WB AC rev. E2.0/en: различия между версиями

Материал из Wiren Board
(Новая страница: «Up to two locks can be connected directly to the device via transistor outputs, as well as door opening buttons and sensors. The WB-AC-4 access controller has an…»)
(Новая страница: «Working with NFC and RFID is done through the libnfc library.»)
 
(не показано 10 промежуточных версий этого же участника)
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Up to two locks can be connected directly to the device via transistor outputs, as well as door opening buttons and sensors. The WB-AC-4 access controller has an RS-485 port through which additional external readers can be connected. It is also possible to connect Wiegand readers, numeric keyboards, etc.
Up to two locks can be connected directly to the device via transistor outputs, as well as door opening buttons and sensors. The WB-AC-4 access controller has an RS-485 port through which additional external readers can be connected. It is also possible to connect Wiegand readers, numeric keyboards, etc.


Контроллер подключается к сети передачи данных через Ethernet или интерфейс RS-485. Доступна опция с Wi-FI 802.11n.
The controller is connected to a data network via Ethernet or RS-485 interface. Option is available with Wi-FI 802.11 n.


Питается контроллер либо от блока питания (9-28В, от 10 Вт), либо через разъём Ethernet по одному с данными кабелю (технология passive Power over Ethernet по свободным парам, напряжение до 24В).
The controller is powered either from the power supply (9-28V, 10 W), or through the Ethernet connector one by one with the data cable (passive Power over Ethernet technology for free pairs, voltage up to 24V).






Про подключение устройств разных типов см: [[Wiren Board 5: Подключение периферийных устройств]]
For more information about devices connection see : [[Wiren Board 5: Подключение периферийных устройств]]


=== Клеммники ===
=== Terminals ===
Физическое расположение
Physical location


{||  border="1" class="wikitable" style="text-align:center"
{||  border="1" class="wikitable" style="text-align:center"
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Типы
Types


{|  border="1" width="700" class="wikitable" style="text-align:center"
{|  border="1" width="700" class="wikitable" style="text-align:center"
|  
|  
'''подпись'''  
'''signature'''  
|| '''Max. V, I'''  
|| '''Max. V, I'''  
| width="10%" | '''cостояние''' '''по умолчанию'''
| width="10%" | '''state''' '''default'''
| width="60%"|'''Функуции'''
| width="60%"|'''Functions'''
|-
|-
|'''FET_1'''
|'''FET_1'''
|30V, 2A
|30V, 2A
|High Z
|High Z
|[[Special:MyLanguage/Управление низковольтной нагрузкой|Выходы "открытый коллектор"]]
|[[Управление низковольтной нагрузкой/en|Open collector outputs]]
|-
|-
| '''V+'''  || 18V || ||Входное напряжение
| '''V+'''  || 18V || ||Input voltage
|-
|-
|-
|-
Строка 50: Строка 50:
|18V
|18V
|0V
|0V
|порт [[Special:MyLanguage/RS-485|RS-485]]  
|[[RS-485/en|RS-485]] port
|-
|-
|'''RS-485 B'''
|'''RS-485 B'''
Строка 59: Строка 59:
|-
|-
|-
|-
| '''W2-''' || rowspan="2" | 5V, 0.5A || rowspan="2" |5V|| rowspan="2" |Цифровой вход, подключение считывателей Wiegand, подключение кнопок (сухой контакт)  
| '''W2-''' || rowspan="2" | 5V, 0.5A || rowspan="2" |5V|| rowspan="2" |Digital input, Wiegand reader connection, button connection (dry contact)
|-
|-
| '''W2+'''  
| '''W2+'''  
|-
|-
| '''W1-''' || rowspan="2" | 5V, 0.5A || rowspan="2" |5V|| rowspan="2" |Цифровой вход, подключение считывателей Wiegand, подключение кнопок (сухой контакт)  
| '''W1-''' || rowspan="2" | 5V, 0.5A || rowspan="2" |5V|| rowspan="2" |Digital input, Wiegand reader connection, button connection (dry contact)  
|-
|-
| '''W1+'''
| '''W1+'''
|-
|-
|'''B1'''||5V, 0.5A ||5V|| rowspan="2" |Цифровой вход, подключение кнопок (сухой контакт)
|'''B1'''||5V, 0.5A ||5V|| rowspan="2" |Digital input, button connection (dry contact)
|-
|-
|'''B2'''||5V, 0.5A ||5V
|'''B2'''||5V, 0.5A ||5V
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=== RFID ===
=== RFID ===
==== Hardware ====
==== Hardware ====
Устройство работает с картами стандарта ISO 14443, в том числе со всем семейством карт Mifare: Classic, Ultralight, DESFire, Plus (в том числе многими транспортными и “социальными” картами), а также позволяет считывать платёжные карты PayPass/payWave. Поддерживается также обмен данными с смартфонами, поддерживающими NFC.
The device works with ISO 14443 cards, including the entire MIFARE card family: Classic, Ultralight, DESFire, Plus (including many transport and social cards), and also allows you to read PayPass/payWave payment cards. Data exchange with NFC-enabled smartphones is also supported.


[[WB_AC_rev._E1.0|Аппаратные особенности]]
[[WB_AC_rev._E1.0/en|Hardware features]]


==== Software ====
==== Software ====


Работа с NFC и RFID осуществляется через библиотеку libnfc.
Working with NFC and RFID is done through the libnfc library.

Текущая версия на 20:28, 19 июля 2019

Другие языки:


Stand-alone/network IP access controller with built-in MIFARE card reader 'WB-AC-3' is a replacement of traditional access controllers, and allows you to read cards, process information from them, communicate with a remote database, manage locks without additional devices.

The device works with ISO 14443 cards, including the entire MIFARE card family: Classic, Ultralight, DESFire, Plus (including many transport and “social” cards), and also allows you to read PayPass/payWave payment cards. Data exchange with NFC-enabled smartphones is also supported.

Up to two locks can be connected directly to the device via transistor outputs, as well as door opening buttons and sensors. The WB-AC-4 access controller has an RS-485 port through which additional external readers can be connected. It is also possible to connect Wiegand readers, numeric keyboards, etc.

The controller is connected to a data network via Ethernet or RS-485 interface. Option is available with Wi-FI 802.11 n.

The controller is powered either from the power supply (9-28V, 10 W), or through the Ethernet connector one by one with the data cable (passive Power over Ethernet technology for free pairs, voltage up to 24V).


For more information about devices connection see : Wiren Board 5: Подключение периферийных устройств

Terminals

Physical location

FET_1 FET_2 V+ V+ GND W1- W1+
V+ GND RS-485 A RS-485 B GND B2 B1


Types

signature

Max. V, I state default Functions
FET_1 30V, 2A High Z Open collector outputs
V+ 18V Input voltage
GND GND
RS-485 A 18V 0V RS-485 port
RS-485 B 18V +5V
W2- 5V, 0.5A 5V Digital input, Wiegand reader connection, button connection (dry contact)
W2+
W1- 5V, 0.5A 5V Digital input, Wiegand reader connection, button connection (dry contact)
W1+
B1 5V, 0.5A 5V Digital input, button connection (dry contact)
B2 5V, 0.5A 5V

RFID

Hardware

The device works with ISO 14443 cards, including the entire MIFARE card family: Classic, Ultralight, DESFire, Plus (including many transport and social cards), and also allows you to read PayPass/payWave payment cards. Data exchange with NFC-enabled smartphones is also supported.

Hardware features

Software

Working with NFC and RFID is done through the libnfc library.

Источник — https://wirenboard.com/wiki/index.php?title=WB_AC_rev._E2.0/en&oldid=34279