Ajax System FireProtect 2 Jeweller Wireless Fire Detector User Manual

: June 13, 2024
: Ajax System

Ajax System FireProtect 2 Jeweller Wireless Fire Detector

ajax-system-fireprotect-2-jeweller-wireless-fire-detector-
PRODUCT

FireProtect 2 (Heat/Smoke/CO) Jeweller is a wireless fire detector with a built-in siren. Designed for indoor installation. Detects smoke, temperature rise, and dangerous CO (carbon monoxide) level. The detector also can work without a hub.
It is available in two modifications: with sealed batteries (has SB in the name) that run 10 years, and with replaceable ones (has RB in the name) that run up to 7 years.

A list of compatible hubs and range extenders is available here. FireProtect 2 (Heat/Smoke/CO) detector is compatible only with hubs on OS Malevich 2.14.1 and higher.

The detector operates as part of the Ajax system, communicating with the hub via the Jeweller secure radio protocol. The hub communication range is up to 1,700 meters without obstacles.

Buy FireProtect 2 (Heat/Smoke/CO)

Versions of the detector with other sensor combinations are also available. All Ajax fire detectors are available here.

Functional elements

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FIG-1

The front panel of the detector with a Test/Mute button. To activate the button, press the center of the panel.
SmartBracket mounting panel. To remove the panel, turn it counterclockwise.
Device QR code and ID (serial number). It is used to add the detector to the Ajax system.
Tamper button. Triggers when an attempt is made to detach the detector from the surface or remove it from the mounting panel.
Detector certification information.
Power button.
First thermistor. Detects dangerous temperatures.
Green LED indicator.
Yellow LED indicator.
Red LED indicator.
Siren.
Second thermistor. Detects dangerous temperatures.
Information about the detector’s end of life date.
Smoke chamber lid.

The smoke chamber lid can be removed when the enclosure is disassembled completely. The system identifies this event as a malfunction, and the detector reacts with an audible signal. Users and the security company receive a malfunction notification.

Operating principle

ajax-system-fireprotect-2-jeweller-wireless-fire-detector-
FIG-2

FireProtect 2 (Heat/Smoke/CO) is a wireless fire detector designed for indoor installation. Available in two versions:

With sealed batteries. Such a detector has SB in its name. Built-in battery life is 10 years. After the batteries are discharged, the detector should be replaced with a new one.
With replaceable batteries. Such a detector has RB in its name. Pre-installed battery life is 7 years. When the batteries are discharged, they can be replaced with new ones.

The Battery Life Optimization feature must be enabled to ensure such battery lifetime.

How to replace batteries in FireProtect 2 RB (Heat/Smoke/CO)

The detector is equipped with a siren (piezoelectric buzzer) for audible notification of alarms and events with a volume of up to 85 dB (at a distance of 3 m from the detector). The detector is always actives and reacts to a fire 24/7, regardless of the system’s security mode. A smoke/temperature rise alarm can be easily distinguished from a high CO level alarm due to different audible and LED indications. indication of the detector’s alarms and events in the LED Indication section of this manual. FireProtect 2 is protected by two tampers. The first tamper controls the removal of the detector from the SmartBracket mounting panel: the detector reacts with LED indication and sends notifications to users in Ajax apps and the security company monitoring station. The second tamper signals the removal of the smoke chamber lid, which is located under the front panel of the detector. Ajax automation devices respond to FireProtect 2 alarms and perform user-defined actions using automation scenarios. For example, the WallSwitch relay can turn off the ventilation system and turn on emergency lighting when an alarm occurs.

Smoke sensor

FireProtect 2 detects smoke with a bispectral optical sensor. Inside the smoke chamber, the sensor has blue and infrared LEDs which emit light at different wavelengths. This technology allows the detector to determine the size of the volatile particles inside the chamber and respond only to smoke, ignoring vapour and steam. The smoke chamber in FireProtect 2 is protected from dust, dirt, and insects. Even if dust gets inside and settles, this does not threaten or impair fire detection. The optical system is designed to prevent non-volatile particles from getting within the field of both blue and infrared LEDs at the same time. So that situation does not cause a false alarm. The HazeFlow 2 software algorithm also protects against false alarms. When an alarm is detected, the algorithm additionally processes the data received from the detector and confirms the alarm.

