Shelly Wave Shutter 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.

• 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.

Controls position of blinds, rollers, shades, venetian blinds, etc.

Switching output O1 On, motor will start moving blind Up, switching output O2 On, motor will start moving blind Down. The Device measures energy consumption of the connected motor. When the blind is stopped by end-switch of the motor (Up or Down extreme position), the Device will recognize this because the measured power consumption will drop to zero or to very low value. When the blind is stopped by end-switch of the motor (Up or Down extreme position), or by the Device that determines the extreme position (Up or Down) has been reached based on time, the output O1 or O2 must switch Off, even if the switch connected to SW1 or SW2 is active. Movement time in any direction is limited to max. 2 X Up/Down movement time. Example. If movement time for Up is 10s, the motor can’t be supplied for more than 20s!

The Device must never drive the two phases of connected motor at the same time. That is outputs O1 and O2 must never be active at the same time, even when SW1 and SW2 inputs are active at the same time or Z-Wave command is received that Q1 and Q2 must be active at the same time.
It is recommended to use only blind motors with electronic or mechanical limit switches. The motor limit switches must be set correctly before connecting the Device to the motor.

Shutter - Switch/push-button connected to input terminal SW1 and SW2

Supported Switch/push-button to input terminals SW1 and SW2

· switch with up, down and neutral position

· push-button with up and down poles and with normal position in neutral (no signal)

By default inputs are defined as push-buttons. SW1 and SW2 must defined both as switches or both as push-buttons. This can be changed by Parameter No. 5.

Switch/push-button directions connected to:

• SW1 is used for Up (Open) command, controlling output O1 (Up)

• SW2 is used for Down (Close) command, controlling output O2 (Down)

• In case both SW1 and SW2 are active at same time, outputs O1 and O2 are switched both OFF.

Push-button SW1 or SW2 - Single press

Single press on push-button is a press that lasts less than 0,5 seconds. Single press will trigger blind moving in the direction chosen. For the resulting actions see the table at the end of this table.
If blind is moving, any press (of any push-button) will stop the movement.

Push-button SW1 or SW2 - press and hold (long press)

Press and hold on push-button is a press that lasts longer than 0,5 seconds. Press and hold will trigger moving and tilting the blind in the direction chosen but as soon as the push-button is released, the movement will stop. The main purpose of this feature is to allow for precise control tilting of venetian blind with push-button. For the resulting actions see the table at the end of this table.

Switch SW1 or SW2

When switch is turned ON, the blind start moving until the switch is turned OFF or stopped by motor end-switch (or time limit). In case both SW1 and SW2 are active at same time, outputs O1 and O2 are switched OFF.

Push-button SW1 or SW2 - for venetian blinds

Parameter No. 71 set to 1 – Venetian blind (with positioning) and Parameter No. 5 set to 0 - momentary switch

General rules:

• Single press (< 0,5 seconds) initiates venetian blind movement

• Press and hold (> 0,5 seconds) initiates venetian blind slats movement

Pressing the push-button for less than 0,5 second (single press) initiates movement.
If the venetian blind is moving, any press (of any push-button) will stop the movement.

Keeping the push-button, pressed for more than 0,5 second (press and hold) initiates slats rotation (0 to 100% or vice versa), until the push-button is released or rotation end position is reached. The rotation time is defined by Parameter No. 72

Switch SW1 or SW2 - for venetian blinds

For venetian blinds push-buttons are recommended!
Parameter No. 71 set to 1 – Venetian blind (with positioning) and Parameter No. 5 set to 1 - toggle switch (contact closed - ON / contact opened - OFF)

When toggle switch is pressed initiates movement, until the toggle switch is pressed again to be in opposite position (change state) or when end switch is reached.

Slats positioning

To reach maximum slats positioning precision when the blind is stopped by push-button, the Gateway or when controlled by the Gateway will position settings the slats in below described conditions perform additional movement.
When the slats are set at any intermediate position and receive the command for different position the slats always perform movement to 100% first and then back to set position.
When blind is moving Down the slats are at 0% position. When the limit switch is reached or the blind is stopped by push-button or by the Gateway the slats perform rotation to 100% an then move to previous position (before they start moving).

