Products

The ProSoft MVI56E-MNET is an enhanced in-chassis Modbus TCP/IP communication module for the Allen-Bradley ControlLogix platform. It is the enhanced (“E”) generation of the MVI56-MNET, providing a single Ethernet port for Modbus TCP/IP communication, with improved diagnostics, faster processing, and a built-in web server for remote configuration and monitoring.

The ProSoft MVI56E-DNPNET is an enhanced in-chassis DNP 3.0 Ethernet communication module for the Allen-Bradley ControlLogix platform. It enables ControlLogix controllers to communicate as DNP 3.0 Ethernet clients (masters) or servers (outstations), integrating DNP 3.0-based SCADA systems and devices into the Logix control platform via the backplane.  

The ProSoft MVI56E-MCM is an enhanced in-chassis Modbus Master/Slave communication module for the Allen-Bradley ControlLogix platform. It is the enhanced ("E") generation of the MVI56-MCM, providing two serial ports for Modbus RTU/ASCII communication, with improved diagnostics, faster processing, and a built-in web server for remote configuration and monitoring.

The ProSoft MVI46-PDPS is an in-chassis PROFIBUS DP Slave communication module for the Allen-Bradley SLC 500 platform (1746 I/O chassis). It enables SLC controllers to act as PROFIBUS DP slave devices, allowing a PROFIBUS DP master (such as a Siemens S7 PLC) to exchange data with the SLC controller via the backplane.

The ProSoft MVI46-PDPMV1 is an in-chassis PROFIBUS DP V1 Master communication module for the Allen-Bradley SLC 500 platform (1746 I/O chassis). It enables SLC controllers to act as a PROFIBUS DP V1 master, communicating with PROFIBUS DP slave devices (drives, remote I/O, gateways, instruments) and integrating them into SLC-based control architectures via the backplane.

The ProSoft MVI46-MBP is an in-chassis Modbus Plus communication module for the Allen-Bradley SLC 500 platform (1746 I/O chassis). It enables SLC controllers to communicate with Modbus Plus network devices, integrating Modbus Plus-based equipment into SLC-based control architectures.

The ProSoft MVI46-MCM is an in-chassis Modbus Master/Slave communication module for the Allen-Bradley SLC 500 platform (1746 I/O chassis). It enables SLC controllers to communicate with Modbus RTU/ASCII serial devices as either a master or slave, integrating Modbus-based equipment into SLC-based control architectures.  

The ProSoft MVI46-GSC is an in-chassis Generic ASCII serial communication module for the Allen-Bradley SLC 500 platform (1746 I/O chassis). It enables SLC controllers to communicate with ASCII-based serial devices (barcode scanners, weigh scales, printers, and other serial equipment) using user-defined ASCII protocols, integrating these devices into the SLC control architecture via the backplane.

The ProSoft MVI46-AFC is an in-chassis Gas & Oil Flow Computer module for the Allen-Bradley SLC 500 platform (1746 I/O chassis). It performs flow measurement calculations for gas and liquid hydrocarbon applications, including AGA, API, and ISO standard calculations, and communicates the results to the SLC controller via the backplane.

The ProSoft MVI46-HART is an in-chassis HART multi-drop communication module for the Allen-Bradley SLC 500 platform (1746 I/O chassis). It enables SLC controllers to communicate with HART-compatible field instruments (transmitters, valves, positioners) in a multi-drop configuration, integrating HART device data into the SLC control architecture via the backplane.

The ProSoft MVI46-MNET is an in-chassis Modbus TCP/IP Ethernet communication module for the Allen-Bradley SLC 500 platform (1746 I/O chassis). It enables SLC controllers to communicate with Modbus TCP/IP devices as a client or server, integrating Modbus-based equipment into SLC-based control architectures over Ethernet.

The ProSoft MVI46-DFNT is an in-chassis EtherNet/IP communication module for the Allen-Bradley SLC 500 platform (1746 I/O chassis). It enables SLC controllers to communicate with EtherNet/IP devices as a client or server, integrating EtherNet/IP-based equipment into SLC-based control architectures.