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SNL2-E Ethernet/RS232/RS485 Gateway
SNL2-E – the optimal solution for connection of serial interfaces and Ethernet networks of up to 100 Mbit/s.
SNL2-E allows the connection of two serial end devices. The serial interfaces can be configured via software as RS232- or RS422/RS485 interfaces. Also, a mixed operation mode is possible.
In addition, for operating the RS485 bus, terminating resistors can be switched on via software. Operation in TTY mode can be realized by means of an external adapter.
Both interfaces support full duplex DMA mode operation. In synchronous operation mode, rates of up to 1 Mbit/s can be reached.
The protocol firmware is loadable. The serial interfaces can be run completely independent from each other. On every serial interface a different protocol driver can be loaded and run.
DF-compatible driver interface
For Windows, as well as UNIX operating systems the DF-board compatible interface allows the replacement of an existing DF-board by an SNL2-E module without any changes in the application software.
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Industrial Ethernet
In this area all Ethernet Gateways, Protocol converters and All-In-One bus nodes are filtered out and displayed. We are already offering solutions for 4 of the more then 20 Industrial Ethernet-versions. Others will be added.
Additionally you will find the Routers in this area, such as the Powerlink-Router. With these devices you connect Industrial Ethernet networks with the "standard" Ethernet.
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Anybus Communicator® is a family of certified and proven gateways, connecting automation devices via their serial interface to all major fieldbusses. The Communicator enables industrial devices without a network interface to connect to all major standard fieldbusses including Profibus, DeviceNet, CANopen, ControlNet, CC-Link, Modbus-RTU, Modbus-Plus, Interbus and FIPIO.
The Communicator performs an intelligent conversion between the serial protocol of the automation device and the chosen fieldbus network.
The Anybus Communicator supports RS-232, RS-422 and RS-485 serial electrical signals without any change in hardware. This allows for connectivity to a broad range of serial devices. Typical serial applications include variable frequency drives, sensors, actuators, human machine interfaces, barcode readers, RFID readers and industrial scales among others. It is much more than just a standard tunneling gateway and provides full flexibility and extended connectivity options.
The Anybus Communicator is configured using a very simple Windows%u2122 based software package that requires that the user simply fill in the blanks to match the protocol of the serial device it is connected to. Applications that require conversions from serial Modbus to fieldbus protocols are even easier as a built-in software wizard guides the user through each step of the configuration process.
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Anybus Communicator® is a family of certified and proven gateways, connecting automation devices via their serial interface to all major real-time industrial Ethernet networks. The Communicator enables industrial devices without a network interface to connect to all major real-time Ethernet standards including EtherNet/IP, Profinet, Modbus-TCP and EtherCAT.
The Communicator performs an intelligent conversion between the serial protocol of the automation device and real-time industrial Ethernet network.
The Anybus Communicator supports RS-232, RS-422 and RS-485 serial electrical signals without any change in hardware. This allows for connectivity to a broad range of serial devices. Typical serial applications include variable frequency drives, sensors, actuators, human machine interfaces, barcode readers, RFID readers and industrial scales among others. It is much more than just a standard tunneling gateway and provides full flexibility and extended connectivity options.
The Anybus Communicator is configured using a very simple Windows™ based software package that requires that the user simply fill in the blanks to match the protocol of the serial device it is connected to. Applications that require conversions from serial Modbus to real-time Ethernet protocols are even easier as a built-in software wizard guides the user through each step of the configuration process.
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Intelligent PROFIBUS DP - RS232/RS422 Gateway
This low-cost gateway allows you to integrate your serial devices quickly, easily and reliably into a PROFIBUS DP network.
All connected serial devices will work as usual, as our gateway depicts all send and receive sequences 1:1.
The data can be accessed swiftly and exactly. Moreover, our drivers facilitate a preprocessing of data within the gateway. Of course, our drivers can be customized according to your requirements.
XPS-E - extra performance at no extra expense!
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Solve most any Modbus conversion challenge with the MESR Modbus Gateway
MESR Modbus Gateways bridge devices on Modbus serial networks (RS-232, RS-422 or RS-485) with those on Modbus TCP networks, allowing seamless integration of any Modbus device. Each serial port is accessible over a LAN or WAN by up to 16 simultaneous Modbus TCP masters. All Vlinx™ MESR gateways feature auto detecting 10/100Base T copper and fiber optic connections.