Heat sensor

Two built-in class A1 thermistors detect a rapid rise and exceeding the temperature threshold in FireProtect 2. Such thermistors notifiy of alarms when a rapid temperature rise or static temperature is detected in the range of +54°C to +65°C. FireProtect 2 reports that the temperature threshold has been exceeded as soon as its value exceeds +64°C. The detector reports a rapid temperature rise if the indicator increases by 10°C within one minute. If the temperature indicator rises sharply by 20°C or more, the detector alerts immediately.

CO (carbon monoxide) sensor
FireProtect 2 has a chemical sensor which detects dangerous levels of carbon monoxide. The operation principle of the sensor is based on a chemical reaction. There is an electrolyte bath inside the sensor. When a specific level of carbon monoxide is reached, a chemical reaction is triggered. The detector reads this event and transforms it into an alarm. The detector raises an alarm if the CO level reaches:

50 ppm (0.005%) and above — in no more than 90 minutes.
100 ppm (0.01%) and above — in no more than 40 minutes.
300 ppm (0.03%) and above — in no more than 3 minutes.

A CO concentration of 400 ppm (0.04%) for three hours is life-threatening. The detector stops warning of a dangerous carbon monoxide level as soon as the concentration drops to 40 ppm (0.004%).

Test/Mute button

Тo activate the Test/Mute button, press lightly on the centre of the front panel with your hand. Use a suitable item (mop handle) if you can’t reach up the detector with your hand. Test/Mute is a mechanical button placed under the front panel of the detector.
The button performs several functions:

In normal mode, it starts the detector self-test.
In case of an alarm, it mutes the detector alarm or Interconnected Alarm of all fire detectors in the system for 10 minutes.
In case of a fault, low battery level, or end of life, it mutes the sound and LED indication for 12 hours. Use any remote silencing feature (e.g., via Ajax app) only in the line of sight of the CO sensor.
Use any remote silencing feature (e.g., via Ajax app) only in the line of sight of the COsensor.

Interconnected Fire Detectors Alarms*

All fire detectors of the FireProtect 2 product line support the Interconnected Alarm function. This function activates the built-in sirens of all fire detectors in the system as soon as at least one of the fire detectors detects an alarm. Sirens of FireProtect 2 detectors are activated within 20 seconds after an alarm is detected. FireProtect and FireProtect Plus are activated over a detector ping interval set in the Jewelleror Jeweller/Fibra settings, but no later than in 60 seconds. The FireProtect 2 detectors have different sound and LED indications of alarm types to make it easier for users to distinguish between them. In case of interconnected alarm, all FireProtect 2 detectors indicate exactly the alarm type detected by the initiating detector. Instead, FireProtect and FireProtect Plus detectors notify all types of alarms with the same sound. How to set Interconnected Fire Detectors Alarms How to mute Interconnected Fire Detectors Alarms *The Interconnected Fire Detectors Alarm function is not certified according to EN 14604 and EN 50291.

Sending events to the monitoring station

The Ajax system can transmit events and alarms to the PRO Desktop monitoring app as well as the Central Monitoring Station (CMS) via SurGard (Contact ID), SIA DC-09 (ADM-CID), ADEMCO 685, and other protocols. The list of supported protocols is available here. Which CMSs Ajax connects to Addressability of Ajax devices allows you to send not only events but also the type of the device, the name, virtual room, and security group assigned to it to the PRO Desktop and to the CMS. The list of transmitted parameters may differ depending on the type of the CMS and the selected communication protocol.

The ID and detector loop (zone) number are available in the detector States.

Adding to the system

Before adding a device

Install the Ajax app.
Create an account if you don’t have one.
Add a hub compatible with the detector to your app. Set the required settings and create at least one virtual room.
Make sure that the hub is on and has Internet access via Ethernet, Wi-Fi, and/or mobile network. You can do this in the Ajax app or by looking at the LED indicator of the hub: it should light up white or green.
Make sure that the hub does not start updates and that it is disarmed by checking the status in the Ajax app.

A PRO or a user with system setup rights can connect the device to the hub. To connect to the hub, the detector should be within the coverage area of the hub radio network. To operate via a radio signal range extender, first connect the detector to the hub and then to the range extender. You can do this in the range extender settings in Ajax apps.

