Wiren Board 6/en: различия между версиями

Материал из Wiren Board
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It is recommended to read the  [[Special:MyLanguage/Wiren Board 6:Первое включение/en|'''Getting started''' article]] to start working with the controller.
It is recommended to read the  [[Special:MyLanguage/Wiren Board 6:Первое включение/en|'''Getting started''']] article to start working with the controller.


{{:Программное обеспечение Wiren Board/en}}
{{:Программное обеспечение Wiren Board/en}}
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[[WBMZ-BATTERY2/en|'''Backup power module''']] — — additional board, installed on the second level(mezzanine) of the WB case on the DIN-rail. Contains Li-Ion (Li-Pol) battery with capacity of 2200 mAh, provides controller operation up to 3 hours.
[[WBMZ2-BATTERY/en|'''Backup power module''']] — additional board, installed on the second level(mezzanine) of the WB case on the DIN-rail. Contains Li-Ion (Li-Pol) battery with capacity of 2200 mAh, provides controller operation up to 3 hours.


== Wireless interfaces ==  
== Wireless interfaces ==  
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The [[RS-485:Физическое подключение/en|article ]] will help you to choose and lay the bus cables correctly.
The [[RS-485:Физическое подключение/en|article ]] will help you to choose and lay the bus cables correctly.


[[RS-485:Настройка через веб-интерфейс/en| Setting up connection]] of the devices is carried out in the web interface.
[[RS-485:Configuration_via_Web_Interface/en| Configuration]] of the devices is provided in the web interface.


Basically in Wiren Board,[[WB-mqtt-serial driver/en| WB-mqtt-serial driver]] works through the system of [[MQTT/en| MQTT]]-messages with connected RS-485 devices.
Basically in Wiren Board,[[Драйвер_wb-mqtt-serial/en| driver WB-mqtt-serial ]] works through the system of [[MQTT/en| MQTT]]-messages with connected RS-485 devices.




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== Universal inputs/outputs A1-A4 ==
== Universal inputs/outputs A1-A4 ==


[[Файл:WB6-kl.png| thumb | 500px|Порты и интерфейсы Wiren Board 6]]
[[Файл:WB6-kl.png| thumb | 500px| Wiren Board 6 ports and interfaces]]
[[File:Wago.jpeg|thumb|400px|Работа с самозажимными клеммами]]
[[File:Wago.jpeg|thumb|400px|Working with self-locking terminals]]


Универсальный канал Ах объединяет в себе три функции и может работать как:
Universal channel Ah combines three functions and can work as:


* Выход [[Управление низковольтной нагрузкой|"открытый коллектор"]] — ключ (3А/30В), замыкающий выход на землю
* [[Управление низковольтной нагрузкой/en|open collector]] output is a key (3A/30V), closing output to the ground


* [[ADC | Аналоговый вход]] с диапазоном измерений 0 — 28 В
* [[ADC/en |ADC]] with a measurement range of 0 — 28 V


* [[Special:MyLanguage/DI | Дискретный вход ]] — срабатывает при напряжении на клемме 5 В
* [[DI | Digital input ]] — is triggered when the voltage at the terminal is 5 V


== Каналы W1-W2 ==
== W1-W2 channels ==


Каналы W1 и W2 могут работать как интерфейс для подключения датчиков [[1-Wire]] (по-умолчанию) или как [[Special:MyLanguage/DI | дискретные входы ]] типа "сухой контакт".
The W1 and W2 channels can work as an interface for connecting [[1-Wire/en| 1-Wire]] sensors (default) or as [[DI/en | digital inputs ]] "dry contact"type.
Обратите внимание, что в режиме дискретного входа срабатывание происходит при замыкании сигнала Wx на землю (клеммник GND), в отличие от каналов A1-A4 (выше).
Note that in the discrete input mode, the trigger occurs when the Wx signal is earthed (GND terminal block), unlike the A1-A4 channels (above).


Режим каждого канала выбирается независимо в конфигурации контроллера. Через веб-интерфейс нужная настройка находится в разделе Configs => Hardware Module Configuration => W1 terminal mode .
The mode of each channel is selected independently in the controller configuration. Through the web interface, the desired configuration is located in the section Configs => Hardware Module Configuration => W1 terminal mode.


К каждому каналу можно подключать шлейфом несколько датчиков температуры DS18B20: в зависимости от длины шлейфа максимальное число датчиков 10 — 20 (предельное число - 20 датчиков по 5м кабеля, соединенных звездой). Дополнительные датчики можно подключать через модуль [[Wiren_Board_6:_Модуль_расширения_1-Wire|WBE2-I-1-WIRE]].
Multiple DS18B20 temperature sensors can be connected to each channel via a loop: depending on the loop length, the maximum number of sensors is 10 to 20 (the limit is 20 sensors per 5m cable connected by a star). Additional sensors can be connected via the [[Wiren_Board_6:_Модуль_расширения_1-Wire/en|WBE2-I-1-WIRE]] module.


== Клеммники ==
== Terminal blocks ==


Часть клеммников может выполнять более одной функции — смотрите описание входов/выходов и статью [[Special:MyLanguage/Мультиплексирование портов|Мультиплексирование портов]].
Some terminal blocks can be used to perform more than one function. See the detailed description in the [[Мультиплексирование портов/en| Multiplexing ports ]] article.


