EMERSON

Emerson AMS 2140 Machinery Health Analyzer

The AMS 2140 Machinery Health Analyzer takes vibration data and analysis measurements to the next level. It features simultaneous four-channel plus phase data collection and unique peak detection capabilities for the earliest indication of bearing and gearbox degradation. In addition to delivering faster data collection for less time in the field or more machines monitored, the AMS 2140 is ergonomically designed for comfortable, single hand operation all day long.

In addition to providing fast, actionable information, an effective solution must take advantage of modern communication and interface innovations that make tasks easier and more intuitive. Emerson’s AMS 2140 Machinery Health Analyzer was designed specifically with these goals in mind.

Wirelessly upload route data and corrective maintenance jobs from the field to AMS Machinery Health Manager for analysis and reporting. AMS Machinery Manager integrates data from multiple technologies, including vibration, oil analysis, thermography, and balancing into a single database. Alerts generated by AMS Machinery Manager can be exported automatically to AMS Asset Performance Management where they are combined with alerts from other plant assets to provide a unified view of your plant’s health. Together, the AMS 2140 and AMS deliver the predictive intelligence necessary for increasing availability and reliability in the plant.

Features

Includes new PeakVue Plus technology for earliest and simplest indication of bearing degradation and severity.

One of the fastest vibration analyzers on the market

Ergonomically designed to make long days in the field easier

Data collection, vibration analysis, balancing and motor diagnostics in a single unit.

Monitor a broad range of machinery from variable speed equipment, complex gearboxes, high speed compressors and sleeve bearing turbo machinery.

Pre-configured analysis experts to easily test and diagnose your toughest issues.

Specifications

Hardware Specifications

Physical Dimensions

Dimensions
248 mm (8.8”) high, 40 mm (1.57”) deep, 226 mm (8.9”) wide

Weight
1.79 kg (3.95 lbs)

LCD Display
151 x 115 mm (6” x 4.5”) color TFT w/ LED backlight
Resolution 640 x 480 pixels. Touchscreen - XY resistive

Keypad
Tactile Dome buttons, 12 tactile dome buttons with backlit keys, Electroluminescent panel illumination

Built-in Stand

Environmental
Operating Temperature
-10° to 50°C (-4° to 122°F)

Long-term Storage Temperature
-20° to 35°C (-4° to 95°F) with battery1

Long-term Storage Temperature
-40° to 65°C (-40° to 150°F) without battery

Environmental Rating
Sealed enclosure, IP-65 rated

Battery and Charging

Battery
Type Rechargeable Lithium-Ion battery pack
7.2 Volts (Nominal) Protected Output
On pack LED readout
10 hours of continuous use
4 hours recharge time (Nominal)
Charging temperature 10° to 35°C (50° to 95°F)

Frequency Analysis

A/D Converter
24 bits of precision

Averaging Modes
Normal, exponential, peak hold, order tracking, negative averaging,synchronous time

Cursors Spectrum
Single, Harmonic, Moving Harmonic, Sideband, and Time/Frequency for waveform

Dynamic Range
Converter has 120 dB dynamic range

Frequency Range
DC to 10 Hz minimum, DC to 80 kHz maximum

Frequency Units
Hz, CPM, Orders

Full-scale Range
Accelerometer input: 0-20 V, Volts input -20 V 20 V

Noise Floor
Typically less than 20 μV for a 400-line spectrum at 1,000 Hz maximum frequency

Number of Averages
5,000 in Route mode, 10,000 in Job mode

Resolution
100, 200, 400, 800, 1600, 3200, 6400, or 12800 lines of resolution.
True Zoom provides effective resolution of up to 300,000 lines

Response
Flat to DC for non-integrated and DC-coupled signals; optional AC coupling -3 dB at 1 Hz

Scaling
Linear or Log, both X and Y

Windows
Hanning or uniform

Data Storage Capacity

Internal Memory
1 GB

External Memory
SD (Secure Digital). Virtually unlimited memory with off the shelf SDHC SD cards
up to 32 GB

Data Analysis Speed

400 line, 1000 HZ spectrum
67% overlap 6 avg/sec

1600 line, 1000 Hz spectrum
67% overlap 3 avg/sec

Input Specifications

Input Signals
A 2-milliampere, 20-volt (nominal), constant-current power supply inside the
analyzer powers sensors such as accelerometers connected to the accelerometer
channel inputs.

