Shelly Wave Pro 3 LR

• OTA - Over-The-Air firmware update.

• FW - Firmware

• ZAF - Z-Wave® protocol

• NIF - Node Information Frame; the frame that is sent at every adding (inclusion) to present/advertise the Device’s capability to the gateway, so that it may adjust its operating ability.

• CC - Command Class (ZAF centerpiece of interoperability). The files/processes that determine how data is sent and handled/received. Command Classes include their signatures while sending data to allow recognition of which process is sending data for the destination device.

• Switch - A toggle switch or a bi-stable switch.

• Push-button - A momentary switch or a monostable switch.

• Switch/push-button - It can be a switch or a push-button.

• Double press - If the delay between the first and the second press on the switch/push-button is less than 500 ms, this is interpreted as a double press.

• Gateway (GW) - A Z-Wave® gateway, also referred to as a Z-Wave® controller, Z-Wave® main controller, Z-Wave® primary controller, or Z-Wave® hub, etc., is a device that serves as a central hub for a Z-Wave® smart home network. The term “gateway” is used in this document.

• Mesh network - devices can communicate with each other in addition to the gateway. Devices (only mains powered) can act as repeaters to extend network.

• Long range network - devices can communicate only with gateway (no repeater function).

• S button - The Z-Wave® Service button, located on Z-Wave® devices and is used for various functions such as adding (inclusion), removing (exclusion), resetting the device to its factory default settings and to switch power output on/off (valid only for Wave Plugs). The term "S button" is used in this document.

• Device - In this document, the term “Device” is used to refer to the Shelly Wave device that is a subject of this guide.

• End device - Z-Wave end devices are nodes in a Z-Wave network that are not gateways, such as switches, door locks, sensors, etc.

• Node ID - The Z-Wave Node ID is a unique identifier assigned at the adding (inclusion) to each device in a Z-Wave network, allowing the network to identify and communicate with this device.

• HOME ID - The Z-Wave Home ID is a unique identifier assigned to each Z-Wave network and each device in that network. It distinguishes your Z-Wave network from other networks and ensures that your Z-Wave devices only communicate with devices in your own network.

• Adding/Inclusion - The process of adding Z-Wave device to a Z-Wave network - gateway. The words included, added, etc. are used in this regard.

• Removing/Exclusion - The process of removing Z-Wave device from a Z-Wave network - gateway. The words excluded, removed, etc. are used in this regard.

• Factory reset - After Factory reset, all custom parameters and stored values (kWh, associations, routings, etc.) will return to their default state. The HOME ID and NODE ID assigned to the Device will be deleted. Use this reset procedure only when the gateway is missing or otherwise inoperable.

• *Learn mode - a state that allows the Device to receive network information from the gateway.

• Normal mode - Is the state of the device which refers to the operational state of a device when it is functioning under regular conditions (switching on/off, dimming, etc.) either during active usage or while in standby mode but still powered.

• SmartStart - SmartStart enabled devices can be added (included) to a Z-Wave network by scanning the Z-Wave QR code on the device with a Gateway that supports SmartStart inclusion. The SmartStart enabled device will be automatically added within 10 minutes of being switched on in the vicinity of the Z-Wave network.

• MUST - MUST be implemented

• OPTIONAL - implement it if time/budget allows

• Associations - Associations are used for direct communication between the Device and other devices within your Z-Wave network without the need of the Z-Wave gateway.

• Power cycle - Reboot the Device/power supply On/Off of the Device

• Blind - Refers to any kind of window treatment, such as venetian blinds, roller blinds (screens), roller shutters, vertical window blinds, curtains, integral venetian blinds, pleated blinds, awnings, etc. Additionally, Wave Shutter can also control window motors, projector screens, or any type of bi-directional AC motor.

• Power consumption (W) - refers to the rate at which energy is consumed or used by an electrical device or system. It is measured in watts (W).

• Energy consumption (kWh) - refers to the total amount of electrical energy consumed by a device or system over a specific period of time. It is measured in kilowatt-hours (kWh).

• Ordering code - The ordering code is the same as the Part number (PN). Where there is not enough space to write the Ordering code, abbreviation PN is used. The PN is written on the DSK label on each device.

• Remote Appliance Control: Turn on or off three independent electric appliances remotely using your mobile phone, tablet, PC, or home automation system.

• Internet-Connected Convenience: Access аnd control devices from anywhere with internet connectivity, as long as the Device is connected to Gateway with internet connection.

• Home Automation: Device enables automatic control of power appliances for more relaxing and enjoyable experience.

🏠 Home Automation Use Cases

1. Light Control

• Remote control of standard lights (LED, incandescent, halogen).

• Set timers or schedules for lights (e.g., porch lights on at sunset).

• Use with motion sensors (for example Shelly Wave Motion) for occupancy-based lighting.

2. Garage Door Automation

• Act as a smart trigger to open/close garage doors.

• Integrate with voice assistants for hands-free control.

3. Bathroom & Kitchen & Living room ventilation

• Channel 1: Bathroom fan control with humidity-based automation.

• Channel 2: Mirror heater or towel rail with scheduling or temperature triggers.

• Channel 3: Floor heating with scheduling or temperature triggers.

4. Heater or Towel Rail Switching

• Control electric towel warmers or heaters.