When blind is moving Up the slats are at 100% position. When blind is stopped by push-button or by the Gateway the slats move to previous position (before they start moving).

Automatic calibration

Automatic calibration is a process during which the Device learns the position of the limit switches.
Note! For the correct position operation, the Device must perform a calibration procedure!
Note! The motor must be equipped with electronic or mechanical limit switches and the limit positions must be set correctly before calibration!
Note! The calibration is successful when the Device performs a complete cycle of movement: up, down, up, down to 50%.
Note! If the calibration is not executed, check if the limit switches are correctly set and if the wiring is done according to the instructions in the user guide.

Calibration with the Gateway

Parameter No. 71 set to 0 – Shutter (with positioning).

Calibration is done by Parameter No. 78. Check Parameter No. 78 for all available statuses.

Start calibration:

1. Add the Device to the Z-Wave network according to the instructions for inclusion.

2. Set the Parameter No. 78 (forced Shutter calibration) value to 1.

3. The Device performs the calibration process, completing a full cycle – up, down, up, and down to 50%.

4. Check the Parameter No. 78 and LED status to see if the calibration was successfully executed.

Automatic calibration with the push-button SW1:

Note! Calibration with the push-button SW1 is not time-limited and can be started anytime.

1. Move blind to the top (upper) position.

2. Press SW1 4 times in 3 seconds.

3. The Device will start calibration and complete 3 cycles: down, up, and down to 50%.

4. Check the LED status to see if the calibration has been successful.

Automatic calibration with the S button:

Note! Calibration with the S button is not time-limited and can be started anytime.

1. Enter the Setting mode by pressing the S button for less than 0,5s (single press).

2. Keep pressing the S button until the calibration is selected, indicated by the yellow LED color.

3. Start the calibration by pressing the S button for more than 2 seconds.

4. The Device will start calibration and complete 3 cycles: down, up, and down to 50%.

Check the LED status to see if the calibration has been successful.

Slats tilting position calibration (Venetian mode)

Parameter No. 71 set to 1 – Venetian blind (with positioning)

When enabling the “venetian blind” mode, position calibration for slats titling must be done. After that, the position and angle of the slats can be set. The full turn time of slats is set with the Parameter No. 72.

1. Add (include) and perform the Device calibration process according to the “Automatic calibration” section.

2. Set the Parameter No. 71 to 1 – Venetian blind (with positioning).

3. If after a slats full cycle (rotation of the slats from one extreme position to the other) the blind starts to move up or down, shorten the rotation time with the Parameter No. 72 and vice versa.

4. Repeat the 3rd step until the position of the slats is correct.

Note! If the turning time is set correctly, the slats setting should not move the blinds up or down.

Manual calibration for motors without end position limit switches

Setting Up and Down time manually

For blinds using motors without end position limit switches, the Device can not to calibration. In this case movement time from Up to Down position and vice versa must be set manually. We shall use common solution of defining two shutter moving times, one for up movement and one for down movement. These times shall be used by shutter module to operate the roller and determine the position of the roller.

1. Set Parameter No. 71 to value 2 – Manual time set (No end switches)

2. Time is set by Parameter No. 74 for Up movement and by Parameter No. 75 for Down movement

3. Move blind between extreme positions by pressing SW1 or SW2 push-button: If blind stops before reaching Up position, increase value of Parameter No. 74, if blind does not stop after reaching Up position, decrease value of Parameter No. 74, if roller blind stops before reaching Down position, increase value of Parameter No. 75, if roller blind does not stop after reaching Down position, decrease value of Parameter No. 75

4. Repeat previous step until satisfactory positioning is achieved

Restore after power failure

When operating with push-buttons (or Z-wave command) in case of the power supply failure, the Device store blind position (and tilt position in case of venetian blind) and reports the current positions to the Gateway after power is restored. After power failure the blind doesn’t move to final destination but remain stopped.

When operating with toggle switches in case of the power supply failure the blind move to final destination if one of SW1 or SW2 is activated.