{|  border="1" width="700" class="wikitable" style="text-align:center"
{|  border="1" width="700" class="wikitable" style="text-align:center"
|  
|  
'''подпись'''  
'''sign'''  
| width="20%"| '''Max. V, I'''  
| width="20%"| '''Max. V, I'''  
| width="10%" | '''cостояние''' '''по умолчанию'''
| width="10%" | '''state''' '''by default'''
| width="60%"|'''Функции'''
| width="60%"|'''Functions'''
|-
|-
! colspan="4"| Верхний ряд, левый блок
! colspan="4"| Top row, left block
|-
|-
| '''Vin'''   
| '''Vin'''   
| 40V (WB6.3,6.4)
| 40V (WB6.3,6.4)
52V (WB6.5)
52V (WB6.5)
| ||Входное напряжение, защита от переполюсовки
| ||Input voltage, reverse polarity protection
|-
|-
| '''GND''' ||  || ||"земля", минус блок питания
| '''GND''' ||  || ||"ground", minus power supply
|-
|-
! colspan="6"| Верхний ряд, правый блок
! colspan="6"| Top row, right block
|-
|-
| '''O1-O3''' || | || | || |Входы/выходы 1-го модуля расширения
| '''O1-O3''' || | || | || |Inputs/outputs of the 1st extension module
|-
|-


| '''O1-O3''' ||  | ||| ||  |Входы/выходы 2-го модуля расширения
| '''O1-O3''' ||  | ||| ||  |Inputs/outputs of the 2nd extension module


|-
|-
! colspan="8"| Нижний ряд, правый блок
! colspan="8"| Bottom row, right block
|-
|-
| '''A1-A4''' || 40V , 1A ||  High Z || [[Special:MyLanguage/Управление низковольтной нагрузкой|Выходы "открытый коллектор"]], [[Special:MyLanguage/ADC|ADC]]
| '''A1-A4''' || 40V , 1A ||  High Z || [[Управление низковольтной нагрузкой/en|Open collector outputs]], [[ADC/en|ADC]]
|-
|-
| '''GND''' ||| || || Для удобства подключения внешних датчиков
| '''GND''' ||| || || For easy connection of external sensors
|-
|-
| '''W1''' || 40V || 5V || [[Special:MyLanguage/1-Wire|1-Wire]], GPIO  
| '''W1''' || 40V || 5V || [[1-Wire/en|1-Wire]], GPIO  
|-
|-
| '''W2''' || 40V || 5V || [[Special:MyLanguage/1-Wire|1-Wire]], GPIO  
| '''W2''' || 40V || 5V || [[1-Wire/en|1-Wire]], GPIO  
|-
|-
| '''5V out''' || 5V, 0.5A || 5V || Выход 5V. Отключение при превышении тока. Программное включение-выключение.
| '''5V out''' || 5V, 0.5A || 5V ||The 5V output. Shutdown current is exceeded. Software on-off switching.
|-
|-
| '''A''' ||  40 V || 0V || rowspan="2"|порт [[Special:MyLanguage/RS-485|RS-485]]  (/dev/RS-485-1)  
| '''A''' ||  40 V || 0V || rowspan="2"|port [[RS-485/en|RS-485]]  (/dev/RS-485-1)  
|-
|-
| '''B''' ||  40 V || +5V  
| '''B''' ||  40 V || +5V  
|-
|-
|-
|-
| '''L''' || 40 V || 0V ||  rowspan="2"|Порт CAN или [[Special:MyLanguage/RS-485|RS-485]]  (/dev/RS-485-2) .
| '''L''' || 40 V || 0V ||  rowspan="2"|Port CAN or [[RS-485/en|RS-485]]  (/dev/RS-485-2) .
Подключение RS-485: A к клемме '''A|L''', B к клемме '''B|H'''.
Connecting RS-485: A to terminal '''A|L''', B to terminal '''B|H'''.
|-
|-
| '''H''' ||  40 V || +5V
| '''H''' ||  40 V || +5V
|-
|-
| '''Vout*''' || 1A ||  || Выход питания. Входное напряжение, программное включение-выключение.  
| '''Vout*''' || 1A ||  || Supply output. Input voltage, software on-off switching.
|-
|-
|}
|}




В версии контроллера WB6.3 в качестве интерфейсных клемм применены клеммы "тип 250".
In the 6.3 revision of Wiren Board controller terminals of "type 250" were applied as front-end terminals.
Это самозажимные клипсы. При вставке очищенного одножильного провода в гнездо, он автоматически зажимается пружинной защёлкой.  
These are self-locking clips. When the cleaned single wire is inserted into the socket, it is automatically clamped with a spring latch.  
Для вставки многожильных проводов необходимо отжать пружину, нажав на кнопку клипсы (или использовать изолированные штыревые наконечники НШВИ).  
To insert a stranded conductor, it is necessary to press the spring button clips (or use insulated pin lugs of the bushing isolated pin tips).  
Кнопка имеет паз под шлицевую отвертку.
The button has a slot for a screwdriver.
Для извлечения провода, нужно отжать пружину, нажав на кнопку клипсы, и вытащить провод.
To remove the wire, you need to press the spring by pressing the clip button, and pull out the wire.


'''В версиях начиная с WB6.4''' в качестве интерфейсных клемм применены разъемные винтовые клеммы "серии 15EDG" с шагом 3,5мм. При завинчивании не прикладывайте больших усилий!
'''In versions starting from WB6.4''' detachable screw terminals "series 15EDG" with a pitch of 3.5 mm were applied as interface terminals. When screwing, do not make a lot of effort!


== Другие интерфейсы ==
== Ports and interfaces ==


[[Отладочный порт]] — подключившись к нему можно получить прямой доступ к консоли контроллера. Через него можно также взаимодействовать с загрузчиком и следить за загрузкой операционной системы (последовательная консоль, serial console).  
[[WB_Debug_Console/en | Debug port]] — by connecting to it, you can directly access the controller console. Through it you can also interact with the bootloader and monitor the operating system boot (serial console).  


