Fibaro Smoke Sensor FGSD-002-EN-A-v1.00

Introduction

The Fibaro Smoke Sensor is a universal, optical Z-Wave smoke sensor. It signals fire alarms through sound, a visual indicator, and by sending Z-Wave control commands. The optical sensor detects smoke at an early stage of fire, often before flames appear and temperature rises significantly. It also features a built-in temperature sensor that can signal when a set temperature level is exceeded. The device is designed for wall or ceiling mounting. The visual indicator signals fire, operating mode, and network presence. The sensor is intended for use in confined spaces under normal conditions, free from excessive smoke, dust, or condensed water vapor.

Specifications

Technical Information

• Compatible with any Z-Wave Controller.
• Extremely easy installation.
• Battery powered.
• Built-in enclosure opening detector.
• Alarm signaled by sound, visual indicator, and Z-Wave control command.
• Programmable excess temperature warning.
• 3 levels of sensor sensitivity.
• Efficiency test performed automatically every 10 seconds.
• Built-in "black box" for recording smoke and temperature data.

Important Notes and Cautions

⚠️ CAUTION: Read this manual before attempting installation. Failure to observe recommendations may be dangerous or illegal. Fibar Group Sp. z o.o. is not responsible for loss or damage resulting from not following instructions.

⚠️ CAUTION: Observe local code height requirements for installation. Use tools and equipment in perfect working order. Be aware of ladders, lifts, and other obstacles.

⚠️ CAUTION: Regular maintenance inspections are recommended, at least once a week, including functional checks (self-test).

⚠️ CAUTION: Careless handling or use in non-specified environments may lead to device malfunction. Take all safety precautions.

⚠️ CAUTION: Fire alarms may not be effective in all situations due to device conditions or ambient factors. Test sensors regularly according to the manual and local codes. Inspect ventilation systems and chimneys.

⚠️ CAUTION: Fire alarms may not awaken all sleeping individuals. It is the responsibility of others to assist those who may not be awakened or are incapable of leaving safely.

⚠️ CAUTION: Some fire situations may not be effectively detected, such as fires where victims are intimately involved (e.g., clothes catching fire), fires where smoke is blocked by doors, or rapidly growing incendiary fires.

ℹ️ NOTE: Current studies indicate that fire alarms may not awaken all sleeping individuals. It is the responsibility of others to assist those who may not be awakened or are incapable of safely leaving the area unassisted.

Glossary of Terms

• Adding: Z-Wave device learning mode to add the device to a Z-Wave network.
• Removing: Z-Wave device learning mode to remove the device from a Z-Wave network.
• Association (linking devices): Direct control of other devices within the Z-Wave system network.
• Multi-channel association: Controlling other multi-channel devices within the Z-Wave network.
• Control command: A type of Z-Wave network command enforcing a change in device state.
• Report command: A type of Z-Wave network command holding additional information, e.g., alarm state or measured temperature.
• Alarm command: A type of Z-Wave network command holding a warning of danger, e.g., fire alarm.
• Multi-channel device: A device having multiple endpoints or various device functions.

Installation Notes

1. Choose a location where the alarm sound can be easily heard in other rooms.
2. It is recommended to install the sensor in already decorated or painted rooms.
3. Install the sensor at least 1.5m from air conditioners.
4. Do not install in direct sunlight or near light sources (keep at least 0.5m distance).
5. Avoid installing in places prone to draughts.
6. Do not install in areas with high water vapor condensation (e.g., above stoves, ovens, kettles).
7. Ensure the device is not installed in locations where the temperature exceeds operational values (0 - 55°C).

Battery Tips

The Fibaro Smoke Sensor's battery life is at least two years. The current battery level is displayed in the Z-Wave controller's interface. A red battery icon indicates replacement is needed. The device also monitors battery level and signals a low battery with a yellow blinking visual indicator and an intermittent sound alarm. It reports low battery for at least 30 days until complete discharge.

Battery Replacement Procedure

1. Detach the sensor from its cover by turning counter-clockwise.
2. Remove the flat battery. Press and hold the B-button for 3 seconds.
3. Insert a new CR123A battery, observing polarity. The visual indicator will signal Z-Wave network inclusion status (green for included, red for not included).
4. Test the Fibaro Smoke Sensor operation by performing a self-test (see Section VI).
5. Screw the Fibaro Smoke Sensor back into its cover.

⚠️ CAUTION: Fibaro Smoke Sensor is equipped with a safety mechanism that prevents closing the enclosure without the battery installed.

