12 063
правки
Fizikdaos (обсуждение | вклад) (Новая страница: «== Ports and interfaces ==») |
(Новая страница: « == Device pictures and drawings == {{WBPicturesNoDrawing|1}}») |
||
(не показаны 122 промежуточные версии 5 участников) | |||
Строка 1: | Строка 1: | ||
<languages/> | <languages/> | ||
{{#vardefine:ProductFullName1|Контроллер Wiren Board 5.8}} {{#vardefine:FileName1|Wiren_Board-5.8}} {{#vardefine:ProductName1|Wiren_Board-5.8}} | |||
{{#vardefine:ProductFullName2|Контроллер Wiren Board 5.9}} {{#vardefine:FileName2|Wiren_Board-5.9_new}} {{#vardefine:ProductName2|Wiren_Board-5.9}} | |||
[[Файл:WB5 main2.jpg|500px|thumb|right|Wiren Board 5]] | |||
== General characteristics == | |||
[[Файл:WB5 плата.png| thumb | 500px|Wiren Board rev. 5.3]] | |||
{| border="1" width="700" class="wikitable" style="text-align:center" | |||
| Processor || [http://www.freescale.com/products/arm-processors/i.mx-applications-processors-based-on-arm-cores/i.mx28-processors/multimedia-applications-processors-dual-ethernet-dual-can-lcd-touch-screen-arm9-core:i.MX287 Freescale i.MX28] 454 MHz ARM9 | |||
|- | |||
|| Memory RAM| DDR2 SDRAM 128 MB | |||
|- | |||
|| Nonvolatile memory || 4 GB eMMC | |||
|- | |||
| Operating system || Debian Linux 7.0. Mainline kernel 4.1. | |||
|- | |||
|| Dimensions || Enclosure on a DIN rail with a width of 6M. | |||
106.25x90.2x57.5 mm. Size without case: 103x87x20 mm. | |||
|- | |||
||Operation || operating temperature - -25...+70C | |||
(-40..+70 ° C on request). | |||
|- | |||
||Power || 7-28VDC | |||
|- | |||
|} | |||
'''Product page and online store: [https://wirenboard.com/en/product/wiren-board-5/ Wiren Board 5]''' | |||
[[Wiren Board 5:Первое включение/en|''' | It is recommended to read the [[Special:MyLanguage/Wiren Board 5:Первое включение/en|'''Getting started''']] article to start working with the controller. | ||
{{:Программное обеспечение Wiren Board/en}} | |||
[[ | == The modularity of the controller == | ||
[[Файл:KNX.png|thumb|200px| KNX extension module]] | |||
[[Файл:Connecting_Side_Modules.png|250px|thumb|right| Connecting side modules]] | |||
[[ | [[Модули_расширения/en | '''Extension modules''']] are small boards installed inside the case of the Wiren Board 5 and extend its functionality: additional ports RS-485, RS-232, relay outputs, etc. | ||
The controller has two slots for connecting extension modules. Each module has 3 external terminals. | |||
[[Special:MyLanguage/ | '''[[Модули ввода-вывода/en|Input/output modules]]''' dock with the side connector on the WB5 on the right side of the case, adding 8 to 16 digital or analog ports. | ||
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 I/O). | |||
[[WBMZ2-BATTERY/en|'''Модуль резервного питания''']] - additional mezzanine board is installed on the second level in the controller case. | |||
Contains Li-Ion (Li-Pol) battery capacity of 1800 mAh, provides the controller up to 3 hours of opertation. | |||
== Wireless interfaces == | |||
[[GSM/GPRS/en |'''Cellular module''']] - modem 2G (GPRS), 3G (UMTS) or NB-IoT is installed in the controller during production. Requires a MicroSIM card. | |||
The modem allows you to send and receive SMS, connect to the Internet. | |||
[[Wi-Fi/en|''' 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/en|'''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''' gives support for standard [[Z-Wave/en|Z-Wave]] devices. | |||
[[433MHz/en|'''433MHz Packet radio''']] - the RFM69H radio module is installed in the controller during production. | |||
Allows you to connect Noolite devices, Oregon sensors to the controller. | |||
