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.

Features

 802.11n MIMO & Channel bonding supports demanding wireless applications

such as Ethernet I/O and high-resolution video

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

read diagnostic information from the radios,

helping to reduce down time when troubleshooting wireless network problems

 802.11i, WPA-2 Personal/Enterprise using 128-bit AES encryption ensures secure

networking

 RADIUS security ensures secure networking with advanced authentication and

encryption

 Virtual Local Area Networks (VLAN) allow for secure network segmentation

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

video, data, etc.

 Ultra-Fast Roaming (under 10 ms) 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 and 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

 Supports AeroScout RTLS (real-time location services) tagging by passing signals

from tags to the network

 Supports Power over Ethernet (PoE) to reduce cabling costs

 Connect serial networks (Modbus, DNP 3. etc.) over 802.11 wireless networks

 Supports SNMP

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

The ProSoft Technology Weatherproof IP67 Fast Industrial Hotspot (RLX2-IHNF-W)

is designed for harsh environments and features an IP66/67 rating. It is water-tight

for use in extreme weather applications such as offshore oil rigs, and dust-tight for

use in mining applications. It operates in the 2.4 or 5 GHz bands, including DFS

channels, and is good for applications up to 2 mi. / 3.2 km.

The Hotspot supports Access Point, Repeater, and Client modes. The 802.11n

technology delivers fast data rates up to 300 Mbps. This provides excellent packet

per-second performance and robust communications in rugged industrial

environments. The 802.11n 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. The optional OPC Diagnostic Server is ideal for managing

long-range wireless SCADA networks.

Key Features:

• Expands the usable applications for DeviceNet, J1939. SDS, and other CAN V2.0.

• Part A and Part B compatible CAN bus systems

• Enables the creation of star, tree and other non-linear network topologies which

increases flexibility in system design and reduces installation costs

• Works with both trunk lines and drop lines

• Allows operation at higher speeds for specific distances

• Operates at 9.6K to 1M fixed baud for J1939 or CAN networks

• Auto-detects baud rate on DeviceNet (125k, 250k, or 500k baud)

• Isolates the two sections of the CAN bus (copper wire)

• Extender operation is transparent to Master and Slave devices

• Powered from the CAN bus network

• Pluggable 5-pin DeviceNet connections (WRC-CANX-DIN-DN)

• Sealed NEMA-4X enclosure (WRC-CANX-NEM-DN)

• Standard round, mini-style connector with male pins for copper cable

(WRC-CANX-NEM-DN)

• Standard CAN chips manage CAN bus error detection and handle message

bus arbitration

• Less than 900 µsec latency

• Termination resistor built in on the CAN bus interfaces

WRC CAN bus Extenders boost signal levels, allowing longer cable lengths, longer trunk lines,

and longer drop lines without sacrificing network speed.  CAN bus Extenders permit maximum

network speed and throughput on CAN, J1939. or DeviceNet network devices, resulting in

better control of the process.  In addition extenders require no configuration when used in

DeviceNet applications as they are configured for autobaud operation.

Series IV Enhancements include:

• Expanded DIP switch settings allow selection for CAN bus speeds up to 1M baud

• Made enhancements to allow for adding Custom baud rates in the future

Key Features:

• Expands the usable applications for DeviceNet, J1939. SDS, and other CAN

V2.0. Part A and Part B compatible CAN bus systems

• Enables the creation of star, tree and other non-linear network topologies which

increases flexibility in system design and reduces installation costs

• Works with both trunk lines and drop lines

• Allows operation at higher speeds for specific distances

• Fiber-optics provide superior electrical interference protection versus copper cables

• Operates at 9.6K to 1M fixed baud for J1939 or CAN bus networks

• Auto-detects baud rate on DeviceNet (125k, 250k, or 500k baud)

• Isolates the two sections of the CAN bus (copper wire)

• Extender operation is transparent to Master and Slave devices

• Powered from the CAN bus network

• Sealed NEMA-4X enclosure

• Standard round, mini-style connector with male pins for copper cable

• Standard Fiber Optic ST female connector for use with multi-mode or single mode fiber

• Standard CAN chips manage CAN bus error detection and handle message bus arbitration

• Less than 900 µsec latency

• Termination resistor built in on the CAN bus interfaces

• Two identical WRC-CANR-DF units are included in an order kit and both are required for each application

WRC CAN bus Extenders boost signal levels, allowing longer cable lengths, longer trunk

lines, and longer drop lines without sacrificing network speed.  CAN bus Extenders permit

maximum network speed and throughput on CAN, J1939. or DeviceNet network devices,

resulting in better control of the process.  In addition extenders require no configuration

when used in DeviceNet applications as they are configured for autobaud operation.

Series IV CANR Enhancements include:

• Up to 12km fiber lengths

• CAN 2A, CAN 2B, and remote frame support

• Expanded DIP switch settings allow selection for CAN bus speeds up to 1M baud

• Enhanced autobaud operation

• Either unit in a pair can Autobaud from the other units defined baud rate

• Improved Reverse voltage protection and CAN line noise immunity

• Increased message internal buffers – Automatic Memory Technology (AMT) operation

• Eliminates the distinction between WRC’s earlier version Type 1 and Type 2 CANR