Oscilloscope Waveforms: Here’s All You Need To Know!

oscilloscope-waveforms-heres-all-you-need-to-know

Briefly, the basic function of an Oscilloscope is to measure voltage waves. This is a device that can successfully let you visualize voltage signals so you can easily spot discrepancies in your mechanical powers. Mostly, devices that are prone to having these electrical faults include pumps, compressors, motors, conveyors, robots, and other industrial machines. Oscilloscope waveforms rule over these motors in a way that it dictates if they are in healthy working conditions or not.

Having frequent exposure to these kinds of tests can let you be more adept at analyzing waveforms. To give you an idea, Oscilloscope waveforms have characteristics. Technically, these “characteristics” may be a bit too difficult to sop with untrained eyes. Here are some of the kinds of waveforms you need to keep your eye on…

  • Amplitude (looking along the vertical axis)
  • Time (looking along the horizontal axis)
  • Waveform shape, and distortion of waveform shape
  • Waveform disturbances, particularly from outside sources

But this is not all you need to know. There are other factors that may be affecting signal readings as well. Today, we’ll touch up on all the things you need to know about Oscilloscope waveforms.

What do Oscilloscopes reveal?

Yes, it’s already a given answer that it presents voltage signals, but let’s go a little bit more in-depth. Here are some of the things that it reveals other than wavelength signals…

  • Voltage signal shape when operating as intended
  • Current signal shape when using a current clamp suitable for use on an oscilloscope
  • Signal anomalies
  • Amplitude modulation of an oscillating signal and any variations in frequency
  • Whether a signal includes noise and changes to the noise

We’re lucky that advanced technology gives more than what we pay for. Oscilloscopes before are bulky and not very portable. To give you an idea, it looks something like the back of an old TV. Going back to the present time, Fluke Oscilloscopes now come in a portable style. It also comes with fast calculations, data storage capabilities, and automated analysis. Again, true to our word, Fluke tools will always go the extra mile to serve workers better, and safer.

Keep your eyes out for common waveform variations!

If you think one kind of waveform varies from another, you will be surprised that they can repeat themselves frequently. If you have a trained eye, you’ll be able to spot these anomalies immediately by simply glancing at the ups and the downs of the graph. Anyhow, if you want to know more about these anomalies, we highly encourage you to check out this link.

The 3 key points of waveform setup.

This is a particularly important step when you’re operating Oscilloscopes. These three parameters need to be adjusted (and they are preferred to be adjusted manually) to make sure that the waveforms that show up on the screen are readable and reliable. Anyhow, one of the steps in achieving this is to unfailingly adjust certain parts of its settings. So, to properly attain an optimum setpoint, make sure to input the right variables which are, according to an official Fluke source, are the following…

  • Vertical sensitivity. Adjusts the vertical sensitivity so that the vertical amplitude spans three to six divisions.
  • Horizontal timing. Adjusts the horizontal time per division so that there are three to four periods of the waveform across the width of the display.
  • Trigger position. Sets the trigger position to the 50% point of the vertical amplitude. Depending on the signal characteristics, this action may or may not result in a stable display.

Get your Fluke tools through an authentic source!

Hey, you made it to the bottom! Are you currently looking for the best-performing test tools in the market to run daily maintenance checks on your machines? You are in luck cause Presidium PH is an authorized distributor of Fluke test tools in the Philippines. Prevent these faults from penetrating your machine by using the best test tools there are!

If you want to know more about Fluke tools and their functions, visit our website for more info! This is a one-stop shop for the best test tools within Metro Manila.

Portable Oscilloscopes
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Infrared Inspections: Keeping Systems Running Safely Using Fluke

infrared-inspections-keeping-systems-running-safely-using-fluke

Fluke infrared cameras can see what cannot be seen through the naked eye, and those are underlying machine faults. What could have been something disastrous that is undetectable can now be identified with the help of infrared cameras. Therefore, most maintenance professionals make it a habit to have daily infrared inspections to assure that all systems are running smoothly. In line with this, it also proves to be a useful tool when unofficial maintenance checks occur. But above all else, these inspections would even be more efficient using Fluke tools.

