOW

YELLOW

TO NEUTRAL

 

BLACK

BLACK

BLACK

 

 

TO 120 VAC

INTERCONNECTING SMOKE ALARMS

This smoke alarm may be interconnected with as many as 11 other Firex model FADC, AD and ADC smoke alarms, or as many as 6 Firex model ADH heat alarms for a total of not more than 18 interconnected devices. DO NOT connect to any other type or model smoke alarm.

Connect smoke alarms to a single AC branch circuit. If local codes do not permit, be sure the neutral wire is common to both phases.

RED AND GREEN LED INDICATORS

This smoke alarm features separate red and green LED indicators. The LEDs indicate the following:

GREEN LED

 

CONSTANT ON

— AC power is present.

OFF

— AC power is not present.

RED LED

— Can be seen through the

 

Push-to-Test button.

Blinks once a minute

— Indicating presence of a work-

 

ing battery.

Blinks once a second

— Smoke alarm senses smoke

 

and simultaneously sounds

 

an audible alarm.

Blinks once every 10 seconds — Smoke alarm is quieting an unwanted alarm (Model ADC only).

(Interconnected system only):

OFF — Another smoke alarm in the network has sensed smoke and is signalling this alarm.

FALSE ALARM CONTROL

Model ADC features a False Alarm Control that, when activated, quiets unwanted alarms for up to 15 minutes.

To use the False Alarm Control:

Press and release the test button during an unwanted alarm. The alarm should stop within ten seconds. This means the smoke alarm is in False Alarm Control.

5

Image 5
Contents IONIZATION110-628F Smoke Alarm FeaturesPhotoelectric Model PAD R N I N GSmoke Alarm Placement Key Important Smoke Alarm Placement and Exception InformationDo not install smoke alarms HOW to Install This Smoke AlarmRED and Green LED Indicators False Alarm ControlInterconnecting Smoke Alarms Maintenance and Cleaning Testing the Smoke AlarmBattery Replacement Test all smoke alarms weekly by doing the followingPractice Fire Safety CleaningDoing so will void your warranty RepairWarranty Information Troubleshooting

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.