Schneider Electric LSS100400 SpaceLogic KNX Hybrid Module User Guide

SpaceLogic KNX Hybrid Module
LSS100400
User Guidehttps://www.se.com/ref=LSS100400

LSS100400 SpaceLogic KNX Hybrid Module

This document describes the SpaceLogic KNX Hybrid solution (features and user interface), which consist of a DIN device and the plugin.
Release date 08/07/2024
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Introduction

This document describes the Hybrid plugin, the LSS100400 SpaceLogic KNX Hybrid Module features, and user interface.
LSS100400 SpaceLogic KNX Hybrid module (hereinafter referred to as Hybrid Module) is a device that provides wireless connectivity to Wiser for KNX and spaceLYnk logic controllers, allowing them to integrate the Zigbee® wireless devices.
It supports most of the Schneider Electric Wiser wireless catalog devices. The supported devices may vary depending on the country and will evolve overtime.
The Hybrid Module is designed for residential and commercial installations and for a maximum of 50 direct ZigBee devices connected in the system. Consider this when defining your architecture.
Wiser for KNX and spaceLYnk are multi-protocol logic controllers (KNX, Modbus, BACnet…).
By adding a Hybrid Module you can integrate ZigBee wireless devices communicating over ZigBee 3.0 protocol.

• To do so, download the Hybrid plugin from the Marketplace of your Wiser for KNX/spaceLYnk controller and pair the ZigBee devices.
• All configuration steps are done in the plugin running in the controller. You do not need any other software.
• You can control your ZigBee devices from your KNX installation and vice versa (bidirectional communication).
• Wiser for KNX users can control their ZigBee devices via the Wiser KNX mobile app (Android and iOS) – see the user guide for the app here https://www.productinfo.schneider-electric.com/wiser-knx/.

Important:
The ZigBee devices create a mesh network, allowing communication between them. While mains-powered wireless devices also act as routers and forward the information to other wireless devices, battery-powered devices do not. Please consider this when installing your device.
Depending on your type of installation (house with multiple floors, enclosure in cave, enclosure in metal, buildings with large m²), you may have troubles with the communication between ZigBee devices. To avoid that, you have the following options:

• Connect the antenna and install it out of the cabinet.
• Add a mains-powered device in between to extend the mesh network (e. g., Connected Socket, Smart Plug, Micromodule Relay, etc.).

Important: External housing may be cleaned with a damp cloth if it becomes dirty, do not use any cleaning agent, especially alcohol.

Workflow

This overview shows the sequence of the entire process of commissioning the Hybrid Module up to visualization and integration with the Wiser KNX application.

1. Connect your Hybrid Module to the controller.
2. Login to controller.
3. Download Hybrid plugin.
4. Open Hybrid plugin.
5. Open the ZigBee network.
6. Set ZigBee devices into pairing mode to discover them.
7. Close the ZigBee network.*
8. Update/modify ZigBee parameters if needed.
9. Map ZigBee functions to KNX objects.
10. Create Touch visualization and set up cloud connectivity for Wiser KNX mobile application if needed.

*If the ZigBee device starts updating its firmware, it closes the network, and other ZigBee devices do not appear in the list of discovered ZigBee devices.
The firmware update process can take up to 20 minutes.
After the firmware update is complete, open the network again and continue pairing the other ZigBee devices.

Hybrid Module Firmware Upgrade

The firmware is distributed as part of the Hybrid plugin. Once you have connected the Hybrid Module to your controller and downloaded the Hybrid plugin, a firmware update is automatically triggered to bring new features (new devices, new functionalities) and security patches.
The Module firmware version number displays in the Configuration section in the lower left corner of the screen (Configuration, page 30). If you are connected via VPN, this information is not visible.

Getting Started

You need a Wiser for KNX or spaceLYnk controller to operate the Hybrid Module.
Before you install the Hybrid plugin into the Wiser for KNX or spaceLYnk controller, make sure your Hybrid Module is:

• POWERED: The device is powered by 24 V DC.
• PROPERLY WIRED TO THE CONTROLLER: You have to cross the RX and TX wires, as shown in the diagram.

You can find detailed information on the wiring in the installation instructions of the Hybrid Module.
You need a standard web browser to work with the configuration software of the logic controllers, plugin and to set up the Hybrid Module.
Recommended browsers:

• Chrome version 118.0.5993.89 (Official Build) 64-bit
• Firefox version 118.0.2 (64-bit)
• Safari version 15.6.1

Make sure your logic controller has a firmware version of at least 2.8.3 (or higher).

New Wiser for KNX/spaceLYnk Installation
In your web browser:

1. Type the default IP address 192.168.0.10 in the address bar of your web browser.
2. Click Enter.
3. Enter the default login details and click Enter.
   • username: admin
   • password: admin

You will get prompted to change your password. Type it and click Save.
Your new password has to contain at least one:

• uppercase letter
• lowercase letter
• digit
• special character

Minimum length is 8 characters.
Existing Wiser for KNX/spaceLYnk Installation
In your web browser:

1. Type the IP address you have defined for your controller in the address bar of the web browser.
2. Click Enter.
3. Enter your existing login details and click Enter.
   It is mandatory to access with the administration account.
   • username: admin
   • password: …

Launching the Start Page

The following procedure is the same for both new and existing installations. After successful login, the next step gets you to the start page.