Remote Device reboot

Power consumption measurement

Energy consumption measurement

Storing and resetting kWh

Store kWh in flash memory immediately after recognizing lost power supply.

kWh can be reset by:

• Factory reset

• Z-wave command class

KWh is not possible to reset with S button. OTA has no influence on kWh stored value, the kWh stored value remains after OTA firmware update.

Z-Wave Security communication protocols supported

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

Device serial number

Device PART number (PN)

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)

NOTE: The Overheat protection is always active and cannot be disabled.

Additional description above under chapter Notification for Overheat detected.

Overcurrent Protection

Device has internal Overcurrent protection. If the current exceeds 10A+10% (Max switching current +10%) for more than 5s, the Device will:

• switch off its own output

• sends the Notification Report to the gateway (Overcurrent detected)

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

NOTE: The Over-current protection is always active and cannot be disabled.

Additional description above under chapter Notification for Over-current detected.

Overvoltage Protection

Device has internal Overvoltage protection. This is valid for standard power supply voltage 230 V AC. If the voltage exceeds 240 V AC+15% (278 V AC) for more than 5s, the Device will:

• switch off its own output

• sends the Notification Report to the Gateway (Overvoltage detected)

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

NOTE: The Over-voltage protection is always active and cannot be disabled.

Additional description above under chapter Notification for Over-voltage detected.

General rules

• Switching 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.

Normal mode

Removed/Excluded not calibrated

The LED will be blinking blue and yellow in Mode 1 for 30min after every power cycle and 10min after S button pressed.

Added/Included not calibrated

The LED will be blinking green and yellow in Mode 1 for 10min after every power cycle and 10min after S button pressed.

Removed/Excluded & calibrated

The LED will be blinking blue and green in Mode 1 for 30min after every power cycle and 10min after S button pressed.

Added/Included & calibrated

The LED will be blinking green in Mode 1 for 30min after every power cycle and 10min after S button pressed.

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.

Shutter calibration

During the calibration, the LED will be blinking yellow in Mode 2.

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.

Calibration menu selected

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

Calibration - while pressing S- button - Calibration process selected

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

Alarm Mode

Overcurrent detected O

The LED will be blinking red in Mode 4

Overheat detected

The LED will be blinking red in Mode 4

Overcurrent detected O1

The LED will be blinking red in Mode 4

Overcurrent detected O2

The LED will be blinking red in Mode 4

Overvoltage detected

The LED will be blinking red in Mode 4

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)

Note! In case of Security 2 (S2) adding (inclusion), a dialog will appear asking you to enter the corresponding PIN Code (5 underlined digits) that are written on the Z-Wave® DSK label on the side of the Device and on the Z-Wave® DSK label inserted in the packaging.
IMPORTANT: The PIN Code must not be lost.

SmartStart adding (inclusion)

SmartStart enabled products can be added into a Z-Wave® network by scanning the Z-Wave® QR Code present on the Device with a gateway providing SmartStart inclusion. No further action is required, and the SmartStart device will be added automatically within 10 minutes of being switched on in the network vicinity.

1. With the gateway application scan the QR code on the Device label and add the Security 2 (S2) Device Specific Key (DSK) to the provisioning list in the gateway.

2. Connect the Device to a power supply.

3. Check if the blue LED is blinking in Mode 1. If so, the Device is not added to a Z-Wave® network.

4. Adding will be initiated automatically within a few seconds after connecting the Device to a power supply, and the Device will be added to a Z-Wave® network automatically.

5. The blue LED will be blinking in Mode 2 during the adding process.

6. The green LED will be blinking in Mode 1 if the Device is successfully added to a Z-Wave® network.

Adding (inclusion) with the S button (*not available for Long Range inclusion)

1. Connect the Device to a power supply.

2. Check if the blue LED is blinking in Mode 1. If so, the Device is not added to a Z-Wave® network.

3. Enable add/remove mode on the gateway.

4. To enter the Setting mode, press and hold the S button on the Device until the LED turns solid blue.

5. 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.