• Schedule operation or link to temperature thresholds via sensors (like Shelly Wave H&T).

🏢 Commercial Applications

1. Lighting Automation in Small Offices or Shops

• Control light zones based on business hours.

• Use with motion detectors (for example Shelly Wave Motion) for energy savings.

2. Meeting Room Occupancy

• Enable or disable equipment like projectors depending on occupancy (if occupancy sensor fitted).

3. Security and Access Systems

• Remotely unlock gates or doors for deliveries.

4. Display or Signage Control

• Channel 1: Shop sign lighting.

• Channel 2: Promotional display TV or kiosk.

• Channel 3: Shop ambient lighting.

• Enable schedules or motion-triggered operation.

🏭 Industrial/Utility Use Cases

1. Equipment Monitoring & Control

• Power cycling routers, modems, or network switches.

2. Triple Motor Control

• Control and monitor three low-load motors (e.g., fans, valves, pumps).

• Use with additional sensors to automate based on environmental conditions (e.g., temperature or water level).

Switch/push-button connected to input terminal SW (SW1)

If the SW (SW1) is configured as a switch (default), each toggle of the switch will change the output O (O1) state to the opposite state - on, off, on, etc. If the SW (SW1) is configured as a push-button in the Device settings, each press of the push-button will change the output O (O1) state to the opposite state - on, off, on, etc.
Switch connected to input terminal SW (SW1)If the SW (SW1) is configured as a switch (default), each toggle of the switch will change the output O (O1) state to the opposite state - on, off, on, etc.Change switch position once: Change the state of the output O (O1) state to the opposite state and send the command to the associated devices in associated groups 2 and 3 (check chapter Z-Wave Association).
Switch-memory connected to input terminal SW (SW1)If the SW (SW1) is configured as a switch-memory, than:Switching to Close switch-memory contact: Change the state of the output state O (O1) to the On state and send command to the associated devices in associated groups 2 and 3 (check chapter Z-Wave Association)Switching to Open switch-memory contact: Change the state of the output state O (O1) to the Off state and send command to the associated devices in associated groups 2 and 3 (check chapter Z-Wave Association)
Push-button connected to input terminal SW (SW1)If the SW (SW1) is configured as a push-button in the Device settings, each press of the push-button changes the output state O (O1) to opposite - ON, OFF, ON, etc.Single press: Change the state of the output state O (O1) to the opposite one and send command to the associated devices in associated groups 2 and 3 (check chapter Z-Wave Association)Double press: If the delay between first in second press is less then 500ms, this is interpreted as double press. Send command to the associated devices (dimmers, shutters,….) in associated groups 2 and 3 (check chapter Z-Wave Association)Press and hold: Send command to the associated devices in associated group 3 (check chapter Z-Wave Association)Release: Send command to the associated devices in associated group 3 (check chapter Z-Wave Association)

Switch/push-button connected to input terminal SW2

If the SW2 is configured as a switch (default), each toggle of the switch will change the output O2 state to the opposite state - on, off, on, etc. If the SW2 is configured as a push-button in the Device settings, each press of the push-button will change the output O2 state to the opposite state - on, off, on, etc.

Switch connected to input terminal SW2

If the SW2 is configured as a switch (default), each toggle of the switch will change the output state O2 to the opposite state - ON, OFF, ON, etc.

• Change switch position once: Change the state of the output state O2 to the opposite one and send command to the associated devices in associated groups 4 and 5 (check chapter Z-Wave Association).

Switch-memory connected to input terminal SW2

If the SW2 is configured as a switch-memory, than:

• Switching to Close switch-memory contact: Change the state of the output state O2 to the On state and send command to the associated devices in associated groups 4 and 5 (check chapter Z-Wave Association)

• Switching to Open switch-memory contact: Change the state of the output state O2 to the Off state and send command to the associated devices in associated groups 4 and 5 (check chapter Z-Wave Association)

Push-button connected to input terminal SW2

If the SW2 is configured as a push-button in the Device settings, each press of the push-button changes the output state O2 to opposite - ON, OFF, ON, etc.

• Single press: Change the state of the output state O2 to the opposite one and send command to the associated devices in associated groups 4 and 5 (check chapter Z-Wave Association)

• Double press: If the delay between first in second press is less then 500ms, this is interpreted as double press. Send command to the associated devices (dimmers, shutters,….) in associated groups 4 and 5 (check chapter Z-Wave Association)

• Press and hold: Send command to the associated devices in associated group 4 (check chapter Z-Wave Association)

• Release: Send command to the associated devices in associated group 5 (check chapter Z-Wave Association)