NOTE: It is recommended that you have the latest firmware in your controller. Install the Hybrid plugin to configure your wireless devices:

1. Click in the upper right corner.
2. A list of available applications that you can install will open.
3. Find the Hybrid plugin and click the download icon at the end of the line.
4. Click Yes to install the plugin.

You can also install the plugin from a file on your computer (for example, if your controller does not have an Internet connection).
The Hybrid plugin will appear in your list of installed items.
When you return to the start page, you will see that the Hybrid plugin icon appears among your available applications as KNX Hybrid:

Devices

Preparing Your Module for Pairing

After you install the Hybrid plugin on the controller, you can pair your wireless devices to your controller. You can change parameters and group objects for each device.

1. Open your browser and connect to your controller.
2. Click the KNX Hybrid icon on the start page. This will take you to the plugin start page, which displays a list of the wireless devices.

If you have not added any wireless devices yet, the list is empty

Make sure the Hybrid Module functionality indicator in the upper right of the home page is green ( ). If the indicator is red, or if the Network state button next to it is missing, the Hybrid Module is not working properly and you need to reboot your controller.
NOTE: If you are accessing the module remotely via VPN, the indicator flashes red, and the Network state button is missing, even if the module is working. You cannot open and close the network remotely.
If there is no communication and the installation does not work, follow these steps:
Reboot your controller:

1. Close the Hybrid plugin with the cross at the top right.
2. On the Start page, click on the Configurator → System → System tab.
3. Select Reboot from the menu.

After you reboot your controller:

1. Return to the start page.
2. Prepare your wireless device that you want to pair.

NOTE: If a reboot does not help, try to power your device off and then on.
Pairing the Device
If your wireless device is battery powered, make sure you have a battery inside and remove the plastic film from the battery. If the device is mains powered, make sure it is properly connected to the mains.
Find the Reset/Setup button on the back of your device. With this button, you can pair your device and reset it.
NOTE: If your ZigBee device does not have this button, follow the instructions in the device user manual.
You can also commission the devices using the Schneider Electric eConfigure software tool (see more here https://www.se.com/ww/en/download/document/eConfigure_ETS5_Lite175/).
You have to open your network to add the ZigBee wireless devices.

1. Click the Network state button at the top right. The change network state dialog appears:

2. Click Yes to change the network status to Open.

3. Set your device to pairing mode (see Device Pairing Mode, page 14).
   NOTE:
   Your commissioned wireless device flashes orange after a triple-click. If the network is open, your device flashes green for a few seconds, and a new device line appears in the plugin. Your device is paired.
   Address: Short and long address of the device
   Manufacturer/Model: Device identification
   Status: The time last telegram was sent
   IMPORTANT: It is recommended to check pairing procedure of your ZigBee device in the user guide of the device. The pairing process may vary between the devices.

4. If you are not adding any more devices, close the network. Click the Network state button at the top right again and click Yes to change the network status to Closed.

NOTE: The network closes automatically 10 minutes after opening. You can extend this interval. See more in Configuration, page 30.
NOTE: The green background of the status column means that data is being sent or updated. Incomplete commissioning of battery devices
If you see question marks in the Manufacturer/Model column in the device line after commissioning, the device is not correctly commissioned, even if it looks like it.

Such a device would not work properly. If this happens, delete the device from the device list and configure it again. It is possible that you will need to commission your device repeatedly.
Do not forget to wake your device before deleting.
Device Pairing Mode
To pair the device with the controller, you need to put it in pairing mode.
Press the Reset/Setup button three times briefly until the LED on the front starts blinking orange.
The device is in pairing mode.
NOTE: If your device is flashing green, it is already paired. If you want to pair your device again or to another device, reset it first and repeat the pairing process.

NOTE: For more information on how to pair your wireless device, please refer to its user guide.
Resetting the Device
For most Wiser wireless devices, to reset them, you have to short-press the button three times and then long-press the button once for 10 s. The front LED starts flashing red slowly.

NOTE: For more information on how to reset your wireless device, please refer to its user guide.

Device Actions
There are five icons at the end of each device line. When you click these icons, you can do the following:

• Upgrade device firmware
• View device information
• Set device control and status
• Set device parameters
• Delete device

Help
If you click in the upper right corner of the screen above the list of devices, you will see a Help section where you can find a description of each device action icon and device status background color.

