<languages/>
{{RevisionChanger | hasA = 1 | hasB = 1}}
{{Infobox module
| name = EW-WL.B
| image = EW-WLB.jpg
| voltage = 9-12 V DC
| dim = 18x18x20 mm
}}

==ВСТРОЕННЫЙ В ПОЛ ДАТЧИК ПРОТЕЧКИ==

Датчик протечки со световой сигнализацией.
Монтируется в поверхность пола. Используется вместе
с модулями DW-WL или BW-LSA.

==Функции==
*Автоматическое обнаружение датчика
*Настройка цветов индикации
*Регулировка чувствительности датчика
*Подключение нескольких датчиков к одной шине

==Схема назначения выводов==

[[File:EWWLB PIN.jpg|300px]]

==Пример подключения==

[[File:EWWLB EXA.jpg|400px]]

==Параметры модуля==

{{ Mp
| power = 9-12 V DC
| maxcur24v = 20 mA
| compatible = Metaforsa devices<br>DW-WL02/HTxx<br>BW-LSA
| instalation = Built into the floor
| case = stainless steel
| protection = IP65
| temprange = -10 … +50 °C
| size = 18x18x20 mm
| weight = 20g
}}

==Установки HW==
{|class="wikitable"
|-
!Название!!Тип, диапазон!!SUBID!!По умолчанию!!Описание
|-
|c0||целое число[4]||subId датчика||0;0;255;15||Обычное сочетание цветов в формате 'красный;зеленый;синий;мигание'
красный, зеленый, синий – 0..255;
мигание:
*0 – импульс
*1 – мигание каждые 2 секунды
*2 – мигание каждую секунду
*15 – постоянное свечение
Пример:
<syntaxhighlight lang="xml" line>
c0='150;150;255;0'
</syntaxhighlight>
|-
|c1||целое число[4]||subId датчика||0;0;255;15||Начальное сочетание цветов в формате 'красный;зеленый;синий;мигание'
красный, зеленый, синий – 0..255;
мигание:
*0 – импульс
*1 – мигание каждые 2 секунды
*2 – мигание каждую секунду
*15 – постоянное свечение
Пример:
<syntaxhighlight lang="xml" line>
c1='150;150;255;0'
</syntaxhighlight>
|-
|c2||целое число[4]||subId датчика||255;100;0;15||Сочетание цветов в формате 'красный;зеленый;синий;мигание' для сообщения 'Обнаружена протечка'
красный, зеленый, синий – 0..255;
мигание:
*0 – импульс
*1 – мигание каждые 2 секунды
*2 – мигание каждую секунду
*15 – постоянное свечение
Пример:
<syntaxhighlight lang="xml" line>
c2='150;150;255;0'
</syntaxhighlight>
|-
|c3||целое число[4]||subId датчика||255;0;0;15||Сочетание цветов в формате 'красный;зеленый;синий;мигание' во время протечки
красный, зеленый, синий – 0..255;
мигание:
*0 – импульс
*1 – мигание каждые 2 секунды
*2 – мигание каждую секунду
*15 – постоянное свечение
Пример:
<syntaxhighlight lang="xml" line>
c3='150;150;255;0'
</syntaxhighlight>
|-
|sens||целое число||subId датчика||128||Чувствительность датчика – 1..255
Пример:
<syntaxhighlight lang="xml" line>
sens='180'
</syntaxhighlight>
|-
|test||целое число(0,1)||subId датчика||1||0 - Отключить проверочный сигнал для автоматического обнаружения датчика
|}

*Отключение оборудования не возвращает вышеуказанные параметры к их значениям по умолчанию. Чтобы вернуться к значениям по умолчанию, их необходимо установить заново.

Translations:EW-WL.B/11/ru

2025-11-20T15:14:08Z

Sova: /* Установки HW */

EW-WL.B

2025-11-20T15:11:22Z

Sova:

<languages/>
<translate>

{{RevisionChanger | hasA = 1 | hasB = 1}}
{{Infobox module
| name = EW-WL.B
| image = EW-WLB.png
| voltage = 9-12 V DC
| dim = 18x18x20 mm
}}

==BUILT-IN FLOOR LEAKAGE SENSOR== 


Water leakage sensor with an alarm light, mountable in the floor
surface. Used together with DW-WL02 or BW-LSA modules.