Switch/push-button connected to input terminal SW3

If the SW3 is configured as a switch (default), each toggle of the switch will change the output O3 state to the opposite state - on, off, on, etc. If the SW3 is configured as a push-button in the Device settings, each press of the push-button will change the output O3 state to the opposite state - on, off, on, etc.
Switch connected to input terminal SW3If the SW3 is configured as a switch (default), each toggle of the switch will change the output state O3 to the opposite state - ON, OFF, ON, etc.Change switch position once: Change the state of the output state O3 to the opposite one and send command to the associated devices in associated groups 6 and 7 (check chapter Z-Wave Association)
Switch-memory connected to input terminal SW3If the SW3 is configured as a switch-memory, than:Switching to Close switch-memory contact: Change the state of the output state O3 to the On state and send command to the associated devices in associated groups 6 and 7 (check chapter Z-Wave Association)Switching to Open switch-memory contact: Change the state of the output state O3 to the Off state and send command to the associated devices in associated groups 6 and 7 (check chapter Z-Wave Association)
Push-button connected to input terminal SW3If the SW3 is configured as a push-button in the Device settings, each press of the push-button changes the output state O3 to opposite - ON, OFF, ON, etc.Single press: Change the state of the output state O3 to the opposite one and send command to the associated devices in associated groups 6 and 7 (check chapter Z-Wave Association)Double press: If the delay between first in second press is less then 500ms, this is interpreted as double press. Send command to the associated devices (dimmers, shutters,….) in associated groups 6 and 7 (check chapter Z-Wave Association)Press and hold: Send command to the associated devices in associated group 6 (check chapter Z-Wave Association)Release: Send command to the associated devices in associated group 7 (check chapter Z-Wave Association)

Switching On/Off load connected to O (O1)

Load connected to O (O1) is possible to switch On/Off by:by Z-Wave commandAutomatically switching can be enabled by proper Parameters No. 19 and 20 settings.pressing the switch/push-button SW (SW1): Change the state of the connected load to the opposite one

Switching On/Off load connected to O2

Load connected to O2 is possible to switch On/Off by:

• by Z-Wave command

• Automatically switching can be enabled by proper Parameters No. 21 and 22 settings.

• pressing the switch/push-button SW2: Change the state of the connected load to the opposite one

Switching On/Off load connected to O3

Load connected to O3 is possible to switch On/Off by:by Z-Wave commandAutomatically switching can be enabled by proper Parameters No. 29 and 30 settings.pressing the switch/push-button SW3: Change the state of the connected load to the opposite one

Restore after power failure

Restore after power supply failure it takes less than 1 second.In case of the power supply failure, the Device will return output O (O1) to the state defined by value of the Parameter No. 17 after power is restored. In case of the power supply failure, the Device will return output O2 to the state defined by value of the Parameter No. 18 after power is restored.

Z-Wave Security communication protocols supported
Unsecure, S0 Security, S2 Unauthenticated Security, S2 Authenticated Security
Security 0Z-Wave S0 (Security 0) is an earlier version of the Z-Wave security framework and protocol. It is a basic security specification designed to provide a certain level of protection for Z-Wave smart home devices, but it offers less advanced security features compared to the newer Z-Wave S2.Here are some key features of Z-Wave S0 security:AES-128 Encryption: Like Z-Wave S2, Z-Wave S0 also utilizes AES-128 encryption to encrypt data transmitted between devices.Network Key: Z-Wave S0 uses a shared network key that is pre-installed or manually configured on all devices within the Z-Wave network. This key is used to encrypt and decrypt the communication between devices.Limited Security: Z-Wave S0 provides a basic level of security by encrypting the communication, but it is susceptible to certain vulnerabilities. For example, if an attacker manages to obtain the network key, they could decrypt the communication and potentially gain unauthorized access to the network.It is important to note that Z-Wave S0 security has been superseded by Z-Wave S2 security, which offers enhanced security features and stronger protection against potential threats. While Z-Wave S0 may still be supported by some devices, it is generally recommended to use Z-Wave S2 for improved security in smart home deployments.Security 2If the node supports the Security 2 Command Class, it MUST request at least one of the following Security Classes: S2 Access Control Security Class (refer to 3.7.6.2.1) The S2-AccessControl group is not using a more secure communication than S2-Authenticated. The improved security comes from segmenting the network so that access control devices are only accessible by controllers that need to control them.S2 Authenticated Security Class (refer to 3.7.6.2.2) Z-Wave S2 Authenticated Security incorporates several security measures to ensure secure communication between devices within a Z-Wave network. Here are some key features of Z-Wave S2:AES-128 Encryption: Z-Wave S2 uses advanced encryption algorithms to secure communication between devices. Authentication: Z-Wave S2 introduces mandatory node authentication, ensuring that each device joining the network is authenticated before being granted access. This prevents unauthorized devices from gaining control or accessing sensitive information within the network.Elliptic Curve Diffie-Hellman (ECDH) Key Exchange: Z-Wave S2 utilizes ECDH key exchange to establish a secure communication channel between devices. This method allows devices to negotiate and agree upon a shared secret key without transmitting it over the network, ensuring that only authorized devices can establish secure connections.S2 Unauthenticated Security Class (refer to 3.7.6.2.3) The Z-Wave Security-2 (S2) Command Class supports many application spaces. The S2-Unauthenticated class enables secure applications at the low end of security scale provided by S2.

Working as Z-Wave repeater

Z-Wave repeater re-transmits Z-Wave Radio signal by routing the signal around obstacles and radio dead spots to ensure that the signal is received at its intended destinations.

OTA - Over-The-Air firmware update

OTA stands for Over-The-Air, and it refers to the wireless firmware update to end devices

FW version
FW version is stored in the Device, also if it is updated by OTA. Firm version is possible to read by the Gateway.

Device serial number
Device serial number is stored in the Device after testing in production. Device serial number is possible to read by the Gateway.

Device PART number (PN)
Device Part number is stored in the Device after testing in production. Device Part number is possible to read by the Gateway.