Device Firmware Upgrade
By default, automatic device firmware update is disabled. With the Firmware upgrade icon you can manually upgrade the device firmware.
New firmware is available.
There is no new firmware available for the device.
NOTE: After the device is commissioned, the firmware upgrade button is disabled for some time, even if a firmware upgrade is available. It usually takes a few minutes for the upgrade button to become active.
If new firmware is available for the device (the device is colored blue), you can start the firmware upgrade:
Click > Yes > If you want to upgrade a battery device, interact with it to wake it up > click Continue.
The device will turn green (Firmware upgrade in progress) and then white (Configured and operational). Firmware upgrade is completed.
NOTE: You can only manually upgrade one device at a time.
If you do not want to upgrade your device firmware manually, enable automatic firmware upgrade of your device as follows:
Click > check Enable automatic firmware upgrade.
Your device firmware will be automatically upgraded whenever a firmware update is available. You can find information about the firmware version of your device if you click at the end of the device line (Device Information, page 16).
NOTE: The Network state button for opening and closing the network is disabled during the firmware upgrade.

Device Information
When you click the Device information icon , you will see a list of information about your device:

• Manufacturer
• Device type
• Firmware version
• Power source
• Status for receiving telegrams.
• Input and output ZigBee clusters.
• Reported attributes of the device.

Device Control and Status
With this setting , you can control the wireless devices and check their status.
You can identify the device, test its functionality (turn off, turn on) or read the current status/consumption.

For example, if you have commissioned several devices of the same model, and you need to distinguish which one is which, you can turn them on/off with the Device control and status setting.
You can use Device control and status for troubleshooting if you have a problem to control your device from Touch visualization. Turn your device on/off and check if it works.
NOTE: This feature is not available for battery-powered devices. Batterypowered devices are usually idle.
Setting Device Parameters
With this setting, you can change the device parameters. The function is disabled for devices that do not have configurable parameters.
When you click , a device dialog box will open. There, you can change required parameters.

List of Parameters

edge), RL-LED.
Merten dimmer| Switch action| Switch function:
• Light, Light (inverse)
• Dimmer, Dimmer (inverse)
• Standard shutter, Standard shutter (inverse)
• Schneider shutter, Schneider shutter (inverse)
• Scene – two scene numbers (one up, the other down)
LED indicator| LED lighting period (On when load is On/ Off, Always On/Off).
On/Toggle level (1…254, 255 = previous value)| Dimmer lighting level after turning on the dimmer.
Start-up level (0…254, 255 = previous value)| Starting lighting level after power outage.
Minimum level (1…254)| Limitation of the bulb function from below – minimum light value.
Maximum level (1…254)| Limitation of the bulb function from above – maximum light value.
Dimmer mode| Dimming mode setting – Automatic, RC (trailing edge), RL (leading edge), RL-LED.
Motion sensor dimmer| Device type switch/dimmer| Device type setting – dimmer or switch.
Occupancy operation mode| Dimmer on and off setting (Manual mode; Auto; Auto on/off, Manual on/off)
Detection timeout (seconds)| Detection duration.
Ambience light threshold (lux)| If light intensity ≥ ambience light threshold, do not switch on.
Rotary dimmer| On/Toggle level (1…254, 255 = previous value)| Dimmer lighting level after turning on the dimmer.
Start-up level (0…254, 255 = previous value)| Starting lighting level after power outage.
Minimum level (1…254)| Limitation of the bulb function from below – minimum light value.
Maximum level (1…254)| Limitation of the bulb function from above – maximum light value.
Dimmer mode| Dimming mode setting – Automatic, RC (trailing edge), RL (leading edge), RL-LED.
Free locate switch| Indicator light level| LED light intensity (%).
Indicator color| The color of the LED light (white/blue).
Key 1 – 4| Button function setting – No configuration/ Toggle dimmer/ Scene.
Switch mode| Setting the number of rockers.
Switch action| Rocker function:

•        Light, Light (inverse*)

• Standard shutter, Standard shutter  (inverse)
• Schneider shutter, Schneider shutter (inverse)
• Scene – two scene numbers (one up, the other down)
Motion sensor| Sensitivity level| Motion detection sensitivity setting – Default, Low, Medium, High
Detection timeout (seconds)| Detection duration.
Shutter| Switch action| Switch function:
• Light, Light (inverse)
• Dimmer, Dimmer (inverse)
• Standard shutter, Standard shutter (inverse)
• Schneider shutter, Schneider shutter (inverse)
• Scene – two scene numbers (one up, the other down)
Indicator light level| LED light intensity (%).
Indicator color| The color of the LED light (white/blue).
LED indicator| LED lighting period (On when load is On/ Off, Always On/Off).
On/Off transition time| Total movement time of the shutter until fully closed/opened (tenth of a second).
Motor type channel 1/2| Setting the type of motor – asynchronous or pulse motor.
Height: time from fully closed to fully open (seconds)| Time from fully closed to fully open (seconds)
Height: time from fully open to fully closed (seconds)| Time from fully open to fully closed (seconds)
Tilt: time from fully open to fully closed (seconds, 0 = tilt disabled)| Time from fully open to fully closed (seconds, 0 = tilt disabled)
Scene| Number of scene (button press = trigger).
Switch| Indicator light level| LED light intensity (%).
Indicator color| The color of the LED light (white/blue).
LED indicator| LED lighting period (On when load is On/ Off, Always On/Off).
Switch action| Switch function:
• Light, Light (inverse)
• Dimmer, Dimmer (inverse)
• Standard shutter, Standard shutter (inverse)
• Schneider shutter, Schneider shutter (inverse)
• Scene – two scene numbers (one up, the other down)
Motion sensor switch| Occupancy operation mode| Light on and off setting (Manual mode; Auto; Auto on/off, Manual on/off).
Detection timeout (seconds)| Detection duration.
Ambience light threshold (lux)| If light intensity ≥ ambience light threshold, do not switch on.