⚠️ CAUTION: It is strongly recommended to perform a self-test after each battery replacement to ensure correct operation.

I. Adding to Z-Wave Network

Inclusion Process:

1. Install the battery. The visual indicator will signal Z-Wave network inclusion status (green for included, red for not included).
2. Ensure the device is within direct range of the Z-Wave controller.
3. Set the main controller into learning mode (refer to the main controller's manual).
4. Quickly triple-click the B-button on the Fibaro Smoke Sensor enclosure.
5. The Fibaro Smoke Sensor will be detected and included in the Z-Wave network.

II. Removing from Z-Wave Network

1. Ensure the sensor is connected to battery power.
2. Set the main controller into learning mode (refer to the main controller's manual).
3. Quickly triple-click the B-button on the Fibaro Smoke Sensor enclosure.

III. Sensor Installation

ℹ️ NOTE: It is recommended to install the sensor on the ceiling or upper portion of a wall, at least 40cm (2 feet) from corners and objects that could impede smoke access. Install in all rooms prone to fire and in between such rooms.

Installation Steps:

1. Include the device into the Z-Wave network (see Section I). This must be done within direct range of the main controller.
2. Install the sensor's cover in the desired location.
3. Screw the Fibaro Smoke Sensor into the cover.
4. If the sensor was already included in the Z-Wave network, wake it up by triple-clicking the B-button.
5. Test the Fibaro Smoke Sensor operation by performing a self-test (press and hold the B-button, see Section VI).
6. Test the Z-Wave network range (see Section XIV) to ensure the device is within range.

IV. Fire Detection

The Fibaro Smoke Sensor detects the physical presence of smoke. It checks for smoke every 10 seconds. Once the smoke level exceeds the value set in parameter 1, the sensor triggers an alarm.

A fire alarm is signaled by sending an alarm command to Z-Wave controller and associated devices, accompanied by an intermittent sound and a red visual indicator blinking. After the fire alarm ceases, the sensor verifies smoke disappearance before returning to normal operation, performing self-tests every 10 seconds.

ℹ️ NOTE: As described in Section IV, the sensor checks for smoke every 10 seconds. It also checks for malfunctions and tests Z-Wave communication at each wake-up interval (default 6 hours) and when sending reports, provided the range test is enabled.

⚠️ CAUTION: For greater safety, it is recommended to replace the device with a new one after a fire occurrence.

⚠️ CAUTION: If a fire alarm is triggered but the smoke level did not exceed three times the sensitivity set in parameter 1, the sound alarm can be muted by holding the B-button (temporarily reducing sensitivity). The visual indicator will continue to blink red. If the smoke level exceeds this threshold, the mute will automatically turn off, and the device will resume audible and visual alarming.

V. Programmable Excess Temperature Warning

In addition to smoke detection, the Fibaro Smoke Sensor can warn of exceeding a programmed temperature threshold. This function is disabled by default (parameter 2 settings). The excess temperature warning threshold is set by the user in parameter 30 (default 55°C). Excess temperature can be signaled by a visual indicator glow (parameter 3) and a short beep (parameter 4). Parameter 20 should not be set to 0, as this disables temperature measurements.

VI. Malfunction Detection

The Fibaro Smoke Sensor automatically detects malfunctions. An efficiency test is performed every 10 seconds. If a malfunction is detected (e.g., damaged smoke chamber), an intermittent sound signal will start, and an alarm will be sent to the Z-Wave network controller and associated devices.

If a trouble alarm is detected, it is recommended to:

• Check the power source (replace the battery).
• Check if the sensor is exposed to direct light.

If trouble alarms persist, replace the Fibaro Smoke Sensor or contact the manufacturer if the warranty is valid.

Manual Self-Test:

1. Ensure the device is powered by battery.
2. Press and hold the B-button until the visual indicator glows white and a short alarm sounds. After 3 seconds, the smoke chamber operation will be checked.

A triggered fire alarm and beep indicate a positive result (within 10 seconds). A trouble signal or no alarm indicates a malfunctioning sensor.

⚠️ CAUTION: When the self-test is triggered manually, the Fibaro Smoke Sensor sends control commands to the Z-Wave network controller and devices in the 1st Association group. The procedure lasts as long as the B-button is held (completes within 10 seconds after release).

⚠️ CAUTION: Any service or repair must be carried out by the manufacturer. The expiry date is indicated on the device's back.