Overheat Protection

Device has internal Overheat protection. If the temperature exceeds predefined values 80°C for more than 5s, the Device will:

• switch off its own output

• send the Notification Report to the gateway (Overheat detected)

• the LED lights react as specified above (check LED blinking mode for Overheat detected)

The alarm can be reset either by performing a power cycle or, on supported models, by using Parameter 117 – Power Cycle Device, which performs the same function.

Additional description above under chapter Notification for Overheat detected.

General rulesSwitching between Normal and Settings mode is done by press and hold the S button.Solid LED means that you are in the Settings mode (this is not valid for Plugs). Once in settings mode, switch to normal mode goes automatically after 10s.If the LED is not in Alarm mode, it will turn off after a timeout of 30min. Pressing the S button or power cycling the Device will wake the LED for 30min.During module boot up LED will blink in mode 5 (0,2s On blue/0,2s On red) for 4-5 s.Normal mode LED status: Normal mode is defined by stable device function that can remain for an infinite time.
LED type: RGB dimmable

Normal mode
Removed/ExcludedThe LED will be blinking blue in Mode 1 for 30min after every power cycle and 10min after S button pressed.

Added/IncludedThe LED will be blinking green in Mode 1 for 30min after every power cycle and 10min after S button pressed.
Settings in progress

Factory reset and reboot

During factory reset, the LED will turn solid green for approx. 1sec, then the blue and red LED will be blinking 0,1s On / 0,1s Off for about 2sec.

Adding / Removing

During adding or removing, the LED will be blinking blue in Mode 2.

OTA firmware updating

During the OTA update, the LED will be blinking blue and red in Mode 2.

Checking AC or DC voltage power supply

During checking the power supply, the LED will be blinking blue and red in Mode 5.

Settings mode with S button

Adding / Removing menu selected (*adding not available for Long Range inclusion)

When the menu is selected the LED will be on blue, for maximum of 10 seconds.

Adding / Removing menu - while pressing S- button - Add/Remove process selected (*adding not available for Long Range inclusion)

When the menu is executing the LED will be blinking blue in Mode 3.

Factory reset menu selected

When the menu is selected the LED will be on red, for maximum of 10 seconds.

Factory reset - while pressing S - button - Factory reset process selected

When the menu is executing the LED will be blinking red in Mode 3.

Alarm Mode

Overheat detected

The LED will be blinking red in Mode 4

Power LED

LED type: Red

The LED will be red solid if power supply is connected.

Output (O, O1, O2,…) LED

LED type: Red

The LED will be red solid if the Output relay is closed.

The Z-Wave® protocol is an interoperable, wireless, RF-based communications technology designed specifically for control, monitoring, and status reading applications in residential and light commercial environments. Mature, proven, and broadly deployed, Z-Wave® is by far the world market leader in wireless control, bringing affordable, reliable, and easy-to-use 'smart' products to millions of people in every aspect of daily life.

Interoperability has always been at the core of the Z-Wave® protocol, alongside the features like backward compatibility, security, and reliability. All Z-Wave® devices can be operated in any Z-Wave® network with other Z-Wave® certified devices, regardless of brand or manufacturer. All mains operated nodes within the network will act as repeaters regardless of vendor to increase the reliability of the network. There are 4000+ Z-Wave® certified products that are backwards- and forwards-compatible in the Z-Wave® ecosystem and well over 100 million devices currently in the market.

With over 20 years in the marketplace, Z-Wave® technology has best-in-class security measures to keep your home network smarter and safer.

Source: www.z-wavealliance.org, http://www.z-wave.com

Adding the Device to a Z-Wave® network (inclusion)

Adding (inclusion) with the S button (*not available for Long Range inclusion)Connect the Device to a power supply.Check if the blue LED is blinking in Mode 1. If so, the Device is not added to a Z-Wave® network.Enable add/remove mode on the gateway.To enter the Setting mode, press and hold the S button on the Device until the LED turns solid blue.Release and then press and hold (> 2s) the S button on the Device until the blue LED starts blinking in Mode 3. Releasing the S button will start the Learn mode.The blue LED will be blinking in Mode 2 during the adding process.The green LED will be blinking in Mode 1 if the Device is successfully added to a Z-Wave® network.

Removing the Device from a Z-Wave® network (exclusion)

Factory reset

Factory reset generalAfter Factory reset, all custom parameters and stored values (kWh, associations, routings, etc.) will return to their default state. HOME ID and NODE ID assigned to the Device will be deleted. Use this reset procedure only when the gateway is missing or otherwise inoperable.
Factory reset with the S button

The Device supports the latest Security 2 (S2) feature. S2 is handled by the strong AES 128 Encryption protocol, which means that the S2 makes Z-Wave® the most secure IoT (Internet of Things) security platform out there. To fully utilize the product and its Security 2 feature, a Security 2-enabled Z-Wave® gateway must be used.

Authenticated Control

• Out-Of-Band DSK for adding (inclusion)

• May be used by most implementations

The Device also supports Security 2 Authenticated, Unauthenticated, and Unsecure adding (inclusion).

The first five digits of the key are highlighted or underlined to help the user identify the PIN Code part of the DSK text. The DSK is additionally represented with a QR Code as shown on the image.

