Wiren Board Smart Home 3.5/en: различия между версиями

Материал из Wiren Board
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'''Wiren Board Smart Home 3.5''' - устаревшая версия контроллера для автоматизации. Описание современной версии смотрите [[Wiren Board | здесь]].
'''Wiren Board Smart Home 3.5''' is an outdated version of the controller for automation. For a description of the current version, click [[Wiren Board 6 | here]].
== Описание ==
== Description==  
[[Файл:WB3.3 MAIN.png|thumb|500px|Wiren Board Smart Home rev 3.5 components]]
[[File:WB3.3 MAIN.png|thumb|500px|Wiren Board Smart Home rev 3.5 components]]
[[File:IMG 0260.png|thumb|500px|Wiren Board Smart Home rev. 3.5 top]]
[[File:IMG 0260.png|thumb|500px|Wiren Board Smart Home rev. 3.5 top]]
[[File:WB3.5.png|thumb|500px|Wiren Board Smart Home rev. 3.5 обозначения]]
[[File:WB3.5.png|thumb|500px|Wiren Board Smart Home rev. 3.5 designations]]


Wiren Board Smart Home 3.5 состоит из двух печатных плат:
Wiren Board Smart Home 3.5 consists of two circuit boards:
* модифицированной [[iMX233-OLinuXino-MICRO]] - [[WB-IMX233-CORE]]
* modified [[iMX233-OLinuXino-micro/en]] - [[WB-IMX233-core/en]]
* основной платы Wiren Board rev.3.5
* Main Board Wiren Board v. 3.5
Основная плата содержит:
Main Board contains:
* [[Wi-Fi]] на базе чипа Realtek [[RTL8188]]
* [[Wi-Fi/en]] based on Realtek chip [[rtl8188/en]]
* GSM/GPRS модем - SIMCom [[SIM900R]]
* GSM/GPRS networks and modem - Simcom [[SIM900R/en]]
* USB to Ethernet конвертер и USB хаб, SMSC [[LAN9514]]
* USB to Ethernet USB USB hub, SMSC [[lan9514/en]]
* [[RS-485]] - [http://www.analog.com/en/interface-isolation/rs-485-rs-422/adm3483/products/product.html ADM3483].
* [[RS-485/en]] - [http://www.analog.com/en/interface-isolation/rs-485-rs-422/adm3483/products/product.html ADM3483].
* 8-канальный аналоговый мультиплексор для АЦП (4 клеммника ADC1-ADC4 и 4 клеммника R1-R4). See also [[ADC]].
* 8-channel analog multiplexer for the ADC (4 terminal block АЦП1-ADC4 4 and the terminals P1-P4). See also [[ADC/en]].
* Выходы "открытый коллектор" для [[Hardware_Low_voltage_control|управления низковольтной нагрузкой]]
* Outputs are "open collector" [[hardware_low_voltage_control/en|hardware low voltage load control]]
* SPI-to-UART bridge IC - NXP [[SC16IS752]]
* SPI-to-UART bridge IC NXP [[SC16IS752/en]]
* RTC на чипе [[MCP79401]] (не установлен в устройствах по-умолчанию, вместо него см. [[SIM900R#RTC]])
* RTC on-chip [[MCP79401/en]] (no devices installed by default, instead see [[SIM900R/en#RTC]])
* CAN на чипах [http://www.microchip.com/wwwproducts/devices.aspx?dDocName=en010406 MCP2515] и [http://www.microchip.com/wwwproducts/Devices.aspx?dDocName=en010405 MCP2551]
* CAN on chips [http://www.microchip.com/wwwproducts/devices.aspx?dDocName=en010406 MCP2515] and [http://www.microchip.com/wwwproducts/Devices.aspx?dDocName=en010405 MCP2551]
* радиомодуль [[RFM69H]] 433MHz
* radio module [[rfm69h/en| rfm69h ]] 433MHz
* радиомодуль [[NRF24L01]] 2.4 GHz
* radio module [[NRF24L01/en| NRF24L01]] 2.4 GHz
* Схема питания на чипе LTC4002
* The power supply circuit on the chip LTC4002