Inverse* = Reverse order of switches (up/down is down/up) or dimming direction.
Schneider shutter** = Schneider shutter data points are supported.

Device Configuration
If you want to configure your ZigBee device, click the Settings icon on the right of the device line. Name your device, specify its location*, and choose the group objects.![Schneider Electric LSS100400 SpaceLogic KNX Hybrid Module

• parameters](https://manuals.plus/wp-content/uploads/2024/08/Schneider- Electric-LSS100400-SpaceLogic-KNX-Hybrid-Module-parameters.jpg)First, map ZigBee attributes to KNX group objects. Then, you will be able to create widgets in Touch visualization and control your ZigBee devices.
  You can use the already created group object and control ZigBee and KNX devices together.
  Here is how to create new objects: Create New Object, page 24.

• If you want to organize ZigBee devices into rooms or areas, use a location parameter. You can create a location as follows:
  Type the location name into the Configuration dialog window and press Enter.
  You can also select the device location from a drop-down Location menu.
  NOTE: Battery-powered devices: If you map KNX objects to ZigBee attributes Low battery detected and Battery level, you can use them in Touch visualization. The device widget will show the battery level and you can receive battery status notifications.
  Dimmers

Releasing the button stops dimming.
Up/stop (1 bit; true = up, false = stop)| Button press = dimming up, button release = stop.
Down/stop (1 bit; true = down, false = stop)| Button press = dimming up, button release = stop.
Set level directly (1 byte scale)| Set dimming level (%).
On/Off status (1 bit)| Feedback for on/off.
Level status (1 byte scale)| Feedback for dimming level.
Steps per second (supported only on some devices)| Number of steps per second after pressing the button.
Motion sensor dimmer
Dimmer button| Transition time (seconds) – supported only on some devices| The time during which it is to dim to the set intensity.
Step size (0 = default) – supported only on some devices| Setting the dimming step range
Illuminance (lux)| Light intensity.
Occupancy (1 bit)| 1-bit value for presence detection.
On/Off/Toggle (1 bit)| Button function – on/off/toggle.
Set level or step current value (1 byte unsigned)| Dimming by a set step.
Step size (0 = default)| Setting the dimming step range.

Free Locate Switch

Free locate switch
Merten| Battery level (1 byte scale)| Device battery level.
On/Off/Toggle (1 bit)| On/Off/Toggle control.
Start/stop dimming (4 bits)| Button press dims 100 percent up or down. Releasing the button stops dimming.
Set level or step current value (1 byte unsigned)| Dimming by a set step.
Step size (0 = default)| Setting the dimming step range.
Scene (1 byte unsigned)| Sends number of the scene.
Up/Down/Stop (4 bits)| Button press dims 100 percent up or down. Releasing the button stops dimming.
Up/Down (1 bit)| 1 = dimming up, 0 = dimming down
Stop (1 bit)| 0 = stop dimming

Sockets

value is reset to zero during commissioning.

Switches

Switches
Merten/Motion sensor switch| On/Off control (1 bit)| Turn on/off.
On/Off status (1 bit)| Feedback for on/off.
On/Off/Toggle (Push-button) – 1 bit| On/Off/Toggle control.
Motion sensor switch| Illuminance (lux) – 2 bytes floating point| Light intensity.
Occupancy – 1 bit| 1-bit value for presence detection.

Shutters

Shutter
Puck shutter
Merten/Wiser shutter| On/Off control (1 bit)| Turning on/off.
On/Off status (1 bit)| Feedback for on/off.
Level status (1 byte scale)| Feedback for position level.
Height control (1 byte scale)| The height of the shutter (%) control.
Tilt control (1 byte scale)| The tilt of the slats control.
Up/Open (1 bit; true = up/open, false = stop)| Shutter goes up/opens.
Down/Close (1 bit; true = down/close, false
= stop)| Shutter goes down/closes.
Up/Down/Stop (4 bits)| Move up/down 100% with two buttons. Pressing the button again stops the movement.
Height status (1 byte scale)| Status feedback for height of the shutter.
Tilt status (1 byte scale)| Status feedback for tilt of the slats.
Up/Down/Stop (push-button) – 4 bits| Move up/down 100% with two buttons. Pressing the button again stops the movement.
Up/Down (push-button) – 1 bit| Up/down control.
Stop (push-button) – 1 bit| Stop the movement.