VII. Detecting Lack of Z-Wave Range

When included in the Z-Wave network, the Fibaro Smoke Sensor tests communication. By default, this occurs with each temperature report (depending on parameters 20 and 21) and via polling. A lack of Z-Wave communication may be signaled by an intermittent alarm sound and a violet visual indicator blinking. These signals are disabled by default but can be enabled via parameters 3 and 4.

If a lack of Z-Wave communication alarm is reported, wake up the device by triple-clicking the B-button. If the alarm persists, verify the Z-Wave network and main controller operation. The alarm will cancel once communication is re-established, either manually or automatically.

VIII. Sensor's Sensitivity Level Configuration

The optical smoke detector has 3 sensitivity levels compliant with EN 14604:2005. The default setting is medium sensitivity. Sensitivity is configured via parameter 1 using the main Z-Wave controller.

IX. Resetting the Fibaro Smoke Sensor

A reset erases all device memory, including Z-Wave network and main controller information.

Reset Procedure:

1. Ensure the device has the battery installed.
2. Press and hold the B-button for 3 seconds. The visual indicator will glow white.
3. A short signal will sound. Release the B-button.
4. Wait until the visual indicator glows yellow, indicating entry into the 4th menu level.
5. Briefly press the B-button to confirm the menu level choice.

A successful reset is confirmed by the visual indicator changing to red and fading, accompanied by a short beep (similar to power connection).

⚠️ CAUTION: The reset procedure should remove the Fibaro Smoke Sensor from the main Z-Wave controller's memory (depending on controller version). Removing the device from the Z-Wave network will automatically reset the sensor.

X. Operating Through the Z-Wave Network

The Fibaro Smoke Sensor is a multi-channel device with a smoke detector and a temperature sensor. In the Home Center menu, it appears as two devices, depending on the controller software version.

The Fibaro Smoke Sensor ignores incoming BASIC SET commands and returns its alarm status via BASIC GET commands (0 for no alarm, 255 for alarm active).

XI. Associations

Through association, the Fibaro Smoke Sensor can control other Z-Wave network devices, such as dimmers, switches, shutters, plugs, or scenes. Association enables direct communication between Z-Wave devices, bypassing the main controller, which is useful even if the controller is damaged.

The Fibaro Smoke Sensor supports five association groups:

• 1st group - Lifeline: Reports device state. Only the Z-Wave network controller can be set here. Modification is not recommended.
• 2nd group - Fire Alarm: Sends a BASIC SET control command upon smoke detection. Can control up to five on/off devices.
• 3rd group - Tamper: Sends a NOTIFICATION REPORT (TYPE = BURGLAR, EVENT = PRODUCT COVERING REMOVED) upon enclosure opening detection. Can include up to five devices supporting enclosure opening commands.
• 4th group - Fire Alarm: Sends an ALARM SENSOR REPORT (TYPE = SMOKE ALARM) upon smoke detection. Can include up to five devices supporting fire alarm commands.
• 5th group - Tamper: Sends an ALARM SENSOR REPORT notification (TYPE = GENERAL) upon enclosure opening detection. Can include up to five devices supporting SENSOR ALARM REPORT commands.

Each association group (2-5) can control up to 5 regular or multi-channel devices, while group 1 controls one device.

To add an association using the Home Center interface, go to device settings, select the "Advanced" tab, and specify the group and devices to associate. Sending information to associated devices may take several hours.

XII. Menu Mode and Visual Indications

The Fibaro Smoke Sensor uses a visual indicator for operating modes, alarms, Z-Wave network range, and temperature thresholds.

Visual Indicator Modes:

• Alarms: Indicated as described in Section XIII.
• Device Added: Single green blink upon battery insertion.
• Device Removed: Single red blink upon battery insertion.
• Software Update: Blinking cyan during the update process.
• Successful Software Update: Solid green glow.
• Unsuccessful Software Update: Solid red glow.
• Menu Levels: Indicated by specific color glows.

Entering MENU: Press and hold the B-button for 3 seconds. When the indicator glows white, release the button. The indicator will cycle through colors, each representing a MENU level. Transitions are signaled by a short beep. Press the B-button briefly to confirm a choice.

Visual Indicator Color Sequence for MENU Levels:

• WHITE: Entering MENU + Software update procedure.
• GREEN: Sending device state to associated devices.
• VIOLET: Z-Wave range test.
• YELLOW: Sensor reset.