6. The blue LED will be blinking in Mode 2 during the adding process.

7. The green LED will be blinking in Mode 1 if the Device is successfully added to a Z-Wave® network.

Note! In Setting mode, the Device has a timeout of 10s before entering again into Normal mode.

Adding (inclusion) with a switch/push-button (*not available for Long Range inclusion)

1. Connect the Device to a power supply.

2. Check if the blue LED is blinking in Mode 1. If so, the Device is not added to a Z-Wave® network.

3. Enable add/remove mode on the gateway.

4. Toggle the switch/push-button connected to any of the SW terminals (SW, SW1, SW2, etc.) 3 times within 3 seconds (this procedure puts the Device in Learn mode*). The Device must receive on/off signal 3 times, which means pressing the momentary switch 3 times, or toggling the switch on and off 3 times.

5. The blue LED will be blinking in Mode 2 during the adding process.

6. The green LED will be blinking in Mode 1 if the Device is successfully added to a Z-Wave® network.

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

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

Note! The Device will be removed from your Z-Wave® network, but any custom configuration parameters will not be erased.

Removing (exclusion) with the S button

1. Connect the Device to a power supply.

2. Check if the green LED is blinking in Mode 1. If so, the Device is added to a Z-Wave® network.

3. Enable add/remove mode on the gateway.

4. To enter the Setting mode, press and hold the S button on the Device until the LED turns solid blue.

5. 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.

6. The blue LED will be blinking in Mode 2 during the removing process.

7. The blue LED will be blinking in Mode 1 if the Device is successfully removed from a Z-Wave® network.

Note! In Setting mode, the Device has a timeout of 10s before entering again into Normal mode.

Removing (exclusion) with a switch/push-button

1. Connect the Device to a power supply.

2. Check if the green LED is blinking in Mode 1. If so, the Device is added to a Z-Wave® network.

3. Enable add/remove mode on the gateway.

4. Toggle the switch/push-button connected to any of the SW terminals (SW, SW1, SW2,…) 3 times within 3 seconds (this procedure puts the Device in Learn mode). The Device must receive on/off signal 3 times, which means pressing the momentary switch 3 times, or toggling the switch on and off 3 times.

5. The blue LED will be blinking in Mode 2 during the removing process.

6. The blue LED will be blinking in Mode 1 if the Device is successfully removed from a Z-Wave® network.

Factory reset

Factory reset general

After 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

Note! Factory reset with the S button is possible anytime.

1. To enter the Setting mode, press and hold the S button on the Device until the LED turns solid blue.

2. Press the S button multiple times until the LED turns solid red.

3. Press and hold (> 2s) S button on the Device until the red LED starts blinking in Mode 3. Releasing the S button will start the factory reset.

4. During factory reset, the LED will turn solid green for about 1s, then the blue and red LED will start blinking in Mode 3 for approx. 2s.

5. The blue LED will be blinking in Mode 1 if the Factory reset is successful.

Factory reset with a switch/push-button

Note! Factory reset with a switch/push-button is only possible within the first minute after the Device is connected to a power supply.

1. Connect the Device to a power supply.

2. Toggle the switch/push-button connected to any of the SW terminals (SW, SW1, SW2,…) 5 times within 3 seconds. The Device must receive on/off signal 5 times, which means pressing the push-button 5 times, or toggling the switch on and off 5 times.

3. During factory reset, the LED will turn solid green for about 1s, then the blue and red LED will start blinking in Mode 3 for approx. 2s.

4. The blue LED will be blinking in Mode 1 if the Factory reset is successful.

Remote factory reset with parameter with a gateway

Factory reset can be done remotely with the settings in Parameter No. 120.

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).

Note! When adding the Device to a Z-Wave® network with a gateway supporting Security 2 (S2), the PIN Code of the Z-Wave® Device Specific Key (DSK) is required. You can find it on the label on the side of the Device and a copy is inserted in the packaging, which must not be lost. Do not remove the Z-Wave® DSK label from the Device. As a backup measure, use the label in the packaging.

