Installation instructions

2 metre configuration cable with 9-pole SUB D plug and 6-pole miniature

DIN diode plug for connection to AMS 6500 Protection Monitor

9-pole SUB D DV adapter on 25-pole SUB D, type AB914F

Two adapter cables with SMB coaxial plugs on both sides

for connection of oscilloscopes to the AMS 6500 Protection Monitor.

Length 3 metres, supplied by Radiall, type 296-201-794

Two adapters BNC/SMB R191 209. supplied by Radiall

USB to RS232 adapter

Configuration programme

The configuration software package contains the following programmes:

A6910 Configuration Software for AMS 6500 Protection Monitor

System requirements

To load the programme, the PC or laptop must fulfil the following minimum prerequisites:

Standard PC/laptop, Pentium II or higher, minimum clock frequency 500 MHz, CD-ROM.

RS232 interface port (or USB (when used with an external USB to RS232 converter)).

Operating System Windows 2000. Windows XP, Windows Vista or Windows 7

Basic Predictive Features

The AMS 6500 Configuration Software has a number of built-in trending

functions that allow basic troubleshooting and prediction of the machine.

Master value trends are graphically represented, showing both card health and alarm values.

The software can display vibration signals as a function of time,

The software displays the vibration signal as a function of time,

the date of the FFT analysis with a resolution of up to 400 lines, and the FFT phase data.

The software also displays the last time the machine was started or stopped.

The configuration software visualises the data and displays velocity over time and vibration over velocity for each channel.

Configuration Software

The configuration suite contains the following sections:

CD-ROM containing the configuration of the AMS 6500 protection module

PeakVue technology not only offers the earliest warning of

developing faults, it also provides an indication of severity.

Measurements can be translated into reliable trends to

determine the optimal timing for maintenance. Machinery

faults are clearly visible in the waveform, opening up new

options for fault detection and diagnosis.

PeakVue Plus Analytics – The latest evolution of this

ground-breaking PeakVue technology is referred to as

“PeakVue Plus Analytics”. This innovative approach mimics

the process that an analyst would apply to determine the

nature of an abnormal situation, once it has been identified

on a machine based on the PeakVue level. At a high level,

machine faults can be categorized as mechanical or non

mechanical. Mechanical faults are caused by defects in

rolling element bearings or gears, and the signals they

generate are highly periodic. In contrast, non-mechanical

signals are typically the result of under-lubrication of the

bearing (or potentially cavitation on pumps). The signals

generated by under-lubrication are non-periodic –or

random – in nature. A trained analyst would employ a

technique called “Autocorrelation” to distinguish between

these two types of defects. In a similar manner, PeakVue

Plus Analytics applies autocorrelation and series of

sophisticated algorithms to determine the root cause of the

defect on a given machine.

Building on Field-Proven Technology

Emerson’s next generation vibration analyzer builds

on the field-proven, industry-leading technology of its predecessors.

Earliest Detection of Bearing and Gear Wear –

1. Detecting imbalance or misalignment is simple with most

data collectors, but these issues are the least impactful of

the faults you will find on your equipment. Over 50% of

mechanical faults are due to bearing and gearbox issues.

And most data collectors do not have the technology to

detect these faults as they are developing – and can only

find them when the machinery is already damaged and near failure.

The AMS 2140 uses Emerson’s patented PeakVue™

processing and applies digital technology to determine

bearing and gear wear earlier than any other technology.

By measuring stress waves emitted from impacting – the

earliest sign of bearing and gear wear – the AMS 2140 gives

you time to plan for maintenance on your machine – while

avoiding significant, and costly, damage.

A car charger option enables you to deliver a charge en route.

The AMS 2140 uses local hotspot availability to wirelessly

transfer data back to the office for quick analysis or from

remote locations to a centralized server. Your team can

perform route collection and analysis in parallel to maximize

your efficiency.

Embedded Intelligence

The ability to perform additional diagnostic tests at the

machine site transforms simple data collection into an

effective machinery health program. In today’s demanding

work environment, it is difficult to find the time to acquire

advanced analysis skills. Embedded intelligence, enabled

through Analysis Experts, allow even a novice user to

conduct sophisticated troubleshooting tests with the

touch of a button. Technicians don’t need to remember

the complexity of setting up a test they only perform a few

times a year – yet they can gain the benefit of its diagnostics

when needed. The bottom line impact is that users can

quickly do more in the field with the AMS 2140. avoiding

further deterioration of equipment condition.