Z-Wave® DSK label and QR code (example)

A joining node requesting to join the S2 Access Control Class or the S2 Authenticated Class will obfuscate its Public Key by setting the bytes 1..2 to zeros (0x00) before transferring its key via RF.

The DSK may be used for out-of-band (OOB) authentication.

• The including gateway may use a QR code scanning device to read the entire DSK of the joining device and match it with the obfuscated public key received via RF from the joining device.

Parameter No. 1 - SW (SW1) Switch type

This parameter defines how the Device should treat the switch (which type) connected to the SW (SW1) terminal.

Value size: 1 Byte

Default value: 2

Values & descriptions:

• 0 - momentary switch (push button),

• 1 - toggle switch (contact closed - ON / contact opened - OFF),

• 2 - toggle switch (Device changes status when switch changes status)

Parameter No. 2 - SW2 Switch typeThis parameter defines how the Device should treat the switch (which type) connected to the SW2 terminal.Value size: 1 ByteDefault value: 2Values & descriptions:0 - momentary switch (push button), 1 - toggle switch (contact closed - ON / contact opened - OFF), 2 - toggle switch (device changes status when switch changes status)Parameter No. 3 - SW3 Switch typeThis parameter defines how the Device should treat the switch (which type) connected to the SW3 terminal.Value size: 1 ByteDefault value: 2Values & descriptions:0 - momentary switch (push button), 1 - toggle switch (contact closed - ON / contact opened - OFF), 2 - toggle switch (device changes status when switch changes status)

Parameter No. 7 - SW (SW1) detach mode

In this mode the input SW (SW1) is separated/not changing the state of the output.

Value size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - normal mode

• 1 - detached mode

Parameter No. 8 - SW2 detach mode

In this mode the input SW 2 is separated/not changing the state of the output.

Value size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - normal mode

• 1 - detached mode

Parameter No. 9 - SW3 detach mode

In this mode the input SW 3 is separated/not changing the state of the output.

Value size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - normal mode

• 1 - detached mode

Parameter No. 17 - Restore the O (O1) state after a power failure

This parameter determines if the on/off status is saved and restored for the load connected to O (O1) after a power failure.

Values size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - Device saves last on/off status and restores it after a power failure

• 1 - Device does not save on/off status and does not restore it after a power failure, it remains off

Parameter No. 18 - Restore the O2 state after a power failure

This parameter determines if the on/off status is saved and restored for the load connected to O2 after a power failure.

Values size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - Device saves last on/off status and restores it after a power failure

• 1 - Device does not save on/off status and does not restore it after a power failure, it remains off

Parameter No. 19 - O (O1) Auto OFF with timer

If the load O (O1) is ON, you can schedule it to turn OFF automatically after the period of time defined in this parameter. The timer resets to zero each time the Device receives an ON command, either remotely (from the gateway or associated device) or locally from the switch.

Values size: 2 Byte

Default value: 0

Values & their descriptions:

• 0 - Auto OFF Disabled

• 1 - 32535 = 1 - 32535 seconds or milliseconds – see Parameter no. 25. Set timer units to s or ms for O (O1) resolution 100ms

Parameter No. 20 - O (O1) Auto ON with timer

If the load O (O1) is OFF, you can schedule it to turn ON automatically after the period of time defined in this parameter. The timer resets to zero each time the Device receives an OFF command, either remotely (from the gateway or associated device) or locally from the switch.

Values size: 2 Byte

Default value: 0

Values & their descriptions:

• 0 - Auto ON Disabled

• 1 - 32535 = 1 - 32535 seconds or milliseconds – see Parameter no. 25. Set timer units to s or ms for O (O1) resolution 100ms

Parameter No. 21 - O2 Auto OFF with timer

If the load O2 is ON, you can schedule it to turn OFF automatically after the period of time defined in this parameter. The timer resets to zero each time the device receives an ON command, either remotely (from the gateway or associated device) or locally from the switch.

Values size: 2 Byte

Default value: 0

Values & their descriptions:

• 0 - Auto OFF Disabled

• 1 - 32535 = 1 - 32535 seconds or milliseconds – see Parameter no. 26. Set timer units to s or ms for O2 resolution 100ms

Parameter No. 22 - O2 Auto ON with timer

If the load O2 is OFF, you can schedule it to turn ON automatically after the period of time defined in this parameter. The timer resets to zero each time the device receives an OFF command, either remotely (from the gateway or associated device) or locally from the switch.

Values size: 2 Byte

Default value: 0

Values & their descriptions:

• 0 - Auto ON Disabled

• 1 - 32535 = 1 - 32535 seconds or milliseconds – see Parameter no. 26. Set timer units to s or ms for O2 resolution 100ms

Parameter No. 23 - O (O1) contact type - NO/NC

The set value determines the relay contact type for output O (O1). The relay contact type can be normally open (NO) or normally closed (NC).

Values size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - NO

• 1 - NC

Relay logic:

Parameter No. 24 - O2 contact type - NO/NC

The set value determines the type of Relay contact type for O2 output. The Relay contact type can be normally open (NO) or normally closed (NC).

Values size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - NO

• 1 - NC

Relay logic:

Parameter No. 25 - Set timer units to s or ms for O (O1)

Set the timer units to seconds or milliseconds. Choose if you want to set the timer in seconds or milliseconds in Parameters No. 19, 20.

