Category: Prosoft

Functional Specifications

 Five Servers and five Clients to receive and/or transmit data

 10/100 Base-T Ethernet-compatible interface

 Configurable parameters

o Service port number

o Connection timeout

o Close type

 Simple ladder logic operation

 Setup and monitoring through ProSoft Configuration Builder (PCB) software

 ControlLogix® backplane interface via I/O access

 Each Server monitors

o State

o IP and port number of connected Client

o Error codes

 Each Client monitors

o State

o IP and port number of connected Server

 ASCII character strings up to 4096 characters in length supported

 Module error and status conditions returned to processor for diagnostic purposes

o Module status

o Port error status word (bit mapped)

o Port receive state

o Port receive character count

o Port receive block count

o Port transmit state

o Port transmit character count

o Port transmit block count

 All data related to the module is contained in a single controller tag with defined

objects to simplify the configuration, monitoring, and interfacing with the module

 Communication Data is transferred to the MVI56E-GEC via a pre-defined user data

type in the processor

The MVI56E-GEC Generic ASCII Ethernet Interface module

is designed to allow ControlLogix® processors to interface

easily with ASCII devices using the TCP/IP protocol.

Compatible devices may be either ASCII instruments with

built-in Ethernet or Ethernet connection via a thin server to

the existing ASCII device.

Five Servers and Clients are present on the module

permitting both the reception and transmission of data

between the processor and attached devices.

Features

 Single Slot – 1756 backplane compatible

 The module is recognized as an Input/Output module and

has access to processor memory for data

transfer between processor and module.

 Ladder Logic is used for data transfer between module and

processor. Sample ladder file included.

 Configuration data obtained from configuration text file downloaded

to module.

 Local or remote rack

Features

♦ AOP and AOI: Module communication is integrated within Studio/RSLogix™

5000 using a sample Add-On Instruction (AOI), and

custom configuration utility created Add-On Routines to reduce commissioning

time.

♦ Autoscan: The Autoscan feature reduces startup times and simplifies

troubleshooting by scanning the PROFIBUS network and

uploading slave device addresses and configuration information. (Reads and

maps nodes automatically to the module.)

♦ ComDTM: Allows remote Ethernet connectivity with Asset Management Software,

significantly lowering maintenance costs.

You can configure, commission, maintain and diagnose your fieldbus devices

throughout their entire lifecycle with this

comprehensive, fully integrated engineering and maintenance environment.

♦ SD card slot (SD card optional) is used for storing configuration files in the

event of a disaster.

♦ Redundancy: Two modules can be used along with the custom Add-On Routine

to allow for a redundant PROFIBUS DP network for high availability systems.

The ILX56-PBM PROFIBUS DPV1 Master/Multi-Slave module allows

Rockwell Automation® ControlLogix® processors to communicate with

various PLCs and devices using the PROFIBUS DP protocol.  As a

PROFIBUS DP Master, the module can transfer up to 5000 bytes of

cyclic I/O data with various slave devices on the network.

Or you can use the module as a PROFIBUS DP multi-slave, where the

module can emulate up to 10 individual nodes on a PROFIBUS DP

network, allowing for more cyclic I/O data transfer.

With the ILX56-PBM module, ControlLogix® processors can easily

communicate with devices supporting PROFIBUS DPV0 and DPV1

protocol. And through premier integration tools such as a custom Add-On

Profile, project-specific Add-On Routines, and advanced tools such as

PROFIBUS DP packet capture utility, you can minimize the time required

to get a PROFIBUS DP network configured in a ControlLogix®

environment.

In addition, with the use of multiple I/O connections back to the

ControlLogix® processor, this module provides data update rates that will

meet even the most demanding applications.

The ILX56-PBS PROFIBUS DPV1 Multi-Slave module allows Rockwell

Automation® ControlLogix® processors to communicate on a PROFIBUS

DP protocol network by emulating up to 10 individual slave devices.

This multi-slave support of the module provides the ability to pass up to

2440 bytes of input and output data as high-speed cyclic I/O data on a

PROFIBUS DP network.

Combined with the use of multiple I/O connections back to the

ControlLogix processor, this module provides data update rates that will

meet even the most demanding of PROFIBUS DP applications.

In addition, with the use of the PLX50 Configuration Utility you have

advanced features such as custom-built Add-On Routines and a

PROFIBUS DP packet capture utility to minimize the amount of time and

effort in getting a ControlLogix PAC operating on a PROFIBUS DP

network.

