Specifications
Design
Range
Product or component type
Warranty
Physical
Mounting support
- symmetrical rail
- plate
[ue] rated operational voltage
[ie] rated operational current
Mechanical durability
Electrical durability
- 100000 cycles AC-21
- 30000 cycles DC-1...5
Connections - terminals
- power circuit: screw clamp terminals10-10 mm² - solid
- power circuit: screw clamp terminals6-6 mm² - flexible - with cable end
Height
Width
Depth
Net weight
Standards
Product certifications
- UL
- CSA
- GL
- UKCA
- CCC
Ip degree of protection
Ambient air temperature for operation
Mercury free
Rohs exemption information
Environmental disclosure
Eu rohs directive
Reach regulation
China rohs regulation
Others
Life cycle assessment data
Substance regulation data deliverable
Legacy weee scope
Package 1 bare product quantity
Package 2 bare product quantity
Package 3 bare product quantity
Average percentage of recycled plastic content
Weee label
Product name
Device short name
Compatibility code
Performance level
Poles description
Contacts type and composition
Network type
- AC
- DC
Network frequency
Rated operational power in w
- 11 kW at 500 V (AC-23A)
- 11 kW at 690 V (AC-3)
- 15 kW at 690 V (AC-23A)
- 4 kW at 230...240 V (AC-3)
- 5.5 kW at 400...415 V (AC-3)
- 7.5 kW at 500 V (AC-3)
- 5.5 kW at 230...240 V (AC-23A)
- 7.5 kW at 400...415 V (AC-23A)
[ith] conventional free air thermal current
[ithe] conventional enclosed thermal current
Making capacity
- 250 A at 400 V AC-21A
- 250 A at 400 V AC-22A
- 250 A at 400 V AC-23A
Breaking capacity
- 200 A at 400 V (AC-21A)
- 200 A at 400 V (AC-22A)
- 200 A at 400 V (AC-23A)
Rated conditional short-circuit current
- 10 kA at 400 V - associated fuse 25 A aM
- 10 kA at 400 V - associated fuse 25 A gG
[icm] rated short-circuit making capacity
Intermittent duty class
Suitability for isolation
[uimp] rated impulse withstand voltage
[icw] rated short-time withstand current
Tightening torque
Protective treatment
Mechanical robustness
- vibrations 10...150 Hz (1 gn) conforming to IEC 60068-2-6
- shocks 11 ms (30 Gn) conforming to IEC 60068-2-27
Fire resistance
Unit type of package 1
Number of units in package 1
Package 1 height
Package 1 width
Package 1 length
Package 1 weight
Unit type of package 2
Number of units in package 2
Package 2 height
Package 2 width
Package 2 length
Package 2 weight
Unit type of package 3
Number of units in package 3
Package 3 height
Package 3 width
Package 3 length
Package 3 weight
Green premium status for reporting
Total lifecycle carbon footprint
Carbon footprint of the manufacturing phase [a1 to a3]
Carbon footprint of the manufacturing phase [a1 to a3]
Carbon footprint of the distribution phase [a4]
Carbon footprint of the distribution phase [a4]
Carbon footprint of the installation phase [a5]
Carbon footprint of the installation phase [a5]
Carbon footprint of the use phase [b2, b3, b4, b6]
Carbon footprint of the use phase [b2, b3, b4, b6]
Sustainable packaging
Carbon footprint of the end-of-life phase [c1 to c4]
Carbon footprint of the end-of-life phase [c1 to c4]
Pvc free
Halogen-free status
F-gas free
Take-back
Product contributes to saved and avoided emissions
Removable battery
Total lifecycle carbon footprint
Average percentage of recycled metal content
Packaging made with recycled cardboard
Packaging without single use plastic
Scip number
Halogen-free status
Pvc free
End of life manual availability
Take-back
Weee label
Warranty (in months)
Documents & downloads
hide show-
All
-
CAD Files and Packs
-
Technical Data Catalogues
-
Environmental Disclosure
-
Installation Instruction
-
Technical illustration
-
Technical Drawing
-
Certificates (MSDS)
-
Declaration of Conformity
-
Declaration of Conformity (Sustainability)
3 poles VARIO switches disconnector, switch body base 25, 32, 40 A. - Dimensions - Technical drawing
VERSION
1.0
DATE
03 Mar 2022
REVISION
1.0
3 poles VARIO switches disconnector, switch body base 25, 32, 40 A. - Dimensions - Technical drawing
VERSION
1.0
DATE
03 Mar 2022
REVISION
1.0
UL_Certificate_TeSys Vario
VERSION
1.0
DATE
23 Jan 2025
REVISION
1.0
CCC_TeSys Vairo_V02&V01&V0&V1&V2
VERSION
1.0
DATE
25 Nov 2024
REVISION
1.0
DNV-GL Marine Certificate TeSys VARIO - V02-01-0-1-2-3-4-5-6 disconnection switch
VERSION
1.0
DATE
11 Mar 2024
REVISION
1.0
CB_Certificate_TeSys Vario V0&V1&V2&V02
VERSION
1.0
DATE
25 Jul 2023
REVISION
1.0
UKCA Declaration TeSys Mini-Vario, VARIO V02-V01-V0-V1-V2
VERSION
1.0
DATE
21 Jan 2025
REVISION
1.0
EU Declaration TeSys Mini-Vario, VARIO V02-V01-V0-V1-V2
VERSION
1.0
DATE
21 Jan 2025
REVISION
1.0
EU Declaration TeSys Vario_V02C to V2C Switch-disconnector
VERSION
1.0
DATE
14 Nov 2024
REVISION
1.0
UKCA Declaration TeSys Vario V02C to V2C Switch-disconnector
VERSION
1.0
DATE
28 Jun 2023
REVISION
1.0
V0 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V0 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
Frequently Asked Questions
How do I connect a hybrid inverter to MAXBAR+?