Values size: 1 Byte

Default value: 0

Values & descriptions:

• 0 – timer set in seconds

• 1 – timer set in milliseconds

Parameter No. 26 - Set timer units to s or ms for O2Set the timer units to seconds or milliseconds. Choose if you want to set the timer in seconds or milliseconds in Parameters No. 21, 22.Values size: 1 ByteDefault value: 0Values & descriptions:0 – timer set in seconds1 – timer set in millisecondsParameter No. 27 - Restore the O3 state after a power failureThis parameter determines if the on/off status is saved and restored for the load connected to O3 after a power failure.Values size: 1 ByteDefault value: 0Values & descriptions:0 - Device saves last on/off status and restores it after a power failure1 - Device does not save on/off status and does not restore it after a power failure, it remains off Parameter No. 29 - O3 Auto OFF with timerIf the load O3 is ON, you can schedule it to turn OFF automatically after the period of time defined in this parameter. The timer resets to zero each time the device receives an ON command, either remotely (from the gateway or associated device) or locally from the switch.Values size: 2 ByteDefault value: 0Values & their descriptions:0 - Auto OFF Disabled1 - 32535 = 1 - 32535 seconds (or milliseconds – see Parameter no. 26. Auto OFF timer enabled for a given amount of seconds (or milliseconds) resolution 100ms Parameter No. 30 - O3 Auto ON with timerIf the load O3 is OFF, you can schedule it to turn ON automatically after the period of time defined in this parameter. The timer resets to zero each time the device receives an OFF command, either remotely (from the gateway or associated device) or locally from the switch.Values size: 2 ByteDefault value: 0Values & their descriptions:0 - Auto ON Disabled1 - 32535 = 1 - 32535 seconds (or milliseconds – see Parameter no. 26. Auto ON timer enabled for a given amount of seconds (or milliseconds) resolution 100ms

Parameter No. 106 - O3 contact type - NO/NC

The set value determines the type of Relay contact type for O3 output. The Relay contact type can be normally open (NO) or normally closed (NC).

Values size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - NO

• 1 - NC

Relay logic:

Parameter No. 108 - Set timer units to s or ms for O3Set the timer units to seconds or milliseconds. Choose if you want to set the timer in seconds or milliseconds in Parameters No. 29, 30.Values size: 1 ByteDefault value: 0Values & descriptions:0 – timer set in seconds1 – timer set in milliseconds Parameter No. 117 - Remote Device rebootThis parameter enable restarting or rebooting the Device without physical intervention. Use this parameter only for troubleshooting scope. After device reboot the parameter value will be set to default.Values size: 1 ByteDefault value: 0Values & descriptions:0 - function inactive1 - Remote device reboot

Parameter No. 118 - Enable SW for inclusion

This parameter defines whether the Device should allow exclusion over inputs (SW) when the device is already included.

Value size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - Don't allow exclusion

• 1 - Allow exclusion

Parameter No. 120 - Factory ResetReset to factory default settings and removed from the Z-Wave network.The parameter is Advanced and may be hidden under the Advanced tag.Values size: 1 ByteDefault value: 0Values & descriptions:0 - No action1 - Factory reset