Full Scale Input Level
Accel Channels A, B, C, D; Volts A, B, C, D

Accelerometer Input
0-20 V
Full scale vibration level is /- 90 g’s when using a 100- mv/g accelerometer

Volts Input
-20 V to 20 V

Input Impedance
Greater than 125K ohms

Input Signal Types

Dynamic Signals
Single channel/Dual channel/Four channel

DC Signals
Single channel/Dual channel/Four channel

RPM/tach Signal
TTL pulse

Keypad Entry
Full alphanumeric capability

Four-Channel Data Collection
Simultaneous four-channels Dynamic Input Phase
Simultaneous four-channels DC Input
Simultaneous four-channel Route collection Phase
Simultaneous four-channel Display - Spectrum and Waveform
Simultaneous four-channel Transient Phase
Simultaneous four-channel ODS/Modal Phase
Simultaneous four-channel Volt/Displacement Phase
(for sleeve bearing monitoring)
Simultaneous Dual Orbits Display [accelerometer/displacement]
(for rolling element/sleeve bearing monitoring)
Simultaneous four-channel Cross Channel Phase

In-field Route Analysis Tools

Fault Frequency Overlays on Plot
Identifies source of vibration peaks

Parameter Trends
Up to 12 parameters trended over 2 years

Colored Alarms 
Shows specific parameter in alarm and percentage of alarm value

Waveform Autocorrelation
Identifies whether impacting is periodic or random

Input Sensor Types

Portable Sensors
Accelerometers, velocity probes, RPM/tachometer probes, temperature sensors,
flux coil, current clamp, pressure sensors, triaxial accelerometer, impact hammer

Installed Sensors
Any vibration or dynamic sensor with a voltage output; any DC-type signal

Input Unit Types
Vibration Signals Units Acceleration g’s
Velocity In/sec or mm/sec
Displacement Mils or microns
Other Dynamic Signals Any user-specified unit
DC Signals Any user-specified unit
Tachometer Input
RPM Range 1 to 100,000 RPM
Tach Input Level TTL input, built in conditioning for non-TTL signals, adjustable trigger level.
The tachometer input measures a once-per-rev pulse to measure RPM.
Advanced Acquisitions
PeakVue Selectable filters
Pseudo Tach Generates tach pulses for hidden shafts
Demodulation Selectable filters

Wireless

Bluetooth
2.0 Class 2 (optional) Range up to 10 m

Wireless
802.11 b/g Range up to 33 m

Connecting to a PC

Requirements

Connections/Outpu
 USB 2.0, 100 m Ethernet.

Compatible Software
AMS: Machinery Manager v5.6 or greater.

Accuracy – all measurements taken at a temperature of 25°C

For All Dynamic Input Channels

Frequency Accuracy (crystal based
0.02%

Non-Integrated Spectral Amplitude Accuracy
5% over the range of 3 Hz to 65 kHz, 0.001 - 10 Vrms input, with SST on for measurements 3-20 Hz

Single Integrated Spectral Amplitude Accuracy
5% over the range of 10 Hz-20 kHz, 3% over the range of 20 Hz- 20 kHz 

DC Accuracy
3% (5 mv) over the input range of 0.1 V to 20 V

Overall Level (W/Averaging, band limited)
5% over the range of 5 Hz - 65 kHz, 0.001 to 10 Vrms

Peak and Phase Measurements

1X Synchronous Peak Accuracy
3% over the range of 3 Hz – 1,500 Hz, 0.01 - 10.0 Vrms

1X Synchronous Phase Accuracy
5 deg over the range of 3 - 1,500 Hz [180- 90,000 RPM]

Tachometer Frequency Accuracy
0.01% ( /-0.1 rpm) over the range of 1-1,600 Hz

AMS 2140 Hazardous Area Certifications1

North America
Certified in the US and Canada to safety standards for
Class I, Division 2 Groups A, B, C, D
Class II, Division 2 Groups F, G

Europe
Certified to the ATEX standards EN 60079-0:2012 & EN 60079-11:2012
II 3 G Ex ic [ic] IIC T4 Gc -20°C ≤ Ta ≤ 50°C

International
Certified to the IECEx standards IEC 60079-0 Edition 6.0 (2014) & IEC 60079-11
Edition 6.0 (2011) Ex ic [ic] IIC T4 Gc -20°C ≤ Ta ≤ 50°C

Also you can check product : USED Emerson CSI 2130 Machinery Health Analyzer - Dual Channel

Emerson AMS 2140 Machinery Health Analyzer

The AMS 2140 Machinery Health Analyzer takes vibration data and analysis measurements to the next level. It features simultaneous four-channel plus phase data collection and unique peak detection capabilities for the earliest indication of bearing and gearbox degradation. In addition to delivering faster data collection for less time in the field or more machines monitored, the AMS 2140 is ergonomically designed for comfortable, single hand operation all day long.

In addition to providing fast, actionable information, an effective solution must take advantage of modern communication and interface innovations that make tasks easier and more intuitive. Emerson’s AMS 2140 Machinery Health Analyzer was designed specifically with these goals in mind.