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. 5 - SW1 & SW2 Switch type (Only used for Wave Shutter)

With this parameter, you can select between the switch type: push-button (momentary) or on/off toggle switch connected to SW1 and SW2 inputs.

Value size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - momentary switch

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

• 2 - single, momentary switch (the switch should be connected to SW1 terminal)

NOTE: When set = 2, 1x click on SW1 up - 1x click on SW1 stop - 1x click down

Parameter No. 6 - Inputs SW1 & SW2 Swap

This parameter allows to swap the operation of switches connected to inputs SW1 and SW2 without changing the wiring.

Value size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - default (SW1 - O1, SW2 - O2),

• 1 - swapped (SW1 - O2, SW2 - O1)

Only used for Wave Shutter and other Devices with 2 Switch inputs (SW1 and SW2) like Wave 2PM,…

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. 16 - Outputs O1 & O2 swap (Only used for Wave Shutter and other Devices with 2 Outputs (O1 and O2) like Wave 2PM,…)

This parameter allows to swap the operation of outputs O1 and O2 without changing the wiring (in case of an invalid motor connection) to ensure proper operation.

Values size: 1 Byte

Default value: 0

Values & descriptions:

• 0 - default (O1 - OPEN, O2 - CLOSE),

• 1 - reversed (O1 - CLOSE, O2 - OPEN)

Parameter No. 36 - O (O1) Power report on change - percentage

This parameter determines the minimum change in consumed power that will result in sending a new report to the gateway.

Values size: 1 Byte

Default value: 50

Values & descriptions:

• 0 - reports are disabled

• 1-100 (1-100%) - change in power

NOTE: Wave Shutter has different endpoint configurations. Endpoint 1 as a shutter and Endpoint 2 as a venetian blind. Power reports only by Endpoint 1.

NOTE: Regardless of the power consumption change in percentage, the report will not be sent more frequently than defined by Parameter No. 39.

NOTE: Wave Shutter measures the power consumption on O1 and O2, but as only O1 or only O2 can be active at a time (never both at the same time), the Wave Shutter reports only one value to the gateway, i.e. the sum of the power consumption of O1 and O2, the same for the current.

Parameter No. 39 - Minimum time between reports (O) O1

This parameter determines the minimum time that must elapse before a new power report on O (O1) is sent to the gateway.

Values size: 1 Byte

Default value: 30

Values & descriptions:

• 0 - reports are disabled

• 1-120 (1-120s) - report interval

NOTE: This Parameter is in relation to Parameter No. 36.

NOTE: Setting the value to less than 30s can cause the Z-Wave network congestion state (slow Device response and decreased network stability).

NOTE: Wave Shutter measures the power consumption on O1 and O2, but as only O1 or only O2 can be active at a time (never both at the same time), the Wave Shutter reports only one value to the gateway, i.e. the sum of the power consumption of O1 and O2, the same for the current.

Parameter No. 71 - Shutter operating modes

Choose between the two operating modes. In shutter mode, the user can select up/down/stop. In venetian mode, an additional widget/endpoint is displayed in the UI interface, which can be used to control the tilt position of the slats.

Values size: 1 Byte

Default value: 0

Values & descriptions:

• 0 – Shutter (with positioning)

• 1 – Venetian blind (with positioning)

• 2 – Manual time set (No end switches)

Parameter No. 72 - Venetian blind - time of the full turn of the slats

For venetian blinds (Parameter No. 71 set to 1) the parameter determines the time of full turn cycle of the slats.

Values size: 2 Byte

Default value: 150

Values & descriptions:

• 0-65535 (0-655.35s, every 0.01s) - time of turn

Parameter No. 73 - Set slats back to the previous position

For venetian blinds (Parameter No. 71 set to 1) the parameter determines slats positioning in various situations.

Values size: 1 Byte

Default value: 1

Values & descriptions:

• 0 – Disable

• 1 – Slats return to the previously set position in case of the gateway operation, momentary switch operation, when a limit switch is reached, or after receiving the Switch Multilevel Stop control frame.

Parameter No. 76 - Shutter Motor operation detection

Power threshold to be interpreted as reaching a limit switch.