How to connect FireProtect 2 to a hub

Open the Ajax app.
Select the hub if you have several of them or if you are using the Ajax PRO app.
Go to the Devices – tab. Press Add Device.
Enter the name of the device.
Scan the QR code or enter the ID manually. QR code is located on the rear part of the enclosure (under the mounting panel) and on the device packaging. The device ID can be found below the QR code.
Select the virtual room and security group (if the group mode is enabled).
Click Add; the countdown will begin.
- If the maximum number of devices is added to the hub, when you add the device, you will get a notification about exceeding the device limit. The number of devices that you can connect to the hub depends on the central unit model.

Turn on the detector by holding the power button for 3 seconds. The hub connection request is sent only if the detector is enabled. If the detector fails to connect to the hub, try again in 5 seconds.
The detector cannot connect to the hub if they operate on different radio frequencies. The radio frequency range of the device may vary by region. Please contact technical support for information on the operating frequency range of your devices.

Once connected, FireProtect 2 will appear in the hub device list in the Ajax app. Device status update depends on the ping interval set in the Jeweller or Jeweller/Fibra settings. The default value is 36 seconds. FireProtect 2 only works with one hub. When connected to a new hub, the detector stops transmitting data to the old hub. Once added to a new hub, FireProtect 2 is not removed from the list of devices of the old hub. This must be done manually in Ajax apps.

Autonomous operation mode

FireProtect 2 detectors can be used autonomously without connecting to an Ajax hub. In this case, the detector notifies of fire, smoke, or dangerous CO level with only a built-in siren and LED indication. Users don’t receive notifications on any
Ajax apps, including Ajax Translator, or PRO Desktop. The Interconnected Fire Detectors Alarms feature is also unavailable for this operation mode.

To use the detector autonomously, follow these steps:

Select the optimal location of the detector using the recommendations in the Selection of installation place section.
Mount the detector on the SmartBracket panel as described in the Installation section.
Press the power button to switch on the detector.
Start a self-test with the Test/Mute button. Press the centre of the front panel and hold it for 1.5 seconds.

During a self-test FireProtect 2 notifies about each step with a built-in siren and LED indication. Once a self-test is completed, the LED indication turns off, and the detector works autonomously. In case of an alarm, press the Test/Mute button or eliminate the cause of the alarm to mute the siren.

Indication

LEDs and the built-in siren of the detector can report alarms as well as certain states of the detector.

If an alarm by smoke/temperature occurs at the same time as a dangerous CO level alarm, the detector starts the indication of the ?rst alarm.

Detector testing

Functionality testing
The test allows you to check the status of the detector’s sensors. You can run it in two ways: by pressing the Test/Mute button of the detector and in Ajax apps.

If the detector is in an alarm state, the self-test is not available.

To run the test using the Test/Mute button, press the center of the front panel and hold it for 1.5 seconds.

To run the test in the Ajax app:

Open the Ajax app.
Select the hub if you have several of them or if you are using the Ajax PRO app.
Go to the Devices – menu.
Select FireProtect 2 (Heat/Smoke/CO).
Go to the settings by clicking on the gear icon .
Click on the Self-test field.

After starting the test, the red LED of the detector blinks 5 times in a row and then blinks 3 more times but slower. The detector’s siren sound in time with an LED indication. When the test is over, users receive a notification about the detector state in Ajax apps.
The detector also notifies about the test result with sound and LED indications. If the test is failed and a malfunction is detected, the detector starts to Indicate a malfunction 3 seconds after the test is begun: the yellow LED blinks twice, and the siren beeps in time with the LED indication.

The self-test does not start immediately, but no later than 30 seconds after pressing the Test/Mute button or running from the Ajax app.
If no sound and LED indications occurred during the self-test, the detector may not be used. Contact our Technical Support.

Testing at the place of installation

Ajax system provides several tests to select the correct installation place of devices. Jeweller Signal Strength Test is available for FireProtect 2. The test determines the strength and stability of the signal at the intended location of the device.