==Технические характеристики==
==Technical specifications==


{| border="1" class="wikitable" style="text-align:center"
{| border="1" class="wikitable" style="text-align:center"
| || '''параметр''' || '''значение'''|| '''Комментарии'''  
| || '''parameter''' || '''value'''|| '''Comments'''  
|-
|-
|rowspan="3" | Софт || Операционная система || Debian Linux 7.0, mainline kernel 3.13 ||
|rowspan="3" | Software || Operating system || Debian Linux 7.0, mainline kernel 3.13 ||
|-
|-
|rowspan="3" | Контроллер || Процессор || 454MHz CPU Freescale iMX233 ||
|rowspan="3" | Controller || CPU | 454mhz Freescale iMX233 ||
|-
|-
|| Память оперативная || 64 MB ||
|| RAM || 64 MB ||
|-
|-
|| Память энергонезависимая || +4Gb || SD-карта, возможна установка чипа флеш-памяти
|| Non-volatile memory || +4Gb || SD card, can install flash memory chip
|-
|-


|rowspan="4" | Беспроводная связь || Wi-Fi || ||
|rowspan="4" | Wireless || Wi-Fi || ||
|-
|-
|| [[SIM900R|GSM/GPRS]] || 1 сим-карта || microSIM
|| [[SIM900R|GSM/GPRS]] || 1 SIM card || microSIM
|-
|-
|| NRF24 || 2,4GHz || для связи с такими же модулями NRF24  
|| NRF24 || 2.4 GHz || for communication with the same NRF24 modules
|-
|-
|| пакетное радио || 433 MHz || упраление "Ноолайтом", китайскими модулями
|| packet radio || 433 MHz || management of the Noolite, chinese modules
|-
|-




|rowspan="9"| Порты || Ethernet || 10/100 (RJ-45)||
|rowspan="9"| Ports | Ethernet || 10/100 (RJ-45)||
|-
|-
|| USB 2.0 || 2 порта (+ один внутри) ||  
|| USB 2.0 || 2 ports (+ one in) ||  
|-
|-
|| [[Аудиовыход]] ||1x || Audio Jack 3,5 мм. Стерео
|| [[Audio output]] ||1x || 3.5 mm Stereo Audio Jack
|-
|-
||[[RS-485]]|| 2x, неизолированные ||<strike>Управление светом по DMX512</strike>,  
||[[RS-485]]|| 2x, uninsulated ||<strike>DMX512 light Control</strike>,  
подключение по MOD-bus, A-Bus
connection via MOD-bus, A-Bus
|-
|-
||[[RS-232]]|| Полнодуплексный, неизолированный. || Подключается паралельно второму RS-485  
||[[RS-232]]|| full-Duplex, non-isolated. || Connects parallel to the second RS-485  
|-
|-
|| [[Debug UART]]|| Вывод отладочной консоли || Подключается через переходник UART-USB.
|| [[Debug UART]]|| debug console Output || Connects via UART-USB adapter.
|-
|-
||[[CAN шина]]|| 1x ||
||[[CAN bus]]|| 1x |
|-
|-
||[[1-Wire]] || 3x || Подключение по 1-Wire датчиков температуры и т.д.
||[[1-Wire]] || 3x || Connect 1-Wire temperature sensors, etc.
|-
|-
||[[UEXT]]|| 2x || Подключение модулей расширения от Olimex
||[[UEXT]]|| 2x || connection of extension modules from Olimex
|-
|-
|rowspan="3"| Подключение датчиков || [[ADC | АЦП]] || 4 x - до 30V (??), 4 x - до 3.3V ||
|rowspan="3"| sensor Connection || [[ADC | ADC]] || 4 x - up to 30V (??), 4 x - up to 3.3 V ||
|-
|-
||[[Входы для резистивных датчиков]] || 4 x || подключение термисторов на 10 кОм.
||[[Inputs for resistive sensors]] || 4 x || include the thermistors 10 kω.
|-
|-
|| [[Входы "сухой контакт"]] || 3 x || Подключение кнопок, герконов, счетчиков с импульсными выходами.
|| [[Dry contact inputs]] | | 3 x || Connection of buttons, reed switches, counters with pulse outputs.
|-
|-
|rowspan="2"| Выходы || [[Управление низковольтной нагрузкой]] || 4 выхода, 30V/2A || Выходы типа "открытый коллектор",  
|rowspan="2"| Outputs || [[low voltage load Control]] || 4 outputs, 30V/2A || open collector Outputs",  
управление светодиодными лентами, моторами и т. п.
control of led strips, motors, etc.
|-
|-
|| [[WB_SH_3.5:_%D0%A1%D0%BF%D0%B8%D1%81%D0%BE%D0%BA_GPIO#GPIO_.D0.BD.D0.B0_.D1.80.D0.B5.D0.BB.D0.B5|Реле]]|| 2x 250V/2A || Нормально разомкнутые контакты.
| | [[WB_SH_3.5:_%D0%A1%D0%BF%D0%B8%D1%81%D0%BE%D0%BA_GPIO#GPIO_.D0.BD.D0.B0_.D1.80.D0.B5.D0.BB.D0.B5|Реле]]|| 2x 250V/2A || Normally open contacts.
|-
|-
|rowspan="3"| А также || [[WB SH 3.5: Список GPIO]] || 8x || мультиплексированы с друмими входами/выходами
|rowspan="3"| And || [[WB SH 3.5: GPIO List]] || 8x || multiplexed with other inputs/outputs
|-
|-
||[[Buzzer|Излучатель звука]]|| 1x || "[[Buzzer|пищалка]]".  
||[[Buzzer|sound transducer]]|| 1x || "[[Buzzer/en|beeper]]".  
|-
|-
|| Часы реального времени || [[RTC]] || Резервная батарейка
|| Real time clock || RTC || Backup battery
|-
|-
|rowspan="2"| Питание || Рабочее напряжение || 5-15V ||rowspan="2"| Работа от резервного Li-Pol аккумулятора,  
|rowspan="2"| Power supply || Operating voltage || 5-15V ||rowspan="2"| Work from backup Li-Pol battery,  
питание по витой паре - PoE
power over Ethernet - PoE
|-
|-
|| Потребляемая мощность || <3 Вт
|| Power consumption || <3 W
|-
|-
|rowspan="2"| Конструкция || [[Чертеж платы Wiren Board 3.3 | Размеры]] || 103x87x20 мм
|rowspan="2"| Design || [[Wiren Board Drawing 3.3 | Dimensions]] || 103x87x20 mm
|-
|-
|| Корпус || на DIN рейку ||D6MG от Gainta  
|| Housing || DIN rail ||D6MG by Gainta  
|-
|-
|rowspan="1"|Эксплуатация || Рабочая температура || 0..70C (-40..85C по запросу) ||
|rowspan="1"|Operation || operating temperature || 0..70C (-40..85C on request) ||
|-
|-
|}
|}