Sensors

contact/occupancy/leak/vibration/gas/ smoke is detected.
Device| Object| Object Description
---|---|---
Water leakage sensor| Battery level (1 byte scale)| Device battery level.
Low battery detected (1 bit)| Device battery low detection.
Detection (invert) – 1 bit| Detection (sound signal) – sends ON when open contact/occupancy/leak/vibration/gas/ smoke is detected.
Device| Object| Object Description
---|---|---
Temperature/Humidity sensor| Battery level (1 byte scale)| Device battery level.
Temperature (2 bytes floating point)| Temperature detection (°C).
Humidity (1 byte scale)| Humidity detection (%).
Device| Object| Object Description
---|---|---
Motion sensor| Battery level (1 byte scale)| Device battery level.
Device| Object| Object Description
---|---|---
| Low battery detected (1 bit)| Device battery low detection.
Detection (invert) – 1 bit| Detection (sound signal) – sends ON when open contact/occupancy/leak/vibration/gas/ smoke is detected.
Illuminance (lux) – 2 bytes floating point)| Light intensity.
Device| Smoke Alarm 230V| Object Description
---|---|---
Smoke alarm 230 V| Battery level (1 byte scale)| Device battery level.
Low battery detected (1 bit)| Device battery low detection.
Battery defect (1 bit)| Defective battery detection.
Temperature (2 bytes floating point)| Temperature detection (°C).
Detection (invert) – 1 bit| Detection (sound signal) – sends ON when open contact/occupancy/leak/vibration/gas/ smoke is detected.
Heat Alarm (1 bit)| Elevated temperature detection.
Fault warning (1 bit)| Error detection.
AC mains (1 bit)| 230 V connection indicator.
Test mode (local) – 1 bit| Device test mode (long press) that triggers an alarm (detection is not interrupted).
Remote Alarm (1 bit)| Multiple sensors linked – one of them detects smoke, the others report a remote alarm.
Hush mode (1 bit)| Temporarily interrupts the alarm by pressing the button.

Thermostats

Create New Object
To create a new object:

1. Click at the end of the device line.

2. Click above the object drop-down menu.
   A dialog will appear in which you can select the type of object. Types of objects
   • Standard object – object value changes are sent to the KNX bus.
   • Virtual object – object value changes are never sent to the KNX bus.
   (Virtual objects are usually used for visualization or scripting.)

3. In the Create object dialog, click Create standard/virtual object.

4. Fill in the Add new group address form > click Save.

The new object appears in the object field of the Configuration form. Click Save to save the changes.
Specific Configuration of the ZigBee Devices
Before installing the device, check this table for specific configuration requirements. You can find the list of supported devices here: Supported Devices, page 34.

keys of the avatar free locate switch. You assign the desired functions to the scenes.
The following example describes how to turn lights off and on with keys 1 and 2 and control shutter with keys 3 and 4.
1. Go to your device Parameters in the Hybrid plugin > assign a scene function and a scene number to each key in the Parameters form..
Key Nr.                   Function                  Scene Nr.
1                                      Scene                              0
2                                      Scene                              1
3                                      Scene                              2
4                                      Scene                              3
2. Use the following script to link the key functions:
SC = event.getvalue() Light1 = ‘0/0/1’ Light1_St = ‘0/0/2’ Light2 = ‘0/0/3’ Light2_St = ‘0/0/4’ C1_Stop4B = ‘1/1/6’
L1 =grp.getvalue(Light1_St) L2 =grp.getvalue(Light2_St)
C1stop=grp.getvalue(C1_Stop4B)
if SC==0 then — FLS button 1 toggle Light 1 grp.write(Light1, not L1)
elseif SC==1 then — FLS button 2 toggle Light 2 grp.write(Light2, not L2)
elseif SC==2 then — FLS button 3 open or stop curtain 1 if C1stop ~= 0 then
grp.write(C1_Stop4B,0) else grp.write(C1_Stop4B,6)
end
elseif SC==3 then — FLS button 4 open or stop curtain 1 if C1stop ~= 0 then
grp.write(C1_Stop4B,0) else grp.write(C1_Stop4B,13)
end
end
Avatar Blind| You want to move your curtain to a precise (absolute) position.| For this device, absolute positioning only fully closes or fully opens.
Avatar Blind| You want to open/close slats.| The product supports only the control of curtains. Map Up/Down objects to the
Left/Right objects depending on your installation.
Dimmers and switches| Order of 2-gang keys for dimmers and switches.| For 2-gang dimmers or switches (Avatar range excluded), the right keys are gang/ output #1, and the left keys are gang/output #2.
Dimmers| You want to control the ZigBee dimmer via relative dimming function.| Link the 03.007 dim/blinds step object to 4 bits Start/stop dimming Hybrid object of the free locate switch.
NOTE: For the Start/stop dimming object, the dimming speed is irrelevant to the selected value. For example, the object value Up 1% will dim up as quickly as theUp 100% one.
Shutters/Blinds| The shutters/blinds move in reverse. Instead of down, they go up and vice versa.| 1. Go to your device Parameters in the Hybrid plugin > select inverse shutter in the Parameters form.
2. Cross the wires leading to the shutter motor.
3. Swap the drive up and down time in the Parameters form.
Device| Issue| Solution
---|---|---
Shutters| You want to control the ZigBee shutter from the app using the arrow buttons.| Use the following script to convert two objects into one (or one object into two):
01.008 Up/Down KNX object → 1 bit Up/Stop + 1 bit Down/Stop Hybrid objects.
updown = grp.getvalue(’43/4/11′) — Up/Down Open/Close if updown then
grp.write(’43/4/4′, 1) — Down/Close else
grp.write(’43/4/3′, 1) — Up/Open end
Motion sensor – Dimmer, Switch, Ceiling| The Illuminance object is sent every 10 seconds and overloads CPU.| Unmap Illuminance objects that are not necessary.
Go to Configuration of your device > find 2 bytes Illuminance object field > unmap the object (the object field has to be empty) > click Save.

