日本

フルークの基礎知識

ベスト・プラクティス、実践的な方法に関する記事やビデオ、フルークのツールの基本、そして業界で最も一般な用語を理解して、業界の流れについて行きましょう。業界の初心者やベテランの方も、こうした情報を活用することで自らの能力を維持し、一日の中でさまざまな業務への対処が可能となります。

最近の話題

  • ASI Robicon Perfect Harmony water-cooled VFD

    Insulation resistance testing capacitors and high-voltage components

    Using a megger for insulation resistance testing capacitors and high voltage components.
  • How to Prioritize Leaks in Compressed Air System Using LeakQ

    How to prioritize the leaks in your compressed air system using LeakQ

    If your compressed air system is under-performing, your connected equipment will be too. Learn how to monitor and prioritize which air leaks to fix using the Fluke ii900 LeakQ mode.
  • 87V MAX with totally waterproof and dust proof IP67 case

    Fluke 87V Digital Multimeter vs Fluke 87V MAX Multimeter

    Compare IP rating, battery life and other features. What is the difference between the Fluke 87V MAX and the 87V digital multimeter?
  • Teaching Materials

    Guide to Digital Multimeter Safety

    Take digital multimeter safety precautions to handle the conditions found in your work environment. Understand multimeter CAT ratings and ingress protection (IP) codes.
  • Dual impedance digital multimeters

    デジタルマルチメーターの正確性と精度が重要な理由

    正しく測定を行えるマルチメーターを使用することが重要です。これらの測定値の意味を知ることは、さらに重要です。正確性と精度により、取得した測定値が有用であることが保証されます。精度が高いほど再現性が向上し、正確性が高いほど測定値が完璧に近いことを意味します。
  • What is true-RMS?

    真の実効値とは?

    真のRMSメーターの必要性は、回路内の非正弦波の可能性が近年大幅に増加したために高まっています。 いくつかの例には、可変速モータードライブ、電子バラスト、コンピューター、HVAC、およびソリッドステート環境が含まれます。
  • Fluke 190-204 ScopeMeter® Test Tool

    How to read a waveform on an oscilloscope

    Oscilloscopes sample signals as they change over time and then plot those signals on a display. The amplitude of the signal is plotted on the vertical axis and time is displayed on the horizontal.
  • ii900-4

    CFM空気漏れ検知器により機器停止を防止する方法

    200 馬力のコンプレッサーで生成した圧縮空気で約 400 個のツールを稼働する 13,935 平方メートルの工場で導入されている、空気漏れ検知器による機器停止の防止策についてご覧ください。
  • Production line that relies on compressed air implements new process for detecting air leaks

    空気漏れの検知を効率化

    ツールや工程の稼働に圧縮空気が不可欠な生産ラインでは特に、ごく少量の空気漏れでも、製品やエネルギーの無駄と生産時間の損失につながります。
  • ARTICLE: What is power factor and why is it important? - 2

    What is power factor and why is it important?

    What is power factor and why is it important? Learn how to calculate the power factor formula, each component of the equation, and why it matters.
  • Fluke ii900 Sonic Industrial Imager

    圧縮空気、ガス、真空の漏れを検知し、隠れた収益を獲得する方法

    最大 50 m 離れた場所から漏れ箇所を正確に特定できる漏れ検知テクノロジーがあるとしたら、どうでしょう。Fluke ii900 産業用超音波カメラは、圧縮空気の漏れを確実に検知する「革新的製品」です。
  • Fluke 1587 FC Insulation Multimeter, performing a high-voltage megohm test

    Insulation tester vs megohmmeter

    What is the difference between an insulation tester and a megohmmeter? Compare insulation meters, testers, megohmmeters, and meggers to learn about what's best for your needs.
  • 3 ways to improve motor health with vibration testing

    3 ways to improve motor health with vibration testing

    One would be hard-pressed to find a facility manager who doesn’t want maintenance operations to run as smoothly as possible. Detecting signs of motor components failure becomes easier when combined with a preventive vibration program.
  • Default image, Electronics articles

    Common Power Quality Factors Affecting Transformers

    Transformers supplying nonlinear loads should be checked periodically to verify operation within acceptable limits. Transformers are also critical to the integrity of the grounding system.
  • Three ways to conduct thermal inspections

    Three ways to conduct thermal inspections

    Thermal cameras provide a return on investment
  • Capturing motor vibration using the Fluke 810 handheld vibration tester

    Most common causes of machine vibration

    Vibration can result from a number of conditions, acting alone or in combination. Keep in mind that vibration problems might be caused by auxiliary equipment, not just the primary equipment.

  • Understanding the benefits of vibration monitoring and analysis

    Understanding the benefits of vibration monitoring and analysis

    Vibration testing for condition-based maintenance, to reduce costs and production losses. Mechanics of testing, analyzing roller bearing faults.

  • Vibration and the Fluke 810

    Vibration and the Fluke 810

    Sometimes vibration in industrial equipment is a symptom or even a cause of trouble; other times, it is part of normal machine operation.

  • How to get great results with an infrared thermometer

    How to get great results with an infrared thermometer

    Infrared (IR) thermometers enable you to measure temperature quickly, at a distance, and without touching the object you're measuring. They are so useful, easy, and even fun to use that they have become as common in kitchens as they have on factory floors. Infrared thermometers are often used to find overheated equipment and electrical circuits, but they have hundreds of other uses.

  • A fresh look at power quality

    How power quality issues affect the plant and how to get rid of them for good

    The electrical power issues that most frequently affect industrial plants include voltage sags and swells, harmonics, transients, and voltage and current unbalance. The proper tools to correct these issues include knowledge and electrical test instruments ideally suited for each task.

  • Capturing the elusive waveform anomalies with the ScopeMeter® 190C Series

    Capturing the elusive waveform anomalies with the ScopeMeter® 190C Series

    Find out how the pass/fail testing function captures random glitches.

  • What is an insulation multimeter?

    What is an insulation multimeter?

    The Fluke 15x7 Series Insulation Multimeter is a new category of test tool that combines a full featured True RMS DMM and a megohmmeter. It's an integrated tool for maintaining and troubleshooting motor systems, electrical distribution, and production equipment.

  • DMM対クランプメーター

    DMM対クランプメーター

    クランプメーターは、DMMで適用のミリ単位ではなく、小数第2位を四捨五入した単位で測定します。
  • BLOG: Selecting a temperature range on your thermal imager 1500x1000-1

    How to select a temperature range on a Fluke thermal imager