Калибровка обеспечивает точность измерений, от которой зависят качество и безопасность нашей повседневной жизни. Все полагаются на результаты вашей работы, поэтому она особенно важна. Мы готовы помочь с учебными статьями по различным темам калибровки. К ним относятся новейшие методы калибровки, использование различных калибровочных инструментов, калибровка в различных средах и многое другое. Независимо от того, выполняете ли вы калибровку температуры, давления, электрических параметров, радиочастотных параметров, расхода, влажности или программного обеспечения, наша цель заключается в том, чтобы помочь вам всегда достигать наиболее точных результатов.
Verifying and documenting the performance and adjusting a HART smart pressure transmitter can require a bucket full of tools. Performing this task with a HART enabled calibrator like the Fluke 754 simplifies the task and reduces what you need to carry.
Пропорциональные интеллектуальные регулирующие клапаны играют важную роль в обрабатывающей промышленности. Однако точная оценка эксплуатационных характеристик такого клапана может быть довольно сложной процедурой.
Узнайте, какие калибровочные приборы лучше всего способствуют оптимизации и повышению качества в обрабатывающей промышленности, включая химические и фармацевтические заводы, предприятия ядерной энергетики и целлюлозно-бумажные комбинаты.
Calibration standards are devices that are compared against less accurate devices to verify the performance of the less accurate devices.
You can bet there is a lot of test and measurement equipment onboard Curiosity. As a test and measurement professional, I’d like to tell you about some of the things I find especially interesting.
In metrology, what do you do when your curve-fitting software program doesn’t work because you’re dealing with a non-linear equation? Learn here.
Read this short blog post to learn how Fluke Calibration technical support works and get some tips on how to prepare for your tech support call.
Fluke experts show you how to calibrate a pressure rotameter including a step-by-step rotameter calibration procedure, calibration curve, and tips.
The triple point of argon (83.8058 K ) is one of the most commonly used fixed points for the calibration of standard platinum resistance thermometers (SPRTs) at temperatures below 273.16 K. It’s a defining fixed point of the International Temperature Scale of 1990 (ITS-90). Fluke Calibration recently designed a new Triple Point of argon system with the goal in mind of achieving both efficiency and accuracy in calibrating SPRTs.
It is becoming my opinion that ISO 17025 needs to be revised. This is the first of a series of blog posts that I will be making to demonstrate why the revision needs to be made.
Lunar reconnaissance is not possible without the precise testing and measurement activity that calibration professionals know so well. Read more here.
Another NCSLI conference is in the books. This year, the metrology faithful (and budget funded!) once again gathered to gain knowledge through tutorials and technical presentations, contribute to the industry through attendance of committee meetings, talk to vendors at the exhibition, network with some of the world’s experts in metrology and spend time with old friends. There were so many great things happening that I didn’t even have time to compose a single tweet!
The Fluke Calibration 1586A and Fluke 2638A are two new data acquisition systems that offer great value and performance. This selection guide will help you understand the differences between the two, the strengths of each, and which one will best meet your current and future needs.
Follow the steps as we demonstrate how to link a documenting process calibrator to a drywell to calibrate a 4-20 mA transmitter and probe in a system.
Fluke Calibration ceased production and sale of the 6003A Three Phase Electrical Power Calibrator and its specific accessories and options. Fluke introduced this model in 2014 as a competitive power calibrator capable of supplying accurate 3 phases of current and voltage.
See an example using the Fluke 2271A Industrial Pressure Calibrator to automate testing & calibration of pressure transmitters from 10 in of water to 3000 psi.
What happens when an electrical standards laboratory’s environmental control system gets old, cranky and hard to maintain? When the lab in question is the Fluke Everett Primary Electrical Laboratory (EPEL), the answer was to replace the air conditioning system, as part of a bigger endeavor to renovate the lab.
Should you bring humidity measurement and calibration in house? Learn to answer this question from the perspective of ROI, requirements, and workload.
This video includes reminiscences from Fluke and Fluke Calibration associates who remember what it was like to work at Fluke ”back in the day.”
Read more about why you a pressure controller/calibrator fits the needs of your pressure calibration calibrator and watch our vide about the 6270A Pressure Controller/Calibrator.
Knowledge of size of source is important for your infrared thermometer calibration. You should use this knowledge in determining a proper size for the thermal radiation source used for the calibration. The three methods to study the amount of source are listed below. Field-of-view Test Field-of-view Specification Sweep
Learn about intermediate checks per ISO 17025 (AKA “verification”) vs calibration. Plus, tips for incorporating them to prevent costly manufacturing recalls.
What is the difference between the radiometric calibration they speak of and the radiometric calibration I speak of when referring to radiation thermometry? In some aspects, I can answer this by saying “Nothing.” However, I could also answer this by saying “Everything.”
Learn how thermocouples work & how to choose calibration equipment, calculate uncertainties, and calibrate thermocouples. Read here and watch the video.
Consider if your company would be best served by specifying traceability to the SI instead of to your local NMI.
Whether you’re speaking to a small group of colleagues at your company or a group of professionals at MSC or NCSLI, here are some tips to help you succeed – and perhaps even enjoy your experience as a public speaker.
