Category: Emerson

Intrinsically Safe

The Trex communicator is built to go wherever you may need

to be. Unlike consumer mobile devices that cannot be taken

into hazardous areas without shutting down the process or

pulling a hot work permit, the Trex unit meets global Intrinsic

Safety requirements:

ATEX

CSA (US/Canada)

IECEx

FISCO

Gain freedom and flexibility with a communicator that can go

anywhere you need to, when you need to, without worrying

if the device will put you at risk.

Designed for Use

Designed for comfortable, one-handed, all-day operation

in the field, the Trex communicator is packaged in an evenly

balanced form factor with a rugged hand strap so you can easily

hold it, even when working in tight spaces. It comes standard

with 32 GB of application memory, providing plenty of space

to customize it with the apps of your choice. With built-in

USB and Wi-Fi connectivity, you can move data to and from

the communicator using the connectivity option that is most

convenient. With numerous communication options,

your communicator has never been more connected.

The communicator’s robust lithium-ion power module will keep

it running for hours, well over a full shift, even when it is being

used to power other devices in the field.

WirelessHART Provisioning – The WirelessHART Provisioning

app allows you to provision wireless networks in less time,

with less chance of error and in a more secure fashion.

The app can configure hundreds of devices with a push

of a button, improving accuracy and allowing you to provision

an entire network up to 6x faster.

Radar Master – The Radar Master app enables you to ensure

the measurement and configuration accuracy of your

Rosemount radar level transmitters by bringing the power

of Radar Master software to the field. Use dynamic graphics

to verify configurations while protecting the safety of your

personnel and assets.

ValveLink Mobile – With Valvelink Mobile, you can analyze

and review valve assembly condition and performance without

affecting the process. Configuration and troubleshooting

of digital valve controllers has never been more efficient.

Calculator – The Calculator app for AMS Trex includes a

simple calculator, conversion calculator for base conversions,

loop convertor/Ohm’s law calculator, and unit converter for

engineering units.

Trex Help – The Trex Help app offers a searchable help guide,

putting key information on operation and troubleshooting

at your fingertips.

PDF Viewer – Transfer PDF files to AMS Trex to easily access

manuals, work processes, notes, and any other PDFs in the field.

An App for That

The Trex communicator includes Upgrade Studio, a PC

application to help keep the Trex unit up-to-date with

new software and apps.

With Upgrade Studio, add critical diagnostic tools to

your toolkit and push them out to any number of Trex

communicators. With multiple apps available and many

more in development, Upgrade Studio will make the

Trex communicator your go-anywhere, do-anything device:

Field Communicator – The Field Communicator app delivers

a wide range of options for configuring and troubleshooting

HART and FOUNDATION Fieldbus devices.

Loop Diagnostics – With the Loop Diagnostic app,

you can power the loop in the field and also perform loop

troubleshooting and checkouts. The app helps with loop

characteristic validation and lets you isolate and troubleshoot

wiring issues.

Fieldbus Diagnostics – The Fieldbus Diagnostics app gives

you the necessary toolset for troubleshooting and validating

FOUNDATION Fieldbus segments.

Adjustable Display

The Trex communicator features a 5.7” resistive touchscreen

display for easy use with bulky work gloves. The adjustable

backlit screen can be easily changed to save power or adapt

to dark environments or bright sunlight, ensuring a crisp display

that can always be read – no matter the external conditions.

The sturdy exterior is designed in accordance with Intrinsic

Safety standards to limit the buildup of static electrical energy.

Unlike consumer-grade mobile devices, the Trex communicator

will withstand the abuse of a harsh field environment.

Designed based on user feedback and with field use in mind,

the carrying case features an access window that allows you

to use the communicator and contains pockets large enough

to carry the charger, extra lead sets, or other tools you may

need in the field.

Rugged and Reliable

For a communicator to be useful in the field, it must be built

to last and ready for anything. The Trex communicator is

designed to withstand the harsh conditions in and around

manufacturing facilities. The rugged device is easy to hold,

yet designed to take the bumps and drops that come from

normal use in the plant. In addition, the Trex communicator

is protected against moisture and extreme temperatures,

allowing you to work regardless of environmental conditions.

The sturdy exterior is designed in accordance with Intrinsic

Safety standards to limit the buildup of static electrical energy.

Unlike consumer-grade mobile devices, the Trex communicator

will withstand the abuse of a harsh field environment.

