MMF VM100A Vibration Analyzer with 9 Channels

Universal vibration analyzer with simple operation via touch screen

Frequency analysis and overall value measurements with long-term plot (scope of delivery)

Optionally licensed functions:

Route-based measurements on machines

Rolling bearing diagnosis

Balancing in one or two planes

Hand-arm and whole-body vibration measurement; ride comfort evaluation

Run-up and coast-down analysis; resonance finding

Vibration measurements on very sensitive equipment (VC/Nano)

Application

- Condition monitoring of rotating machinery, like motors, pumps, compressors, turbines or gearboxes
- Route-based measurements at machines
- Roller bearing diagnosis
- Balancing
- Measurement of hand-transmitted and whole-body vibration
- Run up/coast down analysis; resonance finding
- Vibrations on passenger and merchant ships
- Vibration measurement at very sensitive equipment (VC/Nano)

Properties

- Large screen with touch operation for clear user guidance
- 9 independent sensor channels, e.g. for three triaxial sensors
- Measurement of vibration acceleration, velocity and displacement
- Amplitude over rotation speed graphs
- Frequency analysis (FFT) with waterfall mode; Envelope analysis
- Weighting filters for hand-arm vibration and whole-body vibration
- RMS (1 s and infinite); vibration dose value (VDV); vector sum; peak; maximum     peak
- TEDS sensor detection; Measurement point identification with RFID tags
- Tachometer input for RPM measurement
- Measurements saved on μSD card, PC connection via USB
- 9-channel time history plot of up to 10 hours
- Raw-signal recording as WAV file
- Infrared temperature measurement


SPECS :

Measurement functions

Measurands
Vibration acceleration, velocity, displacement Force, pressure, sound pressure

Overall values
RMS (1s/∞); Peak (1s/max.); Crest; VDV; main frequency

Measuring range acceleration
0.0000001 to 10000 (sensor dependent ) m/s²

Accuracy
±1 (> 5 % of full scale; mid-band ) %

ADC resolution
24 Bit

Lower frequency limit acceleration
0.4 to 5000 (34 high pass filters) Hz

Upper frequency limit acceleration
10 to 24000 (38 low pass filters; >4000 only 3 channels) Hz

Weighting filters (human vibration)
Wb; Wc; Wd; Wh; Wj; Wk; Wm; unweighted

Frequency analysis
FFT; 1 to 22000 Hz; 3 channels
1024 to 65536 points; 0.1 to 48 Hz resolution
Windowing: Rechteck, Hann, Hamming, Flattop
Triggering: auto; tacho; level
Waterfall mode; spectrogram

Third-octave band analysis
1 to 160 Hz; 21 third-octave bands; 3 channels

Envelope analysis
Frequency markers für fault frequencies; bearing list

Measuring point identification
NFC reading interface for tags of types A, B, F and V

Measurement data storage
Micro SD card; removable; FAT file system, via USB

File types
CSV for measurement data, BMP for screen shots; WAV for raw signals

Indication
RGB TFT; 800 x 480 pixels; touch operated

Connectors

Input signals
IEPE; AC

Input connector
3 sockets Binder 711; 4 poles

IEPEconstant current
3.5 to 4.5 mA

TEDS support
IEEE 1451.4; templates 25, 27, 28

Digital interfaces
USB 3.0 HS; MSC; type C

Power Supply

Battery
NiMH; 4.8 V; 9 Ah; built-in

Battery operating time
10 to 14 h

External supply voltage
5 VDC

External supply current
<2500 mA

Supply connection
USB-C

Case Data

Dimensions without connectors
215 x 150 x 50 (W x H x D) mm

Weight
1300 g

Protection grade
IP65

Operating temperature range
-20 to 60 (95 % rel. humidity without condensation) °C