Writer’s block isn’t limited to metrologists, of course – it’s a universal problem that people in many professions face (even writers). Here are a few simple tips that can help you on your way to greater visibility and respect in your career.
Read this short blog post to see how Fluke Calibration contributes in this year's World Metrology Day theme, “Measurements and Light”.
A clamp meter typically requires an annual calibration to ensure that it continues to make measurements within the manufacturer’s specifications..
In 2012, the Association of German Engineers developed VDI/VDE-2623, which defines and establishes a Calibration Data Exchange Format. VDI/VDE-2623 establishes a rigid Extensible Markup Language (XML) data structure with both required and optional fields
Looking to purchase a calibrator from a calibration equipment manufacturer? Grade them with these 10 criteria to make sure you get the best return on investment.
While there’s no “one size fits all” answer, see this post for helpful guidelines on how often you should calibrate thermometers, test equipment, multimeters, etc.
When calibrating a dial gauge, it can be challenging to interpret readings when the pointer is between marks. Learn how to overcome the challenge here.
Complete maintenance of a HART transmitter involves three distinct operations: configuration, calibration, and adjustment. Learn more here.
In manually testing a pressure switch, calibrators can save you time by reducing steps, automating, & reducing the amount of equipment you need. Learn more.
It is a well-established practice in calibration laboratories to use current coils for clamp meter calibrations. Many laboratories either build their own coil, or simply make several loops of a test lead for the purpose of increasing the current value sensed by the clamp meter
calibration education, metrology education, web seminars, software user groups, application notes, learn about calibration, learn about metrology
How do you choose a multi-product electrical calibrator? They are not all the same. Read this short blog post to learn seven essential points to consider.
What is a thermocouple? How does a thermocouple work? Why do thermocouples need to be calibrated?
What knocks a digital instrument out of calibration? Learn about the 3 main causes of calibration problems: component shift, drops & overloads.
See how Fluke’s long-scale DMMs enable digitizing with emulation, characterization of non-repetitive waveforms & lighted connection terminals. Learn more.
See the steps for how to calibrate a digital multimeter, plus links to 5 free related learning resources including videos, webinars, and articles.
Both analog & digital process gauges need to be regularly verified. See the options for verifying in the field or at the bench & the steps to follow.
See 5 ways to ensure precise measurements in oil & gas custody transfer & see how one calibrator can calibrate the involved pressure & temperature transmitters.
A typical 3-point calibration of 4 tri-clamp sanitary sensors takes over 4 hours (259.45 minutes) using a 7103 Micro-Bath. The same calibration using a 7109A Portable Calibration Bath takes about 2 hours (130.0 minutes). That’s a time savings of more than 2 hours per 4-sensor batch!
The purpose of this paper is to truthfully answer various questions one might have with regard to resistance bridges and readouts after reading some of the sales hype arguing that AC is better than DC or vice versa
Why calibrate test equipment? What makes it go out of cal? What happens when you send equipment for calibration? When should you calibrate? Learn here.
See a full list of Metal Freeze-Point Cells produced by Fluke and learn more about them here.
Прецизионный цифровой измеритель температуры Fluke Calibration разработан специально для калибровочных датчиков измерения температуры.
Определяющими приборами МТШ-90 (Международная температурная шкала 1990 г.) являются эталонные платиновые термометры сопротивления (ЭПТС) и ячейки МТШ-90 с фиксированной точкой.
Hart Scientific, подразделение компании Fluke, производит платиновые термометры сопротивления, термопары и термисторные датчики температуры для точных измерений температуры и калибровки
If you are purchasing a calibrator to calibrate pressure measurement devices, follow these 2 simple steps to ensure you get what you need.
To minimize plant downtime and keep operations up and running, follow this guidance to ensure smooth instrumentation calibration.
See why Roger Pineche, Director of Engineering at Fluke, says the new 8588A and 8558A are the best benchtop multimeters in terms of stability & accuracy.
Get step-by-step instructions on how to accurately calibrate a hygrometer or other humidity sensor including why it’s important, techniques, and tips.
Verifying and documenting the performance and adjusting a HART smart pressure transmitter can require a bucket full of tools. Performing this task with a HART enabled calibrator like the Fluke 754 simplifies the task and reduces what you need to carry.
Gas custody transfer flow computers that calculate flow in pipelines by measuring the differential pressure across a flow restriction, such as an orifice plate or other differential pressure flow device, require special calibration to perform at optimum accuracy.
Узнайте, какую роль играют точные измерения в борьбе с COVID-19, у главного метролога компании Fluke Джеффа Гаста (Jeff Gust). Посмотрите короткий видеоролик.
Fluke experts show you how to calibrate a pressure transducer including a step-by-step pressure transducer calibration procedure, certificate, and tips.
Узнайте, какие калибровочные приборы лучше всего способствуют оптимизации и повышению качества в обрабатывающей промышленности, включая химические и фармацевтические заводы, предприятия ядерной энергетики и целлюлозно-бумажные комбинаты.
Узнайте, как избежать дрейфа позиционера относительно градуировочной кривой регулирующего клапана при профилактическом техобслуживании.
Пропорциональные интеллектуальные регулирующие клапаны играют важную роль в обрабатывающей промышленности. Однако точная оценка эксплуатационных характеристик такого клапана может быть довольно сложной процедурой.