Struggling to see the details of spectrum or waveform data due to sunlight or

other lighting conditions is a thing of the past. The AMS

2140’s glove-friendly touch screen features an auto light

sensor that adjusts the screen’s backlight to the ambient

lighting of the environment for optimal viewing. Visibility

is maintained as you move from one area of the plant to

another – from direct sunlight to darker interior locations.

A backlit keypad allows continued operation of the unit in

the darkest environments. In the office, the built-in stand

sets the unit at the best angle for viewing data. Charger and

communication cables are located at the top of the unit so

they do not interfere with the standing position.

Uninterrupted Route Collection. The AMS 2140 has the

longest battery life available in the market, which means no

more long trips back to the office to dump data or deal with

a dead battery. New Lithium-Ion batteries extend battery

life and route coverage to a full shift – maybe two – from a

single charge. If you do choose to change out the battery,

the unit is re-engineered to make the task simple enough

to accomplish even in the field. In addition, an external

charger allows you to charge a spare battery while you

continue to use your analyzer in the field. 

More Power That is Easy to Carry into the Field

Route data collection can be a long process – and you need

an analyzer that has the battery power to last an entire

shift and comfortable enough to carry around all day. The

AMS 2140 takes advantage of ergonomic principles and

advanced engineering to address these needs. This thinner,

lighter analyzer is comfortable to carry on long routes and

operate with one hand. The shoulder strap has a large,

slip-proof padded area to reduce friction on the neck and

back. Connecting the strap is as simple as the push of a

button, making it easy to quickly reconfigure for left-or right-hand users.

Visibility in Any Environment.

Technicians don’t need to remember

the complexity of setting up a test they only perform a few

times a year – yet they can gain the benefit of its diagnostics

when needed. The bottom line impact is that users can

quickly do more in the field with the AMS 2140. avoiding

further deterioration of equipment condition.

Four-Channel Data Collection Enables Powerful

Diagnostic Options. Perform additional advanced

diagnostics and deeper dive diagnostic tests using four

channel collection. With four-channel monitoring, you

will gain additional data and diagnostic tools to help

you identify the root cause of your toughest equipment

problems. For example,

• View dual orbit plots, one on either side of the coupling

or dual orbit plots of both sleeve bearings on a turbine,

fan, or other production asset to see how the shaft is

moving in relation to the bearing races.

• Collect ODS Modal data 66% faster to animate

physical movement of machinery, an important tool

in identifying the root cause of chronic or complex

machinery problems.

Having the information you need for advanced diagnostics

faster allows you to move more quickly towards identifying

machinery faults or determining if it is safe to continue

startup of turbo machinery.

Monitor More Machines in Less Time Using True

Four-Channel. Using a triaxial accelerometer, the AMS

2140 simultaneously collects vertical, horizontal, and

axial readings on a bearing. Place the sensor on the

measurement point, press the button, and when collection

is complete move on to the next bearing. Data collection

time is reduced by as much as 50% compared to other

vibration collectors. Faster data collection translates into

less time in harsh or hazardous environments, more

machines monitored, and more time dedicated to higher

value tasks like analysis and diagnostics.

 Perform additional advanced

diagnostics and deeper dive diagnostic tests using four

channel collection. With four-channel monitoring, you

will gain additional data and diagnostic tools to help

you identify the root cause of your toughest equipment

problems. 

The Four-Channel Advantage

While the AMS 2140 is available in single and dual channel

options, it is the four-channel option that delivers the most

advantages to a predictive maintenance program. The

AMS 2140 is one of the fastest collectors in the industry

when collecting a measurement point. With four-channel

capabilities, speed through the data collection route is

increased even more. And unlike other four-channel units

on the market, the AMS 2140 delivers all four channels

when you need them the most – critical equipment startup

and troubleshooting diagnostics.

Having the information you need for advanced diagnostics

faster allows you to move more quickly towards identifying

machinery faults or determining if it is safe to continue

startup of turbo machinery.