Wi-Fi, GSM and 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 interface''' supports 10/100 Mbps. In revisions with 5.8 there is a second Ethernet port. | |||
Так же присутствует один порт USB 2.0. Работает в режиме USB Host или USB Device. Управление питанием отдельных USB-устройств описано в статье [[Питание USB-портов/en|USB port power supply]]. | |||
[[File:rs-485-setup-configs.png|thumb|right|300 px|Configuration is set through the section ''Configs'' [[RS-485:Настройка через веб-интерфейс/en|of the web interface]]]] | |||
[[RS-485/en|'''RS-485''']] — two-wire bus communication standard. | |||
The controller has 2 RS-485 ports + 2 more ports can be added [[Wiren Board 5: Модуль расширения RS485-ISO/en| by RS-485 extension modules]]. | |||
The article [[RS-485:Физическое подключение/en|RS-485:Physical connection]] will help you to choose and lay cables correctly. | |||
[[RS-485:Настройка через веб-интерфейс/en| Setting up the connection]] of devices is carried out in the web interface. | |||
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. | |||
'''[[CAN/en| CAN]]''' is the standard for two-wire bus communication. | |||
The controller is multiplexed (output to the same terminals) with a second RS-485 port. | |||
'''[[1-Wire/en | 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 the 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. When the controller is powered by a battery, the +5V output remains active. | |||
There is also a software control of this output (it can be disabled). | |||
== Universal inputs/outputs A1-A4 == | |||
Universal channel Ah combines three functions and can work as: | |||
* Output [[Управление низковольтной нагрузкой/en|open collector]] - key (3A/30V), closing the ground output. | |||
* [[ADC | Analog input]] with 0-28V measurement range. | |||
* [[DI | Digital input ]] — is triggered when the voltage at the terminal is 5 V | |||
== Resistive inputs R1 and R2 == | |||
Can operate in modes: | |||
* resistance measurements 1-30kω | |||
* voltage measurements in the range of 0-3.0 V | |||
* digital input | |||
"R2 input only is only in version 5.3." | |||
== Terminal blocks == | |||
[[Файл:WB5 подписи1.jpg| thumb | 500px|Wiren Board 5]] | |||
[[File:Wago.jpeg|thumb|400px|Working with WAGO 250 terminals]] | |||
{| border="1" width="700" class="wikitable" style="text-align:center" | |||
| | |||
'''signature''' | |||
|| "'Max. V, I"' | |||
| width="10%" | "'state"' "'default"' | |||
| width="60%"|"'Function"' | |||
|- | |||
! colspan="4"| Top row, left block | |||
|- | |||
| "'Vin"' || 28V | | |Power supply, reverse polarity protection | |||
|- | |||
| "'GND"'|| || ||"ground" minus power supply | |||
|- | |||
! colspan="6"| Top row, right block | |||
|- | |||
| "'O1-O3"' || | || | || |Inputs/outputs of the 1st extension module | |||
|- | |||
| "'O1-O3"' || | ||| || |Inputs/outputs of the 2nd extension module | |||
|- | |||
! colspan="8"| Bottom row, right block | |||
|- | |||
| '''A1-A4''' | | 28V , 2A || High Z || [[Управление низковольтной нагрузкой/en|open collector outputs]], [[ADC/en|ADC]], digital inputs, key protection against inductive load. | |||
|- | |||
| '''R1-R2*''' || 5V || High Z || Resistive sensors, [[ADC/en|ADC]], digital inputs | |||
|- | |||
| '''GND'''||| || || For easy connection of external sensors | |||
|- | |||
| '''W1''' || 30V || 3.3 V || [[1-Wire/en|1-Wire]], GPIO | |||
|- | |||
| '''5V out''' || 5V, 0.5 A || 5V || 5V Output. Short circuit protection. Software on/off. | |||
|- | |||
| '''A''' || 30 V || 0V || rowspan="2"|port [[Special:MyLanguage/RS-485|RS-485]] (/dev/ttyAPP1) | |||
|- | |||
| '''B''' || 30 V || +5V | |||
|- | |||
|- | |||
| '''L''' || 30 V || 0V || rowspan="2"|can Port or [[Special:MyLanguage/RS-485|RS-485]] (/dev/ttyAPP4). | |||