==Features== 
*Sensor presence detection
*Customizing the indication colors
*Adjusting the sensor sensitivity
*Connections of several sensors to one bus

==Pin assignment== 


[[File:EWWLB PIN.jpg|300px]]

==Example of connection== 


[[File:EWWLB EXA.jpg|400px]]

==Module parameters== 


{{ Mp
| power = 9-12 V DC
| maxcur24v = 20 mA
| compatible = Metaforsa devices<br>DW-WL02/HTxx<br>BW-LSA
| instalation = Built into the floor
| case = stainless steel
| protection = IP65
| temprange = -10 … +50 °C
| size = 18x18x20 mm
| weight = 20g
}}

==HW settings== 
{|class="wikitable"
|-
!Name!!Type, range!!SUBID!!Default!!Description
|-
|c0||int[4]||sensors subId||0;0;255;15||Normal state color in format 'red;green;blue;blink'
red, green, blue – 0..255;
blink:
*0 – pulse
*1 – blink per 2 seconds
*2 – blink per second
*15 – constant glow
Example:
<syntaxhighlight lang="xml" line>
c0='150;150;255;0'
</syntaxhighlight>
|-
|c1||int[4]||sensors subId||0;0;255;15||On-start color in format 'red;green;blue;blink'
red, green, blue – 0..255;
blink:
*0 – pulse
*1 – blink per 2 seconds
*2 – blink per second
*15 – constant glow
Example:
<syntaxhighlight lang="xml" line>
c1='150;150;255;0'
</syntaxhighlight>
|-
|c2||int[4]||sensors subId||255;100;0;15||'Leak was previously reported' color in format 'red;green;blue;blink'
red, green, blue – 0..255;
blink:
*0 – pulse
*1 – blink per 2 seconds
*2 – blink per second
*15 – constant glow
Example:
<syntaxhighlight lang="xml" line>
c2='150;150;255;0'
</syntaxhighlight>
|-
|c3||int[4]||sensors subId||255;0;0;15||On-leak color in format 'red;green;blue;blink'
red, green, blue – 0..255;
blink:
*0 – pulse
*1 – blink per 2 seconds
*2 – blink per second
*15 – constant glow
Example:
<syntaxhighlight lang="xml" line>
c3='150;150;255;0'
</syntaxhighlight>
|-
|sens||int||sensors subId||128||Sensor sensitivity – 1..255
Example:
<syntaxhighlight lang="xml" line>
sens='180'
</syntaxhighlight>
|-
|test||int(0,1)||sensors subId||1||0 - Disable the test signal to detect the presence of the sensor
|}


* Removing HW does not return the above parameters to their default values.To return to their default values, they must be set explicitly.
</translate>

Virtual/ru

2025-11-07T14:30:12Z

Sova:

<languages/>
===Пример описания в XML===

<syntaxhighlight lang="xml" line>
<item addr="333:132" name="sensor" type="virtual" sub-type="sensor" dim="%" length="2"/>
<item addr="333:145" name="Text" type="virtual" sub-type="text" length="0"/>
</syntaxhighlight>

===Параметры===

{|class="wikitable"
|-
!Название!!Тип и диапазон!!Описание
|-
|sub-type||перечисление||sensor – виртуальный датчик<br><br>text – виртуальный датчик текстового типа (UTF8), длина должна быть равна 0<br>long-text – виртуальное поле текстового типа (UTF8), длина должна быть равна 0<br>Устройства, которым нужен скрипт для отслеживания статуса (см. пример под таблицей):<br>лампа, лампа с диммированием, rgb-подсветка, жалюзи, ворота, ворота 120, жалюзи 120 <br>prf – с отформатированным набором статусов, описание ниже
|-
|length*||число||размер статуса, байт<br>0 – динамический размер (явный для элементов типа «sub-type=text»)
|-
|dim||символ||Символ, добавляемый в конце значения виртуального датчика (например, % или С)
|}
<nowiki>*</nowiki> – обязательные поля