[[Buzzer | "Пищалка"]] — издает звуковой сигнал, частота настраивается.
[[Buzzer/en | "Buzzer"]] — beeps, its frequency is adjustable.


Часы реального времени [[RTC]] питаются от внутренней резервной батарейки.
The real-time clock is powered by an internal backup battery.


== Сторожевой таймер ==
== Watchdog ==


Контроллер содержит отдельный аппаратный watchdog, перезагружающий его целиком по питанию при зависании ПО.
The controller contains a separate hardware watchdog that reboots it entirely on power when the software freezes.


[[Hardware_Watchdog_Disable | Отключение аппаратного сторожевого таймера]]
[[Hardware_Watchdog_Disable/en | Hardware watchdog disable]]


== Питание ==  
== Power Supply ==  


На контроллере есть три внешних входа для подключения питания:  
The controller has three external inputs for power connection:  


* DC jack - стандартный штекерный разъем (5.5x2.1мм) на левой стороне корпуса.
* DC jack - standard plug connector (5.5x2.1mm) on the left side of the case.


* Клеммники Vin и GND: две клеммы Vin, к которым можно подключить два независимых блока питания для резервирования. Земли блоков питания должны быть соединены и подключены к клемме GND.
* VIN and GND terminals: two VIN terminals to which two independent power supplies can be connected for redundancy. The grounds of the power supplies must be connected and connected to the GND terminal.


* Питание по кабелю Ethernet (Passive PoE). Подробнее в [[Special:MyLanguage/Power over Ethernet|Power over Ethernet]].
* Power-over-Ethernet (PoE Passive). Read more [[Power over Ethernet/en|Power over Ethernet]].


Возможно одновременное подключения источников к разным входам, в том числе с разным напряжением.
It is possible to simultaneously connect the sources to different inputs, including different voltages.




Для резервного питания можно подключить внутренний модуль [[WBMZ-BATTERY2 | WBMZ-BATTERY2 ]] с Li-Ion (Li-Pol) аккумулятором. '''Важно: при поставке контроллера с аккумуляторным модулем при подаче питания контроллер не включается сразу. Для его включения необходимо нажать на кнопку включения модуля под верхней крышкой контроллера. Смотрите статью [[WBMZ2-BATTERY]].'''
For backup power, you can connect the internal extension module [[WBMZ2-BATTERY/en | WBMZ2-BATTERY ]] with Li-Ion (Li-Pol) battery.'''Important: when the controller is supplied with a battery module, the controller does not turn on immediately when the power is supplied. To turn it on, press the power button of the module under the top cover of the controller. See article [[WBMZ2-BATTERY/en| WBMZ2-BATTERY]].'''


Допустимый диапазон питания '''9 — 36 В''' для версий WB6.1-6.4.1 , и '''9 — 48 В''' для WB6.5.  
The valid power range is  '''9 — 36 V''' for WB rev.6.1 - 6.4.1 , anda '''9 — 48''' for WB6.5.  
Среднее потребление платы - 1,5 — 2 Вт. Но так как модуль GSM потребляет импульсно до 8 Вт, рекомендуется использовать блоки питания с мощностью не менее '''10 Вт'''.
The average consumption of the Board is 1.5 — 2 watts. But since the GSM module consumes up to 8W impulsively, it is recommended to use power supplies with a power of at least '10W'.


== Поддерживаемые устройства ==
== Supported Devices ==


[[Периферийные устройства с интерфейсом RS-485 серии WB-xxxx | Устройства нашего производства с интерфейсом RS-485]]
[[Периферийные устройства с интерфейсом RS-485 серии WB-xxxx/en |Devices of our production with the RS-485 interface]]


[[Special:MyLanguage/Поддерживаемые устройства|Поддерживаемые устройства]]
[[Поддерживаемые устройства/en|Supported devices]]


[[Special:MyLanguage/Wiren Board 5: Подключение периферийных устройств|Подключение периферийных устройств]]
[[Wiren Board 5: Подключение периферийных устройств/en|Connection of peripheral devices]]


[[Wires_and_Terminals|Монтаж проводов в клеммниках устройств Wiren Board]]
[[Wires_and_Terminals/en|The wiring on the terminal blocks of Wiren Board devices]]




== Особенности сетевых настроек контроллера ==
== Features of controller network settings ==


[[Wirenboard6:InstallingOnTheRemoteSite|Wirenboard 6: сетевые настройки контроллера на удаленном объекте]]
[[Wirenboard6:InstallingOnTheRemoteSite/en|Wiren Board 6: Installing On The Remote Site]]


==Подробное тех.описание платы контроллера==
==Detailed technical description of the controller board==


[[Файл:WB6.4razm.png|thumb|400px|Размеры платы контроллера]]
[[Файл:WB6.4razm.png|thumb|400px|The dimensions of the controller board]]


В статье [[Wiren_Board_6:_Hardware | Wiren Board 6: Схемотехника]] описаны некоторые особенности работы и устройства входов, схемы питания контроллера.
The article [[Wiren_Board_6:_Hardware/en | Wiren Board 6: Hardware]] describes some of the features of work and the device inputs, the power supply circuit of the controller.


[[Special:MyLanguage/WB 6: Errata | Аппаратные ошибки/особенности Wiren Board 6 ]] найденные при эксплуатации контроллера.
[[WB_6:_Errata/en | Hardware errors/features of Wiren Board 6 ]] found in the operation of the controller.


[[Wiren Board: Аппаратные ревизии]] — описание изменений в плате контроллера.
[[Wiren Board: Аппаратные ревизии/en| Hardware revisions]] — the description of changes in the controller board.