RS-485 connection: A to terminal "'L"', B to terminal "'H"'. | |||
|- | |||
| '''H''' || 30 V || +5V | |||
|- | |||
| '''Vout*''' || 1A | | | | Power output. The input voltage is connected through the diode. | |||
|- | |||
|} | |||
"*" depends on the [[Wiren_Board:_Аппаратные_ревизии/en|hardware revision]] | |||
All inputs are protected against supply voltage (up to 28 V) and impulse noise. | |||
Type "250" terminals are used as interface terminals in the controller. | |||
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 stranded wires, it is necessary to press the spring by pressing the clip button. | |||
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. | |||
== Other interfaces == | |||
[[WB_Debug_Console/en |Debug port]] - you can directly access the controller console by connecting to it. Through it you can also interact with the bootloader and monitor the operating system boot (serial console). | |||
[[Buzzer/en | "Buzzer"]] — beeps, its frequency is adjustable. | |||
The real-time clock RTC is powered by an internal backup battery. | |||
Revisions 5.3 and 5.6 also contain: | |||
*[[Consumer IR/en|IrDA]] | |||
* Digital audio output - S/PDIF, TOSLINK connector. | |||
== Watchdog == | |||
A separate hardware watchdog that reboots the entire controller on power when the | |||
software freezes. | |||
[[Hardware_Watchdog_Disable/en | 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. | |||
* Terminals Vin and GND in the controller of audit 5.8 and above: two terminal Vin, to which you can connect two independent power supply for redundancy. The grounds of the power supplies must be connected and connected to the GND terminal. | |||
* Power-over-Ethernet (PoE Passive). Read more [[Power over Ethernet/en|Power over Ethernet]]. | |||
It is possible to simultaneously connect the sources to different inputs, including different voltages. | |||
For backup power, you can connect the internal module [[WBMZ-BATTERY_-_модуль_резервного_питания/en | WBMZ-BATTERY ]] with Li-Ion (Li-Pol) battery. | |||
Valid power range is '''7-28V'''. | |||
The average consumption of the Board is 1.5-2 watts. But since the GSM module pulse consumes up to 8 watts, it is recommended to use power supply units with power not less than '''10 W'''. | |||
== Supported devices == | |||
[[Периферийные устройства с интерфейсом RS-485 серии WB-xxxx/en |Devices of our production with the RS-485 interface]] | |||
[[ | [[Special:MyLanguage/Поддерживаемые устройства|Supported Devices]] | ||
[[Wiren Board 5: Подключение периферийных устройств/en|Connection of peripheral devices]] | |||
== | == Detailed technical description of the controller board == | ||
[[Файл:WB5.3razm.png|thumb|400px|Board side]] | |||
The article [[Wiren_Board_5:Схемотехника/en| Wiren Board 5: Hardware]] describes some of the features of work and the device inputs, the power supply circuit of the controller. | |||
[[ | [[WB 5: Errata/en| Hardware errors/features of Wiren Board 5 ]] found in the operation of the controller. | ||
[[ | [[Wiren Board: Аппаратные ревизии/en| Hardware revisions]] — the description of changes in the controller board. | ||
Table of matching processor and GPIO signals on the board for revisions: | |||
[[ | [[Wiren Board 5.5:Список GPIO/en|rev. 5.5 (5.6, 5.6.1)]], [[Wiren Board 5.8:Список GPIO/en|rev. 5.8 (5.9)]], [[Wiren Board 5:Список GPIO/en|rev. 5.3]] | ||
[[ | [[Работа с GPIO/en|Working with GPIO]] — how to work directly with GPIO. | ||
[[ | [[WB5_root_password_recovery/en|Wiren Board 5: WB root password recovery]] | ||
== Device pictures and drawings == | |||
{{Wbincludes:WBPicturesNoDrawing|1}} | |||
{{Wbincludes:WBPicturesNoDrawing|2}} |
правки