XIII. Alarms and Notifications

The Fibaro Smoke Sensor indicates particular states as follows:

• Fire alarm: Three short beeps and visual indicator blinking red every 1.5 seconds (high priority).
• Low battery alarm: Short beep and visual indicator blinking yellow once per 50 seconds (normal priority).
• Trouble alarm: Short beep once per 50 seconds (normal priority).
• Exceeding temperature threshold: Short beep and visual indicator blinking blue once per specified time interval (parameter 31 - default 10 seconds) (low priority).
• Lack of Z-Wave range: Short beep and visual indicator blinking violet once per specified time interval (parameter 32 - default 30 minutes) (low priority).
• Opened enclosure detection: Short beep and visual indicator blinking white.

If multiple alarms are triggered, the highest priority alarm is signaled. Fire alarms sent to the main Z-Wave controller and associated devices are automatically canceled by the sensor. Enclosure opening notification cannot be canceled via MENU.

XIV. Z-Wave Range Test

The sensor includes a Z-Wave network range tester. To test the main controller's range:

1. Ensure the sensor is powered.
2. Press and hold the B-button for 3 seconds. The visual indicator will glow white.
3. A short signal will sound. Release the B-button.
4. Wait for the visual indicator to glow violet, then briefly press the B-button to start the test.
5. The visual indicator will signal the Z-Wave network range (see modes below).
6. To exit the test, briefly press the B-button.

Z-Wave Range Tester Signaling Modes:

• Pulsing green: Sensor attempts direct communication with the main controller. If it fails, it tries routed communication (pulsing yellow).
• Solid green: Sensor communicates directly with the main controller.
• Pulsing yellow: Sensor tries to establish routed communication through other modules.
• Solid yellow: Sensor communicates through other modules. After 2 seconds, it retries direct communication (blinking green).
• Pulsing violet: Sensor communicates at the range limit. A successful connection is confirmed with a yellow glow. Using the sensor at the range limit is not recommended.
• Solid red: Sensor cannot connect to the main controller directly or via other nodes.

⚠️ CAUTION: During the Z-Wave network range test, the Fibaro Smoke Sensor is not detecting fire. It resumes normal operation once the test is finished. The range test can only be enabled by the user.

XV. Black Box

The Fibaro Smoke Sensor has a built-in memory for recording smoke and temperature information. When a fire alarm is triggered, the sensor records the measured smoke level, time, and temperature at that moment. This data is sent to the Z-Wave network main controller every 60 seconds. Fibaro Home Center allows monitoring these "Black Box" recordings. The sensor stops sending records once the smoke disappears, but earlier reports are accessible via the main controller.

ℹ️ NOTE: Black Box recordings are stored for approximately 24 hours, depending on working conditions. Users can force sending these recordings to the main controller, depending on its model and software version.

XVI. Software Update

The Fibaro Smoke Sensor supports remote software updates.

Update Procedure:

1. Detach the sensor from its cover by turning counter-clockwise.
2. Ensure the device is within direct range of the Z-Wave network controller.
3. Set the main controller into update mode (refer to the controller's manual).
4. Press and hold the B-button for 3 seconds. The visual indicator will glow white. A short signal will sound.
5. Release the B-button.
6. Briefly press the B-button to confirm menu level choice (white visual indicator). The update process will be signaled by a blinking cyan visual indicator and may take up to 10 minutes. Do not remove the battery during the update.
7. Successful update is confirmed by a solid green visual indicator. An incorrect update is indicated by a solid red visual indicator.
8. After the software update, perform a manual self-test (see Section VI) to ensure proper operation.

⚠️ CAUTION: If the update fails or exceeds 10 minutes, remove the battery, press and hold the B-button for 3 seconds, reinsert the battery, and repeat the procedure. Contact technical support if issues persist.

⚠️ CAUTION: Controllers from different manufacturers may have different methods for activating software updates.

⚠️ CAUTION: If the self-test fails after a software update, try again. After two consecutive failed self-tests, the sensor is considered faulty.

⚠️ CAUTION: During software update, the Fibaro Smoke Sensor does not detect fire. It resumes normal operation upon completion.

ℹ️ NOTE: Update will not be performed if the battery level is low.

ℹ️ NOTE: If parameter 2 (enclosure opening notification) is active, consider deactivating it during the upgrade procedure.

XVII. Advanced Configuration

This section details advanced parameters for configuring the Fibaro Smoke Sensor. Default values are provided. Parameters can only be changed when the device is added to the main Z-Wave network controller.