Scope of delivery Carrying case; USB cable; charger

Accessories 

VM100-RPM: License for amplitude-rotation speed measurement
VM100-MAC: License for machine vibration and measurement route management
VM100-ENV: License for envelope analysis for roller bearing diagnosis
VM100-BAL: License for balancing in one or two planes
VM100-VC: License for third-octave analysis; VC and Nano criteria
VM100-HA: License for hand-arm vibration measurement
VM100-WB1: License for whole-body vibration measurement
VM100-WB3: License for whole-body vibration measurement with 3 sensors
034-B711-BNCf: sensor adapter cable with 3 BNC female plugs; 0.5 m
VM100-LS: Photoelectric reflex switch with 5 m cable and magnetic stand
The licenses VM100-AMP (amplitude-time/plotter) and VM100-FFT are included

Also you can check product : NEW MMF VM100B Vibration Analyzer with 3 channels

VP5 Vibration Data Collector

Advanced Machinery Condition Monitoring and Root Cause Vibration Analysis
VP5 is Benstone’s state-of-the-art, 4-channel portable vibration data collector and analyzer.

- Large 6.4” color, VGA high-resolution touch screen
- Powered by WinCE operating system
- 24-bit sigma delta AD converters
- Up to 40 kHz maximum bandwidth
- High-speed DSP for real-time signal analysis

Portable Vibration Analyzer for Harsh Environments
- IP65-rated housing
- Rugged housing made by a dual injection molding process
- CE mark
- IEC 60068-2-34 vibration test
- IEC 60068-2-27 shock test


VP5 4-channel Vibration Data Collector
Measures triaxial vibration signals, reducing man-hours in the field.

Advanced Field Balancing Module
VP5's field balancing module supports up to 4-plane rotor balancing.
For single- or dual-plane balancing, choose up to 4 measurement points for minimizing vibration levels in different directions and locations.

Locate Heavy Spots with Only 1 Measurement
VP5's advanced field balancing module can record the 1X trace during a coast-down process.
With this information you can locate the heavy spot of your rotor before the trial weight is added, saving rotor balancing time and increasing safety.

Bump Test and ODS Test Modules
Investigate structural resonance with the optional Bump Test Module. 
Complete modal testing is possible when combined with 3rd party software, like ME'Scope.

Raw Data Recorder Module 
The optional data aquisition program directly records raw vibration data to the built-in compact flash card. Post-processing of raw vibration data files, such as FFT, order tracking or octave analysis, can be done from the playback mode with Benstone’s computer-based Novian Dynamic Signal Analyzer Software.

Computed Order Tracking Module
The optional Computed Order Tracking Module is designed to analyze the sound or vibration signals of varying-speed rotating machinery.  Typical applications for this software module are NVH (Noise, Vibration, Harshness) testing of vehicles and advanced vibration analysis of turbomachinery.

VP5 Vibration Data Collector
VP5 is a 4-channel portable vibration data collector and handheld vibration analyzer powered by Microsoft Windows CE and state-of-the-art DSP technology. VP5's rugged housing is made from a high tech, dual-material injection process, consisting of hard ABS plastic (black) and soft TPR plastic (orange). VP5 also has rubber seals for IP65 protection in extreme weather and harsh environments. Equipped with VGA resolution color touch screen, VP5 brings you a state-of-the-art experience with in-field portable vibration analyzers.

- Data Collection and Recording
- Rotor Dynamic Balancing
- Computed Order Tracking
- Data Recorder
- Bump Test
- ODS test

Route-Based Data Acquisition
Combined with the powerful computer-based iSee predictive maintenance software, the field-proven VP5 portable vibration data collector is your best choice for route-based data acquisition.

- Simultaneous tri-axial measurements (x,y,z axes) save hours in the field
- Measures bearing fault signal via true peak detection on a high-pass filtered time waveform
- Sensitive and accurate readings of early-stage of bearing damage allow the user to track bearing damage development via a trending analysis feature in iSee predictive maintenance software
- Envelope spectrum measurement for confirming bearing damage is a standard feature
- Temperature and other process parameter measurements are supported.