===Пример виртуального устройства "лампа"===

<syntaxhighlight lang="xml" line>
<item addr="142:99" length="1" name="Lamp" sub-type="lamp" type="virtual"/>
</syntaxhighlight>

Обработка нажатия в скрипте

<syntaxhighlight lang="cpp" line>
u8 state = 0;
V-ID/142:99 {
if (opt(0)==0xff){//нажатие элемента в интерфейсе
if (state==0) state = 1;
else state = 0;
setStatus(142:99,state);//для корректного отображения в интерфейсе
}
}
</syntaxhighlight>

===Пример виртуального устройства "лампа с диммированием"===
<syntaxhighlight lang="xml" line>
<item addr="142:99" length="2" name="Lamp" sub-type="dimer-lamp" type="virtual"/>
</syntaxhighlight>

Скрипт обработки нажатия
<syntaxhighlight lang="cpp" line>
u8 dim = 0;

V-ID/Dimmer{
if (opt(0)==0xff)
setStatus(Dimmer,{1,dim});
else if (opt(0)==0xfe){
dim=opt(1);
setStatus(Dimmer,{1,dim});
}
}
</syntaxhighlight>

Translations:Virtual/10/ru

2025-11-07T14:30:12Z

Sova:

Скрипт обработки нажатия
<syntaxhighlight lang="cpp" line>
u8 dim = 0;

V-ID/Dimmer{
if (opt(0)==0xff)
setStatus(Dimmer,{1,dim});
else if (opt(0)==0xfe){
dim=opt(1);
setStatus(Dimmer,{1,dim});
}
}
</syntaxhighlight>

Virtual

2025-11-07T14:29:04Z

Sova:

<languages/>
<translate>
===Example of description in XML=== 


<syntaxhighlight lang="xml" line>
<item addr="333:132" name="sensor" type="virtual" sub-type="sensor" dim="%" length="2"/>
<item addr="333:145" name="Text" type="virtual" sub-type="text" length="0"/>
</syntaxhighlight>

===Parameters=== 


{|class="wikitable"
|-
!Name!!type and variety!!description
|-
|sub-type||enum||sensor – virtual sensor<br><br>text – virtual sensor of text type (UTF8), length is to be equal to 0<br>long-text – virtual field of text type (UTF8), length is to be equal to 0<br>Devices that need script to track the status (see the example below the table):<br>lamp, dimer-lamp, rgb-lamp, jalousie, gate, gate120, jalousie120<br>prf – with formatted set of status, the description isbelow
|-
|length*||number||status size, bytes<br>0 – dynamic size (obvious for the elements of "sub-type=text" type)
|-
|dim||symbol||Symbol added to the end of virtual sensor value (for example, % or С)
|}
<nowiki>*</nowiki> – required fields

===Example of virtual device "lamp"=== 


<syntaxhighlight lang="xml" line>
<item addr="142:99" length="1" name="Lamp" sub-type="lamp" type="virtual"/>
</syntaxhighlight>


The processing of pressing in the script


<syntaxhighlight lang="cpp" line>
u8 state = 0;
V-ID/142:99 {
if (opt(0)==0xff){//pressing the element in the interface
if (state==0) state = 1;
else state = 0;
setStatus(142:99,state);//for correct displaying in the interface
}
}
</syntaxhighlight>

===Example of virtual device "dimmable lamp"=== 
<syntaxhighlight lang="xml" line>
<item addr="142:99" length="2" name="Lamp" sub-type="dimer-lamp" type="virtual"/>
</syntaxhighlight>


The script processing of stroke
<syntaxhighlight lang="cpp" line>
u8 dim = 0;

