Category: Prosoft

Filtering Features

The filtering is extremely flexible. For example, you can select frames:

 To and from a single drop

 With errors

 By type (I/O updates, directed messages, etc.)

 With specific data values

You create an equation that defines the criteria used to select frames of interest.

The equation consists of data values and operators.

Capture Features

The AN-X-AMX gateway can control how captured network frames appear, including:

 Format of timestamps

 Format of data – hexadecimal, unsigned or signed integer, binary

 Timing information – values and text graphs of time between frames and time

 From the start of one selected frame and the start of the next

 Display of frame CRCs

 Detailed status information for frames

Web Access

AN-X acts as a web server. Any web browser can connect to the AN-X to view diagnostics and current I/O data.

A web browser can be used to configure the drop number and drop depth, and to configure scheduled an

AN-X to AN-X data exchange.

The AN-X-AMX Gateway lets you capture, store and analyze network data

on a Reliance AutoMax DCS or remote I/O network. The AN-X-AMX

gateway can be used to examine the behavior of all drops, verify network

data and timing, locate network errors and troubleshoot problems with the

network and with the process.

The AN-X-AMX gateway does not occupy a drop on the network or affect

existing network traffic in any way. The AN-X-AMX gateway captures and

stores ALL network frames, with timestamps to microsecond precision and

uses post-capture filtering to select frames of interest for further analysis.

This approach ensures that everything leading up to an event of interest is

preserved.

The alternative approach, pre-filtering and saving only certain messages,

might cause you to lose key information. At the end of each minute, a new

file is created and the file older than the keep time is deleted.

Typical capture file size is 2.5 megabytes/minute, 150 megabytes/hour,

3.6 gigabytes/day. The AN-X-AMX gateway is field upgradeable.

The operating system and firmware can be upgraded over Ethernet.

As an EtherNet/IP Target, the module supports the following method to read/write data from an

EtherNet/IP network.

• With support for EtherNet/IP Class 1 connection, DeviceNet data can be mapped to an input

and output Class 1 cyclic connection to the Logix controller.

As a EtherNet/IP Originator, the module supports three methods to read/write data from an

EtherNet/IP network:

• With support for EtherNet/IP Explicit messaging, the router can use Class 3 or unconnected

messages (UCMM) to send/receive data from remote EtherNet/IP devices.

• With support for Direct-To-Tag technology, DeviceNet data can be read from or written to

Logix tags without the need for code in the Logix controllers.

• With support for EtherNet/IP Class 1 connection, the router can own up to a maximum of 10

EtherNet/IP devices and exchange DeviceNet data using the device’s input/output

assemblies.

As a Modbus Server, DeviceNet data can be written to the module’s internal Modbus registers. These

registers can be accessed by a remote Modbus client using the Modbus TCP/IP or RTU protocol.

As a Modbus Client, DeviceNet data can be written to the module’s internal Modbus registers. The

integrated Modbus auxiliary mapping feature can be used to configure Modbus data exchange between

multiple Modbus server devices and the module’s internal Modbus registers using the Modbus TCP/IP

or RTU protocol.

The DeviceNet Router B is configured using the Slate Configuration Utility software tool.

The DeviceNet Router B includes a webserver to display DeviceNet operation and communication

statistics and advanced diagnostics functions like built-in packet capture for the various protocols. The

router has two Ethernet ports to support Device-Level-Ring (DLR) architectures.

The DeviceNet Router/B provides a powerful and easy to configure solution to exchange data between

DeviceNet™ and EtherNet/IP™, Modbus TCP/IP or Modbus RTU networks. The module can be

configured as a DeviceNet Scanner or a DeviceNet Device – allowing the user to not only integrate

DeviceNet devices into a Logix or Modbus system, it also allows EtherNet/IP or Modbus devices in an

existing DeviceNet network.

As a DeviceNet Scanner, the module can connect to over 63 DeviceNet devices where the cyclic

input/output data from each device can be mapped to an EtherNet/IP Target/Originator or a Modbus

Server/Client. The module can be configured to exchange explicit messages with DeviceNet nodes.

As a DeviceNet Device, the module supports input/output data sizes of up to 256 bytes using polled or

change-of-state connections.

In PCCC Client mode, the module can asynchronously exchange data between a DeviceNet Scanner

and an Ethernet PCCC device.

Features

• DeviceNet Scanner or DeviceNet Device

• Support for multiple DeviceNet network baud rates (125K, 250K, 500K)

• Support for DeviceNet pass-through or explicit messaging

• PCCC client mode to connect to Ethernet-only PanelViews to an existing DeviceNet network

• EtherNet/IP Target or Originator with support for Class 1 connections

• Supports Modbus TCP/IP (Ethernet) and Modbus RTU (Serial) Client/Server

• Direct-to-Tag Technology

• Dual Ethernet ports with support for DLR (Device Level Ring)

• Support for NTP (Network Time Protocol) for external clock synchronization

• Advanced Diagnostics, including packet capture

Configuration

The Slate Configuration Utility software is used for configuration and troubleshooting of the module. The stand-alone

configuration utility allows users to define the setup and configuration of the DeviceNet Router module, connections

with controllers and devices.

