DESCRIPTION

FX brushless positioning servo drives are designed to provide trouble-free

solutions for a wide variety of industrial automation applications.

Each FX Positioning Servo Drive System integrates the position control, I/O,

feedback, servo amplifier and power supply in one housing.

The drive design allows the unit to operate on a wide range of voltage sources

without needing expensive isolation transformers.

Models in the FX Drive Series provide up to 1000 lb-in of continuous torque.

FX Amplifiers providing 8 to 120 lb-in continuous torque are UL Listed,

Canadian UL Listed and CE Certified. These amplifiers are also designed to meet

IEC801 specifications for noise immunity.

FX Amplifiers are matched with EMERSON Motion Control’s DX and BL Series of Brushless Servo Motors.

These motors utilize advanced mechanical designs and the latest in magnetic

material technology to yield exceptionally high torque to inertia ratios.

These motors are virtually maintenance free and can be ordered in splashproof IP65 versions.

Thermal sensors provide additional protection for the motors.

Features

• Wired or wireless Ethernet deployment for greater flexibility

• Intuitive browser-based user interface for easy setup and analysis

• Applications already onboard and with preset alert limits for faster setup

• Faster and easier implementation using analysis results presented in plain language

Specifications

Channels Up to 12 CHARMs

Collection Modes Simultaneous or Independent

A/D Resolution / Dynamic Range 24 bit / Greater than 100dB

Amplitude Accuracy Deviation <1%

Repeat Accuracy <2% of Full Scale

Units SI (Metric) or Imperial (English)

Frequency Units Hz, CPM, Orders

Scaling Linear

Monitor Internet Protocol OPC UA

Monitor Daisy Chain (up to 8) (2) 100Mbps Ethernet Ports

Monitor Backhaul to Plant Network (1) 1Gbps Enternet Port

Dimensions mm(in) 238(9.4)H x 384(15.1)W x 196(7.7)D

Weight (with CHARMS) 7.3kg (16.3 lbs)

Operating Temperature -40 to 55 °C (-13 to 131 °F)

Product Description

AMS Asset Monitor manages pervasive sensing while providing prediction,

protection and edge process monitoring capabilities, mounting at the asset to

reduce cabling requirements and installation costs. It accommodates up to

12 CHARMs including Vibration CHARMs as well as DeltaV CHARMs for process inputs.

AMS Asset Monitor features powerful out-of-the-box software functionality via

web browser for analysis, reporting, and alerting. This web-based thin client interface

features an internal Logic Studio with pre-programmed application solutions for

easy-to-understand analysis and alert reporting, and its Asset Studio interface delivers

asset information to the user’s mobile device or desktop thin client.

Although no additional software is required to monitor assets with AMS Asset Monitor,

it may be paired with AMS Machine Works software to deliver real-time updates on assets,

perform deeper analysis (as compared to native thin client interface), and deploy from cloud

architectures for ultimate scalability. Data from AMS Asset Monitor processed at the edge is

provided to AMS Machine Works on demand, on alert or on schedule, and can include waveform

data and status information for detailed analysis using the vibration analyzer tool in AMS Machine Works.

AMS Asset Monitor can be configured to send overall asset health status and alerts to AMS Optics via

OPC UA.

The installation of additional software on PC or laptop is not necessary. Web browsers

can be used to configure and control AMS Asset Monitor.

The input signals measured by sensors mounted on the equipment are connected

through sensor-specific CHARMs to the signal processing of the AMS Asset Monitor.

The preprocessed sensor signals are forwarded to the prediction unit for analysis based

on predefined rules with configurable parameters. The prediction results are output

based on selectable logics through output CHARMs or forwarded to other connected

systems through the Ethernet interface. The input sensor signals are also forwarded

to the unit for basic protection. The typical reaction time of the basic protection is

<1 second. Detected alarms are issued via output CHARMs.

Emerson’s AMS Asset Monitor manages pervasive sensing while providing edge

analytic results. It’s designed to mount at the asset, reducing cabling requirements

and other installation costs. For larger systems, multiple units can be daisy-chained

together to extend asset coverage.

Emerson’s AMS Asset Monitor is a field-mountable device to collect data from driven

and non-driven assets by using different types of sensors such as piezoelectric and

eddy current vibration sensors. The monitor analyzes the data to determine machine

health and provide alarms where appropriate, and based on the machine state.

The AMS Asset Monitor is designed to carry a combination of up to 12 CHARMs –

VI Piezo CHARMs, VI Tach CHARMs, VI Voltage CHARMs, and compatible DeltaV™

CHARMs – to connect input and output signals.

AMS Asset Monitor can be used as a standalone prediction device with basic protection

functions, or can be integrated into a network of multiple AMS Asset Monitors with

connections to complementary systems such as Emerson’s Plantweb™ Optics platform.

The installation of additional software on PC or laptop is not necessary. Web browsers

can be used to configure and control AMS Asset Monitor.

The input signals measured by sensors mounted on the equipment are connected

through sensor-specific CHARMs to the signal processing of the AMS Asset Monitor.

Ideal for deployment across your plant or enterprise, the AMS Wireless

Vibration Monitor offers the following benefits:

• Automated machine monitoring with a lower total cost of ownership.

• Simple installation in about 5 minutes.

• Fleet management tools for fast configuration in the shop or in the field.