Advantages of using infrared cameras.

There is more beneath the surface of Fluke infrared cameras than its obvious function of detecting hot and cold spots. These devices are used in most inspections because they are efficient and easy to use. Not only that, but it provides workers with much-needed protection by allowing them to take inspection rounds from a safe distance. Moreover, these Fluke infrared cameras also come in different types to fit the ideal operation you have.

Here are twelve advantages of infrared cameras in operations…

  1. It can capture thermal images of all electrical panels and other high-load connection points such as drives, disconnects, and controls.
  2. Infrared cameras can see invisible thermal signatures to prevent faults before the damage occurs.
  3. Can measure temperature quickly, at a distance, and without touching the object you are measuring.
  4. Finding faulty terminations in high power electrical circuits.
  5. Locating overloaded circuit breakers.
  6. Identifying fuses at or near their current rated capacity.
  7. Identifying problems in electrical switchgear.
  8. Monitoring and measuring bearing temperatures in large motors or other rotating equipment.
  9. Identifying “hot spots” in electronic equipment.
  10. Identifying leaks in sealed vessels.
  11. Finding faulty insulation in process pipes or other insulated processes.
  12. Capturing process temperature readings.

How do infrared inspections benefit multiple systems to run smoothly?

Having annual infrared inspections in your schedule can benefit your equipment. This will not only ensure optimal health, but it will ensure that no unwanted downtimes can occur. Plus, the best part is that it does not only focus on one part of machines but all the facets that are included.

In line with this, having infrared inspections can accommodate multiple faults in one go. It can answer problems with electrical systems, electromechanical systems, process operations, and building diagnostics. Here is how it can help…

1 Use them in inspecting electrical systems.

Infrared cameras are great for detecting faults in electrical systems without even getting close to the target. They can capture thermal readings from a distance, but this is not all that they can read. Moreover, they can diagnose several different things as well. Here are some of them…

  • Unbalanced loads
  • Harmonics issues
  • Overloaded systems with excessive current
  • Loose or corroded connections that cause increased resistance in the circuit
  • Winding insulation failure in electric motors
  • Component failure
  • Wiring mistakes
  • Underspecified components

2 They can also be used in troubleshooting electromechanical systems.

They are also the perfect tools for examining motors, pumps, turbines, heat exchangers, gearboxes, and low-speed rotating equipment. You see, rotating motors or equipment, in general, can exhume rigorous amounts of temperature which makes them a perfect patient of Fluke infrared technology to find the following faults…

  • Reduced airflow from dust or debris
  • Alignment issues
  • Motor winding insulation problems
  • Power quality problems
  • Bearing issues
  • Lubrication problems

3 Process operations can also greatly benefit from infrared inspections.

The uses of Fluke in infrared inspections do not stop with electrical systems and electromechanical systems. But it goes as far as promoting safe inspections for refractory structures, tanks, vessels, steam systems, and heaters and furnaces. The industries that require these inspections are mostly ones that engage in petroleum and chemical processing, plastic, and steel.

This alone speaks volumes about how potentially hazardous inspection can be for most workers in the industry. However, with the use of Fluke tools, you won’t be sacrificing your safety since you’ll be able to take measurements from afar. Infrared inspections using Fluke tools can allow you to detect the following faults…

  • Damaged refractory insulation
  • Worn or leaking pipes
  • Defective valves and steam traps
  • Abnormal heat flow and heat gradients
  • Levels of solids, liquids, or gases in vessels such as storage tanks and silos

4 Building diagnostics

According to inertive, building diagnostics are made up of three main types and these are commissioning sensor-based monitoring, and investigation diagnostics. Technically, inspection is an important part of building diagnostics since buildings often do not perform as designed. Therefore, failures of building components and systems might take place.