Hide ShowWhere there is a hybrid inverter with DC coupled battery, connect AC circuit to solar position on the MAXBAR+.
In this instance, the battery position on MAXBAR+ can be used for the second solar system or sub board.
Please ensure to affix the appropriate sticker, provided in the New Energy Protection Kit, to MAXBAR+ and the enclosure.
Can the battery & solar MCB's from the New Energy Protection kits be replaced for different current ratings?
Hide ShowYes, solar & battery MCB's can be replaced for higher or lower current ratings as long the combined potential current from solar and battery does not exceed 100A.
What are the most suitable enclosures for MAXBAR+?
Hide ShowThe most suitable enclosure for MAXBAR+ busbars are Clipsal MAX9 Type 3 plastic enclosures due to 150mm spacing between din rails.
For comprehensive list of suitable Clipsal enclosures, refer to MAXBAR+ Complementary Technical Guide.
Is Clipsal MAXBAR+ compatible with all battery backup systems?
Hide ShowIssue:
I am adding MAXBAR+ to a house with existing battery backup system
Resolution:
MAXBAR+ is compatible with most battery systems currently on the market, however some systems use a separate backup interface/gateway which may have built in metering.
Using MAXBAR+ in these instances could cause issues with the battery systems app as the metering could be bypassed.
How to enable/disable C-Bus power supply for 5516RVF
Hide ShowThe integrated C-Bus Power Supply can be enabled or disabled via the front panel by performing a short press on the top right channel button whilst holding down the top left channel button to toggle the enabled state.
By default, the integrated 200 mA C-Bus Power supply is disabled.
The enabled status of the integrated C-Bus power supply is shown on the Unit indicator.
(Green - Enable, Yellow - Disable).
For 5508RVF and 5504RVF
Wiser2 and C-Bus Home Controller (SLHC) both have same part number (5200whc2) but hold a different firmware
Hide ShowBoth wiser have the same part number(5200WHC2) but different Device type
SE.com link to the latest PICED 4.15.2
https://www.se.com/au/en/product-range/2216-spacelogic-cbus-home-automation-system/#software-and-firmware
Old Wiser2
Wiser 2 with WiFi – wiser2firmware_1_33_1.img
Current C-Bus Home Controller (SLHC)
Wiser 2 without WiFi – SLHomeControllerfirmware_2_01_1.img
Firmware update is done via PICED but Alternatively, you can use the option Wiser Manual Update under the Settings from the Web Client and then choose one of the above files for the upgrade.
Where to download software for the dali building monitor software package?
Hide ShowSearch for DCDALCIP250-2 or DCCABKIT6 in Google
Select document & download and tick software - Release
Click through the pages and look for Building Monitor V6.0.472
https://download.schneider-electric.com/files?p_Doc_Ref=BuildingMonitor-V6.0.472
What are the hardware specifications for a PC to run Schedule Plus V5?
Hide ShowWhat are the hardware specifications for a PC to run Schedule Plus V5?
Schedule Plus V5 PC hardware specifications 08_12_2023
5000SDSPU/5
https://www.clipsal.com/search?q=C-Bus%2C+Schedule+Plus+Ver.+5&datasource=productsC-Bus download tap not displaying in the download website
Hide ShowThe software TAB disappearing is a Browser Cache problem for SE.COM.