Таблицы соответствия GPIO процессора и сигналов на плате для ревизий: [[Wiren Board 6.0.1:Список GPIO|Wiren Board 6.0.1]], [[Wiren Board 6.1:Список GPIO|Wiren Board 6.1]],
The table of processor and GPIO signals match on the board according to the revisions: [[Wiren_Board_6.0.1:Список_GPIO/en|Wiren Board 6.0.1]], [[Wiren_Board_6.1:Список_GPIO/en|Wiren Board 6.1]],
[[Wiren Board 6.2:Список GPIO|Wiren Board 6.2 и свежее]]
[[Wiren_Board_6.2:_Peripherals/en|Wiren Board 6.2 and above]]


[[Special:MyLanguage/Работа с GPIO|Работа с GPIO]] — как работать с GPIO напрямую.
[[Работа с GPIO/en|Working with GPIO]] — how to work directly with GPIO.


[[Обновление прошивки|Обновление прошивки]]. Для сброса Wiren Board 6 к заводским настройкам (factory reset) используйте инструкцию из раздела [[Обновление прошивки#Сброс Wiren Board 6 к заводским настройкам]]
[[Обновление прошивки/en|Firmware update]]. To reset the Wiren Board 6 to factory settings (factory reset), use the instructions in the section [[Обновление прошивки/en#The Wiren Board 6 factory reset| The Wiren Board 6 factory reset ]]


[[WB6_root_password_recovery|Wiren Board 6: Восстановление пароля пользователя root]]
[[WB6_root_password_recovery/en|Wiren Board 6: WB6 root password recovery]]


== Сводная таблица характеристик==
== Summary table of characteristics==
{|  border="1" width="1000" class="wikitable" style="text-align:center"
{|  border="1" width="1000" class="wikitable" style="text-align:center"


!colspan="2" | '''Общее'''  
!colspan="2" | '''General'''  
|-
|-
| Процессор ||  [https://www.nxp.com/products/processors-and-microcontrollers/applications-processors/i.mx-applications-processors/i.mx-6-processors/i.mx-6ull-single-core-processor-with-arm-cortex-a7-core:i.MX6ULL NXP i.MX 6ULL] 800 MHz Cortex A7 (версии 500MHz и 900MHz под заказ)
| Processor ||  [https://www.nxp.com/products/processors-and-microcontrollers/applications-processors/i.mx-applications-processors/i.mx-6-processors/i.mx-6ull-single-core-processor-with-arm-cortex-a7-core:i.MX6ULL NXP i.MX 6ULL] 800 MHz Cortex A7 ( 500MHz and 900MHz upon request)
|-
|-
|| Память оперативная || DDR3 SDRAM 512 MB  
|| RAM || DDR3 SDRAM 512 MB  
|-
|-
|| Память энергонезависимая || 4 GB eMMC
|| Non-volatile memory || 4 GB eMMC
|-
|-
|| Габаритные размеры || Корпус на DIN рейку 6U
||Dimensions || DIN railed Enclosure 6Units
106.25x90.2x57.5 мм.  
106.25x90.2x57.5 mm.  
Размер без корпуса: 103x87x20 мм.
Without the case: 103x87x20 mm.
|-
|-
||Эксплуатация || Рабочая температура 0...+70С/-40..+85С  
||Operation || operating temperature 0...+70С/-40..+85С  
(в зависимости от комплектации).  
(depending on the configuration).  
|-
|-






!colspan="2" | '''Клеммники и сечение проводов'''  
!colspan="2" | '''Terminals and wire section'''  
|-
|-
|| Рекомендуемое сечение провода с НШВИ, мм<sup>2</sup>  || 0,75 — 1
|| The recommended wire cross section with  pin bushing insulated tip, mm<sup>2</sup>  || 0,75 — 1
|-
|-
|| Длина стандартной втулки НШВИ, мм || 8
|| Standard sleeve length of pin bushing insulated tip, mm || 8
|-
|-
|| Момент затяжки винтов, Н∙м || 0,2
||Tightening torque of screws, Н∙м || 0,2
|-
|-




!colspan="2" | '''Интерфейсы'''  
!colspan="2" | '''Interfaces'''  
|-
|-
|| RS-485 || 2
|| RS-485 || 2
|-
|-
|| CAN || 1 (мультиплексирован с RS-485)
|| CAN || 1 (multiplexed with RS-485)
|-
|-
|| Порты Wx (Интерфейс 1-Wire/дискретный вход) || 2  
|| Wx ports ( 1-Wire/DI) || 2  
|-
|-
|| Порты Ax (Дискретный вход / аналоговый вход / выход «открытый коллектор») || 4
|| Ax ports (DI / Analog input / open collector output) || 4
|-
|-


!colspan="2" | '''Коммуникации'''  
!colspan="2" | '''Communication ports'''  
|-
|-
|| Ethernet 10/100 ||  2 (с passive PoE)
|| Ethernet 10/100 ||  2 (with passive PoE)
|-
|-
|| USB Host || 2  
|| USB Host || 2  
Строка 321: Строка 321:
|| Bluetooth 4.0 || 1*
|| Bluetooth 4.0 || 1*
|-
|-
|| Сотовая связь || 2G / 3G / 2G+NB-Iot или без модема *
|| Cellular communication || 2G / 3G / 2G+NB-Iot or without modem *
|-  
|-  
|| SIM-карты || 2 x micro SIM, одновременно в сети одна
|| SIM cards || 2 x microSIM, simultaneous operation of 2 cards is not supported
|-
|-


!colspan="2" | '''Питание'''  
!colspan="2" | '''Power'''  
|-
|-
|| Напряжение || 9 - 36V DC
|| Voltage || 9 - 36V DC
|-
|-
|| Схема питания || от входа с бОльшим напряжением
|| Power supply circuit || from high voltage input
|-
|-
|| Входы на клеммах || 2
|| Terminal inputs || 2
|-
|-
|| DC джек || 1
|| DC jack || 1
|-
|-
|| питание по Ethernet || 1 (первый порт)
|| Ethernet power || 1 (1st port)
|-
|-