Bump Test Module

VP5’s optional and powerful Bump Test Module allows you to measure a structure’s frequency response frequency (FRF), coherence, and cross power spectrum functions. This useful vibration analysis software module helps investigate the resonance of a machine, enact structural reinforcement and reduce the vibration levels of a machine running at its resonance zone. Test data can be imported to a 3rd party software, such as ME’Scope, for further modal analysis to derive its modal shapes, natural frequencies and damping values.

ODS Test module 
VP5’s optional Operational Deflection Shape (ODS) module allows you to conduct a measurement on a running machine and measure its FRF, coherence, and cross power spectrum functions.  With the reference vibration sensor connected to channel 1 and a triaxial vibration sensor connected to channels 2, 3, and 4, the VP5 vibration data collector saves you time in the field with real-time, 4-channel measurements.  By importing the test data to a 3rd party software, like ME’Scope, you can easily derive the operational deflection shapes of your machines at certain running speeds and use this information for structural reinforcement.

Computed Order Tracking Module 
The optional Computed Order Tracking module is designed to analyze the sound or vibration signals of varying-speed machines. Typical applications for this capability are NVH (Noise, Vibration, Harshness) testing of vehicles and advanced vibration analysis of turbine machines.  It accurately calculates the order spectrum, order traces, filtered or unfiltered orbits, gap reading and the centerline of a shaft during a start-up or coast-down process.  The VP5 Vibration Data Collector's order tracking algorithm performs digital re-sampling of the measured signal for ensure data accuracy.  The order spectrum data can be displayed on a waterfall plot or intensity map. Cut a slice or a trace of data from the waterfall plot and then examine the individual traces.  As shown in the figure below, the user can enter the geometric position(s) of the vibration sensor(s) to create a plot to display orbit and shaft centerline motion, which relates to the realistic behavior of a turbine machine.

Raw Data Recorder Module 
The optional Raw Data Recorder Module directly records raw time data to the built-in compact flash card.  For example, a 1 GB file will contain approximately three hours of continuous data with four channels recording at 2 kHz bandwidth.  Benstone's computer-based Novian Dynamic Signal Analyzer Software allows for playback and post-processing of raw data recorder files, such as FFT, order tracking or octave analysis.

Rotor Balancing module
The optional Rotor Balancing Module is a field balancing software package for rotating machines that utilizes industry-leading rotor balancing techniques: single-plane, dual-plane, overhung dual-plane, 3-plane, 4-plane, and 3-weights balancing. This advanced software simplifies field  balancing of machines with a very high level of accuracy.  Now with multiple-point balancing, vibration is minimized in BOTH horizontal and vertical directions at the same time.  By enabling coast-down measurements for 1X vibration, the heavy spot is identified correctly with only one measurement, saving you time and money by eliminating the use of trial weights. It also eliminates safety concerns from placing the trial weights in the wrong location.

SPECS :

Hardware Feature

Operating system
Windows CE

Number of input channels
4 analog channels and 1 aux channel

Connector of input channels
BNC, 4 pin Lemo for triaxial sensor, Aux: 6 pin Lemo

Channel coupling
AC, DC, IEPE

Aux channel
TTL or non-TTL in (external trigger or tacho)

DSP processor
TI TMS320C6713B

External memory
Compact flash card

Battery
Li-Po 7.4V 5800 mAhr, rechargeable

PC communication interface
USB 1.1, mini B type USB connector

LCD display
640X480 6.4-inch TFT color touch screen

Operating temperature
-10 deg C to 45 deg C

Safety certifications
CE

Sealing / Ruggedness
IP 65

Housing material
Dual material: hard ABS plastic and soft TPR

Weight
4.5 lb (2.0 kg)

Size
11.2inch*7.1inch*3.0inch (284mm*180mm*76mm)

Input signal range
±5Volt, ±20 Volt

Dynamic range
>128 dB (measured from spectrum)

A/D converter
24 bit sigma-delta A/D converter

Frequency range
0 Hz~40 kHz

Input impedance
1M Ohm

Feature for Raw Data Recorder

Recorded data
Raw time data and TTL tacho signal

Monitor display
Waveform, continuous waveform or spectrum
(resolution 100, 200 or 400 lines)

Storage media
Compact flash card

Data review
Playback block by block, fast forward or rewind

Maximum file size
1 Gigabyte each

Maximum sampling rate
51.2 kHz for 1 channel, 25.6kHz for 2 channels and 12.8 kHz for 4 channels

Data analysis
Raw data files can be replayed by Novian software with FFT, octave or order tracking analysis.