>It is a fairly simple fix;
This is how to clear your browser cache only for SE.com, instead of clearing all your cache info for other sites.
Right click> Inspect
Select Application> Storage> tick including third-party cookies then hit > Clear site data
Another option is to run New Incognito window
Which version of Schedule Plus is compatible with C-Gate 3?
Hide ShowSchedule plus V5.4.0 is compatible with C-Gate 3
Release note:
Download link:
How to perform C-Bus Automation Controller LUA Script logging
Hide ShowDefault Log Helper Function
The LUA Script Editor contains Helpers - under the Alerts and Logs - contains a log variables function helper which when left clicked enters an example containing some different parameters to log. The results shown in the Current logs window of running a script containing the default log helper is as follows
Logging Descriptive String and Value
Using log function can be prefixed with a string as well as the parameter(variable) to provide understanding of what it being logged. All arguments are logged to the Current logs window in example below we see argument 1 being the description and argument 2 being the variables(parameter) value.
Logging Multiple Parameters or Concatenated Strings
Using log functions containing multiple strings and/or parameters eg log('string', parameter, parameter, parameters, ....) to see descriptions and multiple variables at the specified execution point in the LUA script. Knowing what various C-Bus groups, C-Bus levels, measurement values, user defined setpoints are at a specific point in the LUA script can help determine why a block of LUA script code is or isn't being executed.
Additionally using "tostring(variable)" to convert boolean, integer, floating value's into strings and " .. " to concatenate strings allows you to condense log messages into a single line. This allows complex logic with multiple conditional statements to be checked for expected and actual execution whilst troubleshooting LUA scripting.
SwValues = 'Reed Switch: ' .. tostring(SwReed) .. ', Switch Loops: ' .. tostring(SwLoops) .. ', Switch Value: ' .. tostring(SwValue)
log('Switch Values', SwReed, SwLoops, SwValue)
returns
* string: Reed Switch: true, Switch Loops: 5, Switch Value: 83.35
How to enable the C-Bus Clock or PowerSupply on the new Digital Dimmer?
Hide ShowFor either option: Press and Hold toggle button 1 for greater than .5 seconds, quick press either button 3 or 4 * important that it's a quick press <0.5 sec, then release button 1 again after about 0.5-1 second, if you press and hold buttons 3 or 4 for too long or release button 1 and 3 or 1 and 4 at the same time the unit will not change state.
9 Switching of the inbuilt C-Bus power supply and C-Bus system clock if required
Ensure adequate C-Bus power supply is enabled in the bus by referring to the indication on the unit and the bus design by checking the right amount of power supplies enabled. In case of low C-Bus bus power indication, switch the inbuilt C-Bus Power supply in the dimmer.
Note: If the inbuilt switchable C-Bus power supply is enabled, the dimmer supplies power upto 200 mA to the network when connected to the mains.
How to enable/disable C-Bus power supply
The integrated C-Bus Power Supply can be enabled or disabled via the front panel by performing a short press on the top right channel button whilst holding down the top left channel button to toggle the enabled state, refer 9(a)
The enabled status of the integrated C-Bus Power Supply is shown on the Unit Indicator. Refer to diagnosis section (b).
The C-Bus Indicator state shows the state of the network voltage. If the C-Bus Indicator is flashing or off, the network voltage is too low, meaning there is insufficient C-Bus Power. additional power supplies may need to be enabled.
NOTE: It is important to ensure that no more than 2A of total C-Bus Power Supply capacity is enabled/connected to any one C-Bus network.
How to enable/disable the C-Bus system clock generator (if required)
The system clock is used to synchronize data communication over a C-Bus network. If a system clock is required, it can be enabled from the SpaceLogic C-Bus Commission software and the indicator buttons on the dimmer.
The integrated C-Bus Clock generator can be enabled or disabled via the front panel by performing a short press on the top second-to-right button whilst holding down the top left channel button to toggle the enabled state, refer 9(b)
How to get a C-Bus Automation Controller LUA Script IF to perform like a PASCAL Logic ONCE
Hide ShowTo avoid an if statement being executed by the C-Bus Application/Controller Event-based engine numerous times the use of an outer if (or) - then statement ensuring that the event came from visualization or from c-bus avoids the inner event-based condition being met again and again. We can use LUA script log function and the Logs window to verify expected behaviour
Without outer if (or) - then statement
Without any outer conditional check of whether the event came from either visualization or c-bus network the log windows shows that a change in state of the Group 78 (Strong Room Reed Switch) being set to ON (255) - true results in numerous executions by the event-based lua script engine which continue to occur as seen by updating timestamp.