!colspan="2" | '''Выходы для питания внешних устройств'''  
!colspan="2" | '''Power outputs for external devices'''  
|-
|-
|| Vout || входное питание - с ограничением тока, программным отключением и контролем состояния
|| Vout || input power - with current limit, program shutdown and status monitoring
|-
|-
|| 5Vout || 5V - с ограничением тока, программным отключением, измерением выходного напряжения
|| 5Vout || 5V - with current limitation, disabling the software, measure the output voltage
|-
|-


!colspan="2" | '''Модульность'''
!colspan="2" | "'Modularity'"
|-
|-
|| Слоты для внутренних модулей расширения типа WBE2 и WBE2R || 2
|| Slots for internal extension modules of type WBE2 and WBE2R || 2
|-
|-
|| Слоты для внутренних модулей расширения типа WBE2S и WBE2R || 1
|| Slots for internal extension modules such as WBE2S and WBE2R || 1
|-
|-
|| Разъём для внешний модулей ввода-вывода WBIO ||  
|| Connector for external input/output modules WBIO ||  
|-
|-
|| Разъём для мезонинного модуля питания (АКБ, суперконденсаторов, фильтров) || 1
|| Connector for mezzanine power module (battery, supercapacitors, filters) || 1
|-
|-
!colspan="2" | '''Программное обеспечение в комплекте'''
!colspan="2" | "'Bundled software'"
|-
|-
|| Операционная система || Debian Linux 9 Stretch.  Mainline kernel 4.9.
|| Operating system || Linux Debian 9 "Stretch".  Mainline kernel 4.9.
|-
|-
|| Поддержка протоколов последовательных портов || Modbus RTU, протоколы Меркурий, Милур, Пульсар, ИВТМ и т.д.  
|| Serial port protocol support || Modbus RTU, mercury, Milur, pulsar, IVTM, etc.  
|-
|-
|| Поддержка протоколов при установке модулей расширения || Z-Wave, KNX
|| Protocol support when installing extension modules || Z-Wave, KNX
|-
|-
|| Поддержка протоколов по IP || KNX IP, Modbus RTU-over-TCP, SNMP  
|| Protocol support via IP || KNX IP, Modbus RTU-over-TCP, SNMP  
|-
|-
|| Встроенный Web-интерфейс || Добавление устройств, настройки, визуализация, мнемосхемы
|| Built-in Web interface || Adding devices, settings, visualization, mimics
|-
|-
|| Сценарии || Правила wb-rules на JavaScript, редактирование через Web-интерфейс. Поддержка сценариев на Node-RED
|| Scripts || Rules wb-rules in JavaScript, editing via Web-interface. Support for Node-RED scripting
|-
|-
|| Визуализация || Табличное представление, мнемосхемы в встроенном Web-интерфейсе.  
|| Visualization || Table view, mimics in the built-in Web-interface.  
|-
|-
|| Мобильные устройства || Адаптивный веб-интерфейс. Интеграция со сторонними мобильными приложениями: MQTT Dash, iRidium. Поддерживается сообществом пользователей: home kit.
|| Mobile devices || Responsive web interface. Integration with third-party mobile applications: MQTT Dash, iRidium. Supported by the user community: home kit.
|-
|-
|| Архив || Модуль хранения истории значений каналов wb-mqtt-db, до 1GB данных
|| Archive || history storage Module of wb-mqtt-db channels values, up to 1GB of data
|-
|-
|| Обновление ПО || Отдельных компонентов через APT, целиком прошивки с сохранением резервной копии через Web и USB-флеш
|| Software update || Individual components via APT, full firmware with backup via Web and USB flash
|-
|-
|| Отправка данных в ПО верхнего уровня || MQTT, Modbus TCP, Zabbix API и т.п.
|| Sending data to top-level SOFTWARE || MQTT, Modbus TCP, Zabbix API, etc.
|-
|-
|| Поддержка ПО верхнего уровня || SAYMON, Zabbix, Nagios, Unimon, Grafana, Master SCADA, Rapid SCADA и другие
|| Top level software support || SAYMON, Zabbix, Nagios, Unimon, Grafana, Master SCADA, Rapid SCADA and others
|-
|-


| Прочее || Простая установка тысяч пакетов из репозиториев Debian, nodejs, python и т.п.  
| Other || Easy installation of thousands of packages from Debian, nodejs, python repositories, etc.  




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== Изображения и чертежи устройства ==
== Images and drawings of the device ==


По ссылкам ниже вы можете скачать изображения и чертежи разных моделей контроллеров '''Wiren Board 6'''.
You can download images and drawings of different models of ''Wiren Board 6' controllers via the links below.