Wirelessly upload route data and corrective maintenance jobs from the field to AMS Machinery Health Manager for analysis and reporting. AMS Machinery Manager integrates data from multiple technologies, including vibration, oil analysis, thermography, and balancing into a single database. Alerts generated by AMS Machinery Manager can be exported automatically to AMS Asset Performance Management where they are combined with alerts from other plant assets to provide a unified view of your plant’s health. Together, the AMS 2140 and AMS deliver the predictive intelligence necessary for increasing availability and reliability in the plant.

Features

Includes new PeakVue Plus technology for earliest and simplest indication of bearing degradation and severity.

One of the fastest vibration analyzers on the market

Ergonomically designed to make long days in the field easier

Data collection, vibration analysis, balancing and motor diagnostics in a single unit.

Monitor a broad range of machinery from variable speed equipment, complex gearboxes, high speed compressors and sleeve bearing turbo machinery.

Pre-configured analysis experts to easily test and diagnose your toughest issues.

Specifications

Hardware Specifications

Physical Dimensions

Dimensions
248 mm (8.8”) high, 40 mm (1.57”) deep, 226 mm (8.9”) wide

Weight
1.79 kg (3.95 lbs)

LCD Display
151 x 115 mm (6” x 4.5”) color TFT w/ LED backlight
Resolution 640 x 480 pixels. Touchscreen - XY resistive

Keypad
Tactile Dome buttons, 12 tactile dome buttons with backlit keys, Electroluminescent panel illumination

Built-in Stand

Environmental
Operating Temperature
-10° to 50°C (-4° to 122°F)

Long-term Storage Temperature
-20° to 35°C (-4° to 95°F) with battery1

Long-term Storage Temperature
-40° to 65°C (-40° to 150°F) without battery

Environmental Rating
Sealed enclosure, IP-65 rated

Battery and Charging

Battery
Type Rechargeable Lithium-Ion battery pack
7.2 Volts (Nominal) Protected Output
On pack LED readout
10 hours of continuous use
4 hours recharge time (Nominal)
Charging temperature 10° to 35°C (50° to 95°F)

Frequency Analysis

A/D Converter
24 bits of precision

Averaging Modes
Normal, exponential, peak hold, order tracking, negative averaging,synchronous time

Cursors Spectrum
Single, Harmonic, Moving Harmonic, Sideband, and Time/Frequency for waveform

Dynamic Range
Converter has 120 dB dynamic range

Frequency Range
DC to 10 Hz minimum, DC to 80 kHz maximum

Frequency Units
Hz, CPM, Orders

Full-scale Range
Accelerometer input: 0-20 V, Volts input -20 V 20 V

Noise Floor
Typically less than 20 μV for a 400-line spectrum at 1,000 Hz maximum frequency

Number of Averages
5,000 in Route mode, 10,000 in Job mode

Resolution
100, 200, 400, 800, 1600, 3200, 6400, or 12800 lines of resolution.
True Zoom provides effective resolution of up to 300,000 lines

Response
Flat to DC for non-integrated and DC-coupled signals; optional AC coupling -3 dB at 1 Hz

Scaling
Linear or Log, both X and Y

Windows
Hanning or uniform

Data Storage Capacity

Internal Memory
1 GB

External Memory
SD (Secure Digital). Virtually unlimited memory with off the shelf SDHC SD cards
up to 32 GB

Data Analysis Speed

400 line, 1000 HZ spectrum
67% overlap 6 avg/sec

1600 line, 1000 Hz spectrum
67% overlap 3 avg/sec

Input Specifications

Input Signals
A 2-milliampere, 20-volt (nominal), constant-current power supply inside the
analyzer powers sensors such as accelerometers connected to the accelerometer
channel inputs.

Full Scale Input Level
Accel Channels A, B, C, D; Volts A, B, C, D

Accelerometer Input
0-20 V
Full scale vibration level is /- 90 g’s when using a 100- mv/g accelerometer

Volts Input
-20 V to 20 V

Input Impedance
Greater than 125K ohms

Input Signal Types

Dynamic Signals
Single channel/Dual channel/Four channel

DC Signals
Single channel/Dual channel/Four channel

RPM/tach Signal
TTL pulse

Keypad Entry
Full alphanumeric capability

Four-Channel Data Collection
Simultaneous four-channels Dynamic Input Phase
Simultaneous four-channels DC Input
Simultaneous four-channel Route collection Phase
Simultaneous four-channel Display - Spectrum and Waveform
Simultaneous four-channel Transient Phase
Simultaneous four-channel ODS/Modal Phase
Simultaneous four-channel Volt/Displacement Phase
(for sleeve bearing monitoring)
Simultaneous Dual Orbits Display [accelerometer/displacement]
(for rolling element/sleeve bearing monitoring)
Simultaneous four-channel Cross Channel Phase