Designed based on user feedback and with field use in mind,

the carrying case features an access window that allows you

to use the communicator and contains pockets large enough

to carry the charger, extra lead sets, or other tools you may

need in the field.

Introduction

The AMS Trex Device Communicator expands the long

line of Emerson handheld devices while adding new

capabilities that adapt it to consumer expectations

for mobile device functionality.

Technicians armed with a Trex communicator won’t

waste time bringing devices back to the shop for analysis

or reconfiguration. AMS Trex is delivered with a complete,

pre-installed DD library for over 2.000 HART and FOUNDATION

Fieldbus devices so users can easily diagnose device problems

in the field. Simple issues can be addressed on the spot,

avoiding unnecessary, and potentially destructive,

invasive physical investigation of the problem.

Technicians need powerful and portable diagnostic tools so

they can identify and troubleshoot device issues to minimize

process upsets. With a Trex communicator in hand, you can

properly diagnose device issues in the field. With the right

handheld, maintenance teams will experience significant

savings in work hours and peace of mind knowing that

problems will be fixed quickly and properly the first time.

Once changes are made in the field, AMS Trex will automatically

synchronize the information with the AMS Device Manager

database via Wi-Fi or USB connection.

AMS Trex™ Device Communicator

• Commission and validate devices faster

• Automatically synchronize field changes

with AMS Device Manager

• Quickly fix issues in the field with advanced

device diagnostics

• Configure and test valves inline

• Improve efficiency with a modern,

intuitive user interface

• Intrinsically safe; usable anywhere you need to go

Technicians need powerful and portable diagnostic tools so

they can identify and troubleshoot device issues to minimize

process upsets. With a Trex communicator in hand, you can

properly diagnose device issues in the field. With the right

handheld, maintenance teams will experience significant

savings in work hours and peace of mind knowing that

problems will be fixed quickly and properly the first time.

Once changes are made in the field, AMS Trex will automatically

synchronize the information with the AMS Device Manager

database via Wi-Fi or USB connection.

The perfect match for today’s open systems

VersaMax gives you the freedom to connect via PROFINET (remote I/O only), Modbus/TCP, 

other Ethernet networks as well as Genius, DeviceNet,

Profibus-DP, etc. VersaMax gives you the freedom to connect to a wide range of host controllers,

including PLCs, DCSs, and PC-based control systems.

VersaMax also fully supports the power and open architecture of Emerson’s PC-based control solutions.

Cost-Effective Control and I/O

VersaMax features intuitive diagnostics, module hot-swapping, and quick-connect wiring to extend

uptime and Reduce engineering and training requirements and significantly lower project lifecycle costs.

Designed to Maximise Ease of Use

Every aspect of VersaMax has been carefully refined to meet the needs of the user. 

Snap-on I/O carriers mean no tools are required for module installation or removal.

Convenient rotary switches can be used to set bus addresses, reducing programming time.

With VersaMax, you can even address I/O automatically.

Easy troubleshooting and machine setup

You can easily configure VersaMax I/O using the integrated PAC Machine Edition (PME) software.

PME is the same software as all PACSystems CPUs, so you only need one tool

for everything from small to large applications.

This approach utilises the same hardware configuration, network configuration and programming editor.

In addition, the QuickPanel+ HMI’s single tag database simplifies HMI development.

One runtime. One tool chain.

Because the PACSystems RSTi-EP CPE200 Compact Controller uses the same runtime as existing RX3i

controllers.

users can leverage existing application libraries and templates while expanding footprint

and performance for smaller application installations.

Fast, easy-to-configure PACSystems technology and a wide range of local I/O options

support scalable automation and highly distributed modular machine designs.

That’s why, in addition to supporting the traditional IEC 61131 language,

the RSTi-EP CPE200 Compact Controller supports the C language.

This is one of the world’s most popular and easy-to-use programming languages.

This enables more engineers to write and run high-performance algorithms faster and easier.

This enables proprietary production strategies and advanced automation techniques.

Another labour-saving feature is the ability to perform fleet-wide application 

debugging and updates without connecting a laptop.

Simply store application variables on User Logic’s SD card and use the portable single device to

adjust parameters in standardised machine control application deployments.

Use it to deploy standardised tuning parameters across a group of machines or

to replace a controller in the unlikely event of a failure.