Fyrnetics PE120 manual Locations to Avoid, Installation Instructions

Models: PE120

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2. LOCATIONS TO AVOID

Alarms must not be located within 3 feet of the following:

Supply and return registers used for forced air heating and air conditioning.

Ceiling fans and other high air flow areas.

Bathrooms which contain a tub or shower.

In general, alarms should not be located:

In the garage. Products of combustion are present when you start your automobile.

In an area where the temperature may fall below 40ºF or rise above 100ºF.

In dusty areas. Dust particles may cause nuisance alarms or failure to alarm.

In very humid areas or near a bathroom. Moisture or steam can cause nuisance alarms.

Near fluorescent lights. Electronic “noise” may cause nuisance alarms.

3.INSTALLATION INSTRUCTIONS

WIRING REQUIREMENTS

This smoke alarm should be installed on a U.L. listed or recognized junction box. All connec- tions should be made by a qualified electrician and must conform to article 760 of the U.S. National Electrical Code, NFPA 72 and/or any other codes having jurisdiction in your area.

The appropriate power source is 120 Volt A.C. Single Phase supplied from a non-switchable cir- cuit which is not protected by a ground fault interrupter.

WIRING INSTRUCTIONS FOR A.C. QUICK CONNECT HARNESS

CAUTION! TURN OFF THE MAIN POWER TO THE CIRCUIT BEFORE WIRING THE ALARM.

For units that are used as single station, DO NOT CONNECT THE RED WIRE TO ANYTHING. Leave the red wire insulating cap in place to make certain that the red wire cannot contact any metal parts or the electrical box.

When alarms are interconnected, all interconnected units must be powered from a single circuit.

A maximum of 24 Lifesaver devices may be interconnected in a multiple station arrangement. The interconnect system should not exceed the NFPA interconnect limit of 12 smoke alarms and/or 18 alarms total (smoke, heat, carbon monoxide, etc.) With 18 alarms interconnected, it is still possible to interconnect up to a total of 6 remote signaling devices and/or relay modules.

When mixing models which have battery backup (1275, 1275H, 1285, HD135F) with models without battery backup (1235, 120X, SL177i, FYCO 31) be advised that the models without bat- tery backup will not respond during an AC power failure.

The maximum wire run distance between the first and last unit in an interconnected system is 1000 feet.

Figure 1 illustrates interconnection wiring. Improper connection will result in damage to the alarm, failure to operate, or a shock hazard.

Make certain alarms are wired to a continuous (non-switched) power line. NOTE: Use standard UL listed household wire (18 gauge or larger as required by local codes) available at all electri- cal supply stores and most hardware stores.

 

 

Optional Accessory

 

FIGURE 1 INTERCONNECT WIRING DIAGRAM

WIRES ON DETECTOR HARNESS

CONNECTED TO

Black

Hot Side of A.C. Line

White

Neutral Side of A.C. Line

Red

Interconnect Lines (Red Wires) of Other

 

Units in the Multiple Station Set up

BATTERY INSTALLATION

See MAINTENANCE (Section 6) for battery installation.

CAUTION! IF THE BATTERY REMINDER FINGER IS NOT HELD DOWN IN THE BATTERY COMPARTMENT BY THE BATTERY, THE BATTERY DOOR WILL NOT CLOSE, THE A.C. QUICK CONNECTOR WILL NOT ATTACH TO THE DETECTOR, AND THE DETECTOR WILL NOT ATTACH TO THE TRIM RING (SEE SECTION 6, FIGURE 6).

MOUNTING INSTRUCTIONS

CAUTION: THIS UNIT IS SEALED. THE COVER IS NOT REMOVABLE!

1.Remove the trim ring from the back of the alarm by holding the trim ring and twisting the alarm in the direction indicated by the “OFF” arrow on the alarm cover.

2.After selecting the proper smoke alarm location as described in Section 1 and wiring the A.C. QUICK CONNECT harness as described in the WIRING INSTRUCTIONS, attach the trim ring to the electrical box (see Figure 2).

3.Use a screwdriver to punch out only the pair of holes in the trim ring that match your type of electrical box or plaster ring. Mount the trim ring to the electrical box, using the appropriate holes. NOTE: Use the circle, square and octagon markings near each mounting hole in the trim ring to help you select the correct mounting holes (see Figure 2).

4.Pull the A.C. QUICK CONNECTOR through the center hole in the trim ring and mount the ring, making sure that the mounting screws are positioned in the small ends of the keyholes before tightening the screws (see Figure 2).

5.Plug the A.C. QUICK CONNECTOR into the back of the alarm (see Figure 3), making sure that the locks on the connector snap into place. Then push the excess wire back into the electrical box through the hole in the center of the trim ring.

6.If you have finished all the WIRING, BATTERY INSTALLATION AND TRIM RING MOUNTING STEPS, you can install the alarm on the trim ring. Alignment marks are provided on the side of the alarm and on the trim ring (see Figure 4).

7.Install the alarm on the trim ring with the indicating marks aligned and rotate the alarm in the direction of the “ON” arrow on the cover until the alarm snaps in place (see Figure 4).

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Fyrnetics PE120 manual Locations to Avoid, Installation Instructions

PE120 specifications

The Fyrnetics PE120 is a state-of-the-art electronic device designed for precision and efficiency in a variety of applications. This product stands out due to its innovative design and advanced features, making it suitable for both professional and consumer use.

One of the main features of the PE120 is its high-resolution display. With a vibrant screen that allows for clear visibility in various lighting conditions, users can easily navigate through menus and settings. This display is coupled with a user-friendly interface, which simplifies the operation, making it accessible for users of all skill levels.

The PE120 is equipped with cutting-edge sensor technology, ensuring accurate data collection and processing. This is particularly useful in fields such as environmental monitoring and scientific research, where precision is paramount. Moreover, the device supports multiple sensor types, enabling users to customize their setup according to specific requirements.

In terms of connectivity, the Fyrnetics PE120 excels with its various options. It includes Bluetooth and Wi-Fi capabilities, allowing for seamless integration with smartphones and other devices. This connectivity opens up possibilities for remote monitoring and real-time data sharing, which can enhance productivity and collaboration.

Battery life is another critical characteristic of the PE120. This device is designed with energy efficiency in mind, boasting long-lasting battery performance that reduces the need for frequent recharging. This feature is especially valuable for users who require portability and reliability, such as field workers and researchers.

Furthermore, the PE120 is built with durability in mind. It is robust and designed to withstand challenging environmental conditions, making it ideal for outdoor use. Its rugged design is complemented by an IP rating, ensuring that the device is resistant to dust and water, which adds to its versatility.

In summary, the Fyrnetics PE120 combines advanced technology, user-friendly features, and durable design. It is an ideal solution for individuals and professionals looking for an efficient and reliable electronic device. Its high-resolution display, accurate sensor technology, versatile connectivity options, impressive battery life, and robust construction make it a standout choice in its category. Whether for scientific research, environmental monitoring, or general use, the PE120 delivers performance and reliability to meet a variety of needs.