In-field Route Analysis Tools

Fault Frequency Overlays on Plot
Identifies source of vibration peaks

Parameter Trends
Up to 12 parameters trended over 2 years

Colored Alarms 
Shows specific parameter in alarm and percentage of alarm value

Waveform Autocorrelation
Identifies whether impacting is periodic or random

Input Sensor Types

Portable Sensors
Accelerometers, velocity probes, RPM/tachometer probes, temperature sensors,
flux coil, current clamp, pressure sensors, triaxial accelerometer, impact hammer

Installed Sensors
Any vibration or dynamic sensor with a voltage output; any DC-type signal

Input Unit Types
Vibration Signals Units Acceleration g’s
Velocity In/sec or mm/sec
Displacement Mils or microns
Other Dynamic Signals Any user-specified unit
DC Signals Any user-specified unit
Tachometer Input
RPM Range 1 to 100,000 RPM
Tach Input Level TTL input, built in conditioning for non-TTL signals, adjustable trigger level.
The tachometer input measures a once-per-rev pulse to measure RPM.
Advanced Acquisitions
PeakVue Selectable filters
Pseudo Tach Generates tach pulses for hidden shafts
Demodulation Selectable filters

Wireless

Bluetooth
2.0 Class 2 (optional) Range up to 10 m

Wireless
802.11 b/g Range up to 33 m

Connecting to a PC

Requirements

Connections/Outpu
 USB 2.0, 100 m Ethernet.

Compatible Software
AMS: Machinery Manager v5.6 or greater.

Accuracy – all measurements taken at a temperature of 25°C

For All Dynamic Input Channels

Frequency Accuracy (crystal based
0.02%

Non-Integrated Spectral Amplitude Accuracy
5% over the range of 3 Hz to 65 kHz, 0.001 - 10 Vrms input, with SST on for measurements 3-20 Hz

Single Integrated Spectral Amplitude Accuracy
5% over the range of 10 Hz-20 kHz, 3% over the range of 20 Hz- 20 kHz 

DC Accuracy
3% (5 mv) over the input range of 0.1 V to 20 V

Overall Level (W/Averaging, band limited)
5% over the range of 5 Hz - 65 kHz, 0.001 to 10 Vrms

Peak and Phase Measurements

1X Synchronous Peak Accuracy
3% over the range of 3 Hz – 1,500 Hz, 0.01 - 10.0 Vrms

1X Synchronous Phase Accuracy
5 deg over the range of 3 - 1,500 Hz [180- 90,000 RPM]

Tachometer Frequency Accuracy
0.01% ( /-0.1 rpm) over the range of 1-1,600 Hz

AMS 2140 Hazardous Area Certifications1

North America
Certified in the US and Canada to safety standards for
Class I, Division 2 Groups A, B, C, D
Class II, Division 2 Groups F, G

Europe
Certified to the ATEX standards EN 60079-0:2012 & EN 60079-11:2012
II 3 G Ex ic [ic] IIC T4 Gc -20°C ≤ Ta ≤ 50°C

International
Certified to the IECEx standards IEC 60079-0 Edition 6.0 (2014) & IEC 60079-11
Edition 6.0 (2011) Ex ic [ic] IIC T4 Gc -20°C ≤ Ta ≤ 50°C

Also you can check product : NEW Emerson AMS 2140 Machinery Health Analyzer - Vibration data and Analysis

The Emerson CSI 2140 Machinery Health Analyzer is a 24-bit precision vibration analysis device which allows for accurate measurement of frequency vibrations from 10 Hz to 80 kHz. Technicians can choose from averaging modes like exponential, peak hold, order tracking and more. Emerson CSI 2140 test instruments synthesize data from multiple technologies, including oil analysis, thermography, balancing and vibration into an AMS Suite database, and then combine them with alerts relating to other plant assets for a holistic view of plant health. One, two and four-channel options are available. Four-channel devices collect vertical, horizontal and axial readings via a triaxial accelerometer. 
 
- Easy data collection and powerful analysis tools in a single unit
- Four-channel data collection for faster route completion and advanced diagnostics
- Embedded intelligence guides test set up and data analysis
- Ergonomically designed to improve usability in the field
- Convenient uploading of data wirelessly to AMS Suite from the field
 
Overview In today’s economy, plants are continually looking for ways to remain competitive in the marketplace. For maintenance departments, this often translates into fewer staff and smaller budgets. In this do-more-with-less environment, maintenance personnel can’t afford to continuously chase the next breakdown. They need to quickly and accurately identify developing faults and determine the root cause of the machinery problem so it can be fixed.
 