Delete ZigBee Devices
The last red icon in the device line is for removing ZigBee devices from the network.
If you want to delete your device, click at the end of the device line > click Yes.
The device will be removed from the network.
Reset the device physically so that it can join the network again.
You have to reset battery-powered devices manually to fully remove them from the network.

Extend Device Functionality
Mains-powered ZigBee devices with manual control (push-buttons, rotary knobs) have extended functionality of decoupling the front and back of the device. The front (push-buttons) part of the device can control a completely different device than the one it belongs to.
A blue note in the device Configuration dialog informs you of the extension possibility.
Push-Button functionality can be changed via device parameters.
Devices without a push-button interface, like the Wiser micro-modules, do not support this extended functionality.
To use this functionality, do the following:

1. Go to Hybrid plugin > select a device that supports this functionality > click to open its Parameters setting.

2. In device Parameters setting, select from a drop-down menu which device type you want to control by switch action.

3. Click Save.

4. Click to open the Configuration dialog > configure your device.
   There are three sections in the Configuration dialog:
   • Name and device location.
   • Configuration of the back part of your device (device control, device status).
   • Push-button configuration (if your device supports it) at the front panel (buttons, knobs).

5. In the Push-button section, based on the setting you did in the Parameters section, you can see the functionality assigned to the front part of the device.
   Assign a group address to each functionality.

Touch Visualization
After commissioning the ZigBee device and mapping it into KNX objects, you can use those KNX objects for creating widgets in Touch visualization.
Click the cross at the top right to close the Hybrid plugin to be able to start Touch configuration.
On the Start page, click . You get to the visualization configurator.
For more information check the controller user guide.

Groups

ZigBee groups are suitable for central functions or for bulk operations. For example, you can turn on/off all dimmers or open/close all blinds by sending a single telegram. You can control several devices at the same time and not overload the ZigBee network.
ZigBee groups can be composed of devices with the same functionality. Each device in the group remembers that it is part of the group and will only receive telegrams for its group.
Only one group telegram is always sent to all ZigBee devices in the network. All devices will read the telegram. Only the devices that belong to the group will receive the telegram and perform the required operation.
To create a group, follow these steps:

1. Click > select Groups.
2. Click Add group and fill in the form (group ID, name, mode).
3. Click Save and configureand fill in the form (name, location, assign group object to the control command).
4. Click Save and add devices > select the devices you want to add to your group.
5. Click Add to group and Close.

Your new group of devices appears in the list of groups.
You can further modify each group later, change its parameters, or delete it.

Monitor

Monitoring is an information and diagnostic tool that allows you to get an overview of the functionality of the ZigBee network. The Monitor function monitors the activity of the device in the network and the values generated/received by the devices.
To run the monitoring, do the following:

1. Click > select Monitor.
2. Click the Start monitor button to start monitoring.

Messages start to appear on the screen in chronological order, containing the following information about the devices:Number: Message serial number.
Time: The time when the message was received by the hybrid module.
Type: Data sent/received (S/R) and signal strength.
Address: MAC address of the device.
Cluster: Type of the ZigBee clusters.
Action: Action taken (related to the cluster).
Data: Data sent/received.
If you want to stop monitoring, click Stop monitor.
You can export monitoring values as a CSV file to local storage: click Export CSV.

Configuration

Network configuration is the process of setting your network characteristics. Configure the network before pairing the wireless devices:

1. Click > select Configuration.

2. Configure your network as follows:
   • Channels: The ZigBee standard defines 15 channels, all within the 2.4 GHz radio band. ZigBee channels are numbered 11-25, but they overlap many of the same frequencies as Wi-Fi channels 1-11.
   • PAN ID: Each ZigBee network is defined with a unique PAN (personal area network) identifier (ID), which is common among all devices of the same network. ZigBee devices are either preconfigured with a PAN ID to join, or they can discover nearby networks and select a PAN ID to join.
   NOTE: Change the PAN number each time you change the Hybrid Module. If multiple ZigBee networks are operating within range of each other, each should have unique PAN IDs.
   • Network key: The network encryption key size is 128 bits which is 16 hexadecimal values between 0 x 00 and 0 x FF. The payload of ZigBee messages is encrypted by the network key. The network key is exchanged with a device on pairing.
   • Automatic network close time (minutes): The amount of minutes it takes the network (after opening) to automatically close itself.
   • Debug logging: Enable/disable ZigBee debug logging. You can see the debug logs in Logs, page 33.