With outer if (or) - then statement ensuring that the event came from visualization or from c-bus
With the inclusion of an outer conditional loop checking whether the event came from either visualization or c-bus network the log windows shows that a change in state of the Group 78 (Strong Room Reed Switch) being set to ON (255) - true results in one execution and that another change in state of the Group 78 (Strong Room Reed Switch) being set to OFF (0) - false results in one execution. From the Logs window we can see that the added if (or) - then ensuring that the event came from visualization or from c-bus acts similar to a ONCE statement in PICED pascal logic
Can you and how do I change the button caps on a C-Bus eDLT Switch?
Hide Show5080EDLBCPW - C-Bus eDLT Button & Cap Pure White
5080EDLBCHB - C-Bus eDLT Button & Cap Horizon Black
5080EDLBCEB - C-Bus eDLT Button & Cap Espresso Black
5080EDLBCAS - C-Bus eDLT Button & Cap Arctic Silver
Below is the procedure on how to do the replacements, also attached is this process in PDF form.
How to troubleshoot C-Bus Automation Controller LUA Scripts
Hide ShowSave Script - Syntax errors are shown when saving the script
These errors relate to general LUA command/statement syntax
example 1: in following if - then - else - end condition the following LUA script is missing the closing "end" statement
if (StrRmReedSwitch == false) then
-- Turn ON the Store Room Alarm and Alarm Light
SetCBusState(0, 56, 77, true)
SetCBusState(0, 56, 79, true)
else
SetCBusState(0, 56, 77, false)
SetCBusState(0, 56, 79, false)
results in the following error when attempting to save
Show Error Logs - Logical errors are shown when "Error log" is selected (1), and from the Error log window selecting "Show errors only for current script" (2) and "Clear" (3) then running the LUA script - by changing related object statuses etc in Object Tab, Visualization or Run Script
Logic errors relate to logical issues with the LUA Script such as trying to retrieve the state of an uninitialized group or trying to retrieve the state of a group that does not exist, or performing incompatible arithmetic etc.
example 2: Library cbuslogic:0: unable to find 0/56/250 --- (check if application 56, group address 250 object exists?)
example 3: Library cbuslogic:0: unable to decode 0/56/150 --- (check if application 56, group address 150 object currently nil "un-initialized")
example 4: User script:5: attempt to perform arithmetic on global 'StmRmTempSwitch' (a nil value) stack traceback: --- (check compatibility of arithmetic)
The following LUA script tries to perform a mathematical addition of a boolean returned from GetCBusState and an integer value resulting in Error log message
-- Get state of Store Room - Reed Switch on the local network
StmRmTempSwitch = GetCBusState(0, 56, 78)
IntValue = 5
CalcValue = IntValue + StmRmTempSwtich
Log messages which can help further troubleshoot LUA script issues are shown when "Log" is selected (1), and from the Current logs window selecting "Show logs only for current script" (2) and "Clear" (3) then running the LUA script - by changing related object statuses etc in Object Tab, Visualization or Run Script
Log messages can be used to log values of c-bus states, levels, variables and determine whether expected conditional and behavior is being met or may provide answer why a condition is not met and a certain block of the LUA script is not being executed.
example 5: Running the following script shown in image and turning the Strong Room Reed Switch group OFF and ON shows script is working as expected.
I want to put in two-way switching but can’t run the cables between the mechanisms. Can I achieve wireless two-way switching with Wiser Zigbee?
Hide ShowYou need to create two automations for a 2-way:
- when switch A and switch B are ON, turn switch A and switch B ON
- when switch A and switch B are OFF, turn switch A and switch B OFF
This can be expanded to 3-way, 4-way etc by simply adding the other switches into the respective ON and OFF automations.
What shroud would fit the 3025USBC?
Hide ShowHow do I find my account email or phone number so I can be added to a home in Wiser by SE?
Hide ShowHow can WiFi interfere with Wiser and Zigbee?
Hide ShowLuckily, most modern WiFi routers utilize the "Auto Select Channel" function - the router selects the least used channel it can see.
Overview of WiFi and ZigBee channels below:
2.4 GHz WiFi channels
2.4 GHz ZigBee channels
WiFi's three non-overlapping channels (1, 6, and 11) use the exact same frequencies as ZigBee channels 11-22.
We could say that if we select channel 1 of WiFi, the safest one on ZigBee would be 26.
Noting though that Zigbee Channels 25 and 26 are slightly lower powered than the other channels.
Each environment can be different, but generally speaking, wireless communication is affected by obstacles.
Concrete and metal obstacles (armatures, walls, reinforced concrete) are the worst kind of an obstacle.