== Клеммники ==
== Terminals==  
{| border="1" class="wikitable" style="text-align:center"
{| border="1" class="wikitable" style="text-align:center"
|  
|  
'''подпись'''
'''signature'''
||'''Номер'''
||'''Number'''
'''клеммника'''  
'''terminal plate'''  
|| '''функция'''|| '''Max. V, I''' || '''[[WB_SH_3.5:_Список_GPIO|GPIO]]''' || '''вывод olinuxino''' || '''cостояние'''  
|| '''function'''|| '''Max. V, I"' || '''[[WB_SH_3.5:_Список_GPIO/en|GPIO]]''' || '''conclusion olinuxino''' || '''status'''  
'''по умолчанию'''
'''by default'''
|| '''комментарии'''
|| '''comments'''
|-
|-
! colspan="8"| Верхний ряд, левый блок
! colspan="8"| Top row, left block
|-
|-
| Vin || '''1''' || Vin || 15 || || || ||Входное напряжение; ADC channel 5
| Vin || '''1''' || Vin|| 15 || || || ||Input voltage; ADC channel 5
|-
|-
| GND || '''2''' || GND || || || ||
| GND || '''2''' | | | GND | | | | | |
|-
|-
| RS-485-1 B || '''3''' || [[RS-485]] B || +-6 V || || /dev/ttyNSC0 || 0V ||
| RS-485-1 B|| '''3''' || [[RS-485]] B || +-6 V | | | | /dev/ttyNSC0 || 0V ||
|-
|-
| RS-485-1 A || '''4''' || [[RS-485]] A || +-6 V || || /dev/ttyNSC0 || +3.3V ||
| RS-485-1 A|| '''4''' || [[RS-485]] A || +-6 V || || /dev/ttyNSC0 || +3.3 V ||
|-
|-
| RS-485-2 B || '''5''' || [[RS-485]] B || +-6 V || || /dev/ttyNSC1 || 0V ||
| RS-485-2 B|| '''5''' || [[RS-485]] B || +-6 V | | | | / dev/ttyNSC1 || 0V ||
|-
|-
| RS-485-2 A || '''6''' || [[RS-485]] A || +-6 V || || /dev/ttyNSC1 || +3.3V ||
| RS-485-2 A|| '''6''' || [[RS-485]] A || +-6 V || || /dev/ttyNSC1 || +3.3 V ||
|-
|-
| GND || '''7''' || GND || || || ||
| GND || '''7''' || GND | | | | | | |  
|-
|-
| CAN H || '''8''' || CAN H ||+- 42V || || ???? || ||
| CAN H || '''8''' || CAN H ||+- 42V|||???? || ||
|-
|-
| CAN L || '''9''' || CAN L ||+- 42V || || ??? || ||
| CAN L || '''9''' || CAN L ||+- 42V|||/??? || ||
|-
|-
! colspan="8"| Нижний ряд, левый блок
! colspan="8"| Bottom row, left block
|-
|-
| A1 || '''10''' || [[Управление низковольтной нагрузкой|FET]]/ADC1 || 30V, 2A || 53 || 26 @ CON1 || High Z || Выход "открытый коллектор", [[ADC]] channel 0
| A1|| '''10''' || [[Управление низковольтной нагрузкой/en|FET]]/ADC1 || 30V, 2A|| 53 || 26 @ CON1 || High Z || open collector output, [[ADC/en]] channel 0
|-
|-
| A2 || '''11''' || [[Управление низковольтной нагрузкой|FET]]/ADC2 || 30V, 2A || 91 || 25 @ CON1 || High Z || Выход "открытый коллектор", [[ADC]] channel 1
| A2|| '''11''' || [[Управление низковольтной нагрузкой/en|FET]]/ADC2 || 30V, 2A|| 91 || 25 @ CON1 || High Z || open collector Output, [[ADC/en]] channel 1
|-
|-
| A3 || '''12''' || [[Управление низковольтной нагрузкой|FET]]/ADC3] || 30V, 2A || 56 || 22 @ CON1 || High Z || Выход "открытый коллектор", [[ADC]] channel 2
| A3|| '''12''' || [[Управление низковольтной нагрузкой/en|FET]]/ADC3] || 30V, 2A|| 56 || 22 @ CON1 || High Z || open collector Output, [[ADC/en]] channel 2