The CSI 2140 is the next generation in a family of industry-leading vibration analyzers and data collectors from Emerson. 
 
As with previous models, the CSI 2140 can provide:

- Route vibration collection
- Advanced vibration analysis
- Cross-channel analysis
- Transient analysis
- Dynamic balancing
- Motor monitoring
- ODS modal analysis
 
In addition to providing fast, actionable information, an effective solution must take advantage of modern communication and interface innovations that make tasks easier and more intuitive. Emerson’s CSI 2140 Machinery Health Analyzer was designed specifically with these goals in mind.
Wirelessly upload route data and corrective maintenance jobs from the field to AMS Suite: Machinery Health Manager for analysis and reporting. AMS Machinery Manager integrates data from multiple technologies, including vibration, oil analysis, thermography, and balancing into a single database. Alerts generated by AMS Machinery Manager can be exported automatically to AMS Suite: Asset Performance Management where they are combined with alerts from other plant assets to provide a unified view of your plant’s health. Together, the CSI 2140 and AMS Suite deliver the predictive intelligence necessary for increasing availability and reliability in the plant.
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 CSI 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. Struggling to see the details of spectrum or waveform data due to sunlight or other lighting conditions is a thing of the past. The CSI 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 CSI 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. A car charger option enables you to deliver a charge enroute.
 
The CSI 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 CSI 2140, avoiding further deterioration of equipment condition.

Building on Field-Proven Technology
Emerson’s next generation vibration analyzer builds on the field-proven, industry-leading technology of its predecessors. The same great capabilities you count on in the CSI 2130 are available in the CSI 2140.
 
Earliest Detection of Bearing and Gear Wear - 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 CSI 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 CSI 2140 gives you time to plan for maintenance on your machine – while avoiding significant, and costly, damage.
 
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. 
 
Full Range of Measurement - The CSI 2140 sets the industry bar with its exceptional frequency range. The CSI 2140 can accurately measure signals on critical low speed equipment that would be out of range for other vibration analyzers/ collectors. The CSI 2140 also boasts the highest frequency range in the market. It can measure signals up to 80,000 Hz, critical for accurate diagnosis of centrifugal compressors and other high-speed machinery.

The Emerson CSI 2140 Machinery Health Analyzer is a 24-bit precision vibration analysis device which allows for accurate measurement of frequency vibrations from 10 Hz to 80 kHz. Technicians can choose from averaging modes like exponential, peak hold, order tracking and more. Emerson CSI 2140 test instruments synthesize data from multiple technologies, including oil analysis, thermography, balancing and vibration into an AMS Suite database, and then combine them with alerts relating to other plant assets for a holistic view of plant health. One, two and four-channel options are available. Four-channel devices collect vertical, horizontal and axial readings via a triaxial accelerometer. 
 
- Easy data collection and powerful analysis tools in a single unit
- Four-channel data collection for faster route completion and advanced diagnostics
- Embedded intelligence guides test set up and data analysis
- Ergonomically designed to improve usability in the field
- Convenient uploading of data wirelessly to AMS Suite from the field
 
Overview In today’s economy, plants are continually looking for ways to remain competitive in the marketplace. For maintenance departments, this often translates into fewer staff and smaller budgets. In this do-more-with-less environment, maintenance personnel can’t afford to continuously chase the next breakdown. They need to quickly and accurately identify developing faults and determine the root cause of the machinery problem so it can be fixed.
 
The CSI 2140 is the next generation in a family of industry-leading vibration analyzers and data collectors from Emerson. 
 
As with previous models, the CSI 2140 can provide:
- Route vibration collection
- Advanced vibration analysis
- Cross-channel analysis
- Transient analysis
- Dynamic balancing
- Motor monitoring
- ODS modal analysis
 
In addition to providing fast, actionable information, an effective solution must take advantage of modern communication and interface innovations that make tasks easier and more intuitive. Emerson’s CSI 2140 Machinery Health Analyzer was designed specifically with these goals in mind.
Wirelessly upload route data and corrective maintenance jobs from the field to AMS Suite: Machinery Health Manager for analysis and reporting. AMS Machinery Manager integrates data from multiple technologies, including vibration, oil analysis, thermography, and balancing into a single database. Alerts generated by AMS Machinery Manager can be exported automatically to AMS Suite: Asset Performance Management where they are combined with alerts from other plant assets to provide a unified view of your plant’s health. Together, the CSI 2140 and AMS Suite deliver the predictive intelligence necessary for increasing availability and reliability in the plant.
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 CSI 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. Struggling to see the details of spectrum or waveform data due to sunlight or other lighting conditions is a thing of the past. The CSI 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 CSI 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. A car charger option enables you to deliver a charge enroute.
 
The CSI 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 CSI 2140, avoiding further deterioration of equipment condition.