To run the test in the Ajax app:

Select the hub if you have several of them or if you are using the Ajax PRO app.
Go to the Devices – menu.
Select FireProtect 2 (Heat/Smoke/CO).
Go to the settings by clicking on the gear icon .
Select Jeweller Signal Strength Test.
Perform the test following the tips in the app.

The test does not start immediately, but the waiting time does not exceed the duration of one detector ping interval. The default value is 36 seconds. You can change the detector ping interval in the Jeweller (or Jeweller/Fibra) menu in the hub settings.

Icons
The icons show some of the device states. You can view them in Ajax apps in the Devices – tab.

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FIG-4 ajax-system-
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States

The states include information about the device and its operating parameters. You can see FireProtect 2 (Heat/Smoke/CO) states in Ajax apps. To access them:

Open the Ajax app.
Select a hub if you have several of them or if you are using the Ajax PRO app.
Go to the Devices tab.
Select the device from the list.

Ajax apps display three FireProtect 2 temperature parameters. The first one shows the air temperature in the room where the detector is installed. The other two (Temperature Threshold Exceeded and Rapid Temperature Rise) show whether fire-related temperature changes are detected. These values may differ from the temperature in the room.

Settings

To change FireProtect 2 (Heat/Smoke/CO) settings in an Ajax app:

Open the Ajax app.
Select the hub if you have several of them or if you are using the Ajax PRO app.
Go to the Devices – tab.
Select the device from the list.
Go to Settings by clicking on the gear icon .
Set the required settings.
Click Back to save the new settings.

Battery life optimization setting

The Battery Life Optimization feature is provided to save the detectors’ battery charge. It is available only for hubs on OS Malevich 2.14 or higher with FireProtect 2 detectors connected. This feature is enabled by default. When the Battery Life Optimization feature is enabled, the hub increases the ping interval for FireProtect 2 detectors. This feature doesn’t affect alarm notification delivery time.

To disable the Battery Life Optimization feature:

To disable the Battery Life Optimization feature:

Open the Ajax app.
Select the hub with FireProtect 2 detectors connected.
Go to: Hub → Settings → Service → Fire Detectors Settings.
Disable the Battery Life Optimization toggle.
Click Back to save the settings.

If the Battery Life Optimization feature is disabled:

FireProtect 2 SB (Heat/Smoke/CO) built-in battery life is 5 years (instead of 10)
FireProtect 2 RB (Heat/Smoke/CO) pre-installed battery life is 3.5 years (instead of 7)

Selection of installation place

The detector is designed for indoor installation only.

The coverage area of one FireProtect 2 (Heat/Smoke/CO) is 50 to 60 m², depending on the type of premises. The detector should be installed in every room. The detector is placed in the center of the ceiling at a distance of 30 cm from light fixtures, chandeliers, or any other decorative objects that may interfere with alarm detection. If there are beams on the ceiling protruding 30 cm or more, the detector must be installed between every two beams. If the beams protrude by less than 30 cm, installation on a beam in the central part of the ceiling is allowed. In halls or narrow corridors, detectors should be installed at a distance of no more than 7.5 m from each other. If the ceiling is sloping, the detector is installed at a distance of 60 cm from the top point of the ceiling. To select an installation place, draw a straight line down from the top of the ceiling. Then, draw a perpendicular from this line to the sloping part of the ceiling. The detector is installed at this point . ajax-system-fireprotect-2-jeweller-wireless-fire-detector-
FIG-6

We do not recommend mounting the detector on a wall. This installation is acceptable if closely spaced beams or other obstacles interfere with the installation of the detector. Wall mounting is possible only if the detector is placed at a distance of 15–30 cm below the ceiling but above the doorways.

When installing on the wall, ensure the LEDs are visible to the user. It means FireProtect 2 must be installed upside down.

When choosing the location of the detector, consider the parameters that affect its operation:

Jeweller signal strength.
Distance between the detector and the hub.
Presence of barriers for radio signal passage between devices: walls, interfioor ceilings, large objects located in the room.

Consider the placement recommendations when designing your Ajax system for the object. The security system must be designed and installed by specialists. The list of recommended Ajax partners is available here.