Features

♦ Rockwell Automation Encompass™-Approved Solution

♦ Remote diagnostics via configuration utility with built-in PROFIBUS DP

packet capture utility

♦ Multi-slave mode allows module to emulate up to 10 individual slaves for

transfer of up to 2440 bytes of cyclic I/O data

♦ Supports DPV1 Acyclic Messaging

♦ Add-On Profile and custom Add-On Routines provided to allow for seamless

integration to Studio 5000

♦ Can emulate the PROFIBUS DP Identification number of the ProSoft MVI56-PDPS

module to allow replacement of legacy

modules without having to reprogram the PROFIBUS DP master device

(Note: Requires ladder logic changes).

Configuration

The GSD file supplied is sufficient to integrate the PS69

DPS as a PROFIBUS DP Slave into the configuration of

any PROFIBUS Master. The PROFIBUS address is set

by rotary switches. The slave configuration can be either

transferred from the Master to the PS69-DPS or can be

defined from the Logix application.

General Specifications

• Single Slot – 1769 backplane compatible

• The module is recognized as an Input/Output

module and has access to processor memory for

data transfer between processor and module

• Ladder Logic is used for data transfer between

module and processor. Sample ladder file included.

• Supports CompactLogix and MicroLogix 1500 LRP

Controllers except 1769-QBFC1B, 1769-L16x, and

1769-L18x

The PS69-DPS module expands the functionality of

Rockwell Automation’s CompactLogix™ to include

PROFIBUS DP V0/V1. The PS69-DPS is a more cost

effective option offering more features than the MVI69

PDPS, and supports both I/O control and messaging.

Explicit ladder logic CIP message blocks provide slave

status diagnostic data and acyclic messaging.

The PS69-DPS interface appears to the CompactLogix

controller as a standard I/O module allowing it to be

configured via RSLogix™ 5000. or configuration can be

transferred from the Master to the PS69-DPS. For third

party configuration a GSD file is supplied. The slave

interface possesses a diagnostic interface and has

rotary switches for setting of the bus address. Complete

program examples for simple and quick start-up are

available.

Each module is equipped with LEDs to display

communication and device status.

The MVI69E-MBS Modbus Serial module for CompactLogix™ is

designed for all applications requiring Modbus Serial connectivity.

This module comes with an Add-on Profile and an Add-on Instruction

to reduce commissioning time. The MVI69E-MBS has two serial

ports and can support both Master and/or Slave connectivity to

interface with a variety of devices using the Modbus Protocol.

Features

 Supports CompactLogix processors with 1769 I/O bus capability

version 16 and greater (MicroLogix 1500 not supported)

 Add-on Instruction creates UDTs, providing logical definitions for

I/O, status, and control data

 Add-on Profile support, improving integration in the CompactLogix

System

 Diagnostic data available in processor controller tags, enabling

decisions to be made based upon node health

 Module configuration backed up in CompactLogix project (ACD file)

 Module acts as a co-processor reducing impact to PLC scan time

 Supports up to 10.000 words of data

 Supports up to 250 Modbus Commands per port

 Each port can be configured individually as a Modbus Master or Modbus

Slave device

 Supports Enron and Daniel-style Floating point data implementations

 Suitable for SCADA and field device interface applications

Features

 EtherNet/IP™- or Modbus®-based PLCs/PACs can use message instructions

to read diagnostic information from the radios,

helping to reduce downtime when troubleshooting wireless network problems.

 RADIUS security ensures secure networking with advanced authentication

and encryption.

 Network Address Translation (NAT) lets machine builders deploy machines

with identical local IP configuration.

 Quality of Service (QoS) provides data prioritization for I/O control devices,

video data, etc.

 802.11r Fast Roaming over the Air and over DS maintains seamless, high-speed

connections to one or more devices on moving

equipment and machines (such as cranes, AGVs, and carriers) as they travel

between Access Points.

 IGMP Snooping & Packet Filtering optimizes UDP multicast traffic for superior

EtherNet/IP I/O communications.

 Supports the ability to communicate with multiple Ethernet devices when used

with existing third-party wireless infrastructures.

 Disaster recovery feature allows the radio configuration to be stored on a microSD

card for quick field replacement.

 Simple local and remote configuration, monitoring, and wireless network diagnostics

via IH Browser utility or SNMP.

The ProSoft Technology Fast Industrial Hotspot (ELXM-SW6) provides

secure wireless solutions for plant-floor, SCADA automation, process

control systems. It operates in the 2.4 or 5 GHz bands, including DFS

channels.

The Hotspot Client modes. 802.11ax technology works on data rates up to

1020 Mbps over the air. This provides excellent packet-per-second

performance and robust communications in rugged industrial environments.

The 802.11ax MIMO & Channel bonding supports demanding wireless

applications such as Ethernet I/O and high-resolution video.

The included IH Browser configuration and monitoring software allows the

user to view network topology, assign IP addresses, monitor network

diagnostics, and update radio firmware.