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•Do not install a smoke alarm in dusty or dirty areas; SUCH AN INSTAL- LATION CANNOT BE RELIED UPON. An accumulation of dust and dirt in the sensing chamber may block the openings and prevent an alarm, or may get inside the alarm and cause false alarms. If a smoke alarm is required in such an area, vacuum it frequently and test it according to the section “TAKING CARE OF YOUR SMOKE ALARM.”

•Do not install a smoke alarm in the dead air space in the corner where the wall meets the ceiling. If in doubt as to the exact location of mounting, for your safety, contact your local fire department for help in choosing a location.

•Do not install a smoke alarm where bugs or insects are present before eliminating or minimizing the bug problem. Although all smoke alarms built since 1986 are made to help prevent bugs from entering the detection chamber, bugs may build up on chamber openings and prevent smoke from entering. As a result, unit should be vacuumed frequently as explained in the section “TAKING CARE OF YOUR SMOKE ALARM.”

•Do not install a smoke alarm within close proximity of a fluorescent light. Electrical “noise” may cause nuisance alarms.

HOW TO INSTALL YOUR SMOKE ALARM

AFTER HAVING CAREFULLY READ THE FIRST FIVE

SECTIONS OF THIS MANUAL, YOU ARE READY

TO INSTALL YOUR SMOKE ALARM.

PLEASE FOLLOW THESE DIRECTIONS:

1.Unlock and remove mounting bracket from smoke alarm with a counterclockwise twist.

2.Place mounting bracket on ceiling or wall in prearranged location and use pencil to trace two opposing hole

positions for mounting screws. Drill

 

two 1/16-inch holes.

FIGURE 6

3.Use mounting screws provided for attaching to studs or woodwork. For plaster or plasterboard, you may wish to use plastic anchors and screws. See Figure 6.

4.Screw mounting bracket to surface securely. NOTE: Before mounting alarm on a wall, be sure arrow on mounting bracket is pointing up toward ceiling. See Figure 6.

5.Install battery. (See “REPLACING THE BATTERY.”)

6.Attach smoke alarm to mounting bracket with a clockwise twist until it snaps into locked position. NOTE: Your smoke alarm is designed with a safety mechanism that prevents mounting unless a battery is installed. This helps assure the alarm is functional when mounted.

7.You have now finished installing your smoke alarm. For your safety, proceed with testing described in the next section.

WEEKLY TESTING OF YOUR SMOKE ALARM

1.FOR A COMPLETE WEEKLY TEST OF THE ELECTRONICS AND THE SENSOR OPERATION, FIRMLY DEPRESS THE TEST BUTTON ON THE COVER OF THE SMOKE ALARM FOR A FEW SECONDS. The smoke alarm will sound 3 short beeps followed by a 2-second pause and then repeats. On models with a LED (light emitting diode) the indicator light under the clear Push-to-Test button will blink once per

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Firex Model PB, Model C, Model B, Model E warranty HOW to Install Your Smoke Alarm, Weekly Testing of Your Smoke Alarm
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Model B, Model C, Model E, Model PB, A specifications

Firex is a prominent brand known for its cutting-edge fire safety technology, offering a range of models designed to cater to various safety needs across different environments. Among its notable products, the Firex A, Model PB, Model E, Model C, and Model B stand out for their advanced features, innovative technologies, and reliable characteristics.

Firex A is renowned for its compact design, which makes it suitable for residential settings. One of its main features is the dual-sensor technology that combines both photoelectric and ionization sensors. This feature allows the alarm to detect a wide range of fire types, from smoldering flames to fast-flaming fires. Additionally, the Firex A is equipped with a voice alarm that clearly communicates danger, enhancing user awareness and response times.

Model PB, designed for commercial use, incorporates advanced detection technology to provide quicker responses to smoke and heat. This model features a multi-sensor system that utilizes both optical and thermal sensors, ensuring it can react to various fire scenarios efficiently. Moreover, the Model PB includes a smart connectivity option, allowing users to integrate it into a larger fire safety management system, facilitating real-time monitoring and alerts.

Model E is specifically tailored for industrial applications, boasting robust features that meet stringent regulatory standards. It is built to function in extreme conditions, featuring a weather-resistant casing and enhanced sensitivity settings. One of its standout characteristics is its ability to filter out false alarms caused by dust or steam, thereby ensuring it operates reliably in challenging environments. Additionally, Model E can connect with other safety devices to create a synchronized alert system.

The Model C presents a balance of affordability and performance. Ideal for public spaces such as schools and offices, this model comes with a straightforward installation process and user-friendly interface. It features a built-in battery backup that ensures functionality during power outages. The Model C also has a unique tamper-resistant design, preventing unauthorized removal or disconnection, which enhances overall safety.

Finally, Model B is designed for high-occupancy environments, incorporating features like interconnected alarms that activate multiple units in case of an emergency. This model also emphasizes energy efficiency, utilizing low-power technology that reduces overall operational costs. With its sleek design and high sensitivity, Model B is an excellent choice for hotels, theaters, and similar venues.

In summary, Firex offers a diverse range of fire safety solutions, each tailored to specific needs with advanced technology, notable features, and robust characteristics that ensure safety and reliability in various settings.
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