Signal strength
The Jeweller signal strength is determined by the ratio of the number of undelivered/corrupted data packets that are exchanged between the hub and the detector to expected ones within a certain period of time. Signal strength is indicated by the icon on the Devices – tab:

Three bars — excellent signal strength.
Two bars — good signal strength.
One bar — low signal strength; stable operation is not guaranteed. Crossed out icon — no signal; stable operation is not guaranteed.

Check the Jeweller signal strength at the installation site. If the signal strength is as low as one or zero bars, we cannot guarantee stable operation of the device. In this case, move the device. Repositioning even by 20 cm can signi?cantly improve the signal reception. If, after relocation, the detector still has a low or unstable signal strength, use a radio signal range extender.

Do not install the detector

Outdoors. This can lead to the detector failure.
In places with low or unstable Jeweller signal strength. This can result the connection loss.
Inside premises with temperature and humidity outside the permissible limits. This could damage the detector.
In places with fast air circulation. For example, near fans, vents, open windows, or doors. This may interfere with Smoke/Heat and CO detection.
Opposite any objects with rapidly changing temperature. For example, electric and gas heaters. This can lead to false alarms.
In the corners of the room. This may interfere with fire detection.
In bathrooms, showers, or other areas where the temperature changes rapidly. This can lead to false alarms.
In rooms where the generation of gases/vapors/smoke is part of the operating process. For example, in a garage, where the possibility of a detector’s alarm due to vehicle exhaust gases exists. For such premises we recommend using a detector without a smoke sensor: FireProtect 2 (Heat/CO).
In very dusty places or areas with a lot of insects. Insects, dust, and other contaminants can settle on the smoke chamber lid and prevent fire detection.
Near lighting fixtures, decorations, and other interior items that may interfere with the circulation of air in the room. This may interfere with fire detection.
On surfaces that are usually warmer or colder than the rest of the room. For example, roof traps. Temperature fluctuations can interfere with fire detection.
In high or inconvenient places. Access to the Test/Mute button is required to mute the alarm and test the detector if it’s used without connection to a hub.

Installation

Make sure that you have selected the optimal installation place and it complies with the requirements of this manual. Don’t remove the smoke chamber lid during installation. The smoke chamber lid can be removed when the enclosure is disassembled completely. The system identifies this event as a malfunction and the detector reacts with an audible signal. Users and the security company receive a malfunction notification.
Only a competent specialist should install this device.

To install the detector:

Remove the SmartBracket mounting panel from the detector. To remove the panel, turn it counterclockwise.
Fix the SmartBracket panel to a surface using double-sided adhesive tape or other temporary fasteners. The mounting panel has an UP sign, which indicates the correct position.
- Use double-sided adhesive tape for temporary fixation only. The device fixed by the adhesive tape can peel off the surface at any time, which can lead to damage if the device is dropped.
Run the Jeweller signal strength test. The recommended value is two or three bars.
If the signal strength is a single bar or lower, we cannot guarantee the stable operation of the detector. Consider to relocate the device as repositioning even by 20 cm can significantly improve the signal strength. If there is still low or unstable signal after the relocation, use a radio signal range extender.
Remove the detector from the mounting panel.
Attach the SmartBracket panel with the bundled screws using all fixation points. When using other fasteners, make sure they do not damage or deform the mounting panel.
Place the detector on the SmartBracket mounting panel.
Adjust the position of the detector if necessary.

It is necessary to perform a self-test after the installation is finished

Actions to take in case of Fire alarm (Smoke/Heat)

NEVER IGNORE THE ALARM! Assume that it is a real fire alarm, and you have to evacuate from the premises immediately, even if you doubt about the cause of the alarm signal.

Don’t open the doors if you feel heat or smoke behind them. Check other entries and use an alternative way to escape. Close all doors behind you as you leave.
- If heavy smoke enters a room, stay close to the floor and crawl out. If possible, breathe through a wet cloth or hold your breath. Please note that more people die because of smoke inhalation than fire.
Evacuate as quickly as you can, don’t panic. Save time, and don’t pack your things. Arrange a meeting place outside for everybody in the building. Check if everyone got out safely.
Call the fire department immediately by yourself or ask someone nearby. Remember, even the smallest fire can spread quickly, so do not hesitate to call the fire department. Call the fire department even if the alarm is automatically transmitted to a monitoring station.