Values size: 1 Byte

Default value: 1

Values & descriptions:

• 0 - Disabled: reaching a limit switch will not be detected

• 1 - Auto power calibration

• 2 - 255 (2-255W) - report interval

Parameter No. 77 - Shutter Time delay for next motor movement

This parameter defines the minimum time duration between successive motor movements (minimum time after which the motor is switched off and on again).

Values size: 1 Byte

Default value: 5

Values & descriptions:

• 1 - 255 = 0.1seconds – 25,5seconds (100ms resolution)

Parameter No. 78 – Forced shutter calibration

By setting this parameter to value 1 the Device will start executing force calibration procedure. The parameter also reports the calibration status by sending the get parameter value command.

Values size: 1 Byte

Default value: 3 (after factory reset)

Values & their descriptions:

• 1 - start calibration

• 2 - device is calibrated (read only)

• 3 - device is not calibrated (read only)

• 4 - calibration error (read only)

NOTE: Check chapter Functionality with calibration details

NOTE: During the calibration procedure the blind moves up, down, up, and down to 50%.

NOTE: During the calibration procedure the yellow LED is blinking.

Parameter No. 79 - Shutter power consumption max. delay time

Defines the maximum time before the motor power consumption is read from the Device after one of the relays is switched ON. If there is no power consumption within the set time (motor is not connected, is damaged or needs longer time to start, is at the end position), the relay will switch OFF. The max. time is defined by entering it manually.

Values size: 1 Byte

Default value: 30

Values & descriptions:

• 0 = time is set automatically

• 3 - 50 = 0.3seconds - 5seconds (100ms resolution)

Parameter No. 80 - Shutter delay motor stop after reaching the end switch

For blinds, the parameter determines the time after which the motor will be stopped after the end switch contacts are closed. The parameter allows to calibrate devices to soft start by setting a soft start time.

Values size: 1 Byte

Default value: 10

Values & descriptions:

• 0-255 (0-25.5s) - time

Parameter No. 81 - Shutter motor max. moving time

If the Device is not calibrated and the time is set with par. 74 and 75, outputs O1 or O2 are active for the time set by this parameter. The parameter is intended as an additional protection where limit switches are not present.

Values size: 2 Byte

Default value: 120

Values & descriptions:

• value = 1 - 32000s

• value = 65000 = unlimited time

Parameter No. 105 - LED Signalisation intensity

In Wave 1, Wave 1PM and Wave 2PM, Plug US, Plug UK, this parameter will be implemented in 2024. This parameter determines the intensity of the LED on the Device. Some Devices have RGB LEDs and some have Blue/Red LEDs, but all are dimmable.

Values size: 1 Byte

Default value: 100

Values & descriptions: 0-100 (0-100%, every 1%)

Parameter No. 117 - Remote Device reboot

This 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 Byte

Default value: 0

Values & descriptions:

• 0 - function inactive

• 1 - 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 Reset

Reset 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 Byte

Default value: 0

Values & descriptions:

• 0 - No action

• 1 - Factory reset

NOTE: After factory reset is performed, the parameter value is automatically set to 0.

Parameter No. 201 - Serial Number 1

This parameter contains a part of device’s serial number.

The parameter is Read-Only and cannot be changed.
The parameter is Advanced and may be hidden under the Advanced tag.

Values size: 4 Byte

Default value: Device specific

Values & descriptions:

· 0x00000000 - 0x7FFFFFFF

Parameter No. 202 - Serial Number 2

This parameter contains a part of device’s serial number.

The parameter is Read-Only and cannot be changed.
The parameter is Advanced and may be hidden under the Advanced tag.

Values size: 4 Byte

Default value: Device specific

Values & descriptions:

· 0x00000000 - 0x7FFFFFFF

Parameter No. 203 - Serial Number 3

This parameter contains a part of device’s serial number.

The parameter is Read-Only and cannot be changed.
The parameter is Advanced and may be hidden under the Advanced tag.