|-
|-
| A4 || '''13''' || [[Управление низковольтной нагрузкой|FET]]/ADC4 || 30V, 2A || 55 || 21 @ CON1 || High Z || Выход "открытый коллектор", [[ADC]] channel 3
| A4|| '''13''' || [[Управление низковольтной нагрузкой/en|FET]]/ADC4 || 30V, 2A|| 55 || 21 @ CON1 || High Z || open collector Output, [[ADC/en]] channel 3
|-
|-
| R1 || '''14''' || R1/GPIO/ADC5 || 5V || 16 || 19 @ CON1 || High Z || Резистивные датчики, [[ADC]] channel 4
| R1 || '''14''' || R1/GPIO/ADC5 || 5V|| 16 || 19 @ CON1 || High Z || Resistive sensors, [[ADC/en]] channel 4
|-
|-
| R2 || '''15''' || R2/GPIO/ADC6 || 5V || 7 || 18 @ CON1 || High Z || Резистивные датчики, [[ADC]] channel 5
| R2 || '''15'''| | R2/GPIO/ADC6 || 5V|| 7 || 18 @ CON1 || High Z || Resistive sensors, [[ADC/en]] channel 5
|-
|-
| R3 || '''16''' || R3/GPIO/ADC7 || 5V || 6 || 17 @ CON1 || High Z || Резистивные датчики, [[ADC]] channel 6
| R3 || '''16'''|| R3/GPIO/ADC7 || 5V|| 6 || 17 @ CON1 || High Z || Resistive sensors, [[ADC/en]] channel 6
|-
|-
| R4 || '''17''' || R4/GPIO/ADC8 || 5V || 5 || 16 @ CON1 || High Z || Резистивные датчики, [[ADC]] channel 7
| R4 || '''17'''| | R4/GPIO/ADC8 || 5V|| 5 || 16 @ CON1 || High Z || Resistive sensors, [[ADC/en]] channel 7
|-
|-
| W1 || '''18''' || W1/GPIO || 3.3V || 4 || 15 @ CON1 || 3.3V || 1-Wire,"сухой контакт"  
| W1 || '''18''' || W1/GPIO || 3.3 V|| 4 || 15 @ CON1 || 3.3 V || 1-Wire,"dry contact"  
|-
|-
| W2 || '''19''' || W2/GPIO || 3.3V || 2 || 13 @ CON1 || 3.3V || 1-Wire,"сухой контакт"  
| W2 || '''19''' || W2/GPIO || 3.3 V|| 2 || 13 @ CON1 || 3.3 V || 1-Wire,"dry contact"  
|-
|-
| W3 || '''20''' || W3/GPIO || 3.3V || 1 || 12 @ CON1 || 3.3V || 1-Wire,"сухой контакт"  
| W3 || '''20''' || W3/GPIO || 3.3 V|| 1 || 12 @ CON1 || 3.3 V || 1-Wire,"dry contact"  
|-
|-
| GND || '''21''' || GND || || || || ||
| GND || '''21''' || GND|| || || || ||
|-
|-
| GND || '''22''' || GND || || || || ||
| GND || '''22''' || GND|| || || || ||
|-
|-
! colspan="8"| Нижний ряд, правый блок
! colspan="8"| Bottom row, right block
|-
|-
| GND || '''23''' || GND || || || || ||
| GND || '''23''' || GND|| || || || ||
|-
|-
| 5V out || '''24''' || 5Vout|| 5V, 0.5A || || || || выход 5V
| 5V out || '''24'''|| 5Vout|| 5V, 0.5 A | | | | | | | 5V output
|-
|-
| GND || '''25''' || GND || || || ||
| GND || '''25''' || GND | | | | | | |
|-
|-
| Vin || '''26''' || Vin || 15V || || || ||Входное напряжение; ADC channel 5
| Vin || '''26''' | | Vin || 15V || || || ||Input voltage; ADC channel 5
|-
|-
| Relay 1 || '''27-28''' || R1 || 250, 5A ||247 || || разомкнуто ||первое реле
| Relay 1 || '''27-28''' || R1 || 250, 5A||247 || || open ||first relay
|-
|-
| Relay 2 || '''29-30''' || R2 || 250, 5A || 246|| || разомкнуто ||второе реле
| Relay 2 || '''29-30''' || R2 || 250, 5A|| 246|| || open ||second relay
|-
|-
|}
|}
   