NEVER come back to the house on fire.

Actions to take in case of CO alarm

1. Immediately open all the doors and windows to ventilate the premises if it is safe.
- NEVER IGNORE THE ALARM! When you open the doors and windows for ventilation, the CO level can drop to acceptable, and the alarm may have stopped by the time help arrives. The solution to the problem may be temporary. You have to determine the CO source and make a repair.
Stop using and turn off all fuel devices where it is possible.
Evacuate from the premises leaving the doors and windows open.
WARNING: If you hear the CO alarm, it has detected dangerous levels of carbon monoxide. Always evacuate from the premises, even if you are unsure about the cause of a CO alarm.
If you have a headache and nausea, get medical help immediately. These could be the result of carbon monoxide poisoning, so tell your doctor about it.
Call your gas or other fuel supplier’s hotline. Keep the number in a noticeable place.
Avoid re-entering the premises until the alarm stops.
- If the alarm was silenced by the Test/Mute button (for CO level under 300 ppm), check the CO level at the Ajax app. If it is safe to enter the premises, press the Test/Mute button again to check the CO level.
- Any remote silencing feature (e.g., via Ajax app) shall only be used in the line of sight ofthe CO siren.
Do not use the fuel or gas appliances again until registered installers or expertshave checked them.

Carbon monoxide impact

Carbon monoxide poisoning occurs regularly: many people are killed each year, and many more suffer ill health. CO is an invisible, odorless, tasteless, and extremely toxic gas. CO is produced by burning such fuels as petrol, diesel, coal, oil, natural/bottled gas, parafin, wood, charcoal, etc. The heart and brain are rapidly damaged by oxygen starvation because red blood cells in the lungs absorb CO faster than oxygen. The most common reasons for high levels of CO in premises:

Engines of cars, generators, etc., are left running in confined spaces (for example, a garage).
Incorrectly or poorly installed fuel-burning appliances.
Blocked or damaged vents or chimneys/fiues.
The tightness of rooms where appliances for burning fuel or fireplaces are installed.
Bad ventilation in rooms with portable gas/parafin heaters.

IMPORTANT: A CO alarm should not be used as a substitute for proper installation, use, and maintenance of fuel-burning appliances, including appropriate ventilation and exhaust systems.

The CO exposure period is also important. A low level for a long period (e.g., 150 ppm for 90 minutes) can cause the same symptoms as a high level of CO for a short period (e.g., 300 ppm CO for 30 minutes). The table below shows how different concentrations of CO affect people.

FireProtect 2 may not prevent the chronic effects of carbon monoxide exposure and will not fully protect people from the high-risk group.
CO concentration in the air, ppm|

Approximate inhalation time and consequences

---|---

35

| The maximum allowable concentration for continuous exposure in any 8-hour period (according to Occupational Safety and Health Association; OSHA).
150| Slight headache after 1.5 hours.
200| Slight headache, fatigue, dizziness, and nausea after 2–3 hours.
400| Frontal headaches within 1–2 hours, life-threatening after 3 hours.

800

| Dizziness, nausea, and convulsions within 45 minutes. Unconsciousness within 2 hours. Death within 2–3 hours.
1,600| Headache, dizziness, and nausea within 20 minutes. Death within 1 hour.

3,200

| Headache, dizziness, and nausea within 5–10 minutes. Death within 25-30 minutes.

6,400

| Headache, dizziness, and nausea within 1–2 minutes. Death within 10–15 minutes.
12,800| Death within 1–3 minutes.

Even if people realize they are not well, they become so disoriented by the carbon monoxide that they cannot call for help or get out of the room to save their lives. Numerous cases of carbon monoxide poisoning show that children and household pets are affected first.

Malfunctions

If FireProtect 2 malfunction is detected (for example, there is no connection with the hub), the malfunction counter is displayed in the device field in the Ajax apps. All malfunctions are displayed in the detector States. Fields with malfunctions are highlighted in red. The device can report malfunctions to the CMS, as well as to users through push notifications and SMS.

FireProtect 2 (Heat/Smoke/CO) malfunctions

No connection with the hub or radio signal range extender.
The detector’s enclosure is open.
Low battery charge level.
The device service life has expired.
Hardware malfunction (failure of one or more sensors of the detector).