V-ID/Dimmer{
if (opt(0)==0xff)
setStatus(Dimmer,{1,dim});
else if (opt(0)==0xfe){
dim=opt(1);
setStatus(Dimmer,{1,dim});
}
}
</syntaxhighlight>
</translate>

2025-07-17T15:27:55Z

Sova:

DE-MG.knx

2025-07-17T15:22:12Z

Sova:

<translate>


{{Infobox module
| name = DE-MG.knx
| image = DE_MG_knx.png
| toc = Ethernet
| iointerfaces = Ethernet, EIB
| maxcandev = 50
| canportqty = 1
| canbuslength = 800 m (twisted pair CAT5e)
| maxcancurrent = 700mA
| voltage = 11.5...27.5 V DC
| dim = 4U, 69x110x58 mm
}}

==MAIN GATEWAY== 


It is used for accumulation and storage of system data. The device determines the logical scheme of the system and allows authorized access to the system via the Internet. It also converts Ethernet into EIB bus and vice versa.

DE-MG.knx is to be used for data exchange between devices such as electronic ballasts and dimmers, supporting KNX interface.

The DE-MG.knx can be controlled via cloud with a securely encrypted signal. The system history from all other devices and sensors is stored on the DE-MG.knx for one year. Its plug and play feature means that it automatically detects and configures new Larnitech devices that are added to the system. A large and constantly updated database of ready-made scripts ensures that your home does everything your heart may desire. Get things going by telling your home what to do with the help of Siri, Alexa or Google Home. Get push notifications on your phone whenever the system has things to tell you and enjoy the ultimate control at your fingertips.

==Module parameters== 


{|class="wikitable"
|-
!Parameter name!!Value
|-
|Type of connection|| Ethernet
|-
|Input/output interfaces||Ethernet, EIB
|-
|Data speed||10/100Mb/s
|-
|Case material||ABS
|-
|Protection||IP40
|-
|Equipment installation type||DIN-rail (EN 60715)
|-
|Temperature range||-10 … +50°C
|-
|Size||4U, 69x110x58 mm
|-
|Weight||145 g
|}

==Indication of module operation== 


{{indicationold |hideLast= 1}}

</translate>

LED-DRV

2025-07-17T13:30:34Z

Sova:

{{Infobox module
| name = LED-DRV
| image = LED-DRV_3A_main.png
| outCount = 4
| peakl = 3A
| voltage = 12/24 V DC
| dim = 65x18x15 mm
}}

==4-CHANNEL LED Driver== 


This module allows interpretation of controlling signals from IO connections for 12/24V LED/RGB strips.


<div class="caution">
CAUTION! All work related to the installation, connection, setting up, service and support must be carried out by qualified personnel with sufficient skills and experience in working with electrical equipment.
To avoid the risk of fire, electric shock, damage to the system and/or personal injury, the system installation and assembly must be performed in accordance with the instructions listed below:
*all connectivity work must be carried out with the power turned OFF;
*use appropriate tools and personal protection against electric shock;
*do not use damaged cables, wires and connectors;
*avoid folding the cables and wires;
*do not apply excessive force to the wires by kinking or pressing them too hard: the inner conductors of the cables and wires may get stripped or damaged;
*do not use the power socket with poor contacts to connect;
*do not exceed the load limit parameters specified in the manual;
*the supply conductors wire section is subject to the specifications for current density limit, insulation type and wire material. Light section can result in cable overheating and fire.
When the power is on, NEVER:
*connect/disconnect the connectors;
*open modules and sensors.
</div>

==Example of connection== 


[[File:LED-DRV_connection_scheme.jpg|600px]]

==Module parameters== 


{{ Mp
| outqty = 4
| involtage = 5V
| currtype = DC
| adjtype = PWM
| maxperch = 3A
| power = 11.5 … 27.5 V DC
| instalation = Free
| case = ABS
| protection = IP40
| temprange = -10 … +50 °C
| size = 65x18x15 mm
| weight = 25 g
}}

==Module installation and connection procedure== 


#Connect the outputs.
#Configure the module using LT Setup.
#Apply power to the load.
#Check all equipment for proper operation.