Building on Field-Proven Technology
Emerson’s next generation vibration analyzer builds on the field-proven, industry-leading technology of its predecessors. The same great capabilities you count on in the CSI 2130 are available in the CSI 2140.
 
Earliest Detection of Bearing and Gear Wear - 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 CSI 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 CSI 2140 gives you time to plan for maintenance on your machine – while avoiding significant, and costly, damage.
 
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. 
 
Full Range of Measurement - The CSI 2140 sets the industry bar with its exceptional frequency range. The CSI 2140 can accurately measure signals on critical low speed equipment that would be out of range for other vibration analyzers/ collectors. The CSI 2140 also boasts the highest frequency range in the market. It can measure signals up to 80,000 Hz, critical for accurate diagnosis of centrifugal compressors and other high-speed machinery.

Specifications

Hardware Specifications

Physical Dimensions

Dimensions
248 mm (8.8”) high, 40 mm (1.57”) deep, 226 mm (8.9”) wide

Weight
1.79 kg (3.95 lbs)

LCD Display
151 x 115 mm (6” x 4.5”) color TFT w/ LED backlight
Resolution 640 x 480 pixels. Touchscreen - XY resistive

Keypad
Tactile Dome buttons, 12 tactile dome buttons with backlit keys, Electroluminescent panel illumination

Built-in Stand

Environmental
Operating Temperature
-10° to 50°C (-4° to 122°F)

Long-term Storage Temperature
-20° to 35°C (-4° to 95°F) with battery1

Long-term Storage Temperature
-40° to 65°C (-40° to 150°F) without battery

Environmental Rating
Sealed enclosure, IP-65 rated

Battery and Charging

Battery
Type Rechargeable Lithium-Ion battery pack
7.2 Volts (Nominal) Protected Output
On pack LED readout
10 hours of continuous use
4 hours recharge time (Nominal)
Charging temperature 10° to 35°C (50° to 95°F)

Frequency Analysis

A/D Converter
24 bits of precision

Averaging Modes
Normal, exponential, peak hold, order tracking, negative averaging,synchronous time

Cursors Spectrum
Single, Harmonic, Moving Harmonic, Sideband, and Time/Frequency for waveform

Dynamic Range
Converter has 120 dB dynamic range

Frequency Range
DC to 10 Hz minimum, DC to 80 kHz maximum

Frequency Units
Hz, CPM, Orders

Full-scale Range
Accelerometer input: 0-20 V, Volts input -20 V 20 V

Noise Floor
Typically less than 20 μV for a 400-line spectrum at 1,000 Hz maximum frequency

Number of Averages
5,000 in Route mode, 10,000 in Job mode

Resolution
100, 200, 400, 800, 1600, 3200, 6400, or 12800 lines of resolution.
True Zoom provides effective resolution of up to 300,000 lines

Response
Flat to DC for non-integrated and DC-coupled signals; optional AC coupling -3 dB at 1 Hz

Scaling
Linear or Log, both X and Y

Windows
Hanning or uniform

Data Storage Capacity

Internal Memory
1 GB

External Memory
SD (Secure Digital). Virtually unlimited memory with off the shelf SDHC SD cards
up to 32 GB

Data Analysis Speed

400 line, 1000 HZ spectrum
67% overlap 6 avg/sec

1600 line, 1000 Hz spectrum
67% overlap 3 avg/sec

Input Specifications

Input Signals
A 2-milliampere, 20-volt (nominal), constant-current power supply inside the
analyzer powers sensors such as accelerometers connected to the accelerometer
channel inputs.

Full Scale Input Level
Accel Channels A, B, C, D; Volts A, B, C, D

Accelerometer Input
0-20 V
Full scale vibration level is /- 90 g’s when using a 100- mv/g accelerometer

Volts Input
-20 V to 20 V

Input Impedance
Greater than 125K ohms

Input Signal Types

Dynamic Signals
Single channel/Dual channel/Four channel

DC Signals
Single channel/Dual channel/Four channel

RPM/tach Signal
TTL pulse

Keypad Entry
Full alphanumeric capability

Four-Channel Data Collection
Simultaneous four-channels Dynamic Input Phase
Simultaneous four-channels DC Input
Simultaneous four-channel Route collection Phase
Simultaneous four-channel Display - Spectrum and Waveform
Simultaneous four-channel Transient Phase
Simultaneous four-channel ODS/Modal Phase
Simultaneous four-channel Volt/Displacement Phase
(for sleeve bearing monitoring)
Simultaneous Dual Orbits Display [accelerometer/displacement]
(for rolling element/sleeve bearing monitoring)
Simultaneous four-channel Cross Channel Phase

