Vibration Analysis Instrument

Introducing the Vibration Analysis Instrument: Your Ultimate Solution to Measuring Machine Health

 

As a manufacturer based in China, we understand the importance of having reliable machinery to support your business operations. With this in mind, we designed the Vibration Analysis Instrument to help you diagnose and monitor the health of your machines, allowing you to maintain equipment uptime, maximize productivity, and reduce costly downtime.

 

The Vibration Analysis Instrument is a powerful tool that enables you to identify and analyze machine vibrations, indicating faults and abnormalities in the equipment. Using this information, you can make critical decisions on maintenance and repair, preventing further damage and increasing machine lifespan.

 

Data accuracy and reliability are critical when diagnosing machine issues, and the Vibration Analysis Instrument delivers on both fronts. The device uses advanced sensors, providing highly accurate readings of the vibration frequencies, amplitudes, and waveforms. Additionally, its high-frequency range ensures that even the smallest vibrations are detected.

 

The Vibration Analysis Instrument is versatile and adaptable, making it an excellent option for a wide range of machinery. It is suitable for analyzing industrial equipment, such as compressors, turbines, pumps, motors, and conveyor systems. It is also ideal for measuring the health of engines, gearboxes, and other mechanical components.

 

At the heart of the Vibration Analysis Instrument is its user-friendly software. The software provides powerful data analysis tools, making it easy to identify and diagnose machine faults. It also offers customizable reports, allowing you to access and analyze your data efficiently. The user-friendly interface guarantees that even those without previous experience with analyzing vibration data can use the tool with ease.

 

To further support the utility of the Vibration Analysis Instrument, we offer comprehensive training and technical support. Our team of experts is always ready to assist you with using the device and interpreting data.

 

In conclusion, the Vibration Analysis Instrument is a reliable, cost-effective, and user-friendly solution for monitoring and diagnosing machinery health. Investing in this device will pay off in the long run, as it levels up your maintenance systems, reduces unplanned downtime, and increases machinery uptime, ultimately saving you costs and enhancing your business productivity. For more information, please contact us, and we will be delighted to provide further assistance.

 

VIB07 Vibration Analysis

Machine condition trending data collector

VIB07 Handheld Vibration Analyzer make machine run more smoothly

Route Based Data Collection & Trending

Finding the best vibration analyzer for your application is quite tricky. In addition, if you don't know how to identify the functions you need.

So, what is a vibration analyzer? More importantly, what I need to know before choosing. Take time to read this article and find out your best choice.

Vibration analyzer is an instrument used to measure, store and diagnose the vibration generated by machinery. It uses FFT based tools to display the amplitude of vibration because it varies with frequency. Its main purpose is to identify and predict faults in industrial machines and the causes of faults.

The best vibration analyzers are able to store the measured data and organize it for future analysis, so as to generate trends for each machine. These instruments are also called data collectors.

Vibration analyzer is an instrument used to measure, store and diagnose the vibration generated by machinery. It uses FFT based tools to display the amplitude of vibration because it varies with frequency. Its main purpose is to identify and predict faults in industrial machines and the causes of faults.

The best vibration analyzers are able to store the measured data and organize it for future analysis, so as to generate trends for each machine. These instruments are also called data collectors.

 

Create the Value of Maintenance

VIB07 Vibration Analysis has advanced technology, which is based on vibration experience and realistic needs on the factory floor. Its feature of multiple parameterspectrum monitoring and sensitive response speed can exactly showvibration characteristics of the machine.Each measurement parameter isclear, consistent, simple and easy to understand.

The best vibration analyzers are able to store the measured data and organize it for future analysis, so as to generate trends for each machine. These instruments are also called data collectors.

Vibration analyzer is an instrument used to measure, store and diagnose the vibration generated by machinery. It uses FFT based tools to display the amplitude of vibration because it varies with frequency. Its main purpose is to identify and predict faults in industrial machines and the causes of faults.

The best vibration analyzers are able to store the measured data and organize it for future analysis, so as to generate trends for each machine. These instruments are also called data collectors.

 

The Mode of CBM

VIB07 Vibration Analysis easy to operate. The ergonomic design includes the human-machine interface in a hand held case with a brightly lit LCD display. The measurements are gotten through very simple keystrokes and display icons. The fluorescent keys enable its use in dark areas. The lithium-ion battery is rated for >30 hours of continuous use on a full charge. The device is available in multiple languages.

 

VIB07 Overview

VIB07 Handheld Vibration Analyzer measures various values of total vibration, bearing health and bearing temperature. Itcovers low frequency, medium frequency and high frequency ranges, with the added feature of envelope demodulation.In stethoscope mode, the unfiltered or filtered vibration sound can be heard by the user for correlation with the vibration and bearing condition readings. It can directly measure the parameterson site. It also can collect data based on route.

 

 

Specifications

Display:Monochromatic LCD, 160x160 pixels, Bright Backlight

Sensor

Type: Acceleration Sensor, Sensitivity:100mv/g

Vibration

Acceleration: 0-50 g Peak（10-12,000Hz）

Velocity: 0-500mm/s RMS（10~1,000Hz）

Displacement::0-5000μmPeak-Peak（10~1,000Hz）

Bearing Status

BG: 0-50 g RMS（1k~12kHz）

BV: 0-500 mm/s RMS（1k~12kHz）

ENV 0-8g RMS（0-1,000Hz），Filter:（1-20kHz）Units m/s2，g，mm/s，ips，um，mil

Type RMS，P，P-PAccuracy +/-3%

Alarm

Built-in ISO10816-3 standard equipment vibration level

Built-in bearing state experience rating standard

FFT Spectra:800 lines；Hanning window; Averages: 4

Low frequency velocity: 10-200Hz / 10-400Hz

Medium frequency velocity: 10-1,600Hz;

High frequency acceleration: 10-8,000Hz, g P

Demodulation：0-1,000Hz (Filter 1k-20kHz) g P

Temperature

Temperature range: -20～120℃

Accuracy: ±2°C; Resolution: 1°C;,Units：℃ or℉,Distance to surface D:S = 8：1

Laser guide:Red,Class 2 Laser λ=650nm, Pmax=1mW, IEC60825-1:1993+A1:1997+A2:2001

Stethoscope:48 Ohm, 10Hz-20kHz or 1k-20kHz Switchable; Volume adjustable

Storage:8M Flash

Communication:USB –LEMO connector

Power:Lithium-ion 3.6V 3000mAh，Operating time >30 hours continuous Recharge time 8 hours

Operation temperature: -10～50℃

Size: 220(L) x 97(W) x45(H)(mm)

Weight:350g(Excluding sensor and cable)

Enclosure:IP65 Dust-tight and splash-resistant