Maintenance

The detector has a self-test system and does not require the user or installer intervention. The smoke chamber is protected from dust and insects, so there is no need to clean it. We recommend to periodically run a self-test to familiarize people with the alarm sound and LED indication.

FireProtect 2 devices connected to the Ajax hubs generally do not require routine testing. All connected devices are constantly monitored for possible Faults, Low battery, and EOL signals. However, we encourage all users to test FireProtect 2 devices periodically (monthly)
to allow residents of the building to become familiar with the fire alarm signals of the system.
Please be aware that your local regulation might require more frequent testing (e.g., weekly).

Clean the detector enclosure of dust, cobwebs, and other contaminants as they emerge. Use a soft dry cloth suitable for equipment care. Do not use substances that contain alcohol, acetone, gasoline, and other active solvents to clean the device. The service life of the detector is 10 years. After this period, the sensitivity of the sensors decreases. We recommend replacing the detector with a new one to ensure uninterrupted fire protection at the premises. The version of the detector with replaceable batteries (has RB in the name) operates from pre-installed batteries for up to 7 years. When the batteries are discharged, replace them with new ones.

How to replace batteries in FireProtect 2 RB (Heat/Smoke/CO)

A detector with sealed batteries (has SB in the name) should be replaced with a new one after the batteries are discharged.

Buy FireProtect 2 (Heat/Smoke/CO)

Ensure the batteries are installed with the correct polarity. The polarity is marked inside the enclosure. Please run a self-test with Ajax apps or by pressing the Test/Mute button after the batteries are replaced to check the correct operation of the detector.

Cautions

Avoid the situations listed in the tables below. They may affect the reliability of the CO sensor in the short or long term.

Situations that must be avoided

Situation	Possible consequences
Contamination by alkaline metals	Significant changes to the sensor

characteristics when the sensor is contaminated by alkaline metals, especially salt water spray.
Exposure to high concentrations of common (non-acidic) gases| Exposure to high concentrations of common gases such as ammonia may cause irreversible changes. Avoid long-term exposure to or use of packing materials that may generate common gases.

Impact of volatile organic compounds (VOCs)

| Prolonged off-gassing from such VOCs may cause irreversible changes to:

styrene (commonly used in blister packs and packing trays);

α-pinene (found in some kinds of printing inks).

Avoid packing the FireProtect 2 in a tightly closed container where VOC gases may be present.

Excessive exposure to alcohol or acetone vapors the sensor may cause its temporary disability.

Contact with water

| Soaking or splashing the sensor with water may change its characteristics.

Situations to avoid whenever possible

Situation	Possible consequences

Exposure to silicone vapors

| Sensor failure because of the exposure to silicone adhesives, hair grooming materials, or silicone rubber/putty.

Dew condensation

| The clog of gas diffusion route or deterioration of the sensing membrane. Avoid severe dew condensation that occurs for an extended period inside or on the sensor surface.
Exposure to hydrogen sulfide or sulfuric acid gas|

Sensor components corrosion, resulting in sensor damage.

Presence of dust and oil mist| Clogging of the sensor’s internal structure caused by extremely high dust or oil mist concentrations.

Additional cautions for installation

The sensor requires oxygen to function properly and have the characteristics described in this manual. The sensor will not operate properly in a zero-oxygen environment.

Technical specications

All technical specifi cations of FireProtect 2 RB (Heat/Smoke/CO)
All technical specifi cations of FireProtect 2 SB (Heat/Smoke/CO)
Compliance with standards

Complete set

For FireProtect 2 RB (Heat/Smoke/CO)

FireProtect 2 RB (Heat/Smoke/CO) Jeweller
SmartBracket mounting panel
Installation kit
2 × CR123A battery (pre-installed)
Quick start guide

For FireProtect 2 SB (Heat/Smoke/CO)

FireProtect 2 SB (Heat/Smoke/CO) Jeweller
SmartBracket mounting panel
Installation kit
Quick start guide

Warranty

Warranty for the Limited Liability Company “Ajax Systems Manufacturing” products is valid for 2 years after the purchase. If the device does not function correctly, please contact the Ajax Technical Support first. In most cases, technical issues can be resolved remotely.