{| class="wikitable"
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! {{#var:ProductName2}}
! {{#var:ProductName2}}
| [[Media:{{#var:FileName2}}.cdr.zip|{{#var:FileName2}}.cdr.zip]] || [[Media:{{#var:FileName2}}.cdr.pdf|{{#var:FileName2}}.cdr.pdf]] || Мы еще не подготовили чертеж этого устройства. Вы можете [https://support.wirenboard.com/new-topic?category=featurerequests/blueprints&title=Чертеж%20устройства%20{{#var:ProductName2}} запросить чертеж устройства "{{#var:ProductFullName2}}"] на портале техподдержки Wiren Board (необходима регистрация). || —
| [[Media:{{#var:FileName2}}.cdr.zip|{{#var:FileName2}}.cdr.zip]] || [[Media:{{#var:FileName2}}.cdr.pdf|{{#var:FileName2}}.cdr.pdf]] || We haven't prepared a drawing for this device yet. You can [https://support.wirenboard.com/new-topic?category=featurerequests/blueprints&title=Чертеж%20устройства%20 send request for the device drawing "{{#var:ProductFullName2}}"] on our support portal (registration required). || —
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| [[Media:{{#var:FileName4}}.cdr.zip|{{#var:FileName4}}.cdr.zip]] || [[Media:{{#var:FileName4}}.cdr.pdf|{{#var:FileName4}}.cdr.pdf]] || Мы еще не подготовили чертеж этого устройства. Вы можете [https://support.wirenboard.com/new-topic?category=featurerequests/blueprints&title=Чертеж%20устройства%20{{#var:ProductName4}} запросить чертеж устройства "{{#var:ProductFullName4}}"] на портале техподдержки Wiren Board (необходима регистрация). || —
| [[Media:{{#var:FileName4}}.cdr.zip|{{#var:FileName4}}.cdr.zip]] || [[Media:{{#var:FileName4}}.cdr.pdf|{{#var:FileName4}}.cdr.pdf]] ||We haven't prepared a drawing for this device yet. You can [https://support.wirenboard.com/new-topic?category=featurerequests/blueprints&title=Чертеж%20устройства%20{{#var:ProductName4}} send request for the device drawing "{{#var:ProductFullName4}}"] on our support portal (registration required).|| —
|-
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! {{#var:ProductName5}}
! {{#var:ProductName5}}
| [[Media:{{#var:FileName5}}.cdr.zip|{{#var:FileName5}}.cdr.zip]] || [[Media:{{#var:FileName5}}.cdr.pdf|{{#var:FileName5}}.cdr.pdf]] || Мы еще не подготовили чертеж этого устройства. Вы можете [https://support.wirenboard.com/new-topic?category=featurerequests/blueprints&title=Чертеж%20устройства%20{{#var:ProductName5}} запросить чертеж устройства "{{#var:ProductFullName5}}"] на портале техподдержки Wiren Board (необходима регистрация). || —
| [[Media:{{#var:FileName5}}.cdr.zip|{{#var:FileName5}}.cdr.zip]] || [[Media:{{#var:FileName5}}.cdr.pdf|{{#var:FileName5}}.cdr.pdf]] || We haven't prepared a drawing for this device yet. You can [https://support.wirenboard.com/new-topic?category=featurerequests/blueprints&title=Чертеж%20устройства%20{{#var:ProductName5}} send request for the device drawing "{{#var:ProductFullName5}}"] on our support portal (registration required). || —
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! {{#var:ProductFullName7}}
! {{#var:ProductFullName7}}
| — || — || [[Media:{{#var:FileName7}}.dxf.zip|{{#var:FileName7}}.dxf.zip]] || [[Media:{{#var:FileName7}}.pdf|{{#var:FileName7}}.pdf]]
| — || — || [[Media:{{#var:FileName7}}.dxf.zip|{{#var:FileName7}}.dxf.zip]] || [[Media:{{#var:FileName7}}.pdf|{{#var:FileName7}}.pdf]]
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Текущая версия на 14:46, 28 июня 2019





Wiren Board 6 controller with input-output side modules

General characteristics

A logical block diagram of the controller
Wiren Board 6 board (rev. 6.3)
Processor NXP i.MX 6ULL 800 MHz Cortex A7 ( 500MHz and 900MHz upon request)
RAM DDR3 SDRAM 512 MB
nonvolatile memory 4 GB eMMC
Operating system Debian Linux 9 Stretch. Mainline kernel 4.9.
Overall dimensions DIN railed 6U case

106.25x90.2x57.5 mm. Without case: 103x87x20 mm.

Operation Operating temperature 0...+70С/-40..+85С

(depending on the configuration).


Product page and online store: Wiren Board 6


It is recommended to read the Getting started article to start working with the controller.

Программное обеспечение Wiren Board/en

The modularity of the controller

microSD extension module
Connecting side modules
Wiren Board 6.5 controller: micro SIM 1 connector was moved to the front row of terminals

Extension modules — these are small boards installed inside the case of the Wiren Board 6 and extend its functionality: additional ports RS-485, RS-232, relay outputs, etc.

The controller has three slots for connecting extension modules of two different types: MOD1-3. 3 external terminals are output for MOD1 slot and 3 - for MOD2 slot.


Stackable input-output modules are docked with a side connector on the WB6 case right side; each module adds 8 to 16 digital or analog ports to the controller.

Up to 8 modules can be connected in series: up to 4 input modules (type I) and up to 4 output modules (type O and IO).


Backup power module — additional board, installed on the second level(mezzanine) of the WB case on the DIN-rail. Contains Li-Ion (Li-Pol) battery with capacity of 2200 mAh, provides controller operation up to 3 hours.

Wireless interfaces

Cellular communication module is a 2G (GPRS), 3G (UMTS) or NB-IoT modem, installed in the controller during manufacture. Requires a MicroSIM card.

The modem allows you to send and receive SMS, connect to the Internet. Work with two SIM-cards in multiplexing mode. In Wiren Board 6.0 -6.4 controllers. Both connectors are located on the side surface of the controller. In Wiren Board 6.5 controller, microSIM 1 connector is moved to the front row of terminals.


Wi-Fi of the Wiren Board can be configured to work in one of three modes: 

in hotpoint mode, enabled by default (the name is WirenBoard without password, the address of the controller in the generated network is: 192.168.42.1)
  • client mode
  • simultaneous operation in both hotpoint and client modes

Bluetooth 4.0 (Bluetooth Low Energy) — you can track the proximity of other Bluetooth devices, such as a mobile phone or Bluetooth tag.


