Note: The product line known as "Shelly Qubino Wave" will now be referred to as "Shelly Wave". This name change will not impact the functionality of any devices. The only modification will be the use of the new name in all future documentation.
Device identification
Device: Wave Pro 2PM
EU Part number/Ordering Code: QPSW-0A2P16EU
Z-Wave Product type ID: 0x0002
Z-Wave Product ID: 0x008D
Z-Wave Manufacturer: Shelly Europe Ltd.
Z-Wave Manufacturer ID: 0x0460
Terminology
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Device - In this document, the term “Device” is used to refer to the Shelly Qubino device that is a subject of this guide.
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Gateway - 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.
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S button - The Z-Wave® Service button, located on Z-Wave® devices and is used for various functions such as adding (inclusion), removing (exclusion), and resetting the device to its factory default settings. The term "S button" is used in this document.
Short description
The Device is a DIN rail mountable 2-channel smart switch with power measurement. It controls the on/off function for two independent electrical devices with a load up to 16 A per channel (25 A in total). It is compatible with switches (default) and push-buttons.
Switch/push-button connected to input terminal SW (SW1)
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.
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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).
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Change switch position twice: If the delay between the first in the second click is less then 500ms, this is interpreted as “Change the switch position twice”. Send command to the associated devices (dimmers, shutters,….) 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:
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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)
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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.
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Short 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)
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Hold: Send command to the associated devices in associated group 3 (check chapter Z-Wave Association)
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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.
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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)
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Change switch position twice: If the delay between first in second click is less then 500ms, this is interpreted as Change switch possition twice. Send command to the associated devices (dimmers, shutters,….) in associated groups 4 and 4 (check chapter Z-Wave Association)
Switch-memory connected to input terminal SW2
If the SW2 is configured as a switch-memory, than:
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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)
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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.
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Short 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)
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Hold: Send command to the associated devices in associated group 4 (check chapter Z-Wave Association)
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Release: Send command to the associated devices in associated group 5 (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:
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by Z-Wave command
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Automatically switching can be enabled by proper Parameters No. 19 and 20 settings.
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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:
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by Z-Wave command
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Automatically switching can be enabled by proper Parameters No. 21 and 22 settings.
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pressing the switch/push-button SW2: Change the state of the connected load to the opposite one
Main applications
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Residential
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MDU (Multi Dwelling Units - apartments, condominiums, hotels, etc.)
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Light commercial (small office buildings, small retail/restaurant/gas station, etc.)
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Government/municipal
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University/college
Integrations
Shelly Qubino Wave devices are developed on the world's leading technology for smart homes – Z-Wave.
This means Shelly Qubino Wave works with all certified gateways supporting Z-Wave communication protocol.
To make sure the functions of Shelly Qubino Wave products are supported on your gateway, we are regularly executing compatibility tests of our devices with different Z-Wave gateways.
Simplified internal schematics
Device electrical interfaces
Inputs
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2 switch/button input on screw terminal
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3 power supply inputs on screw terminals: N (+), L (Ʇ)
Outputs
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2 relay output with power measurement on screw terminal
Connectivity
Z-Wave - Unsecure, S0 Security, S2 Unauthenticated Security, S2 Authenticated Security
Safety features
Overheat protection
Device has internal Overheat protection. If the temperature exceeds predefined values 80°C for more than 5s, the Device will:
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switch off its own relay
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sends the Notification Report to the Gateway (Overheat detected)
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the LED lights react as specified above (check LED blinking mode for Overheat detected)
Any of the following activities reset this alarm: power cycle, short press on the S button, press on any switch/push-button connected to any SW (SW, SW1, SW2, …) terminal.
NOTE: The Overheat protection is always active and cannot be disabled.
Additional description above under chapter Notification for Overheat detected.
Over-current Protection
Device has internal Over-current protection. If the current exceeds 16A+10% (Max switching current +10%) for more than 5s, the Device will:
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switch off its own relay
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sends the Notification Report to the Gateway (Over-current detected)
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the LED lights react as specified above (check LED blinking mode for Over-current detected)
Any of the following activities reset this alarm: power cycle, short press on the S button, press on any switch/push-button connected to any SW (SW, SW1, SW2, …) terminal.