Simple Installation and Setup
Removable terminal blocks simplify power and data connections
Slimline IP30 DIN mount enclosure minimizes footprint
Simple configuration through the built-in web server, or Windows configuration software
Built-in traffic monitor for instant verification of successful installation and simple network diagnostics
Optional pass-through Ethernet port eliminates need for additional Ethernet switch port
Optional Fiber Optic Ethernet connections for long-distance and total noise immunity
Features
Slim, Industrial Enclosure
Modbus Master/Slave Flexibility
Web Server Configuration Software
Complete Fiber Options Low Latency
High Throughput
Heartbeat Connection
Benefits
Save DIN rail space while maintaining industrial ratings
Modbus master or slave can be on any serial port or on the Ethernet port. Customizable to your application.
Program through web browser or local port. Same user interface; no training required
Connect to all fiber networks in your plant without converting to copper connections
View status in real time
Detects communication failures and automatically reconnects to keep the system online
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MGate™ EIP3000 series products can be used to connect DF1 devices and EtherNet/IP devices to provide Allen Bradley PLCs with remote maintenance capability. By supporting PCCC objects on CIP, the MGate™ EIP3000 can communicate seamlessly with Rockwell Ethernet devices. The EIP3000 protocol gateways come with either 1 or 2 serial ports to allow users to select a suitable gateway depending on the size of the network. The EIP3000 series supports up to 8 Ethernet/IP clients and 8 Ethernet/IP servers simultaneously; each client can send up to 16 requests at one time. Moreover, each MGate EIP3000 gateway supports four virtual serial ports for remote control over an Ethernet connection. OPC servers and SCADA systems can use these virtual COM ports to communicate with EtherNet/IP devices or DF1 devices through the gateway.
Features:
ÿPCCC objects for Rockwell Automation networks supported
ÿProCOM provides a virtual serial port for multiple DF1 and ››EtherNet/IP device communication
ÿ16 simultaneous EtherNet/IP clients/servers with up to 16 ››simultaneous requests per client
ÿSerial redirector function provided
ÿEmbedded EtherNet/IP and DF1 protocol analyzer
ÿRedundant dual DC power inputs
ÿBuilt-in Ethernet cascading for easy wiring
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ACKSYS renews its serial to wireless solution offer by introducing the WLg-DONGLE, a compact wireless RS232 serial to WiFi Ethernet server with support for 2.4 GHz and 5 GHz radio bands.
WLg-DONGLE relies on the same technology used in the "WLg-xxx" series and thus profit from proven technology, device is very compact and is specially designed to satisfy the needs of the system integrator market.
Product rely on the IEEE 802.11 a/b/g/h standards (2.4 GHz & 5 GHz), it features an full high speed serial port (250 Kbps).
The radio link is made safe by using most modern methods of protection: WEP 64/128 bits, WPA-PSK, WPA2-PSK and authentification IEEE 802.1x (RADIUS).
The nominal range (open space) of the module is 300 m for a transmit power of +20 dBm and -92 dBm in reception (a/g modes) and -95 dBm (IEEE 802.11b mode).
This module supports the following modes : TCP Client / Server, TELNET RFC2217, COM port redirection, TELNET server, raw, point to point (virtual cable) and the serial MODBUS to MODBUS/TCP gateway.
Easy configuration and administration with your web browser, TELNET, SNMP and from the ACKSYS administration software NDM.
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Segment couplers are configuration free and transparent: The segment coupler will “display” all devices connected to the PA network as if they were DP field devices. The communication speed on the PA side is independent of the DP side. All PA devices are configured on Master Class I and Class II as DP instrumentation. PA devices only “see” the PA master of the segment coupler, which simulates the DP Master.
Power Hub versions of the segment coupler are based on motherboards – with optional redundancy for both the power module and the gateway components. They connect up to four independent segments to one DP-Master. The basic models couple single PA segments to DP and provide power to the segment. All components are hosted in one small housing.
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INAT echolink is a Serial Ethernet converter. With echolink, devices without network adapter are able to communicate via network. Echolink supports a wide range of serial protocols. Therefore echolink is much more than a simple data converter. It supports complex applications such as PLC programming or process data visualisation.
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The Serial RapidIO PCI Bridge provides the capability to bridge between Serial RapidIO and PCI. It is part of a family of bridge devices aimed at applications wishing to take advantage of the Serial RapidIO interconnect.
Serial RapidIO is a switched data communication standard developed for the interconnection of devices on the same circuit board or between circuit boards across a backplane at rates in excess of 10Gbps. It has been developed as a more cost-effective, standards based replacement for expensive proprietary busses in high-performance embedded systems, such as networking and communications equipment and enterprise storage.
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