3. Click Save.

Add Install Code

The Add install code function enables encrypted commissioning of your devices.
It is the secure way how to commission your devices. You do not share the network information, for example, the network key.
You need to find out the following information from the QR code of your device:

• Address (EUI-64): MAC address
• Install code

To enable encrypted commissioning of your device, follow these steps:

1. Click > select Add install code.
2. Enter the MAC address and install code of your device > click Add.

NOTE: If your controller disconnects or reboots while adding the installation code and MAC address, you have to start over.
Now commission your device as described in Pairing the Device, page 12.

Network Map

The Network map function graphically displays the mesh network topology with color-coded links between individual devices. Each link means communication between the devices (sending telegram).
You can filter links by clicking on the menu on the top left:

• Child: The device that reaches controller through another device (through parent device).
• Parent: The root device that other devices connect to as a children.
• Sibling: A device that the other device can “hear”, but is not connected to it.
  Active route: Active connection.

The percentage means the strength of the mesh network signal (this data comes from the router).
Make sure all devices have enough signal to be controllable. Signal strength is also displayed during monitoring – see Monitor, page 29.

Logs

The network log is a direct access data set that stores messages and commands, communications about network functions.
You can gather every packet or a set of packets for further analysis, traffic monitoring, or troubleshooting.
To see the logs, click > Logs:

Several kinds of information can appear in your network log:

• Job time, step time, and data entered by user-written routines.
• Operating data.
• Descriptions of unusual events.

You can reload logs (click Reload logs) and export them in a *.txt file to your local storage (click Export logs).

Supported Devices

This is a table of devices that have been tested for compatibility. Full compatibility cannot be guaranteed for devices that have not been tested.
Schneider Electric does not provide firmware upgrade for third-party devices.
Find out if your device is supported (Ctrl + F).
IMPORTANT: Before installing the device, check Specific Configuration of the ZigBee Devices, page 25 table for specific configuration requirements.
Actuators

integrated yet)
Odace| S520567| Connectable Blind Control Switch
Odace| S530567| Connectable Blind Control Switch
Odace| S520513| Connectable Universal Rotary Dimmer
Odace| S530513| Connectable Universal Rotary Dimmer
Odace| S540513| Connectable Universal Rotary Dimmer
Odace| S540567| Wiser blinds & shutters control switch
Odace| S520530| Wiser relay switch 10 A
Odace| S530530| Wiser relay switch 10 A
Odace| S540530| Wiser relay switch 10 A
Odace| S520522| Wiser universal push- button dimmer LED
Odace| S530522| Wiser universal push- button dimmer LED
Odace| S540522| Wiser universal push- button dimmer LED
System D| MEG5180-0000 + MEG5116-6000| 1G 1-10v Dimmer + 1G Wiser Application Module
System D| MTN5180-0000 + MTN5116-6000| 1G 1-10v Dimmer + 1G Wiser Application Module
System D| MEG5185-0000 + MEG5126-6000| 1G Dali Dimmer + 1G Wiser Application Module
System D| MEG5151-0000 + MEG5116-6000| 1G Electronic Switch + 1G Wiser Application Module
System D| MTN5151-0000 + MTN5116-6000| 1G Electronic Switch + 1G Wiser Application Module
System D| MEG5161-0000 + MEG5116-6000| 1G Relay Switch + 1G Wiser Application Module
System D| MTN5161-0000 + MTN5116-6000| 1G Relay Switch + 1G Wiser Application Module
System D| MEG5165-0000 + MEG5126-6000| 1G Shutter + 1G Wiser Application Module
System D| MTN5165-0000 + MTN5126-6000| 1G Shutter + 1G Wiser Application Module
System D| MEG5171-0000 + MEG5116-6000| 1G Universal Dimmer + 1G Wiser Application Module
System D| MTN5171-0000 + MTN5116-6000| 1G Universal Dimmer + 1G Wiser Application Module
System D| MTN5172-0000 + MTN5126-6000| 1G Universal Dimmer + 2G Wiser Application Module
System D| MEG5152-0000 + MEG5126-6000| 2G Electronic Switch + 2G Wiser Application Module
System D| MTN5152-0000 + MTN5126-6000| 2G Electronic Switch + 2G Wiser Application Module
System D| MEG5162-0000 + MEG5126-6000| 2G Relay Switch + 2G Wiser Application Module
System D| MTN5162-0000 + MTN5126-6000| 2G Relay Switch + 2G Wiser Application Module
System D| MEG5172-0000 + MEG5126-6000| 2G Universal Dimmer + 2G Wiser Application Module
System M| MEG5180-0000 + MEG5116-0300| 1G 1-10v Dimmer + 1G Wiser Application Module
System M| MTN5180-0000 + MTN5116-0300| 1G 1-10v Dimmer + 1G Wiser Application Module
System M| MEG5185-0000 + MEG5126-0300| 1G Dali Dimmer + 1G Wiser Application Module
System M| MEG5151-0000 + MEG5116-0300| 1G Electronic Switch + 1G Wiser Application Module
System M| MTN5151-0000 + MTN5116-0300| 1G Electronic Switch + 1G Wiser Application Module
System M| MEG5161-0000 + MEG5116-0300| 1G Relay Switch + 1G Wiser Application Module
System M| MTN5161-0000 + MTN5116-0300| 1G Relay Switch + 1G Wiser Application Module
System M| MEG5165-0000 + MEG5126-0300| 1G Shutter + 1G Wiser Application Module
System M| MTN5165-0000 + MTN5126-0300| 1G Shutter + 1G Wiser Application Module
System M| MEG5171-0000 + MEG5116-0300| 1G Universal Dimmer + 1G Wiser Application Module
System M| MTN5171-0000 + MTN5116-0300| 1G Universal Dimmer + 1G Wiser Application Module
System M| MEG5152-0000 + MEG5126-0300| 2G Electronic Switch + 2G Wiser Application Module
System M| MTN5152-0000 + MTN5126-0300| 2G Electronic Switch + 2G Wiser Application Module
System M| MEG5162-0000 + MEG5126-0300| 2G Relay Switch + 2G Wiser Application Module
System M| MTN5162-0000 + MTN5126-0300| 2G Relay Switch + 2G Wiser Application Module
System M| MEG5172-0000 + MEG5126-0300| 2G Universal Dimmer + 2G Wiser Application Module
System M| MTN5172-0000 + MTN5126-0300| 2G Universal Dimmer + 2G Wiser Application Module
Unica| NU350820| Wiser Antimicrobian blinds & shutters control switch
Unica| NU353720| Wiser Antimicrobian relay switch 10 A
Unica| NU351520| Wiser Antimicrobian universal push-button dimmer LED
Unica| NU351620| Wiser Antimicrobian universal rotary dimmer LED
Unica| NU3508xx| Wiser blinds & shutters control switch
Unica| NU3509xx| Wiser blinds & shutters control switch
Unica| NU3537xx| Wiser relay switch 10 A
Unica| NU3538xx| Wiser relay switch 10 A
Unica| NU3515xx| Wiser universal push- button dimmer LED
Unica| NU3517xx| Wiser universal push- button dimmer LED
Unica| NU3516xx| Wiser universal rotary dimmer LED
Unica| NU3518xx| Wiser universal rotary dimmer LED
Wiser| CCT5010-xxxx| Micromodule Dimmer
Wiser| MEG5010-0001| Micromodule Dimmer
Wiser| CCT5011-xxxx| Micromodule Relay
Wiser| MEG5011-0001| Micromodule Relay
Wiser| CCT5015-xxxx| Micromodule Shutter
Wiser| MEG5015-0001| Micromodule Shutter
Wiser| 550B1012| Wiser micromodule dimmer
Wiser| 550B1011| Wiser micromodule relay
Wiser| 550B1013| Wiser Wireless Blind Control for Build in (Puck)
Wiser| CCT5010-0003| Wiser Multiwire LED Dimmer Puck