1. ASSOCIATION_V2 [S0, S2]*

2. ASSOCIATION_GRP_INFO_V3 [S0, S2]*

3. BASIC_V2 [S0, S2]*

4. SWITCH_BINARY_V2 [S0, S2]*

5. CONFIGURATION_V4 [S0, S2]*

6. DEVICE_RESET_LOCALLY_V1 [S0, S2]*

7. FIRMWARE_UPDATE_MD_V5 [S0, S2]*

8. INDICATOR_V3 [S0, S2]*

9. MANUFACTURER_SPECIFIC_V2 [S0, S2]*

10. MULTI_CHANNEL_V4 [S0, S2]*

11. MULTI_CHANNEL_ASSOCIATION_V3 [S0, S2]*

12. NOTIFICATION_V8 [S0, S2]*

13. POWERLEVEL_V1 [S0, S2]*

14. SECURITY_V1

15. SECURITY_2_V1

16. SUPERVISION_V1

17. TRANSPORT_SERVICE_V2

18. VERSION_V3 [S0, S2]*

19. ZWAVEPLUS_INFO_V2

EndPoint 1

1. ASSOCIATION_V2 [S0, S2]*

2. ASSOCIATION_GRP_INFO_V3 [S0, S2]*

3. BASIC_V2 [S0, S2]*

4. SWITCH_BINARY_V2 [S0, S2]*

5. MULTI_CHANNEL_V4 [S0, S2]*

6. NOTIFICATION_V8 [S0, S2]*

7. SECURITY_V1

8. SECURITY_2_V1

9. SUPERVISION_V1

10. ZWAVEPLUS_INFO_V2

EndPoint 2

1. ASSOCIATION_V2 [S0, S2]*

2. ASSOCIATION_GRP_INFO_V3 [S0, S2]*

3. BASIC_V2 [S0, S2]*

4. SWITCH_BINARY_V2 [S0, S2]*

5. MULTI_CHANNEL_V4 [S0, S2]*

6. NOTIFICATION_V8 [S0, S2]*

7. SECURITY_V1

8. SECURITY_2_V1

9. SUPERVISION_V1

10. ZWAVEPLUS_INFO_V2

EndPoint 3

1. ASSOCIATION_V2 [S0, S2]*

2. ASSOCIATION_GRP_INFO_V3 [S0, S2]*

3. BASIC_V2 [S0, S2]*

4. SWITCH_BINARY_V2 [S0, S2]*

5. MULTI_CHANNEL_V4 [S0, S2]*

6. NOTIFICATION_V8 [S0, S2]*

7. SECURITY_V1

8. SECURITY_2_V1

9. SUPERVISION_V1

10. ZWAVEPLUS_INFO_V2

[S2]* Security S2 Command Class

Overheat detected

Associations are used for direct communication between the Device and other devices within your Z-Wave network without the need of the Z-Wave gateway.
Max. number of associated devices per group is 9. This value is fixed and cannot be configured.
Each association group supports the association of up to 9 devices (nodes). To avoid network delays, we recommend limiting the number of associated devices to no more than 5 per group. "Lifeline group" is reserved for controlling devices, such as Gateways and remote controllers, or devices who can interpret the reports sent.Association group 1 – "Lifeline group" sends to the controlling device it's command class notifications and or command class reports when said command classes are triggered. Max. 9 nodes are allowed:

Root device
Root device - Association Group 1 - Lifeline

1. INDICATOR_REPORT : LED status

2. DEVICE_RESET_LOCALLY_NOTIFICATION : triggered upon request

3. SWITCH_BINARY_REPORT : status change report for all outputs O (O, O1, O2, …) - common

4. NOTIFICATION_REPORT : triggered on Overheat

Root device - Association Group 2 (*not available for Long Range inclusion)
Association Group 2
Allowed nodes: 9
It is assigned to switch connected to the SW (SW1) terminal (uses Basic command class).
Triggered by SW (SW1). The device sends according to the state of SW (SW1) (switch or push-button) the command BASIC_SET ON or BASIC_SET OFF to the associated device. This command is reflected to the output of associated device. Supports the following command classes:BASIC_SET : set On / Off state at the associated device

Root device - Association Group 3 (*not available for Long Range inclusion)

Association Group 3
Allowed nodes: 9
It is assigned to switch connected to the SW (SW1) terminal (uses Switch Multilevel command class). Triggered by SW (SW1).

It is recommended to use push buttons for this association. Supports the following command classes:

• SWITCH_MULTILEVEL_START_LEVEL_CHANGE : initiate a transition to a new level (increase or decrease light intensity in case of dimmer, or move shutter up or down, …)

• SWITCH_MULTILEVEL_STOP_LEVEL_CHANGE : stop an ongoing transition (stop increase or decrease light intensity in case of dimmer, or stop moving shutter up or down, …)

Root device - Association Group 4 (*not available for Long Range inclusion)

Association Group 4
Allowed nodes: 9
It is assigned to switch connected to the SW2 terminal (uses Basic command class).
Triggered by SW2. Supports the following command classes:

• BASIC_SET : set On / Off state at the associated device

Root device - Association Group 5 (*not available for Long Range inclusion)

Association Group 5
Allowed nodes: 9
It is assigned to switch connected to the SW2 terminal (uses Switch Multilevel command class). Triggered by SW2.

It is recommended to use push buttons for this association. Supports the following command classes:

• SWITCH_MULTILEVEL_START_LEVEL_CHANGE : initiate a transition to a new level (increase or decrease light intensity in case of dimmer, or move shutter up or down, …)

• SWITCH_MULTILEVEL_STOP_LEVEL_CHANGE : stop an ongoing transition (stop increase or decrease light intensity in case of dimmer, or stop moving shutter up or down, …)

Root device - Association Group 6 (*not available for Long Range inclusion)

Association Group 6
Allowed nodes: 9
It is assigned to switch connected to the SW3 terminal (uses Basic command class).
Triggered by SW3. Supports the following command classes:

• BASIC_SET : set On / Off state at the associated device

Root device - Association Group 7 (*not available for Long Range inclusion)

Association Group 7
Allowed nodes: 9
It is assigned to switch connected to the SW3 terminal (uses Switch Multilevel command class). Triggered by SW3

It is recommended to use push buttons for this association. Supports the following command classes:

• SWITCH_MULTILEVEL_START_LEVEL_CHANGE : initiate a transition to a new level (increase or decrease light intensity in case of dimmer, or move shutter up or down, …)

• SWITCH_MULTILEVEL_STOP_LEVEL_CHANGE : stop an ongoing transition (stop increase or decrease light intensity in case of dimmer, or stop moving shutter up or down, …)

Endpoint 1

Endpoint 1 - Association Group 1 - Lifeline

SWITCH_BINARY_REPORT : status change report for output O (O1)

Endpoint 1 - Association Group 2 (*not available for Long Range inclusion)

Association Group 2
Allowed nodes: 9
It is assigned to switch connected to the SW (SW1) terminal (uses Basic command class).
Triggered by SW (SW1). The device sends according to the state of SW (SW1) (switch or push-button) the command BASIC_SET ON or BASIC_SET OFF to the associated device. This command is reflected to the output of associated device. Supports the following command classes:

• BASIC_SET : set On / Off state at the associated device

Endpoint 1 - Association Group 3 (*not available for Long Range inclusion)

Association Group 3
Allowed nodes: 9
It is assigned to switch connected to the SW (SW1) terminal (uses Switch Multilevel command class). Triggered by SW (SW1).