Parameter 1: Fibaro Smoke Sensor sensitivity

• Description: Sets the sensitivity to smoke presence. Level 1 is highest sensitivity; increasing the parameter value lowers sensitivity.
• Available settings: 1 - 3
• Values: 1 - HIGH Sensitivity, 2 - MEDIUM Sensitivity, 3 - LOW Sensitivity
• Default setting: 2
• Parameter size: 1 byte

Parameter 2: Z-Wave notifications status

• Description: Activates excess temperature and/or enclosure opening notifications sent to the main controller.
• Available settings: 0 - 3
• Values: 0 - all notifications disabled, 1 - enclosure opening notification enabled, 2 - exceeding temperature threshold notification enabled. Parameter values can be combined (e.g., 1+2=3 enables both).
• Default setting: 0 (notifications disabled)
• Parameter size: 1 byte

Parameter 3: Visual indicator notifications status

• Description: Activates visual indications, excluding major alarms (FIRE, TROUBLE, LOW BATTERY ALARM).
• Available settings: 0 - 7
• Values: 0 - all notifications disabled, 1 - enclosure opening notification enabled, 2 - exceeding temperature threshold notification enabled, 4 - lack of Z-Wave range notification. Parameter values can be combined (e.g., 1+2+4=7 enables all).
• Default setting: 0 (notifications disabled)
• Parameter size: 1 byte

Parameter 4: Sound notifications status

• Description: Activates sound signals, excluding major alarms (FIRE, TROUBLE, LOW BATTERY ALARM).
• Available settings: 0 - 7
• Values: 0 - all notifications disabled, 1 - enclosure opening notification enabled, 2 - exceeding temperature threshold notification enabled, 4 - lack of Z-Wave range notification. Parameter values can be combined (e.g., 1+2+4=7 enables all).
• Default setting: 0 (notifications disabled)
• Parameter size: 1 byte

Parameter 10: Configuration of control frames in BASIC command class

• Description: Defines which frames will be sent in the 2nd Association Group (FIRE ALARM).
• Available settings: 0 - 2
• Values: 0 - BASIC ON & BASIC OFF enabled, 1 - BASIC ON enabled, 2 - BASIC OFF enabled.
• Default setting: 0 (both frames enabled)
• Parameter size: 1 byte

Parameter 11: BASIC ON frame value

• Description: Value sent in the BASIC ON frame upon smoke presence detection and FIRE ALARM triggering.
• Available settings: 0-99, 255
• Values: 0 - turn off the device, 1-99 - set the device to 1-99%, 255 - set the last status.
• Default setting: 255
• Parameter size: 1 byte

Parameter 12: BASIC OFF frame value

• Description: Value sent in the BASIC OFF frame upon FIRE ALARM cancellation.
• Available settings: 0-99, 255
• Values: 0 - turn off the device, 1-99 - set the device to 1-99%, 255 - set the last status.
• Default setting: 0 (turn off the device)
• Parameter size: 1 byte

Parameter 13: Alarm broadcast

• Description: Enables broadcast mode for alarms to all devices within sensor range.
• Available settings: 0 - 3
• Values: 0 - broadcast inactive; 1 - FIRE ALARM broadcast active, enclosure opening notification broadcast inactive; 2 - FIRE ALARM broadcast inactive, enclosure opening notification broadcast active; 3 - FIRE ALARM broadcast active, enclosure opening notification broadcast active.
• Default setting: 0 (broadcast inactive)
• Parameter size: 1 byte

Parameter 20: Temperature report interval

• Description: Time interval between consecutive temperature reports. Reports are sent when the temperature changes significantly (based on hysteresis, parameter 21) or via polling.
• Available settings: 0, 1-8640 (multiply by 10 seconds) [10s-24h]
• Default setting: 1 (10 seconds)
• Parameter size: 2 bytes

Parameter 21: Temperature report hysteresis

• Description: The temperature difference required to trigger a report, in 0.1°C steps.
• Available settings: 1 - 100 (0.1°C - 10°C)
• Default setting: 10 (1°C)
• Parameter size: 1 byte

Parameter 30: Temperature threshold

• Description: Temperature value above which an excess temperature notification is sent.
• Available settings: 1 - 100 (1°C - 100°C)
• Default setting: 55 (55°C)
• Parameter size: 1 byte

Parameter 31: Excess temperature signaling interval

• Description: Time interval for signaling (visual/sound) excess temperature.
• Available settings: 1-8640 (multiply by 10 seconds) [10s-24h]
• Default setting: 1 (10 seconds)
• Parameter size: 2 bytes

Parameter 32: Lack of Z-Wave range indication interval

• Description: Time interval for signaling (visual/sound) lack of Z-Wave range.
• Available settings: 1-8640 (multiply by 10 seconds) [10s-24h]
• Default setting: 180 (30 minutes)
• Parameter size: 2 bytes

⚠️ CAUTION: Parameters 30, 31, and 32 are associated with parameters 2, 3, and 4. Their modification may have no effect if the corresponding functionality is not activated.

