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Shelly Qubino Wave PRO 2PM

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Shelly Qubino Wave PRO 2PM

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Code	S3800235269121
Manufacturer code	3800235269121
Availability	19 pc.
Usually ships within:	1-2 business days

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Wave Pro 2PM

Device identification

Device: Wave Pro 2PM
EU Part number/Ordering Code: QPSW-0A2P16EU
AUS Part number/Ordering Code: QPSW-0A2P16AU
USA Part number/Ordering Code: QPSW-0A2P16US
Z-Wave Product type ID: 0x0002
Z-Wave Product ID: 0x008D
Z-Wave Manufacturer: Shelly Europe Ltd.
Z-Wave Manufacturer ID: 0x0460

Terminology

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

• 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.

• 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.

• 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).

• 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:

• 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.

• 1x click: 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)

• 2x click: If the delay between first in second click is less then 500ms, this is interpreted as double clik. Send command to the associated devices (dimmers, shutters,….) in associated groups 2 and 3 (check chapter Z-Wave Association)

• 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)

• 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:

• 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.

• 1x click: 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)

• 2x click: If the delay between first in second click is less then 500ms, this is interpreted as double clik. Send command to the associated devices (dimmers, shutters,….) in associated groups 4 and 5 (check chapter Z-Wave Association)

• 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)

Switching On/Off load connected to O (O1

Load connected to O (O1) is possible to switch On/Off by:

• by Z-Wave command

• Automatically 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

• pressing the S button: 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

Main applications

• Residential

• MDU (Multi Dwelling Units - apartments, condominiums, hotels, etc.)

• Light commercial (small office buildings, small retail/restaurant/gas station, etc.)

• Government/municipal

• 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

• 2 switch/button input on screw terminal

• 3 power supply inputs on screw terminals: N (+), L (Ʇ)

Outputs

• 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:

• switch off its own relay

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

• 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:

• switch off its own relay

• sends the Notification Report to the Gateway (Over-current detected)

• 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:

• switch off its own relay

• sends the Notification Report to the Gateway (Over-voltage detected)

• 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

• Resistive (incandescent bulbs, heating devices)

• Capacitive (capacitor banks, electronic equipment, motor start capacitors)

• Inductive with RC Snubber (LED light drivers, transformers, fans, refrigerators, air-conditioners)

User interface

S button and operating modes

1. Normal mode

2. Setting in progress mode

3. Setting mode (with S button)

   • 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.

   • Entering to Setting mode:

     • Quickly press and hold the S button on the Device until the LED turns solid blue

     • An additional quick press on the S button means menu change in infinite loop

     • Menu LED status has a timeout of 10s before entering again into Normal state

S button’s functions

• Manually adding the Device to a Z-Wave network

• Manually removing the Device from a Z-Wave network

• Factory Reset the Device

Specifications

Basic wiring diagram

Legend

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

Gateway guides

You may find useful guides on gateways in the Z-Wave Shelly Knowledge base.

Compliance

Wave Pro 2PM multilingual EU declaration of conformity.pdf

Wave Pro 2PM UK PSTI ACT Statement of compliance.pdf

Printed User Guide

Wave_Pro2PM_multilang_2023_print_V1.pdf