We can expect that metal and concrete will decrease the range of any wireless device. In such a case, it's possible it will be necessary to install more wired Wiser devices in adjacent rooms to make the network more stable.
Can the Wiser Smoke Alarm integrate into Automations?
Hide ShowCan the Wiser smoke alarm interconnect with my existing alarms?
Hide ShowWhy is the power switch labeled OFF/AUTO on the Wiser Smoke Alarm?
Hide ShowWhat size threaded shaft does the R01 have?
Hide ShowHow to change the relay configuration on an ATS22?
Hide ShowRelay R1 and R2 programming on an ATS22
Product Line:
Altistart 22
Environment:
All
Cause:
Relay 1 or 2 needs a new assignment.
Resolution:
First, open access to the IO menu by going to the ConF menu, set LAC = ON.
Then go to the IO menu and set r1 or r2 to the appropriate configuration.
Where can I download the Visio and CAD for Dafligateway2 (5502CDGP230)
Hide ShowHow to install PUSH Module for Dynalite 1.3
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for CooLinkNet CoolMasterNet-1.2
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for CBus 3.8.2
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for Ness D8 2.4
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for Camera Script_1.06
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to update C-Bus eDLT Firmware
Hide ShowNOTE: The following procedure assumes that you have installed the latest version of C-Bus Toolkit which will contain the latest eDLT firmware.
To update a C-Bus eDLT's firmware
1) Connect the working & powered eDLT to a PC/Laptop via a Mini USB cable
2) Open C-Bus Toolkit in the file menu options select Tools and eDLT Firmware Updater
3) Click on the folder/file selector ... in the eDLT Firmware Updater Dialog
4) Select the latest version of eDLTFirmware located in the C-Bus Toolkits eDLT firmware directory - typically
C:\Clipsal\CBusToolkit\Firmware\eDLTFirmware
5) Click the Start Update button to start the firmware upgrade process
6) Await for the firmware upgrade process to complete,
Note: The eDLT firmware upgrade process requires a stable C-Bus network (if you are experiencing C-Bus communications issues you will likely experience issues upgrading the firmware) in these cases it may be better to have eDLT closer to C-Bus power supplies or if possible use a test bench C-Bus network to upgrade the eDLT firmware.
How to install PUSH Module for Nero 1.5
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for Blustream VideoWall 1.0
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for WiserLink 1.1
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for Fibaro 1.2
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for Somfy RTS v1.3
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for Plex 1.2
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
How to install PUSH Module for Clipsal SILC 1.1
Hide ShowPlease see the attached PDF user guide
Also attached is the PEMOD Module file that will be required for the installation via PUSH Project Editor.
Wiser motion sensor – What is detection delay and how do I program it?
Hide ShowBe aware that changing the detection delay value can change the battery life of the product.
To explain how this works we will use 5 minutes detection delay as an example. When motion is detected the sensor sends the signal ‘occupied’ to the hub. If no more motion is detected within the 5 minutes the sensor will send the signal ‘unoccupied’. If there was motion detected during the 5 minutes the 5 minutes will restart again. This will continue restarting until no motion is detected.
To configure the Wiser Motion sensor to control another Wiser product you will need to go into your Automations and create two Automations. One Automation as an ‘on’ and another as an ‘off’.
The ‘on’ Automation can be created by first selecting to add a new Automation. Once open name the Automation accordingly. Add a condition ‘when device status changes’, select the motion sensor, select motion state and occupied. Then add an action of what you want to occur when the motion sensor detects motion. As an example, if you wanted to turn on a device you would add task of ‘run the device’. This will then bring up the list of devices you have to choose from to operate and once you select a device you can then select to turn it on or off.
The ‘off’ Automation is the same as the ‘on’ Automation but select the motion sensor state of ‘unoccupied’ as the condition.
How do you distribute MAXBAR from the main row to other rows, keeping the system more professional?
Hide ShowWhy is there a QR code on the MAX9 devices?
Hide ShowWhy are Pictograms printed on MAX9 devices?
Hide ShowCan the new Dali gateway 5502DCGP230 firmware be updated?
Hide ShowYes installer can update the firmware of the device in the field
- without disconnecting any connections
- without removing the unit from the switchboard
A USB device port is provided on the front cover of the device as a power source.
Using Space logic C-Bus Commission software >
What colours are the new Iconic Outdoor Products available in?
Hide ShowHow can projects created in older versions of Unity Pro be opened and modified by a newer version? How can the project be saved so that it can still be opened with the old version of Unity Pro?
Hide ShowModify program, but do not use function blocks only available in the new libset, or new DTMs. Keep libset version the same as original.
Save project as an archive (.sta).