It is recommended to use push buttons for this association. Supports the following command classes:

• SWITCH_MULTILEVEL_START_LEVEL_CHANGE : initiate a transition to a new level (increase or decrease light intensity in case of dimmer, or move shutter up or down, …)

• SWITCH_MULTILEVEL_STOP_LEVEL_CHANGE : stop an ongoing transition (stop increase or decrease light intensity in case of dimmer, or stop moving shutter up or down, …)

Endpoint 2

Endpoint 2 - Association Group 1 - Lifeline

SWITCH_BINARY_REPORT : status change report for output O2

Endpoint 2 - Association Group 2 (*not available for Long Range inclusion)

Association Group 2
Allowed nodes: 9
It is assigned to switch connected to the SW2 terminal (uses Basic command class).
Triggered by SW2. The device sends according to the state of SW2 (switch or push-button) the command BASIC_SET ON or BASIC_SET OFF to the associated device. Supports the following command classes:

• BASIC_SET : set On / Off state at the associated device

Endpoint 2 - Association Group 3 (*not available for Long Range inclusion) Association Group 3
Allowed nodes: 9
It is assigned to switch connected to the SW2 terminal (uses Switch Multilevel command class). Triggered by SW2. It is recommended to use push buttons for this association. Supports the following command classes:SWITCH_MULTILEVEL_START_LEVEL_CHANGE : initiate a transition to a new level (increase or decrease light intensity in case of dimmer, or move shutter up or down, …)SWITCH_MULTILEVEL_STOP_LEVEL_CHANGE : stop an ongoing transition (stop increase or decrease light intensity in case of dimmer, or stop moving shutter up or down, …)

Endpoint 3
Endpoint 3 - Association Group 1 - Lifeline
SWITCH_BINARY_REPORT : status change report for output O3

Endpoint 3 - Association Group 2 (*not available for Long Range inclusion)

Association Group 2
Allowed nodes: 9
It is assigned to switch connected to the SW3 terminal (uses Basic command class).
Triggered by SW3. The device sends according to the state of SW3 (switch or push-button) the command BASIC_SET ON or BASIC_SET OFF to the associated device.Supports the following command classes:

• BASIC_SET : set On / Off state at the associated device

Endpoint 3 - Association Group 3 (*not available for Long Range inclusion)

Association Group 3
Allowed nodes: 9
It is assigned to switch connected to the SW3 terminal (uses Switch Multilevel command class). Triggered by SW3.

It is recommended to use push buttons for this association. Supports the following command classes:

• SWITCH_MULTILEVEL_START_LEVEL_CHANGE : initiate a transition to a new level (increase or decrease light intensity in case of dimmer, or move shutter up or down, …)

• SWITCH_MULTILEVEL_STOP_LEVEL_CHANGE : stop an ongoing transition (stop increase or decrease light intensity in case of dimmer, or stop moving shutter up or down, …)

⚠CAUTION! Danger of electrocution. Mounting/installation of the Device to the power grid must be performed with caution, by a qualified electrician. ⚠CAUTION! Danger of electrocution. Every change in the connections must be done after ensuring there is no voltage present at the Device terminals.⚠CAUTION! Use the Device only with a power grid and appliances that comply with all applicable regulations. A short circuit in the power grid or any appliance connected to the Device may damage it.⚠CAUTION! Do not connect the Device to appliances exceeding the given max. load!⚠CAUTION! Allow at least 10 mm of space around each Pro device if you expect currents higher than 5 A per channel.⚠CAUTION! Connect the Device only in the way shown in these instructions. Any other method could cause damage and/or injury.⚠CAUTION! Do not install the Device where it can get wet.⚠CAUTION! Do not use the Device if it has been damaged!⚠CAUTION! Do not attempt to service or repair the Device yourself!⚠CAUTION! Do not interfere with the Device (any alteration or modification of the Device is prohibited).⚠CAUTION! Before starting the mounting/installation of the Device, check that the breakers are turned off and there is no voltage on their terminals. This can be done with a mains voltage tester or multimeter. When you are sure that there is no voltage, you can proceed to connecting the wires.⚠CAUTION! Do not allow children to play with the push-buttons/ switches connected to the Device. Keep the devices for remote control of Shelly Wave (mobile phones, tablets, PCs) away from children.⚠CAUTION! Do not alter the antenna (the antenna must not be shortened, lengthened, or modified in any way!)⚠RECOMMENDATION: Place the antenna as far away as possible from metal elements as they can cause signal interference.⚠RECOMMENDATION: Connect the Device using solid single-core cables with increased insulation heat resistance, not less than PVC T105°C (221°F).⚠RECOMMENDATION: For inductive appliances that cause voltage spikes during switching on/off, such as electrical motors, fans, vacuum cleaners and similar ones, RC snubber (0.1 µF / 100 Ω / 1/2 W / 600 VAC) should be connected parallel to the appliance.

• Shelly Wave Pro 3 multilingual EU declaration of conformity 2025-07-23.pdf

• Shelly wave PRO 3 UK PSTI ACT Statement of compliance.pdf