USB stick Z-Wave - connects to the USB connector and provides support for Z-Wave devices.


433 МHz — radio module RFM69H is installed in the controller during production (in versions up to 6.4). Allows you to connect Noolite devices, Oregon sensors to the controller.

In the version of WB6.5 433 Mhz radio module is available asan extension module.


Wi-Fi, GSM and 315/433 MHz radio antennas are connected to SMA connectors.

If the GSM signal is weak, it is recommended to use a remote antenna and place it away from the controller.

Wired interfaces

Ethernet supports speed up to 10/100 Mbit/s. Wiren Board 6 controller is equipped with two such interfaces.


The controller is equipped with two USB 2.0 (A/F) ports. Both ports operate in USB Host mode; in future versions of the controller, the first port (closest to the Ethernet connector) will support loading the controller firmware. Power control of individual USB devices is described in the article Power for USB ports.


Configuration is set through the section Configs of the web interface

RS-485 — two-wire bus communication standard.

The controller has 2 RS-485 ports + 2 more ports can be added by RS-485 extension modules .

The article will help you to choose and lay the bus cables correctly.

Configuration of the devices is provided in the web interface.

Basically in Wiren Board, driver WB-mqtt-serial works through the system of MQTT-messages with connected RS-485 devices.


CAN — is the standard of communication over a two-wire bus. The controller is multiplexed (output to the same terminals) with a second RS-485 port.

1-Wire — is a bus for connecting external sensors on two or three wires. Since this is a bus, you can connect multiple devices to the same 1-Wire port. The controller software supports connection of DS18B20 type temperature sensors.

It is convenient to use +5V output to power the sensors. It is protected from short circuit and high voltage supply. When the controller is powered by a battery, the +5V output remains active. Software control of this output is also supported (it can be disabled).

Universal inputs/outputs A1-A4

Wiren Board 6 ports and interfaces
Working with self-locking terminals

Universal channel Ah combines three functions and can work as:

  • ADC with a measurement range of 0 — 28 V

W1-W2 channels

The W1 and W2 channels can work as an interface for connecting 1-Wire sensors (default) or as digital inputs "dry contact"type. Note that in the discrete input mode, the trigger occurs when the Wx signal is earthed (GND terminal block), unlike the A1-A4 channels (above).

The mode of each channel is selected independently in the controller configuration. Through the web interface, the desired configuration is located in the section Configs => Hardware Module Configuration => W1 terminal mode.

Multiple DS18B20 temperature sensors can be connected to each channel via a loop: depending on the loop length, the maximum number of sensors is 10 to 20 (the limit is 20 sensors per 5m cable connected by a star). Additional sensors can be connected via the WBE2-I-1-WIRE module.

Terminal blocks

Some terminal blocks can be used to perform more than one function. See the detailed description in the Multiplexing ports article.

sign

Max. V, I state by default Functions
Top row, left block
Vin 40V (WB6.3,6.4)

52V (WB6.5)

Input voltage, reverse polarity protection
GND "ground", minus power supply
Top row, right block
O1-O3 Inputs/outputs of the 1st extension module
O1-O3 Inputs/outputs of the 2nd extension module
Bottom row, right block
A1-A4 40V , 1A High Z Open collector outputs, ADC
GND For easy connection of external sensors
W1 40V 5V 1-Wire, GPIO
W2 40V 5V 1-Wire, GPIO
5V out 5V, 0.5A 5V The 5V output. Shutdown current is exceeded. Software on-off switching.
A 40 V 0V port RS-485 (/dev/RS-485-1)
B 40 V +5V
L 40 V 0V Port CAN or RS-485 (/dev/RS-485-2) .

Connecting RS-485: A to terminal A|L, B to terminal B|H.

H 40 V +5V
Vout* 1A Supply output. Input voltage, software on-off switching.


In the 6.3 revision of Wiren Board controller terminals of "type 250" were applied as front-end terminals. These are self-locking clips. When the cleaned single wire is inserted into the socket, it is automatically clamped with a spring latch. To insert a stranded conductor, it is necessary to press the spring button clips (or use insulated pin lugs of the bushing isolated pin tips). The button has a slot for a screwdriver. To remove the wire, you need to press the spring by pressing the clip button, and pull out the wire.

In versions starting from WB6.4 detachable screw terminals "series 15EDG" with a pitch of 3.5 mm were applied as interface terminals. When screwing, do not make a lot of effort!

Ports and interfaces

Debug port — by connecting to it, you can directly access the controller console. Through it you can also interact with the bootloader and monitor the operating system boot (serial console).

"Buzzer" — beeps, its frequency is adjustable.

The real-time clock is powered by an internal backup battery.

Watchdog

The controller contains a separate hardware watchdog that reboots it entirely on power when the software freezes.

Hardware watchdog disable

Power Supply

The controller has three external inputs for power connection:

  • DC jack - standard plug connector (5.5x2.1mm) on the left side of the case.
  • VIN and GND terminals: two VIN terminals to which two independent power supplies can be connected for redundancy. The grounds of the power supplies must be connected and connected to the GND terminal.

It is possible to simultaneously connect the sources to different inputs, including different voltages.


For backup power, you can connect the internal extension module WBMZ2-BATTERY with Li-Ion (Li-Pol) battery.Important: when the controller is supplied with a battery module, the controller does not turn on immediately when the power is supplied. To turn it on, press the power button of the module under the top cover of the controller. See article WBMZ2-BATTERY.

The valid power range is 9 — 36 V for WB rev.6.1 - 6.4.1 , anda 9 — 48 for WB6.5. The average consumption of the Board is 1.5 — 2 watts. But since the GSM module consumes up to 8W impulsively, it is recommended to use power supplies with a power of at least '10W'.