NOTE: The Over-current protection is always active and cannot be disabled.
Additional description above under chapter Notification for Over-current detected.
Over-voltage Protection
Device has internal Over-voltage 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:
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switch off its own relay
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sends the Notification Report to the Gateway (Over-voltage detected)
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the LED lights react as specified above (check LED blinking mode for Over-voltage detected)
Any of the following activities reset this alarm: power cycle, short press on the S button, press on any switch/push-button connected to any SW (SW, SW1, SW2, …) terminal.
NOTE: The Over-current protection is always active and cannot be disabled.
Additional description above under chapter Notification for Over-voltage detected.
Supported load types
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Resistive (incandescent bulbs, heating devices)
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Capacitive (capacitor banks, electronic equipment, motor start capacitors)
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Inductive with RC Snubber (LED light drivers, transformers, fans, refrigerators, air-conditioners)
User interface
S button and operating modes
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Normal mode
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Setting in progress mode
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Setting mode (with S button)
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Settings mode is required to start desired procedure for example: adding (inclusion), removing (exclusion), factory reset etc. It has a limited time of operation. After the procedure in Setting mode is concluded, the Device goes automatically into Normal mode.
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Entering to Setting mode:
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Quickly press and hold the S button on the Device until the LED turns solid blue
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An additional quick press on the S button means menu change in infinite loop
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Menu LED status has a timeout of 10s before entering again into Normal state
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S button’s functions
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Manually adding the Device to a Z-Wave network
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Manually removing the Device from a Z-Wave network
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Factory Reset the Device
LED Signalisation
Click to see LED signalisation
Normal mode
Removed/Excluded
The LED will be blinking blue in Mode 1 for 10 min after every power cycle and 10 min after S button pressed.
Added/Included
The LED will be blinking green in Mode 1 for 10 min after every power cycle and 10 min 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.
Firmware updating OTA
During the OTA update, the LED will be blinking blue and red in Mode 2.
Checking power supply 230 V AC frequency or 24 V DC voltage
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
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
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
Over-current detected
The LED will be blinking red in Mode 4 1x - 0,2s On 0,2s Off 2s Off and repeating this sequence
Overheat detected
The LED will be blinking red in Mode 4 2x - 0,2s On 0,2s Off 0,2s On 0,2s Off 2s Off and repeating this sequence
Power supply fault (power supply 230 V AC frequency or 24 V DC voltage fault)
The LED will be blinking red in Mode 4 3x - 0,2s On 0,2s Off 0,2s On 0,2s Off 0,2s On 0,2s Off 2s Off and repeating this sequence
Overvoltage detected
The LED will be blinking red in Mode 4 7x - 0,2s On 0,2s Off 0,2s On 0,2s Off 0,2s On 0,2s Off 0,2s On 0,2s Off 0,2s On 0,2s Off 0,2s On 0,2s Off 0,2s On 0,2s Off 2s Off and repeating this sequence
LED blinking modes
Specifications
| Power supply | 110 - 240 V AC, 50/60 Hz |
| Power consumption | < 0.3 W |
| Power measurement [W] | Yes |
| Max. switching voltage AC | 240 V |
| Max. switching current AC | 16 A per channel, 25 A total |
| Max. switching voltage DC | N/A |
| Max. switching current DC | N/A |
| Overheating protection | Yes |
| Overload protection | Yes |
| Overvoltage protection | Yes |