Feature for Bump Test module

FFT real time rate
40 kHZ, dual channel @12800 lines

FFT resolution
100-12,800 lines

Time windows
Force/Exponential

Analysis functions
power spectrum, cross power spectrum,FRF, time waveform and coherence

Engineering units
Automatic units transform with pre-defined table

Zoom FFT
No

Average
Linear, exponential, peak hold

Trigger
Channel 1 triggering, pre/ post triggering

Cursor
Single, harmonic, harmonic single, peak, band cursor mark cursor

Feature for ODS Test module

FFT real time rate
40 kHZ, dual channel @12800 lines

FFT resolution
100-12,800 lines

Time windows
Hanning window

Analysis functions
power spectrum, cross power spectrum,FRF, time waveform and coherence

Engineering units
Automatic units transform with pre-defined table

Zoom FFT
No

Average
Linear, exponential, peak hold

Trigger
No

Cursor
Single, harmonic, harmonic single, peak, band cursor mark cursor


Feature for Rotor Balancing

Rotor type for balancing
Single plane, dual plane, 3 plane, 4 plane, overhung dual plane, 3 weights balancing

Balancing speed
60 rpm to 300,000 rpm

Order resolution
Low, normal, high, 0.03, 0.015, 0.008, and 0.004

Average number
10, 20, 50 and 100

Balancing grade
Built-in ISO 1940 standard or user defined

Tools
1X coast down order trace, decoupled balancing (static and couple), unequal radii, component
calculation, drill depth, vibration history, balancing history and recalculation of balancing coecients.


Feature for Order Tracking module

Measurement types
Measurement types Order trace, order spectrum, spectrum map, RPM profile, orbit, gap and shaft centerline.

Measurement control
Manual, time step, rpm step or both time and rpm step.

Rotation speed
6 rpm to 480,000 rpm

Order resolution
0.5, 0.25, 0.125 and 0.0624

Max. number of traces
User selectable 16 orders plus overall traces.

Max. order
800 order

Waterfall display
Adjustable waterfall plot and intensity plot

Waterfall cursor
RPM cursor and Order cursor

Y-Axis of order traces
Linear, log, dB, real, image, phase, number and polar plot; Bode plot by layout setting.

Geometry setting
Selectable angular location of sensors


Feature for Data Collector

Types of measurement
Overall acceleration, overall velocity, overall displacement, overall bearing condition (true peak
detection of HP filtered waveform), time waveform, power spectrum (up to six sets), demodulated spectrum, Amplitude&Phase, Cepstrum, Crest factor, temperature, process parameters.

Vibration sensors
support simultaneous 3 axis measurement or single axial

Filters for overall value
2Hz-1kHz, 5Hz-1kHz, 10Hz-1kHz, 2Hz HP, 5Hz HP, 10Hz HP

Overall display
Bar chart or trend chart (shown with latest 9 historical data)

Spectrum display
Show band alarm or fault frequencies.

Time waveform display
Show waveform and/ or orbit

Search
Search train, machine or point

Tools
Add note, skip point, hide archive points, show all points, show archive points only, insert or delete unscheduled points.

Also you can check product : NEW Benstone Instruments fieldpaq II Portable Sound & Vibration Analyzers

The vPod Pro Smart Vibration Meter is designed for machine health monitoring and predictive maintenance.