==Module shut-off and deinstallation procedure== 


#Disconnect the power from the load.
#Disconnect the outputs.

File:LED-DRV connection scheme.jpg

2025-07-17T13:30:08Z

Sova:

File:DE MG knx.png

2025-07-17T13:27:04Z

Sova:

DE-MG.knx

2025-07-17T13:26:40Z

Sova: Created page with "<translate>  {{Infobox module | name = DE-MG.knx | image = DE_MG_knx.png | toc = CAN, Ethernet | iointerfaces = Ethernet, CAN, EIB, I/O chann..."

<translate>


{{Infobox module
| name = DE-MG.knx
| image = DE_MG_knx.png
| toc = CAN, Ethernet
| iointerfaces = Ethernet, CAN, EIB, I/O channels
| maxcandev = 50
| canportqty = 1
| canbuslength = 800 m (twisted pair CAT5e)
| maxcancurrent = 700mA
| voltage = 11.5...27.5 V DC
| dim = 4U, 69x110x58 mm
}}

==MAIN GATEWAY== 


It is used for accumulation and storage of system data. The device determines the logical scheme of the system and allows authorized access to the system via the Internet. It also converts Ethernet into CAN bus and vice versa.

DE-MG.knx is to be used for data exchange between devices connected to the CAN bus, and devices such as electronic ballasts and dimmers, supporting KNX interface.

DE-MG.knx can support up to 14 buttons/reed switches/LED buttons/leak sensors/motion sensors/temperature sensors/led strips/rgb strips/WS2812B strips.

The DE-MG.knx can be controlled via cloud with a securely encrypted signal. The system history from all other devices and sensors is stored on the DE-MG.knx for one year. Its plug and play feature means that it automatically detects and configures new Larnitech devices that are added to the system. A large and constantly updated database of ready-made scripts ensures that your home does everything your heart may desire. Get things going by telling your home what to do with the help of Siri, Alexa or Google Home. Get push notifications on your phone whenever the system has things to tell you and enjoy the ultimate control at your fingertips.

==Module parameters== 


{|class="wikitable"
|-
!Parameter name!!Value
|-
|Type of connection||CAN, Ethernet
|-
|Input/output interfaces||Ethernet, CAN, EIB, I/O channels
|-
|Data speed||10/100Mb/s
|-
|Max CAN deviсes||50
|-
|CAN bus topology||BUS
|-
|Number of CAN ports||1
|-
|Input/output channels qty||14
|-
|Max load per channel||5mA*
|-
|Power supply||11.5 … 27.5 V DC<br>24V, 2.5A Recommended
|-
|Max own current (24V)||140mA
|-
|Max CAN bus length||800 m** (twisted pair CAT5e)
|-
|Max current per CAN bus||700mA
|-
|Case material||ABS
|-
|Protection||IP40
|-
|Equipment installation type||DIN-rail (EN 60715)
|-
|Temperature range||-10 … +50°C
|-
|Size||4U, 69x110x58 mm
|-
|Weight||145 g
|}
<nowiki>*</nowiki> - Output channels should only be connected using amplifier which uses 5V PWM signal from output as input

<nowiki>**</nowiki> – installing additional power supply units is required for long lines; the maximum length of the line may be reduced by various interference factors

==Indication of module operation== 


{{indicationold |hideLast= 1}}

==HW settings== 


{|class="wikitable"
|-
!Name!!Type, range!!SUBID!!Default!!Description
|-
|io||char[14]||98||'4---1-T-3-----'||Each char is responsible for the type of a particular channel
*'0' - led-dimmer
*'1' - halogen-dimmer
*'2' - linear-dimmer
*'3'..'6' - RGB-3..6 channels
*'z' - WS2812B -string

*'e' - led-button inverse
*'d' - led-button
*'c' - button inverse
*'b' - button
*'s' - switch
*'k' - contact
*'h' - contact inverse
*'l' - leak
*'n' - Neptun
*'v' - motion inverse
*'m' - motion
*'r' - thermo-resistor
*'t' - DALLAS