The A-J1939R/B provides intelligent data routing between either

EtherNet/IP™, Modbus TCP/IP®, or Modbus® RTU to a J1939 network.

This allows the user to integrate J1939 devices into a Rockwell

Automation Logix platform (e.g., ControlLogix® or CompactLogix™) or

any Modbus Client or Server device.

The A-J1939R/B provides auto extraction and scaling of SPNs

(Suspect Parameter Number) that can be mapped to Logix UDTs Tags.

The A-J1939R/B allows the user to select standard specification

defined PGNs (e.g., PGN 61444-Electronic Engine Controller 1) from a

list in the Slate software. The user can then export a Logix UDT from

the Slate software which maps the PGN selected.

Configuration

The Slate Configuration Utility software is used for configuration and trouble

shooting of the router. The stand-alone configuration utility allows users to

define the setup and configuration of the J1939 router and its connections with

controllers and devices.

Features

• EtherNet/IP Target or Originator with support for Class 1 connections

• Supports Modbus TCP/IP (Ethernet) and Modbus RTU (Serial) Client/Server

• Direct-to-Tag Technology

• Dual Ethernet ports with support for DLR (Device Level Ring)

• Support for NTP (Network Time Protocol) for external clock synchronization

• Advanced Diagnostics, including packet capture

• Support for pass-through or explicit messaging

Configuration

The Slate Configuration Utility software is used for configuration and trouble

shooting of the router. The stand-alone configuration utility allows users to

define the setup and configuration of the J1939 router and its connections with

controllers and devices.

The QuickServer line of communication gateways are designed to link building

automation networks utilizing LonWorks with industrial control networks

communicating on BACnet/IP, EtherNet/IP, Modbus TCP/IP, and Modbus RTU.

The QuickServer gateways are available with limits of up to 250 or 500 points of

application data.

Specifications

Field Connections

▪ Ethernet 10/100 RJ45

▪ Serial RS-485 terminal (up to 115K baud)

▪ FTT-10 LonWorks port

Environment

▪ Operating temperature: -40°F to 167°F (-40°C to 75°C)

▪ Relative humidity: 5% to 90% RH, with no condensation

Power Requirements

▪ 9 to 30 Vdc or Vac or 5 Vdc

▪ Current draw 250mA @ 12V

Other

▪ Configuration/Diagnostic utilities

▪ Capacity: 250 or 500 Points

▪ Table, Wall or DIN rail mount

Physical Dimensions (W x D x H)

▪ 4.5 x 3.2 x 1.6 in. (11.5 x 8.3 x 4.1 cm)

▪ 0.4 lbs (0.2 Kg)

Approvals

▪ TUV approved to UL 916 standard

▪ CE Mark

▪ BTL Mark (PS-QS-1010)

▪ RoHS Compliant

▪ FCC Part 15 Compliant

Ordering Information

To order this product, please use the following:

PS-QS-1011-F

PS-QS-1211-F

250 Points

500 Points

How to Contact Us: Sales and Support

Sales and Technical Support for this product are

provided by ProSoft Technology. Contact our

worldwide Sales or Technical Support teams

directly by phone or email:

Asia Pacific

+603.7724.2080. asiapc@prosoft-technology.com

Europe – Middle East – Africa

+33 (0) 5.34.36.87.20. Europe@prosoft-technology.com

North America

+1.661.716.5100. support@prosoft-technology.com

Latin America (Sales only)

+1.281.298.9109. latinam@prosoft-technology.com

LonWorks® is a trademark of Echelon Corporation

Metasys® is a trademark of Johnson Controls

BACnet® is a trademark of ASHRAE

Features

 Configures through a web browser (No separate configuration software

required)

 Customizable configuration files provide additional flexibility

 Supports offline configuration through a .CSV file

 Monitor mode enables testing and verification of PAC logic before controlling

physical I/O, reducing the risk of production loss

due to programming errors

 View diagnostics with a web browser enabling remote monitoring and

troubleshooting

 Micro SD card backs up configuration files – Can be transferred to the unit to

minimize downtime in the event of a disaster

GE Genius™ Bus Features

 Supports sending and receiving Global Data on the Genius Network

 Supports baud rates: 38.4. 76.8. and 153.6 Kbps (Standard and Extended)

 Configurable bus address

 Auto-Configuration feature discovers and maps up to 31 Genius Blocks of I/O

(Online) EtherNet/IP™ Bus Features

 Supports up to 16 I/O connections for real time control

 Supports multicast and unicast connections

 Each connection can have a unique RPI from 2 to 750 mSec allowing the

prioritization of I/O data

 Auto-Configuration feature maps the discovered GE I/O points into tags in the

PAC controller

 Diagnostic data can be mapped into PAC memory making this data available to

HMIs