In-field Route Analysis Tools

Fault Frequency Overlays on Plot
Identifies source of vibration peaks

Parameter Trends
Up to 12 parameters trended over 2 years

Colored Alarms 
Shows specific parameter in alarm and percentage of alarm value

Waveform Autocorrelation
Identifies whether impacting is periodic or random

Input Sensor Types

Portable Sensors
Accelerometers, velocity probes, RPM/tachometer probes, temperature sensors,
flux coil, current clamp, pressure sensors, triaxial accelerometer, impact hammer

Installed Sensors
Any vibration or dynamic sensor with a voltage output; any DC-type signal

Input Unit Types
Vibration Signals Units Acceleration g’s
Velocity In/sec or mm/sec
Displacement Mils or microns
Other Dynamic Signals Any user-specified unit
DC Signals Any user-specified unit
Tachometer Input
RPM Range 1 to 100,000 RPM
Tach Input Level TTL input, built in conditioning for non-TTL signals, adjustable trigger level.
The tachometer input measures a once-per-rev pulse to measure RPM.
Advanced Acquisitions
PeakVue Selectable filters
Pseudo Tach Generates tach pulses for hidden shafts
Demodulation Selectable filters

Wireless

Bluetooth
2.0 Class 2 (optional) Range up to 10 m

Wireless
802.11 b/g Range up to 33 m

Connecting to a PC

Requirements

Connections/Outpu
 USB 2.0, 100 m Ethernet.

Compatible Software
AMS: Machinery Manager v5.6 or greater.

Accuracy – all measurements taken at a temperature of 25°C

For All Dynamic Input Channels

Frequency Accuracy (crystal based
0.02%

Non-Integrated Spectral Amplitude Accuracy
5% over the range of 3 Hz to 65 kHz, 0.001 - 10 Vrms input, with SST on for measurements 3-20 Hz

Single Integrated Spectral Amplitude Accuracy
5% over the range of 10 Hz-20 kHz, 3% over the range of 20 Hz- 20 kHz 

DC Accuracy
3% (5 mv) over the input range of 0.1 V to 20 V

Overall Level (W/Averaging, band limited)
5% over the range of 5 Hz - 65 kHz, 0.001 to 10 Vrms

Peak and Phase Measurements

1X Synchronous Peak Accuracy
3% over the range of 3 Hz – 1,500 Hz, 0.01 - 10.0 Vrms

1X Synchronous Phase Accuracy
5 deg over the range of 3 - 1,500 Hz [180- 90,000 RPM]

Tachometer Frequency Accuracy
0.01% ( /-0.1 rpm) over the range of 1-1,600 Hz

AMS 2140 Hazardous Area Certifications1

North America
Certified in the US and Canada to safety standards for
Class I, Division 2 Groups A, B, C, D
Class II, Division 2 Groups F, G

Europe
Certified to the ATEX standards EN 60079-0:2012 & EN 60079-11:2012
II 3 G Ex ic [ic] IIC T4 Gc -20°C ≤ Ta ≤ 50°C

International
Certified to the IECEx standards IEC 60079-0 Edition 6.0 (2014) & IEC 60079-11
Edition 6.0 (2011) Ex ic [ic] IIC T4 Gc -20°C ≤ Ta ≤ 50°C

Also you can check product : NEW Emerson AMS 2140 Machinery Health Analyzer - Vibration data and Analysis

Easy Operation – minimal training is require for effective operation. The CSI 2130 can distinguish between imbalance ad a bearing fault with the user being instantly notified the faults.
Embedded Intelligene – Emerson developed and patented the ‘Analysis Expert’ as an integral part of the CSI 2130. Embedded diagnostics enable users to conduct sophisticated tests easily.
Bearing & Gear Analysis – the CSI 2130 is armed with PeakVue, which allows for it to detect stress waves. PeakVue offers the earliest warning of developing faults and also indicates severity.

Features:

FAST DATA COLLECTION, REDUCING COLLECTION TIME BY 70% COMPARED TO ITS PREDECESSOR
DUAL-CHANNEL VIBRATION ANALYSIS FOR MORE COMPREHENSIVE MEASUREMENTS
EMBEDDED INTELLIGENCE FOR SOPHISTICATED DIAGNOSTICS AND EASY TESTING
PEAKVUE TECHNOLOGY FOR EARLY DETECTION AND SEVERITY INDICATION OF DEVELOPING FAULTS
MOTOR CURRENT ANALYSIS FOR NON-INTRUSIVE ROTOR AND STATOR CONDITION ANALYSIS
LARGE COLOR DISPLAY FOR CLEAR VISUALIZATION
LIGHTWEIGHT AND PORTABLE DESIGN
IP-65 RATED FOR DUST AND SPLASH WATER RESISTANCE

Full Spectrum of Measurement
Variable Speed Analysis
Add Prediction to Online Monitoring
Monitoring Trouble Spots
Capture Machine Shutdowns
Correlate Vibration & Process Variables
Unsurpassed Versatility
Advanced Cross-Channel Analysis

Transient Analysis – equipped with the Advanced Transient Analysis expands the power of any single or dual channel analyzer to record the raw vibration signal of time for post-processing analysis.
Field Balancing – the CSI 2130 is a power field balancer. The Advanced Balancing application combines technology with simple, straight forward operation for fast, effective solution to any balancing problems.