| Distance | Up to 40 m indoors (131 ft.) (depends on local condition) |
| Z-Wave® repeater: | Yes |
| CPU | Z-Wave® S800 |
| Z-Wave® frequency band: | 868,4 MHz |
| Maximum radio frequency power transmitted in frequency band(s) | < 25 mW |
| Size (H x W x D) | 94x19x69 ±0.5 mm / 3.70x0.75x2.71 ±0.02 in |
| Weight | 75 g / 2.65 oz. |
| Mounting | DIN rail |
| Screw terminals max. torque | 0.4 Nm / 3.54 lbin |
| Conductor cross section | 0.5 to 2.5 mm² / 20 to 14 AWG (green connector) |
| Conductor stripped length | 6 to 7 mm / 0.24 to 0.28 in (green connector) |
| Shell material | Plastic |
| Color | Black |
| Ambient temperature | -20°C to 40°C / -5°F to 105°F |
| Humidity | 30% to 70% RH |
| Max. altitude | 2000 m / 6562 ft. |
Basic wiring diagram
Legend
| Terminals | | Wires | |
|---|---|---|---|
| N | Neutral terminal | N | Neutral wire |
| L | Live terminal (110–240 V AC) | L | Live (110 - 240 VAC) wire |
| SW 1 | Switch/push-button input terminal (controlling O1) | | |
| SW 2 | Switch/push-button input terminal (controlling O2) | | |
| I1 | Input terminal for Load circuit 1 |
|
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| I2 | Input terminal for Load circuit 2 | | |
| O1 | Load circuit output terminal 1 | | |
| O2 | Load circuit output terminal 2 | | |
About Z-Wave®
Adding the Device to a Z-Wave® network (inclusion)
Z-Wave® Security and Device Specific Key (DSK)
Click to see about the security and the DSK
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 inclusion
· May be used by most implementations
The Device also supports Security 2 Authenticated, Unauthenticated, and Unsecure 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. The unique DSK code is printed on the DSK label on the side of the Device and a copy is inserted in the packaging, which must not be lost. Do not remove the DSK label from the product. 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.
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.
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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.
Z-Wave® Parameters
Z-Wave® Command Class
Z-Wave® Notifications Command Class
Z-Wave® Associations
Z-Wave® Important disclaimer
Z-Wave® wireless communication may not always be 100% reliable. This Device should not be used in situations in which life and/or valuables are solely dependent on its functioning. If the Device is not recognized by your gateway or appears incorrectly, you may need to change the Device type manually and ensure that your gateway supports Z-Wave Plus™ multi-level devices.
Troubleshooting
For troubleshooting please visit our support portal: Support
Compatibility with gateways
| Wave Pro 2PM | functions - reports | |||||||
| Gateway | On/Off 1 | On/Off 2 | SW 1 On/Off | SW 2 On/Off | W 1 | W 2 | kWh | Notes |
| Home Assistant | | | | | | | | |
| Fibaro HC 3 / Z-Wave engine 3 | | | | | | | | |
| Homey | | | | | | | | *H |
| Homee Cube Gen 7 | | | | | | | | |
| Homee Cube Gen 5 | | | P *1 | P *1 | ❌ *2 | ❌ *2 | ❌ *2 | *1, *2 |
| Smart Things | | | | | | | | |
| Vera Ezlo | | | | | | | | |
| Cozify | | | | | | | | |
| Notes | *1 The output change state however, the corresponding user interface state fails to reflect the updates. | |||||||
| Function | Meaning / tested |
|---|---|
| On/Off | if device respond to the app UI On/Off command |
| SW On/Off | if device reports On/Off changes by SW input |
| Dimming | if device respond to app UI dimming command |
| SW Dimming | if device report dimming state change by SW input |
| Watts | if Watts are reported (unsolicited) |
| kWh | if kWh are reported (unsolicited) |
| Up/Down | if device respond to the app UI Up/Down command |
| SW Up/Down | if device reports Up/Down changes by SW input |
| Slats | if the slats respond to the app UI command |
| SW Slats | if the slats report the changes done by SW |
| D control | detached mode if device reports scene commands single press, double press,… |
| D Binary | detached mode if the device reports binary On/Off by SW input |
| Sensor # | Is the sensor report visualized in the gateway, type of sensor in the notes. |
| Legend | ||||
| Symbol | State | |||
| | Working / Possible | |||
| ❌ | Not Working / Not Possible | |||
| P | Partially | |||
| N/T | Not Tested | |||
| TBD | To be done | |||
Gateway guides
You may find useful guides on gateways in the Z-Wave Shelly Knowledge base.
Compliance
Printed User Guide
Wave Pro 2 PM Ръководство за употреба и безопасност.pdf.pdfWave_Pro2PM_multilang_2023_print_V1.pdf