*'-' - none
Example: io='4---1---3-----'
|-
|hw||string||98||-||hw="...", where
*pwm_invert – PWM inverting [1, 0];
*lbn_bright – brightness of led buttons, range (0 - 255);
*f – by default PWM frequency is 1000, range (1 - 5000).
Example:
<syntaxhighlight lang="xml" line>
hw="io='4---zdd-------' pwm_invert=1 lbn_bright=255 f=1000"
</syntaxhighlight>
|}


<syntaxhighlight lang="xml" line>
<item addr="317:1" auto-period="600" cfgid="195" channels="4" name="RGB" type="rgb-lamp"/>
<item addr="317:5" auto-period="600" cfgid="195" hw="length=26 runtime=5" name="RGB" type="rgb-lamp"/>
<item addr="317:6" cfgid="195" name="Switch" type="switch"/>
<item addr="317:7" cfgid="195" name="Switch" type="switch"/>
<item addr="317:12" cfgid="195" name="Temperature" type="temperature-sensor"/>
<item addr="317:97" cfgid="195" name="Temperature" system="yes" type="temperature-sensor"/>
<item addr="317:98" cfgid="195" hw="io='4---zdd-------' pwm_invert=1 lbn_bright=255 f=1000" logic-ver="19" name="Temperature" sn="1529500271" system="yes" type="temperature-sensor"/>
</syntaxhighlight>
</translate>

DE-MG.dali

2025-07-17T13:12:48Z

Sova:

<translate>


{{Infobox module
| name = DE-MG.dali
| image = DE_MG_dali.png
| toc = CAN, Ethernet
| iointerfaces = Ethernet, CAN, DALI, I/O channels
| maxcandev = 50
| canportqty = 1
| canbuslength = 800 m (twisted pair CAT5e)
| maxcancurrent = 700mA
| voltage = 11.5...27.5 V DC
| dim = 4U, 69x110x58 mm
}}

==MAIN GATEWAY== 


It is used for accumulation and storage of system data. The device determines the logical scheme of the system and allows authorized access to the system via the Internet. It also converts Ethernet into CAN bus and vice versa.

DE-MG.dali is to be used for data exchange between devices connected to the CAN bus, and devices such as electronic ballasts and dimmers, supporting DALI (Digital Addressable Lighting Interface) interface.

DE-MG.dali can support up to 14 buttons/reed switches/LED buttons/leak sensors/motion sensors/temperature sensors/led strips/rgb strips/WS2812B strips, and 64 DALI devices.

The DE-MG.dali can be controlled via cloud with a securely encrypted signal. The system history from all other devices and sensors is stored on the DE-MG.dali for one year. Its plug and play feature means that it automatically detects and configures new Larnitech devices that are added to the system. A large and constantly updated database of ready-made scripts ensures that your home does everything your heart may desire. Get things going by telling your home what to do with the help of Siri, Alexa or Google Home. Get push notifications on your phone whenever the system has things to tell you and enjoy the ultimate control at your fingertips.


‎<youtube>03Fm_ipfvNg</youtube>

==Module view== 


[[File:DE-MG-DALI VIEW.png|300px]]
#Indicators
#Recovery button
#Power supply
#CAN
#Ethernet
#DALI
#Input/Output channels

==Сonnection example== 


[[File:DE-MG-DALI EXA.png|800px]]

==Module parameters== 


{|class="wikitable"
|-
!Parameter name!!Value
|-
|Type of connection||CAN, Ethernet
|-
|Input/output interfaces||Ethernet, CAN, DALI, I/O channels
|-
|Data speed||10/100Mb/s
|-
|Max CAN deviсes||50
|-
|Max DALI deviсes||64
|-
|CAN bus topology||BUS
|-
|Number of CAN ports||1
|-
|Input/output channels qty||14
|-
|Max load per channel||5mA*
|-
|Power supply||11.5 … 27.5 V DC<br>24V, 2.5A Recommended
|-
|Max own current (24V)||140mA
|-
|Max CAN bus length||800 m** (twisted pair CAT5e)
|-
|Max current per CAN bus||700mA
|-
|Case material||ABS
|-
|Protection||IP40
|-
|Equipment installation type||DIN-rail (EN 60715)
|-
|Temperature range||-10 … +50°C
|-
|Size||4U, 69x110x58 mm
|-
|Weight||145 g
|}
<nowiki>*</nowiki> - Output channels should only be connected using amplifier which uses 5V PWM signal from output as input

