All predictive maintenance articles
How to Perform IMD, SPD, and Voltage Drop Tests with the Fluke 1674 FC
A step-by-step guide to performing IMD, SPD, and Voltage Drop testing quickly and efficiently — and how to save time over manual testing with Auto Test.
ROI Calculator: See Your Savings with the Fluke 1670 Series
As an electrical installation and maintenance professional, you know that efficiency and accuracy in testing is non-negotiable. But it shouldn’t consume your entire workday. We work alongside electricians and maintenance specialists facing challenges that hinder their productivity.
Four Reasons to Upgrade Your Multifunction Installation Tester Now
Newer technology can help you stay in compliance, collect more accurate data, and keep you safer. Here are key reasons to upgrade now.
Preventive maintenance vs predictive maintenance vs proactive maintenance
What is the difference between preventive maintenance vs predictive maintenance programs? Learn how to move from a reactive to a proactive maintenance program.
Case study: A motor braking manufacturing plant steps up to proactive maintenance
Bob Despres of Jacobs Vehicle Systems® in Bloomfield, CT shares how he stepped up the motor maintenance program to be more proactive.
How to use criticality analysis to prioritize assets
There are many ways to prioritize assets in a maintenance routine. Most approaches are incomplete or create more problems than they solve. Learn how to prioritize your asset maintenance routine based on value impact to ensure better uptime and resource efficiency.
Proactive maintenance program pillars webinar series
While the benefits are clear, saving thousands in downtime and asset repair costs, the implementation of a proactive program takes strategic planning, management buy-in, resources, and time to assess baseline.
Test and measurement solutions for preventive maintenance programs
Fluke understands that the costs of unplanned downtime are high, and that those who manage facilities face more maintenance issues today than ever before.
Yuengling Brews Up a Winning Maintenance Approach
The Yuengling maintenance team keeps the vintage facility brewing and bottling up to a million barrels of beer yearly. It takes a very lean operation to win against mega-brewers many times Yuengling's size.
Getting real with the Industrial Internet of Things
The Industrial Internet of Things (IIOT)-the concept of interconnected applications, equipment, and technology- is more than just an abstraction.
The Power Generation Process from Plant to Distribution
Power generation process from plant to distribution, highlighting the use of process tools for troubleshooting, increasing throughput, preventing downtime
Moving a Production Line
Moving or reconfiguring a production line can disrupt a complex and finely tuned system. When you move a line, electrical distribution systems, variable frequency drives (VFDs), programmable logic controllers (PLCs), lighting, communication circuitry, controls, emergency stop systems, and more are susceptible to unanticipated changes ranging from glitches to outright failures.
Managing Machines that Run the Gamut of Manufacturing Processes
Managing machines for manufacturing rubber and plastic: static sealing, acoustics, vibration reduction, composite components.
Moving from reactive to predictive maintenance
Fluke News Plus Predictive Maintenance Archive Articles
Beyond the multimeter, part 5: troubleshooting a DC power supply with a multimeter and an oscilloscope
The digital multimeter is the mainstay of electrical troubleshooting and the tool that most of us reach for first. In Beyond the Multimeter, we look at five examples of how reaching for an oscilloscope next can make troubleshooting faster, easier, and more effective.
Beyond the multimeter, part 4: troubleshooting a proximity switch with a multimeter and an oscilloscope
Beyond the Multimeter, Part 4: Troubleshooting a Proximity Switch with a Multimeter and an Oscilloscope The digital multimeter is the mainstay of electrical troubleshooting and the tool that most of us reach for first. In Beyond the Multimeter, we look at five examples of how reaching for an oscilloscope next can make troubleshooting faster, easier, and more effective.
Beyond the multimeter, part 2: using a multimeter and an oscilloscope to troubleshoot transient voltages in variable frequency drive output
The digital multimeter is the mainstay of electrical troubleshooting and the tool that most of us reach for first. In Beyond the Multimeter, we look at five examples of how reaching for an oscilloscope next can make troubleshooting faster, easier, and more effective.
Beyond the multimeter, part 1: troubleshooting a variable frequency drive with a multimeter and an oscilloscope
The digital multimeter is the mainstay of electrical troubleshooting and the tool that most of us reach for first. In Beyond the Multimeter, we look at five examples of how reaching for an oscilloscope next can make troubleshooting faster, easier, and more effective.
Asset uptime for the rest of us
Tips for optimizing resources and minimizing downtime for asset uptime at large industrial plants under less than ideal conditions.
Beyond the multimeter, part 3: Troubleshooting a rotary encoder with a multimeter and an oscilloscope
The digital multimeter is the mainstay of electrical troubleshooting and the tool that most of us reach for first. In Beyond the Multimeter, we look at five examples of how reaching for an oscilloscope next can make troubleshooting faster, easier, and more effective.