- IP65-rated case with anti-drop rubber sleeve
- 3.5" color screen
- Built-in 24G flash memory
- Route-based vibration data collector measures bearing condition and temperature at the same time
- Optional spectrum analysis function
- Buit-in camera for taking on-site photos as a note when storing data 
- Supports Bluetooth headset connection for listening to the vibration signal
- USB 2.0 and Wi-Fi transmission interface

Innovatively designed (patent) dual-output sensor A52-IR

- Measure vibration signals in the frequency range of 1~8kHz ( /-1dB) or 0.3~10kHz( /-3dB)  
- High-strength magnetic base to secure the transmission of high-frequency signals
- Infrared temperature sensor inside

Overall vibration measurement
Detect low-frequency vibration of rotating equipment, such as

- Dynamic balance problems with the rotating parts
- Shaft misalignment
- Looseness  
The vPod Pro Smart Vibration Meter's built-in ISO 10816-3 vibration standard displays vibration severity ​​in green, yellow, and red.

Bearing Condition Monitoring

- Measures the bearing signal in the 1 kHz to 10 kHz bandwidth
- Implements the "true peak" value for detecting bearing damage
- Detects and tracks the bearing condition for early damage detection and predictive maintenance
- Detects bearing condition effectively on ultra-low speed machines
- Shows bearing condtions in green, yellow, and red background

Bluetooth headset connection 

- The vPod Pro Smart Vibration Meter has a built-in feature that connects to Bluetooth headsets
- After each measurement, the user can automatically play 2~8 seconds of vibration signal through the Bluetooth headset
- Experienced users can use this auxiliary function to tell whether an equipment is abnormal or not

Camera function

- The vPod Pro Smart Vibration Meter has a built-in camera
- Can be attached to a live shot as a record while storing measurement data
- Photo linked to the measurement data and sent back to the PC-based iSee Predictive Maintenance Software

Spectrum analysis function (optional)

- Spectrum data is measured at the same time as a diagnostic vibration problem
- Select 1 kHz bandwidth of 1600 resolution lines or 10 kHz bandwidth of 6400 resolution lines

- Display the order information of the top 10 peaks

Route-based Vibration Data Collector Module (optional)

- Works with iSee Predictive Maintenance Software
- Measures basic vibration, bearing condition, temperature, and raw vibration signal
- Converts raw signal into a time waveform, two sets of spectrum analysis, envelope spectrum, and cepstrum
- Quickly track problematic measurement points, trend changes, diagnose problems and generate reports.

Innovative design

vPod Pro is our next generation smart vibration meter built around your need in machinery condition monitoring. With the innovatively designed sensor A52-IR, vPod Pro can measure vibration and temperature at the same time. The high-strength magnetic base secures the sensor for accurate transmission of high frequency signals from bearings or gears. After each measurement, vPod Pro displays 3 readings at the same time: vibration level, bearing condition and temperature.  The severity status for each measurement is shown with easy to read background colors.

Superior method for detecting damaged bearings

A damaged bearing will exhibit the periodic knocking signals in its vibration time waveform. vPod Pro implements the field-proven “true-peak” detection, which can track early stage bearing damage.  This detection method also proves to be very effective for detect bearing damage on ultra-low speed machine.

Powerful Utility and Novian sftware for data viewing and post analysis

vPod Pro allows you to listen to the raw signal via a Bluetooth headset, take and attach a picture to the stored data record. With optional Spectrum version, vPod Pro can store the 10 kHz bandwidth raw signal to the built-in memory and let you replay the sound files as many times as you wish.  The users can also conduct post analysis on the  stored raw data with free Utility and Novian software to derive more detailed spectrum data.

Complete features in route mode

In the Route mode; basic vibration, bearing condition and temperature are measured, while in the background the raw vibration signal is stored for further data analysis. When the measured data is imported into iSee computer program, this raw signal is automatically converted into a time waveform, two sets of power spectrum, envelope spectrum, and cepstrum to provide the most complete predictive maintenance monitoring parameters.