Battery Push-buttons

PIR/Actuators

Sensors

Sockets

type
Odace| S530559| Wiser Odace Smart socket outlet 16A single outlet – Pin earth type
Odace| S540559| Wiser Odace Smart socket outlet 16A single outlet – Pin earth type
System D| MEG2380-603x| Smart socket outlet 16A
System D| MTN2380-603x| Smart socket outlet 16A
System M| MEG2380-0xxx| Smart socket outlet 16A
System M| MTN2380-0xxx| Smart socket outlet 16A
Unica| NU5557xx| Wiser Unica Smart socket outlet 16A single outlet – Schuko type
Unica| NU5559xx| Wiser Unica Smart socket outlet 16A single outlet – Pin earth type
Wiser| CCT711119| Wiser smart plug
Wiser| CCTFR6500| Wiser Plug – FR – Type E
Wiser| CCTFR6501| Wiser Plug (Schuko version)

Thermostats

Trademarks

This guide refers to system and brand names that are trademarks of their relevant owners.

• Zigbee alliance is now rebranded as CSA Connectivity Standards Alliance: https://csa-iot.org/.
• Apple® and App Store® are brand names or registered trademarks of Apple Inc.
• Google Play™ Store and Android™ are brand names or registered trademarks of Google Inc.
• Wi-Fi® is a registered trademark of Wi-Fi Alliance®.
• Wiser™ is a trademark and the property of Schneider Electric, its subsidiaries and affiliated companies.

Other brands and registered trademarks are the property of their respective owners.

License Information

Printed in:
Schneider Electric
35 rue Joseph Monier
92500 Rueil Malmaison – France
+ 33 (0) 1 41 29 70 00
Schneider Electric
35 rue Joseph Monier
92500 Rueil Malmaison France
+ 33 (0) 1 41 29 70 00
www.se.com
As standards, specifications, and design change from time to time,
please ask for confirmation of the information given in this publication.
© Year of first release 2023 – Year of current release 2024 Schneider
Electric. All rights reserved.
Nr. 02/2024

References

• CSA-IOT - Connectivity Standards Alliance

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