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(Página creada con «La solución ''KiWi'' permite transformar la comunicación modbus RTU a una conexión inalámbrica modbus TCP/IP. De esta forma, se puede aprovechar la red WiFi local de la instalación para conectar los diferentes controles-dispositivos. Además, debido a que el dispositivo ''KiWi'' dispone también de un puerto RJ45, éste se puede conectar también a la red ethernet local mediante cable ethernet por el conector RJ45. Ejemplo de una instalación convencional con com…») |
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The ''KiWi'' solution allows to transform the modbus RTU communication to a wireless modbus TCP/IP connection. In this way, the local WiFi network of the facility can be used to connect the different control-devices. In addition, since the ''KiWi'' device also has an RJ45 port, it can also be connected to the local Ethernet network via Ethernet cable through the RJ45 connector. | |||
Example of a conventional installation with Modbus RTU communication: | |||
[[ | [[File:SP - SIMPLE RS-485 SCHEME.jpg|center|miniatureimage|800x800px|Simple RS-485 schematic]]] | ||
Example of an installation via Modbus RTU using the ''KiWi:''' | |||
[[ | [[File:SP - KIWI CONNECTIONS SCHEME.jpg|center|miniaturadeimage|800x800px|KiWi connection scheme]]] | ||
It should be noted that in a ''kiWi'' up to a maximum of two equipments can be connected and the conditions that must be met are: |
Revisión del 09:47 22 mar 2024
The KiWi solution allows to transform the modbus RTU communication to a wireless modbus TCP/IP connection. In this way, the local WiFi network of the facility can be used to connect the different control-devices. In addition, since the KiWi device also has an RJ45 port, it can also be connected to the local Ethernet network via Ethernet cable through the RJ45 connector. Example of a conventional installation with Modbus RTU communication:
]
Example of an installation via Modbus RTU using the KiWi:'
]
It should be noted that in a kiWi up to a maximum of two equipments can be connected and the conditions that must be met are: