모든 진동 문서
Demystifying Vibration Monitoring Part 3: Identifying and Interpreting Overall Vibration and Fault Patterns
Overall vibration analysis, in contrast to spectrum analysis, is much simpler. The time domain data is used to calculate one single overall vibration value, which represents the average energy of the vibration sample.
From screwdrivers to testers: Vibration analysis comes of age
Most machines have rotating parts, and rotating parts vibrate. Measuring how and how much those parts vibrate can tell you a lot about the health of a machine.
Preventing machine failure by detecting the first signs of trouble
Preventing machine failure by detecting the first signs of trouble
기계 진동의 가장 일반적인 원인
진동은 하나 이상의 요인에 의해 언제든지 발생할 수 있습니다. 진동 문제는 기본 장비뿐만 아니라 보조 장비로 인해 발생할 수 있다는 점에 유의하십시오.
Taking a Wireless Approach Gets to the Root of the Problem Faster
Follow the experiences with wireless test tools of electrician Chipper Stohl of AECI, as he works primarily in emergency troubleshooting and repair, with some installation and maintenance.
Inspect moving machinery by putting the 'freeze' on
New stroboscope helps frontline mechanical troubleshooting teams precisely measure machine rotation and oscillation without shutting down the equipment.
Which assets should be screened for vibration?
Figuring out which assets should be screened for vibration can be difficult. Installing vibration monitoring sensors on key assets can increase uptime and reduce costs.
진동 테스트로 모터 상태를 개선하는 3가지 방법
시설관리자는 유지 보수 작업이 가능한 한 원활하게 진행되기를 원합니다. 진동 프로그램과 결합하면 모터의 고장의 징후를 더 쉽게 감지할 수 있습니다.
Guide to machine faults and how to get to root cause
90 percent of machine faults fall into four main categories: misalignment, imbalance, looseness, or bearing wear. Using root cause analysis can help you identify where a problem began and what caused it.
Demystifying Failure Modes: Matching Machines and Failure Modes
The Fluke 810 Vibration Tester locates and identifies the four most common types of mechanical faults and allows for quick and easy assessments of overall machine health.
Understanding the practicality of graded asset health
Identifying the severity of a problem by looking at data can be difficult. Color-coded, varying severity alarms enable maintenance managers to make better data-driven decisions.
Top 5 benefits of vibration monitoring
Screening is an economical way to monitor assets by automating data collection. Learn more about the benefits of implementing vibration monitoring in your plant.
What is an Industrial Vibration Sensor?
Maintenance professionals may not realize how using vibration sensors can improve facility efficiency. Learn about which industrial sectors can benefit from vibration sensors.
When and how to use and set up vibration monitoring on assets
Breaking down the process and rationale for successfully adding these sensors for condition monitoring
No expertise required: Setting up aerospace vibration sensor
To use vibration sensors, many maintenance and reliability personnel believe they have to be a vibration expert. For some sensors, this may be true. However, for the 3561 FC Vibration Sensors paired with Fluke Connect™ Condition Monitoring (FCCM) software, expertise is not required.
Software reveals power of data to more maintenance managers
CNX 3000 wireless test tool field trial by electrical contractor AECI in industrial facilities: trouble call applications
Techs are tuned in to benefits of wireless testing
Wireless testing survey results with comments and insights from Fluke tool users