Specifications

vPod Pro analyzer/data collector

Processor
ARM® Cortex-A8, 1GHz

Display
3.5” color TFT LCD, 240x320

Storage
24G ash memory

Input Channels
1 analog & 1 digital input

Input Connector
8 pin Lemo connector

Input Range
±5V

Input coupling
IEPE, 2mA/ 19V ±1V

A/D Resolution
24 bits

Max. Sampling Rate
25.6 kHz

Input Impedance
1MΩ

Maximum frequency
10kHz

Analog high pass Filter
-10% at 3Hz, -5% at 5Hz

Max. Input voltage
±20V

Power supply
18650 battery x2

Battery life
6 hours continuous operation

Operating temperature
-10°~60°C

USB
USB 2.0 Client, Type-C connector

Bluetooth
Bluetooth 4.1 For headset

Wifi
802.11 b/g/n 2.4GHz

camera
640x480 pixels

housing
ABS Plastic and rubber sleeve

Certication
IP65, CE Mark, Rohs

Size
204x85x45 mm (8x3.3x1.8 inch)

Weight
0.49 kg (1.05 lb) (with batteries)

Spectrum measurements

Band & resolution
1kHz (1600 lines) or 10kHz (6400 lines)

Window
Hanning window

Cursor
single cursor with auto marking 10 peaks

A52-IR dual output sensor

Vibration sensor
IEPE type accelerometer

Measurement Range
±50 (g)

Sensitivity
100 (mV/g) typical

Frequency Response
1-8 kHz (±1dB), 0.3-10 kHz (±3dB)

Resonance Frequency
34 kHz

Non-Linearity
±1%

Transverse Sensitivity
5%

Shock Limit
5000g

Residual Noise
0.0004 (g RMS)

Temperature sensor
Digital Infrared thermometer

Resolution
0.1°C

Measurement Range
-40°~115°C

Meter Mode

Overall vibration
0-50g (peak)

Units
um,mm,mil;mm/s,in/s; g,mg,m/s2

Filters
3Hz-1kHz, 5Hz-1kHz, 10Hz-1kHz,10Hz-10kHz

Detections
rms, peak, peak-peak (equivalent)

Bearing condition
0~50g (true peak), 1kHz~10kHz

Temperature
-40°~115°C

Route Mode

Number of routes
unlimited

Hierarchic levels
2, machine and point

Archive data
overall vibration,bearing condition, temperature, Spectrum (1kHz/1600 lines), raw data (2 seconds)


Also you can check product : NEW Benstone VP5 Vibration data collector and handheld vibration analyzer

MP5 4-channel Handheld Vibration Analyzer

- Four channel portable vibration data collector and vibration analyzer
- High quality housing by dual injection molding process
- 5" color touch screen
- Route based data aquisition
- Optional bump test module
- Optional ODS test module
- Optional balancing module

Accelerometer Connectors

- Analog input channel: BNC connectors for channel 1 & 2
- Analog input channel: LEMO 4 pin connector for channel 2,3,4
- AUX input channel: LEMO 6 pin, accept tacho signal and provide power supply to Benstone Laser tachometer
- DC: LEMO 3 pin for line power

Vibration Data Collector Module (standard)

Supports simultaneous triaxial measurements, saving working hours in the field.
Measures overall levels, bearing condition, up to 6 sets of power spectrum, Envelope spectrum, time waveform and cepstrum in real-time.

Bump Test module

MP5 Handheld Vibration Analyzer's powerful Bump Test module allows you to conduct bump test on a structure and measure its FRF, coherence, and cross power spectrum functions.  This useful module helps you to investigate the resonance of a machine, conduct structural reinforcement and reduce the vibration level of a machine running at resonance zone. The test data can be imported to a 3rd party software, like ME’Scope, for further modal analysis to derive its modal shapes, natural frequencies and damping values.

ODS Test module

MP5 Handheld Vibration Analyzer's ODS Test module allows you to conduct ODS test on a running machine and measure its FRF, coherence, and cross power spectrum functions.  By importing the test data to a 3rd party software, like ME’Scope, you may derive the Operational Deflection Shapes of your machines easily.  The ODS test helps to find out how the structure deflects at certain running speed, provide useful information for structural reinforcement.