Supported Devices

Devices of our production with the RS-485 interface

Supported devices

Connection of peripheral devices

The wiring on the terminal blocks of Wiren Board devices


Features of controller network settings

Wiren Board 6: Installing On The Remote Site

Detailed technical description of the controller board

The dimensions of the controller board

The article Wiren Board 6: Hardware describes some of the features of work and the device inputs, the power supply circuit of the controller.

Hardware errors/features of Wiren Board 6 found in the operation of the controller.

Hardware revisions — the description of changes in the controller board.

The table of processor and GPIO signals match on the board according to the revisions: Wiren Board 6.0.1, Wiren Board 6.1, Wiren Board 6.2 and above

Working with GPIO — how to work directly with GPIO.

Firmware update. To reset the Wiren Board 6 to factory settings (factory reset), use the instructions in the section The Wiren Board 6 factory reset

Wiren Board 6: WB6 root password recovery

Summary table of characteristics

General
Processor NXP i.MX 6ULL 800 MHz Cortex A7 ( 500MHz and 900MHz upon request)
RAM DDR3 SDRAM 512 MB
Non-volatile memory 4 GB eMMC
Dimensions DIN railed Enclosure 6Units

106.25x90.2x57.5 mm. 

Without the case: 103x87x20 mm.
Operation operating temperature 0...+70С/-40..+85С

(depending on the configuration).

Terminals and wire section
The recommended wire cross section with pin bushing insulated tip, mm2 0,75 — 1
Standard sleeve length of pin bushing insulated tip, mm 8
Tightening torque of screws, Н∙м 0,2
Interfaces
RS-485 2
CAN 1 (multiplexed with RS-485)
Wx ports ( 1-Wire/DI) 2
Ax ports (DI / Analog input / open collector output) 4
Communication ports
Ethernet 10/100 2 (with passive PoE)
USB Host 2
Wi-Fi 802.11n 1 (AP, client)*
Bluetooth 4.0 1*
Cellular communication 2G / 3G / 2G+NB-Iot or without modem *
SIM cards 2 x microSIM, simultaneous operation of 2 cards is not supported
Power
Voltage 9 - 36V DC
Power supply circuit from high voltage input
Terminal inputs 2
DC jack 1
Ethernet power 1 (1st port)
Power outputs for external devices
Vout input power - with current limit, program shutdown and status monitoring
5Vout 5V - with current limitation, disabling the software, measure the output voltage
"'Modularity'"
Slots for internal extension modules of type WBE2 and WBE2R 2
Slots for internal extension modules such as WBE2S and WBE2R 1
Connector for external input/output modules WBIO
Connector for mezzanine power module (battery, supercapacitors, filters) 1
"'Bundled software'"
Operating system Linux Debian 9 "Stretch". Mainline kernel 4.9.
Serial port protocol support Modbus RTU, mercury, Milur, pulsar, IVTM, etc.
Protocol support when installing extension modules Z-Wave, KNX
Protocol support via IP KNX IP, Modbus RTU-over-TCP, SNMP
Built-in Web interface Adding devices, settings, visualization, mimics
Scripts Rules wb-rules in JavaScript, editing via Web-interface. Support for Node-RED scripting
Visualization Table view, mimics in the built-in Web-interface.
Mobile devices Responsive web interface. Integration with third-party mobile applications: MQTT Dash, iRidium. Supported by the user community: home kit.
Archive history storage Module of wb-mqtt-db channels values, up to 1GB of data
Software update Individual components via APT, full firmware with backup via Web and USB flash
Sending data to top-level SOFTWARE MQTT, Modbus TCP, Zabbix API, etc.
Top level software support SAYMON, Zabbix, Nagios, Unimon, Grafana, Master SCADA, Rapid SCADA and others
Other Easy installation of thousands of packages from Debian, nodejs, python repositories, etc.




Images and drawings of the device

You can download images and drawings of different models of Wiren Board 6' controllers via the links below.

Модель CorelDRAW PDF CorelDRAW Autocad 2013 DXF Autocad PDF
Wiren_Board-6.5 Wiren_Board-6.5.cdr.zip Wiren_Board-6.5.cdr.pdf Wiren_Board-6.5.dxf.zip Wiren_Board-6.5.pdf
Wiren_Board-6 Wiren_Board-6.cdr.zip Wiren_Board-6.cdr.pdf Wiren_Board-6.dxf.zip Wiren_Board-6.pdf
Wiren_Board-6_KNX controller Wiren_Board-6_KNX controller.cdr.zip Wiren_Board-6_KNX controller.cdr.pdf We haven't prepared a drawing for this device yet. You can send request for the device drawing "Wiren Board 6 KNX" on our support portal (registration required). —
Wiren_Board-6.4 Wiren_Board-6_new.cdr.zip Wiren_Board-6_new.cdr.pdf Wiren_Board-6_new.dxf.zip Wiren_Board-6_new.pdf
Wiren_Board-6_new_KNX Wiren_Board-6_new_KNX.cdr.zip Wiren_Board-6_new_KNX.cdr.pdf We haven't prepared a drawing for this device yet. You can send request for the device drawing "Wiren Board 6.4 KNX controller" on our support portal (registration required). —
Wiren_Board-6_Zero Wiren_Board-6_Zero.cdr.zip Wiren_Board-6_Zero.cdr.pdf We haven't prepared a drawing for this device yet. You can send request for the device drawing "Wiren Board 6 Zero controller" on our support portal (registration required). —
Power supply MW-HDR-30-24 — — MW-HDR-30-24.dxf.zip MW-HDR-30-24.pdf
Источник — https://wirenboard.com/wiki/index.php?title=Wiren_Board_6/en&oldid=28193