Laser Alignment – the Advanced Laser Alignment applications offers a graphically driven user interface and wireless operation to quickly and easily complete alignment jobs. The CSI 2130’s laser system uses built-in dual inclinometers to automatically determine the shaft position allowing the other user to rotate the shaft and the solution plotted on the screen.
Motor Current Analysis – the CSI 2130 is equipped with the MotorView module in AMS Machinery Manager, performs non-intrusive analysis of the rotor and stator condition in induction motors.
Industrial Ratings – the Emerson CSI 2130 has received an IP 65 rating certifying the system as dust and splash water tight.

INCLUDED :

1 - EMERSON CSI 2130 HEALTH ANALYZER
1 - POWER CORD
1 - FIRMWARE CD
1 - SHOULDER STRAP
1 - CARRYING CASE

Also you can check product : USED Emerson CSI 2140 Machinery Health Analyzer

Streamline Field Maintenance with A Powerful and Mobile Diagnostic Device

When intelligent field devices like measurement, wireless and analytical instruments, control valves, and others are not performing properly or issues go undiagnosed in the plant, it can cause costly unexpected downtime or process interruption.

The AMS Trex Device Communicator allows for issues to be addressed on the spot, avoiding unnecessary, and potentially destructive/invasive physical investigation of the problem. With an AMS Trex in hand, users can properly diagnose intelligent field device issues in the field, and 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.

Take the AMS Trex Anywhere in Your Facility

Technicians isolate and repair problems in the field while devices continue to run using a rugged and intrinsically safe AMS Trex communicator.

Rugged, Reliable, and Intrinsically Safe
Designed to withstand the harsh conditions in manufacturing facilities and meets global Intrinsic Safety requirements.

Adjustable Display
Easily change display to save power or adapt to dark environments or bright sunlight, ensuring a crisp display that can be read.

Designed for Use
Designed for comfortable, one-handed, all-day use in the field. The screen also operates while wearing gloves.

App Library
Expand functionality of the AMS Trex through the modern application-based framework to help technicians perform their tasks.

Power the Loop
Allows device configuration in the field before power and I/O infrastructure are in place. Simply connect to an instrument to power it.

Auto Sync
Maintain data integrity in your AMS Device Manager database without any technician intervention.

Built on our Legacy of Engineered Excellence in Handhelds
AMS Trex Device Communicator was born from Emerson’s rich history in intelligent field device communication, as well as our expertise in measurement and analytical instrumentation, digital valve controllers and final control elements, distributed control systems (DCS), and other process industry domain knowledge. It’s no wonder the AMS Trex is the process industry’s most trusted do-it-all communication tool.

250,000
Units Delivered to Users Worldwide
Widely considered the go-to field communication and troubleshooting device, users in critical industries around the globe rely on AMS Trex every single day.

30
Years in Device Communication
Emerson Reliability Solutions business boasts three decades’ worth of experience in intelligent field devices and handheld communicators.

2,000
Devices Supported Across Manufacturers
AMS Trex supports a robust, growing library of HART and FOUNDATION Fieldbus devices.

Features

Eliminate the need for specialized tools with power the loop functionality
Quickly resolve field devices issues with advanced diagnostics
Configure and test valves inline
Improve efficiency with a modern, intuitive user interface
Intrinsically safe to go anywhere you go
Automatically synchronize field data with AMS Device Manager

Specifications

Weight
Approximately 2.9 lbs (1330 grams)

Microprocessor
800 MHZ ARM Cortex A8/NXP

Memory Internal Flash
2 GB NAND and 32 GB extended flash

RAM
512 MB DDR3 SDRAM

Display
5.7 in (14.5 cm) color VGA resistive touchscreen

Battery Operating Time
8 hours of typical use

Operating Temperature
-20 to 55°C (-4 to 122°F)

Enclosure Rating
IP54

Shock
Tested to survive a 1-meter drop test onto concrete

Included : 

TREX Field Communicator as per configured model
Device Communicator Plus module (L)
AC Adapter
USB Cable
Lead Set with connectors
L option adds additional Lead Set with connectors
Hand Strap
Quick Start Guide

Also you can check product : USED Emerson AMS 2140 Machinery Health Analyzer - Vibration data and Analysis