7 5. Test smoke alarm for proper operation (see ”WEEKLY TESTING OF YOUR SMOKE ALARM” section). The smoke alarm operates on a 9-volt battery. The normal battery operating life will be one (1) year. The life of some batteries may be less. 6. Firex smoke alarms sold with Ultralife long-life lithium batteries require replacement approximately every ten (10) years. Replace the battery approximately every ten (10) years or when the low battery signal sounds. !CAUTION: YOU SHOULD ONLY USE THE BATTERIES

If a bedroom area hallway is more than 9 m long, install a smoke alarm at each end. •Install a smoke alarm at the top of a first-to-second floor stairwell. Key • Smoke Alarm . Smoke Alarm with False Alarm Control 2 IMPORTANT SMOKE ALARM PLACEMENT AND EXCEPTION INFORMATION: •Install a smoke alarm as close to the centre of the ceiling as possible. If this is not practical, mount no closer than 10 cm (4 inches) from a wall or corner. Also, if local codes allow, install smoke alarms on walls, betwee

Always turn off power to smoke alarm before cleaning. • Using the soft brush or wand attachment to a vacuum cleaner, vacuum all sides and cover of smoke alarm. Be sure all the vents are free of debris. • If necessary, turn off power and use a damp cloth to clean smoke alarm cover. IMPORTANT: Do not attempt to remove the cover or clean inside the smoke alarm. THIS WILL VOID YOUR WARRANTY. REPAIR ! CAUTION: Do not attempt to repair this smoke alarm. Doing so will void your warranty. If smoke alarm

• Do install smoke alarms in both rooms (areas) that are divided by a partial wall extending 24 or more inches down from the ceiling. See smoke alarms located in rooms B and C in Figure 4. SPECIAL DIRECTIONS FOR INSTALLING YOUR SMOKE ALARM IN MANUFACTURED AND MOBILE HOMES WARNING: SMOKE ALARMS MAY BE INSTALLED ON THE CEILINGS OF MANUFACTURED AND MOBILE HOMES IF THERE IS ADEQUATE INSULATION IN THE CEILING. Install smoke alarms on walls only between 4 and 12 inches from the ceiling. Install smoke

6 Symptoms of Carbon Monoxide Poisoning Carbon monoxide poisoning has many symptoms. However, some symptoms are very similar to flu-like symptoms, the effects of intoxication, or drug usage. In many CO cases, people feel ill and stay home to rest. This only compounds the CO poisoning because they stay in the home where CO is present. As CO levels rise, the symptoms become more extreme. At low levels people will suffer headaches and mild nausea. At higher levels unconsciousness, heart failure, an

The alarm shall have a "quick connect" molded harness. The alarm shall have a dual chamber ionization sensor. The alarm shall be rated at no greater than 0.5W in standby. Nominal sensitivity shall be measured by U.L. at 1.29 ± 0.51% obs./ft. Temperature operating range shall be between 40° and 100°F; humidity range between 10%-93% relative humidity; 100% solid state alarm circuits over an input range of 100-130V AC. A green continuous power-on indicator shall be a built-in light emitting diode w

The 4480 and 484 AC smoke alarms can be interconnected with Firex ionization as well as photoelectric smoke alarms for the best smoke detection system. 120V AC 120V AC 9V DC Direct Wire Direct Wire Battery with Battery Powered 4480 120V AC Direct Wire with Battery Back-up for single or multiple station use. The 4480 is interconnectable up to 12 Firex AC/DC smoke alarms and 6 Firex heat alarms for a total of not more than 18 Firex devices. This unit has two separate lighted LEDS — green ”poweron”

Normal “Standby” Silenced Mode Note that the strobe module, when installed, will not stop operating when the silence function is engaged. Mode Wiring For appropriate duct detector wiring terminals, please refer to detector and remote accessory installation instructions. Products 591 Series Remote Accessory Controllers 591W Remote Indicator/Control Assembly w/White Single Gang Cover Plate 591R Remote Indicator/Control Assembly w/Red Single Gang Cover Plate 591S Remote Indicator/Control Assembly w

SMOKE ALARMS MUST NOT BE USED WITH DETECTOR GUARDS UNLESS THE COMBINATION OF ALARM AND GUARD HAS BEEN EVALUATED AND FOUND SUITABLE FOR THAT PURPOSE. The ionization type alarms are generally more effective at detecting fast, flaming fires which consume combustible materials rapidly and spread quickly. Sources of these fires may include flammable liquids or paper burning in a waste container. The photoelectric type alarms are generally more effective at detecting slow, smoldering fires which smold