Values size: 4 Byte

Default value: Device specific

Values & descriptions:

· 0x00000000 - 0x7FFFFFFF

1. APPLICATION_STATUS_V1 [S0, S2]*

2. ASSOCIATION_V2 [S0, S2]*

3. ASSOCIATION_GRP_INFO_V3 [S0, S2]*

4. AUTHENTICATION_V1

5. BASIC_V2 [S0, S2]*

6. CONFIGURATION_V4 [S0, S2]*

7. DEVICE_RESET_LOCALLY_V1 [S0, S2]*

8. FIRMWARE_UPDATE_MD_V5 [S0, S2]*

9. INDICATOR_V3 [S0, S2]*

10. MANUFACTURER_SPECIFIC_V2 [S0, S2]*

11. METER_V6 [S0, S2]*

12. MULTI_CHANNEL_V4 [S0, S2]*

13. MULTI_CHANNEL_ASSOCIATION_V3 [S0, S2]*

14. SWITCH_MULTILEVEL_V4 [S0, S2]*

15. NOTIFICATION_V8 [S0, S2]*

16. POWERLEVEL_V1 [S0, S2]*

17. SECURITY_V1

18. SECURITY_2_V1

19. SUPERVISION_V1

20. TRANSPORT_SERVICE_V2

21. VERSION_V3 [S0, S2]*

22. WINDOW_COVERING_V1 [S0, S2]*

23. ZWAVEPLUS_INFO_V2

EndPoint 1

1. ASSOCIATION_V2 [S0, S2]*

2. ASSOCIATION_GRP_INFO_V3 [S0, S2]*

3. BASIC_V2 [S0, S2]*

4. METER_V6 [S0, S2]*

5. MULTI_CHANNEL_ASSOCIATION_V3 [S0, S2]*

6. NOTIFICATION_V8 [S0, S2]*

7. SECURITY_V1

8. SECURITY_2_V1

9. SUPERVISION_V1

10. WINDOW_COVERING_V1 [S0, S2]*

11. ZWAVEPLUS_INFO_V2

EndPoint 2

1. APPLICATION_STATUS_V1 [S0, S2]*

2. ASSOCIATION_V2 [S0, S2]*

3. ASSOCIATION_GRP_INFO_V3 [S0, S2]*

4. BASIC_V2 [S0, S2]*

5. MULTI_CHANNEL_ASSOCIATION_V3 [S0, S2]*

6. NOTIFICATION_V8 [S0, S2]*

7. SECURITY_V1

8. SECURITY_2_V1

9. SUPERVISION_V1

10. WINDOW_COVERING_V1 [S0, S2]*

11. ZWAVEPLUS_INFO_V2

[S2]* Security S2 Command Class

NOTE: MAPPING OF COMMAND_CLASS_BASIC

Supporting Command Class Basic

COMMAND_CLASS_BASIC is mapped into COMMAND_CLASS_SWITCH_BINARY, for enabling Switch (O) O1, O2,.. control:

Switch (O) O1, O2,.. will be turned ON or OFF, after receiving the BASIC_SET command:

Supporting Command Class Indicator

The Device supports the Command Class Indicator V3 (ID 0x50). When the Device receives an indicator set, the LED blinks according to the received indicator set.

Refer to LED Signalization chapter.

Supporting Meter Command Class

The product supports the meter command class and KWh is the default scale report send when the scale type is not present in the received Get.

Overheat detected

Over-current detected O

Over-voltage 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

5. NOTIFICATION_REPORT : triggered on Overcurrent detected sum of all outputs O (O1+O2+…)

6. NOTIFICATION_REPORT : triggered on Overvoltage detected

7. METER_REPORT : triggered by the load power consumption of all connected loads to all outputs O (O1+O2+…) (according to the settings of Parameters from No. 36 to 43).

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, …)

Endpoint 1

Endpoint 1 - Association Group 1 - Lifeline

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

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, …)

⚠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! Do not alter the antenna (the antenna must not be shortened, lengthened, or modified in any way!)⚠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! Use only one phase AC circuit. Do not use mixed AC and DC circuits.⚠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.⚠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 or stranded cables with ferrules. The cables should have insulation with increased 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.