<nowiki>**</nowiki> – installing additional power supply units is required for long lines; the maximum length of the line may be reduced by various interference factors

==Module dimension== 


[[File:DE-MG-DALI DIM.png|400px]]

==Indication of module operation== 


{{indicationold |hideLast= 1}}

==HW settings== 


{|class="wikitable"
|-
!Name!!Type, range!!SUBID!!Default!!Description
|-
|io||char[14]||98||'4---1-T-3-----'||Each char is responsible for the type of a particular channel
*'0' - led-dimmer
*'1' - halogen-dimmer
*'2' - linear-dimmer
*'3'..'6' - RGB-3..6 channels
*'z' - WS2812B -string

*'e' - led-button inverse
*'d' - led-button
*'c' - button inverse
*'b' - button
*'s' - switch
*'k' - contact
*'h' - contact inverse
*'l' - leak
*'n' - Neptun
*'v' - motion inverse
*'m' - motion
*'r' - thermo-resistor
*'t' - DALLAS

*'-' - none
Example: io='4---1---3-----'
|-
|hw||string||98||-||hw="...", where
*pwm_invert – PWM inverting [1, 0];
*lbn_bright – brightness of led buttons, range (0 - 255);
*f – by default PWM frequency is 1000, range (1 - 5000).
Example:
<syntaxhighlight lang="xml" line>
hw="io='4---zdd-------' pwm_invert=1 lbn_bright=255 f=1000"
</syntaxhighlight>
|}


<syntaxhighlight lang="xml" line>
<item addr="317:1" auto-period="600" cfgid="195" channels="4" name="RGB" type="rgb-lamp"/>
<item addr="317:5" auto-period="600" cfgid="195" hw="length=26 runtime=5" name="RGB" type="rgb-lamp"/>
<item addr="317:6" cfgid="195" name="Switch" type="switch"/>
<item addr="317:7" cfgid="195" name="Switch" type="switch"/>
<item addr="317:12" cfgid="195" name="Temperature" type="temperature-sensor"/>
<item addr="317:97" cfgid="195" name="Temperature" system="yes" type="temperature-sensor"/>
<item addr="317:98" cfgid="195" hw="io='4---zdd-------' pwm_invert=1 lbn_bright=255 f=1000" logic-ver="19" name="Temperature" sn="1529500271" system="yes" type="temperature-sensor"/>
</syntaxhighlight>
</translate>

FW-WLM/FW-WLM(black)

2025-07-17T13:07:50Z

Sova:

{{Infobox module
| name = FW-WLM
| image = FW-WLM.png
| voltage = 9-12 V DC
| dim = 57x47x22 mm
}}

==ON-THE-FLOOR LEAKAGE SENSOR==

The sensor is placed on the floor surface.
Used together with DW-WL02 or BW-LSA modules.

==Module parameters==

{{ Mp
| power = 9-12 V DC
| maxcur24v = 20 mA
| compatible = Metaforsa devices<br>DW-WL02/HTxx<br>BW-LSA
| instalation = Free
| case = ABS
| protection = IP64
| temprange = -10 … +50 °C
| size = 57x47x22 mm
| weight = 35g
}}

File:FW-WLM.png

2025-07-17T13:07:26Z

Sova:

FW-WLM/FW-WLM(black)

2025-07-17T13:06:45Z

2025-03-25T12:55:36Z

Sova:

{{Infobox module
| name = LED-DRV
| image = LED-DRV_3A_main.png
| outCount = 4
| peakl = 3A
| voltage = 12/24 V DC
| dim = 65x18x15 mm
}}

==4-CHANNEL LED Driver== 


This module allows interpretation of controlling signals from IO connections for 12/24V LED/RGB strips.