Field Rotor Balancing Module

- Multi-point balancing
- Component and Drill depth calculation
- Allowable residual unbalance calculated from the ISO 1940 standard
- Unequal radii calculation
- Decoupled balancing (couple static)
- Review historical vibration data on a polar plot.
- Review historical balancing data on a polar plot
- Heavy spot estimation with one shot measurement.
- Redo a previous balancing job with saved balancing factors.
- Continue an unfinished balancing job from a saved file

MP5 Handheld Vibration Analyzer

MP5 Handheld Vibration Analyzer is a compact portable 4 channel data collector that is designed for route-based data acquistion.  With optional software modules, MP5 handheld vibration analyzer can conduct field balancing, ODS testing and Bump Testing as well.  For measurements in harsh environments, MP5 is manufactured with a ruggedized housing by a dual injection molding process and protective sealing to provide an IP 65 rating.  MP5 is equipped with a large 5-inch color (800 x 480 high resolution) touch screen.  The combination of Microsoft's powerful WinCE operating system and touch screen operation provides a user friendly and intuitive interface. MP5 acquires measurement signal with precision 24-bit sigma delta AD converters to provide a high dynamic range, up to 40 kHz maximum bandwidth.

Route Based Data Collector and Portable Vibration Analyzer

Combined with iSee, the powerful PC software built for machinery condition monitoring project, MP5 Handheld Vibration Analyzer is your best choice for route-based data acquisition.  MP5 supports simultaneous tri-axial vibration measurement, saving many work hours in the field.  MP5 measures bearing fault signal via true peak detection on a high-pass filtered time waveform.  This field-proven portable vibration analyzer provides sensitive and accurate readings from the early stage of bearing damage, and you can track the damage development from the trending analysis feature of iSee PC software. 
Envelope spectrum measurement is a standard vibration analysis feature for confirming bearing failure.  Temperature and other process parameter measurements are also supported by this handheld vibration analyzer. 

Bump Test Module

MP5 Handheld Vibration Analyzer's powerful Bump Test module allows you to conduct bump test on a structure and measure its FRF, coherence, and cross power spectrum functions.  This useful module helps you to investigate the resonance of a machine, conduct structural reinforcement and reduce the vibration level of a machine running at resonance zone. The test data can be imported to a 3rd party software, like ME’Scope, for further modal analysis to derive its modal shapes, natural frequencies and damping values.

ODS Test module

MP5 Handheld Vibration Analyzer's ODS Test module allows you to conduct ODS test on a running machine and measure its FRF, coherence, and cross power spectrum functions.  With the reference vibration sensor connected to channel 1, and a triaxial vibration sensor connected to channel 2, 3 and 4, MP5 saves your time for the measuring tasks in the field via real-time four channel measurements.  By importing the test data to a 3rd party software, like ME’Scope, you may derive the Operational Deflection Shapes of your machines easily.  The ODS test helps to find out how the structure deflects at certain running speed, provide useful information for structural reinforcement.

Field Rotor Balancing

The MP5 portable vibration analyzer with the (optional) balancing software package can balance your rotating machines in the field with industry leading balancing techniques like; single plane, dual plane, overhung dual plane, 3 plane, 4 plane and 3 weights balancing. This advanced balancing software makes it very simple to balance machines in the field with a very high level of accuracy.  Now with multiple-point balancing, vibration in BOTH horizontal and vertical directions are minimized at the same time.  By enabling coast-down measurements for 1X vibration, the heavy spot is identified correctly with only one measurement, saving you time, money and increasing safety.  This technique prevents the user from danger by putting the trial weights in the wrong place and shortens the time required for rotor balancing.  Other rotor balancing features / functions are:

- Multi-point balancing
- Component calculation
- Drill depth calculation
- Allowable residual unbalance calculated from the ISO 1940 standard
- Unequal radii calculation
- Decoupled balancing (couple static)
- Review historical vibration data on a polar plot.
- Review historical balancing data on a polar plot
- Heavy spot estimation with one shot measurement.
- Redo a previous balancing job with saved balancing factors.
- Continue an unfinished balancing job from a saved file

Also you can check product : NEW Benstone vPod Pro Smart Vibration data collectors and Analyzers