Une flexibilité incomparable pour vos applications
Le Communicator Anybus dispose d'une grande flexibité pour la définition du protocole de conversion. Indépendamment du protocole série supporté par votre application, avec le Communicator vous pouvez être connecté à tous les principaux réseaux bus de terrain et Ethernet industriel.
Le Communicator traite le protocole série au complet sans besoin de bloc de fonction API important. Compris dans la fourniture, l' ABC Config Tool qui inclus des fonctionalités pour la configuration telles que Modbus Wizard, frame editor ainsi que des fonctions de test comme line listener et vérifications mapping. Cette passerelle compacte utilise peu de place dans une armoire de commutation et peut se monter facilement sur un rail standard DIN.
Cliquer sur les onglets ci-dessous pour en savoir plus...
Caractéristiques
Usages types
Data Mapping
Protocoles série
Configuration
| CARACTERISTIQUES TECHNIQUES CLES |
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| SPECIFICATIONS TECHNIQUES | |
Taille: |
120 x 75 x 27mm (L x W x H) 4.72 x 2.95 x 1.06” (L x W x H ) |
Poids: |
150g |
Alimentation: |
24V ± 10% ConsOMMATION: Max 280 mA à 24V Typiquement 100 mA |
Température: |
En fonction +0°C to + 55°C : hors-fonction -5°C to + 85°C |
Montage: |
DIN-rail, Network shield conductance via DIN-rail |
Protection: |
IP20 |
EMC Certification: |
Marquage CE , conforme UL & cUL |
Conformité: |
Testé et vérifié pour une conformité bus de terrain |
Typical uses within a Factory Network
Shown below is a typical setup for a Communicator with a factory/plant setup.
Single- drop mode: The Communicator is used to connect one automation device via its serial RS-232/422/485 interface to a fieldbus or industrial Ethernet network. The Communicator performs the complete protocol conversion between the automation device and the industrial network protocol. The two protocols are completely de-coupled from each other.
Multi -drop mode: One Communicator is used to connect up to 31 automation devices via their RS-485/422 interface to a fieldbus or industrial Ethernet network. The Communicator performs the complete protocol conversion between the automation device and the Industrial network protocol. The two protocols are completely de-coupled from each other.
Single-Drop Mode
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Multi-Drop Mode
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Data exchange and mapping the data - How the Communicator works
Process Exchange
All data between the fieldbus and the serial network is stored in an internal memory buffer inside the Communicator. The data exchange between the PLC on the fieldbus/Ethernet and the automation device is then made using the input and output areas of the internal memory within the Communicator.
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Conclusion
The internal storage of I/O data inside the Anybus Communicator de-couples the two networks. This permits the possibility that automation devices with slow serial communication can be integrated into high-speed fieldbus/Ethernet networks without any restrictions to the upper network.
Serial Protocol Support - In detail
The serial protocol conversion is defined by using the supplied "ABC Config Tool". There are two pre-defined modes:
Master Mode
When
the Communicator acts as master on the network it sends a request and expects a response from the connected automation device. In Master mode the Modbus-RTU protocol is a pre-defined option for which a easy six step configuration wizard is available.
Besides Modbus-RTU, Master mode can be used with all other (custom) request/response based serial protocols.
Generic Data Mode
In Generic Data Mode, there is no master-slave
relationship between the Communicator and the connected automation device on the serial sub-network.
Any node on the serial sub-network , including the Communicator, can spontaneously produce
or consume a message; A node
does not have to reply to a message, nor does it have to wait for a query to
send one.

Checksum and frame generation
The Communicator has the ability to generate defined data frames. These data frames can consist of data received from the serial sub-network or from the chosen fieldbus/Ethernet network, constant values, start / stop characters and many popular checksum calculations. The data frames are defined by using the "ABC Config Tool".
Handshaking and synchronization
The data between the serial sub-network and the chosen fieldbus/Ethernet network can be transported either un-synchronized or by using pre-defined handshaking mechanisms.
Summary
Together, these two modes make Anybus Communicator
a powerful, configurable and flexible network product for converting serial protocols into standardized fieldbus and industrial Ethernet protocols. Because of this flexibility, the hardware and software of the automation device remains unchanged as the Communicator handles all necessary protocol translations.
The ABC Config Tool is used to configure the Anybus Communicator. The tool runs on standard Microsoft Windows™ platforms. The tool is available "free of charge". It is supplied on a CD and a serial RS-232 cable along with every single-piece Anybus Communicator shipment. Alternatively the ABC Config Tool can be or can be obtained from the download section of this website.

The “ABC ConfigTool” -
one configuration for
multiple networks
The translation between the upper network and
the serial sub-network is defined via the ABC
ConfigTool. This windows based software
has an easy to use user interface and requires
no programming. All translations are easily
configured via pre-defined functions.
During configuration, the user can define which
and how much data from the upper network
shall be transferred to the sub-network. In
addition specific start characters and/or trailing
characters including checksum mechanisms
can be defined and thus a complete serial sub-network
telegram frame is constructed. The
Anybus Communicator uses a simple object
based configuration instead of a complex
programming language.
The ABC ConfigTool provides an efficient
online help functionality and wizards for
Modbus-RTU based configuration.
On completion, the configuration is downloaded
from the PC into the Communicator.
Now the Communicator is ready to start the
communication with its assigned devices on the serial
sub-network.
The ABC ConfigTool also provides the
functionality to save the configuration into a file.
This makes it easy for OEM manufacturers to
upload pre-defined configurations for instant
usage of the Communicator by their end
customers.
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