<div class="caution">
CAUTION! All work related to the installation, connection, setting up, service and support must be carried out by qualified personnel with sufficient skills and experience in working with electrical equipment.
To avoid the risk of fire, electric shock, damage to the system and/or personal injury, the system installation and assembly must be performed in accordance with the instructions listed below:
*all connectivity work must be carried out with the power turned OFF;
*use appropriate tools and personal protection against electric shock;
*do not use damaged cables, wires and connectors;
*avoid folding the cables and wires;
*do not apply excessive force to the wires by kinking or pressing them too hard: the inner conductors of the cables and wires may get stripped or damaged;
*do not use the power socket with poor contacts to connect;
*do not exceed the load limit parameters specified in the manual;
*the supply conductors wire section is subject to the specifications for current density limit, insulation type and wire material. Light section can result in cable overheating and fire.
When the power is on, NEVER:
*connect/disconnect the connectors;
*open modules and sensors.
</div>

==Example of connection== 


[[File:LED-DRV_connection_scheme.png|600px]]

==Module parameters== 


{{ Mp
| outqty = 4
| involtage = 5V
| currtype = DC
| adjtype = PWM
| maxperch = 3A
| power = 11.5 … 27.5 V DC
| instalation = Free
| case = ABS
| protection = IP40
| temprange = -10 … +50 °C
| size = 65x18x15 mm
| weight = 25 g
}}

==Module installation and connection procedure== 


#Connect the outputs.
#Configure the module using LT Setup.
#Apply power to the load.
#Check all equipment for proper operation.

==Module shut-off and deinstallation procedure== 


#Disconnect the power from the load.
#Disconnect the outputs.

LED-AMP

2025-03-25T12:54:49Z

Sova:

{{Infobox module
| name = LED-AMP
| image = LED-AMP_main.png
| outCount = 4
| peakl = 3A
| voltage = 12..24 V DC
| dim = 65x18x15 mm
}}

==4-CHANNEL LED Amplifier== 


LED-AMP is a simple amplifier that works on the principle of input=output. It is designed for use with LED strips or other LED light devices.


<div class="caution">
CAUTION! All work related to the installation, connection, setting up, service and support must be carried out by qualified personnel with sufficient skills and experience in working with electrical equipment.
To avoid the risk of fire, electric shock, damage to the system and/or personal injury, the system installation and assembly must be performed in accordance with the instructions listed below:
*all connectivity work must be carried out with the power turned OFF;
*use appropriate tools and personal protection against electric shock;
*do not use damaged cables, wires and connectors;
*avoid folding the cables and wires;
*do not apply excessive force to the wires by kinking or pressing them too hard: the inner conductors of the cables and wires may get stripped or damaged;
*do not use the power socket with poor contacts to connect;
*do not exceed the load limit parameters specified in the manual;
*the supply conductors wire section is subject to the specifications for current density limit, insulation type and wire material. Light section can result in cable overheating and fire.
When the power is on, NEVER:
*connect/disconnect the connectors;
*open modules and sensors.
</div>

==Example of connection== 


[[File:LED-AMP_connection_scheme.png|600px]]

==Module parameters== 


{{ Mp
| outqty = 4
| involtage = 11.5 … 25V
| currtype = DC
| adjtype = PWM
| maxperch = 3A
| power = 11.5 … 27.5 V DC
| instalation = Free
| case = ABS
| protection = IP40
| temprange = -10 … +50 °C
| size = 65x18x15 mm
| weight = 25 g
}}

==Module installation and connection procedure== 


#Connect the inputs and outputs.
#Configure the module using LT Setup.
#Apply power to the load.
#Check all equipment for proper operation.

==Module shut-off and deinstallation procedure== 


#Disconnect the power from the load.
#Disconnect the inputs and outputs.