⚠️ CAUTION: Default values of advanced parameters can only be changed if the device is added to the main Z-Wave network controller.

Wake Up Interval:

• Description: Time interval in seconds for the sensor to communicate with the main controller, update parameters, and software.
• Available settings: 0, 21600 - 65535 (21600s = 6h)
• Default setting: 21600 (6 hours)
• Parameter size: 3 bytes

After each failed communication attempt, the sensor retries after 60 seconds. After 3 failed attempts, a lack of Z-Wave range alarm is triggered. Longer intervals mean less frequent communication and longer battery life. The alarm cancels after the first successful connection. Changing the wake-up interval does not affect alarms or trouble signals.

⚠️ CAUTION: Setting to 0 disables sending Wake Up Notification frames. Wake up can still be performed manually by a single B-button click or by sending a Node Info frame (triple click).

XVIII. Battery Use Warning

The Fibaro Smoke Sensor is battery-powered. Using non-specified batteries may result in explosion. Dispose of batteries properly, observing environmental protection rules.

XIX. Guarantee

1. Provider: FIBAR GROUP Sp. z o.o., Poznan, Poland.

2. Duration: 12 months from the date of purchase for equipment malfunction due to physical defects (manufacturing or material).

3. Manufacturer's Obligation: Free repair or replacement of defective components with new or regenerated ones. If repair is impossible, replacement with a new or regenerated device of equivalent or better condition.

4. Replacement Policy: If the exact model is unavailable, replacement with a different device of similar technical parameters may occur. No money refund.

5. Guarantee Claims: Contact technical support first (over 50% of issues resolved remotely). If remote support is insufficient, fill out the guarantee claim form on www.fibargroup.com to obtain authorization (RMA number).

6. Telephone Claims: Claims can be submitted by phone; the call is recorded. The customer receives a claim number (RMA-number).

7. Service Contact: An Authorized Guarantee Service (AGS) representative will contact the customer after a correctly submitted claim.

8. Repair Time: Defects will be removed within 30 days from device delivery to AGS. The guarantee period is extended by the time the device is with AGS.

9. Required Items for Claim: Faulty device with complete standard equipment and proof of purchase.

10. Replaced Parts: Parts replaced under guarantee become the property of the Manufacturer. Guarantee for replaced parts equals the original device's guarantee period.

11. Shipping Costs: Customer bears the cost of delivering the faulty device. Unjustified service calls may incur charges for travel and handling.

12. Claim Rejection: Claims may be rejected if the device was misused, manual not observed, device is incomplete, fault caused by external factors, guarantee document is invalid, or proof of purchase is missing.

13. Liability Limitation: Manufacturer is not liable for property damage caused by defective devices or indirect, incidental, special, consequential, or punitive damages, including loss of profits, data, or third-party claims.

14. Exclusions from Guarantee: Mechanical damages, damages from external causes (flood, fire, natural disasters, etc.), malfunctioning software, power surges, improper connection, extreme operating conditions, use of non-recommended accessories, faulty customer electrical installation, failure to perform maintenance, use of spurious spare parts, unauthorized repairs, or operating faulty devices/accessories.

15. Exclusions from Repairs: Periodic maintenance, inspections, cleaning, adjustments, operational checks, error correction, parameter programming, and natural wear and tear are not covered. Components with a defined operational life are also excluded.

16. Uncovered Defects: For defects not covered by guarantee, the Manufacturer may choose to repair or provide components at their discretion.

17. Customer Rights: This guarantee does not exclude, limit, or suspend customer rights concerning product inconsistency with the purchase agreement.

This device may be used with all Z-Wave certified devices and should be compatible with devices from other manufacturers. Any Z-Wave compatible device can be added to the Fibaro system.

For technical questions, contact the customer service center in your country. Visit www.fibaro.com.