   
== Питание ==
== Power Supply==  
[[Файл:Питание 2.PNG|thumb|400px|Блок-схема питания WB 3.5]]
[[File:Питание 2.PNG|thumb|400px|WB 3.5 Power supply circuit]]


'''От внешнего блока питания'''
'''From external power supply'''


Напряжение питания 4,7-15В.  
===Power supply===
Среднее потребление платы - 1,5-2 Вт. Но т.к. модуль GPRS потребляет импульсно до 8 Вт, рекомендуется использовать блоки питания с мощностью не менее 10 Вт.
Supply voltage is 4.7-15V.  
The average consumption of the board is 1.5-2 watts. But since the GPRS module consumes up to 8W impulsively, it is recommended to use power supplies with a power of at least 10W.


Разъем питания 5.5x2.1мм, также входное напряжение можно подключать к клеммам 1 и 26.
5.5x2.1mm power connector, also input voltage can be connected to terminals 1 and 26.


'''Power over Ethernet'''
'''Power over Ethernet'''


Поддерживается питание по кабелю Ethernet - [http://ru.wikipedia.org/wiki/Power_over_Ethernet#Passive_PoE Passive PoE] напряжением от 7 до 16 Вольт.  
Power over Ethernet cable is supported,  [http://ru.wikipedia.org/wiki/Power_over_Ethernet#Passive_PoE Passive PoE] voltage from 7 to 16 Volts.  
Питание передаётся по неиспользуемым парам: "+" ("-") по паре 4-5 (синий, бело-синий), "-" ("+") по паре 7-8 (коричневый, бело-коричневый). Полярность не имеет значения.
Power is transmitted in unused pairs: "+" ("-") pair 4-5 (blue, white and blue), "-" ("+") on paired 7-8 (brown, white-brown). Polarity doesn't matter.
'''Подключение PoE совместно с блоком питания приводит к повреждению блока питания.'''
'''Connecting PoE with the power supply causes damage to the power supply.'''


См. также [[Power over Ethernet]].
See [[Power over Ethernet/en]].