• Prescriptive analytics using patented PeakVue Plus to accelerate your diagnosis.

• Reduced time in the field – more time to recommend maintenance actions.

• Rapid ROI with lower installed cost and fast access to actionable information.

• Long 3-5 year life with an off-the-shelf battery collecting up to 4 waveforms per day.

• Battery replacement in the field – even in hazardous areas.

• Access asset health information on your mobile phone anytime, anywhere.

Already have a wireless network? The AMS Wireless

Vibration Monitor:

• Uses the most secure, reliable, self-healing wireless network available.

• Is compatible with your existing WirelessHART network and any

AMS 9420 Wireless Vibration Transmitters onsite.

• Can be used anywhere in your plant, even areas requiring Class 1 Div 1.

ATEX IECeX Zone 0 hazardous rated technology.

Emerson’s AMS Wireless Vibration Monitor is based on decades-proven technology

that communicates using modern, cybersecure protocols. This is the wireless device

that will extend your reliability program to an unprecedented number of plant assets

– including those in hazardous or hard to reach areas – and deliver maximum

visibility to asset health.

The unit features complete data acquisition – triax vibration with temperature

and PeakVue measurements – to provide a sophisticated look at asset health

on par with other online and portable monitoring options.

The AMS Wireless Vibration Monitor delivers:

• 20KHz Fmax available for use on any asset application.

• Triaxial sensors for complete measurement of the bearing with a single sensor that also

incorporates surface temperature reading.

• 1600 lines of resolution on every spectrum in all XYZ directions.

• Automatic running speed determination.

• Rugged industrial design and construction, including:

• 316 Stainless Steel components for protection against environmental corrosion

• IP66 protection against the elements

For More Information

The AMS Wireless Vibration Monitor is an integral part of the Emerson portfolio of portable and online

machinery monitoring technology. Make it an integral part of your digital transformation journey today.

Visit our website at www.emerson.com/AMSVibrationMonitor, or contact your local Emerson

representative.

Specifications

Sensor by Range and Frequency Response Vibration Overall (Z): 80 g’s, 20.000 Hz;

PeakVue Z – 80 g’s, sampling 51.2 kHz Vibration Overall (X): 16g’s, 1000 Hz;

Vibration Overall (Y): – 16 g’s, 1000 Hz Temperature -40°C to +85°C

Analysis Parameters 2 velocity bands (defaults 2-65 Hz and 65-300 Hz) and

2 acceleration bands (defaults 10-500 Hz and 500-1000 Hz)

Prescriptive Analytics Bearing/Mechanical and Lubrication Severity; 

Calculated Machine Speed (RPM)

Waveform and Spectrum Main axis (Z): User selectable FMax (200 Hz, 500 Hz, 

1 kHz, 2 kHz, 5 kHz, 10kHz, 20kHz) User selectable FMin (2 Hz, 10 Hz); 

User selectable resolution (400. 800. 1600 LOR)

Secondary Axes (X and Y): User selectable FMax (200 Hz, 500 Hz, and 1000 Hz)

Diagnostic Thumbnail Spectra Velocity and PeakVue based on 1600 LOR

Operating Temperature -40° to +85°C

Operating Humidity 95%, non-condensing

Wireless Protocol IEC 62591 WirelessHART®

Broadcast Range 100m Line of Sight

Hazardous Location Certifications Check documentation below for certificates

General Certifications Check data sheet for more details

Product Description

The AMS Wireless Vibration Monitor delivers full vibration data over a self-organizing

wireless mesh network. It provides rich information about machinery health for

both operations and maintenance personnel. Overall vibration, PeakVue measurements

and temperature readings can be easily integrated into any control system or plant historian,

while diagnostic data can be displayed by AMS Device Manager and AMS Machine

Works software with alert broadcast via the AMS Optics asset performance platform.

Features

• Embedded prescriptive analytics deliver fast, accurate diagnostic information.

• Default settings provide the shortest path to actionable information.

Experts can customize settings to fine tune results.

• Easy installation for fast deployment and ROI.

• Standard long-life battery means less maintenance and fewer trips to the field.

• Robust industrial design for hassle free operation.

• Hazardous area ratings extend monitoring across the plant while keeping personnel safe.

• Fully compatible with existing WirelessHART networks and AMS 9420 Wireless Vibration Transmitter

installations.

Product Description

Fisher WhisperFlo trim represents state-of-the-art solutions for applications

that demand noise attenuation. Control valves with WhisperFlo trim provide

additional attenuation for aerodynamic noise in very demanding vapor or 

gas applications with high pressure drops. A WhisperFlo cage with an appropriately

sized valve body is designed to reduce the noise level up to -40 dBA.

For special applications, -50 dBA attenuation can be achieved

Features

• Use of WhisperFlo trim provides excellent noise attenuation for very

demanding applications. It should be considered for those applications

that more conventional solutions cannot reach.

• Quick change trim allows fast and easy inspection of the cage without taking 

the valve body out of the line. WhisperFlo trim is interchangeable

with standard control valve trim.

• Hardened materials or a unique wear surface construction are standard

to provide excellent wear resistance. The three dimensional flow path,

pressure-staging, and special passage shapes uniquely combine to equalize energy dissipation.

• WhisperFlo trim has higher capacity at conventional valve travels and

port sizes than tortuous path designs.

• Standardized port sizes provide capability to retrofit existing valves.