'''Аккумулятор'''
'''Battery'''


Wiren Board позволяет подключить Li-Ion (Li-Pol) аккумулятор c максимальным напряжением 4.2В. При подключении питания аккумулятор заряжается током до 0,5 А (зависит от нагрузки).
===Battery===
Защита от переразряда аккумулятора отсутсвует, настоятельно рекомендуется использовать защищённые аккумуляторы.
The Wiren Board allows you to connect a Li-Ion (Li-Pol) battery with a maximum voltage of 4.2 V. When you connect the power, the battery is charged with a current of up to 0.5 A (depending on the load).
There is protection against over-discharge of the battery, at a voltage below 2.9 V the battery is disconnected. However, it is recommended to use protected batteries.


Также отсутсвует защита от зарядки при отрицательных температурах. Будьте осторожны, аккумуляторы от этого портятся.
Also, there is no protection from charging at low temperatures. Be careful, the batteries deteriorate from this.


'''Соблюдайте полярность подключения аккмулятора!'''
'''It is necessary to meet the battery polarity!'''




== Список GPIO ==
== List of GPIOs ==
См. [[WB_SH_3.5:_Список_GPIO]]
See [[WB_SH_3.5:_Список_GPIO/en]]


===Debug UART===
===Debug UART===
Debug UART выведен на разъём UEXT1, а также отдельно на гребёнку (рядом с аудиовыходом, см. схему)
Debug UART is output on the UEXT1 connector, and also separately on the comb (near the audio Jack, see diagram)


Для Debug UART используются ножки 2,3,4 (см. рисунок).
Pins 2,3,4 are used for Debug UART (see picture).


== Схема и чертеж ==
== Device drawings and pictures ==
[[Файл:ЧертежWB3.3.png |thumb|500px|]]
[[Файл:ЧертежWB3.3.png |thumb|500px|]]


'''Принципиальная схема Wiren Board 3.5''' - [[Файл:СхемаWB3.5.pdf]]
'''Schematic diagram of Wiren Board 3.5''' - [[Файл:СхемаWB3.5.pdf]]




[[Файл:ЧертежWB3.3.pdf]]
[[Файл:ЧертежWB3.3.pdf]]


==Примеры подключения внешних устройств==
==External device connection examples==
[[BMP085|Датчики давления и температуры BMP085 и BMP180]]
[[BMP085/en| BMP085 and BMP180 sensors]]

Текущая версия на 19:21, 1 августа 2019

Другие языки:

Wiren Board Smart Home 3.5 is an outdated version of the controller for automation. For a description of the current version, click here.

Description

Wiren Board Smart Home rev 3.5 components
Wiren Board Smart Home rev. 3.5 top
Wiren Board Smart Home rev. 3.5 designations

Wiren Board Smart Home 3.5 consists of two circuit boards:

Main Board contains:

Technical specifications

parameter value Comments
Software Operating system Debian Linux 7.0, mainline kernel 3.13
Controller 454mhz Freescale iMX233
RAM 64 MB
Non-volatile memory +4Gb SD card, can install flash memory chip
Wireless Wi-Fi
GSM/GPRS 1 SIM card microSIM
NRF24 2.4 GHz for communication with the same NRF24 modules
packet radio 433 MHz management of the Noolite, chinese modules
Ports | Ethernet 10/100 (RJ-45)
USB 2.0 2 ports (+ one in)
Audio output 1x 3.5 mm Stereo Audio Jack
RS-485 2x, uninsulated DMX512 light Control,

connection via MOD-bus, A-Bus

RS-232 full-Duplex, non-isolated. Connects parallel to the second RS-485
Debug UART debug console Output Connects via UART-USB adapter.
CAN bus
1-Wire 3x Connect 1-Wire temperature sensors, etc.
UEXT 2x connection of extension modules from Olimex
sensor Connection ADC 4 x - up to 30V (??), 4 x - up to 3.3 V
Inputs for resistive sensors 4 x include the thermistors 10 kω.
Dry contact inputs | | 3 x Connection of buttons, reed switches, counters with pulse outputs.
Outputs low voltage load Control 4 outputs, 30V/2A open collector Outputs",

control of led strips, motors, etc.

Реле 2x 250V/2A Normally open contacts.
And WB SH 3.5: GPIO List 8x multiplexed with other inputs/outputs
sound transducer 1x "beeper".
Real time clock RTC Backup battery
Power supply Operating voltage 5-15V Work from backup Li-Pol battery,

power over Ethernet - PoE

Power consumption <3 W
Design Dimensions 103x87x20 mm
Housing DIN rail D6MG by Gainta
Operation operating temperature 0..70C (-40..85C on request)

Terminals

signature

Number

terminal plate

function Max. V, I"' GPIO conclusion olinuxino status

by default

comments
Top row, left block
Vin 1 Vin 15 Input voltage; ADC channel 5
GND | | GND | | | | | |
RS-485-1 B 3 RS-485 B | | | /dev/ttyNSC0 0V
RS-485-1 A 4 RS-485 A +-6 V /dev/ttyNSC0 +3.3 V
RS-485-2 B 5 RS-485 B | | | / dev/ttyNSC1 0V
RS-485-2 A 6 RS-485 A +-6 V /dev/ttyNSC1 +3.3 V
GND 7 | | | | | |
CAN H 8 CAN H +- 42V ????
CAN L 9 CAN L +- 42V /???
Bottom row, left block
A1 10 FET/ADC1 30V, 2A 53 26 @ CON1 High Z open collector output, ADC/en channel 0
A2 11 FET/ADC2 30V, 2A 91 25 @ CON1 High Z open collector Output, ADC/en channel 1
A3 12 FET/ADC3] 30V, 2A 56 22 @ CON1 High Z open collector Output, ADC/en channel 2
A4 13 FET/ADC4 30V, 2A 55 21 @ CON1 High Z open collector Output, ADC/en channel 3
R1 14 R1/GPIO/ADC5 5V 16 19 @ CON1 High Z Resistive sensors, ADC/en channel 4
R2 | R2/GPIO/ADC6 5V 7 18 @ CON1 High Z Resistive sensors, ADC/en channel 5
R3 16 R3/GPIO/ADC7 5V 6 17 @ CON1 High Z Resistive sensors, ADC/en channel 6
R4 | R4/GPIO/ADC8 5V 5 16 @ CON1 High Z Resistive sensors, ADC/en channel 7
W1 18 W1/GPIO 3.3 V 4 15 @ CON1 3.3 V 1-Wire,"dry contact"
W2 19 W2/GPIO 3.3 V 2 13 @ CON1 3.3 V 1-Wire,"dry contact"
W3 20 W3/GPIO 3.3 V 1 12 @ CON1 3.3 V 1-Wire,"dry contact"
GND 21 GND
GND 22 GND
Bottom row, right block
GND 23 GND
5V out 24 5Vout | | | | | | 5V output
GND 25 | | | | | |
Vin | Vin 15V Input voltage; ADC channel 5
Relay 1 27-28 R1 250, 5A 247 open first relay
Relay 2 29-30 R2 250, 5A 246 open second relay

Power Supply

WB 3.5 Power supply circuit

From external power supply

Power supply

Supply voltage is 4.7-15V. The average consumption of the board is 1.5-2 watts. But since the GPRS module consumes up to 8W impulsively, it is recommended to use power supplies with a power of at least 10W.

5.5x2.1mm power connector, also input voltage can be connected to terminals 1 and 26.

Power over Ethernet

Power over Ethernet cable is supported, Passive PoE voltage from 7 to 16 Volts. Power is transmitted in unused pairs: "+" ("-") pair 4-5 (blue, white and blue), "-" ("+") on paired 7-8 (brown, white-brown). Polarity doesn't matter. Connecting PoE with the power supply causes damage to the power supply.

See Power over Ethernet/en.

Battery

Battery

The Wiren Board allows you to connect a Li-Ion (Li-Pol) battery with a maximum voltage of 4.2 V. When you connect the power, the battery is charged with a current of up to 0.5 A (depending on the load). There is protection against over-discharge of the battery, at a voltage below 2.9 V the battery is disconnected. However, it is recommended to use protected batteries.

Also, there is no protection from charging at low temperatures. Be careful, the batteries deteriorate from this.

It is necessary to meet the battery polarity!


List of GPIOs

See WB_SH_3.5:_Список_GPIO/en

Debug UART

Debug UART is output on the UEXT1 connector, and also separately on the comb (near the audio Jack, see diagram)

Pins 2,3,4 are used for Debug UART (see picture).

Device drawings and pictures

ЧертежWB3.3.png

Schematic diagram of Wiren Board 3.5 - Файл:СхемаWB3.5.pdf


Файл:ЧертежWB3.3.pdf

External device connection examples

BMP085 and BMP180 sensors

Источник — https://wirenboard.com/wiki/index.php?title=Wiren_Board_Smart_Home_3.5/en&oldid=35763