The general steps to conduct a building diagnostic are:

  1. Collect data
  2. Identify the problem
  3. Define solutions
  4. Implement repairs
  5. Verify results

Fluke’s greatest function is to perform all these 5 steps with ease and security. Considering that thermal imaging has been saturated with building diagnostics for a long time. We’ll give you a run-through on how thermal imagers can be useful when it comes to detection and providing solutions.

Thermal inspections using Fluke can let you…

  • Improperly installed or missing insulation
  • Heat loss or gain
  • Air leakage and air bypass
  • Improperly installed or damaged HVAC ductwork
  • Leaks in buried steam or water lines
  • Moisture intrusion in walls, ceilings, and roofs causes damage to insulation and building materials tiresome boast exude

Get your Fluke tools through an authentic source!

Hey, you made it to the bottom! So basically, those are the great functions of infrared cameras and how it keeps systems running smoothly. Basically, these tools will ultimately help you in everyday operation to keep your systems locked and steady. So, are you currently looking for the best-performing test tools in the market to run daily maintenance checks on your machines? You are in luck since Presidium PH is an authorized distributor of Fluke test tools in the Philippines. Prevent these faults from penetrating your machine by using the best test tools there are!

If you want to know more about Fluke tools and their functions, visit our website for more info! This is a one-stop-shop for the best test tools within Metro Manila.

https://presidium.ph/shop/?wlfilter=1&product_cat=fluke-infrared-cameras

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5 Amazing Things About Fluke Pocket Thermal Cameras

5-amazing-things-about-fluke-pocket-thermal-cameras

We all know Fluke thermal cameras come in a big telephone-like structure, but did you know that there’s a portable one? Small but terrible is a way to describe the Compact Fluke PTi120 Pocket Thermal Camera. You would never wish to underestimate its capabilities since it boasts absolute efficiency and ease for workers who are in the industrial field.

Technically, having anything portable always stands as efficient and useful. This pocket thermal camera is considered one of the favored devices for industrial workers for its small design. But this little tool isn’t just known for its “portable” nature, but it also has a lot of amazing functions and benefits to offer workers during operations.

The benefits of Fluke Pocket Thermal Cameras…

Regular inspections can help you develop great quality in terms of machine work. And one of the tools that promote the quality of industrial machines is none other than Fluke pocket thermal cameras. Even informal inspections hold so much importance. In line with this, using a small thermal camera can give you an opportunity to give machines a quick scan.

By doing this, you’ll have more advantages of knowing faults before waiting for drastic measures to take a turn. Pocket thermal cameras can be very well helpful. You can simply fit it into your back pocket and take it out whenever you feel like there’s something fishy about how your machine’s acting.

1 It is portable that you can fit it in your pockets.

Sometimes, big problems require small solutions. One of the best advantages of pocket thermal cameras is being small. Who doesn’t want devices that can fit in your pockets? Its sleek frame can easily fit anywhere! You won’t even get bothered by its weight since the Fluke pocket thermometers are considerably light. This is definitely one tool that you want to have with you the entire day when making inspection rounds, or if you need a handy device that you can pull out any time when the situation calls for it.

2 You can automatically save your thermal images.

Devices nowadays are truly a wonder. They make your life easier, and the Fluke pocket thermal cameras are not indifferent to this innovation. By using this tool, you won’t have to undergo the painful process of taking out USBs and sticking them to the right places, rather now, all you need is wifi.

Yes, that’s right, you can now take thermal images and send them with your Fluke tool via wifi! In this way, you can send real-time diagnostics as soon as you get the results. This will be advantageous in reducing unwanted downtimes and providing timely and accurate diagnostics.

3 Use it for quick temperature scans.

As we’ve mentioned, these pocket thermal cameras are ideal for quick temperature scans since they will likely be tucked in your pockets for the entire day. This camera can also be beneficial in pinpointing and conducting simple and fast tests for possible issues with pieces of equipment. You no longer need to walk long distances to get the right tool for the job since the best tool for it can already fit in your pockets!

4 Small but durable!

As all Fluke tools are known, they are undeniably rugged, safe, and reliable. And these qualities don’t cancel out even the smallest of tools. You might think that the Fluke pocket thermal camera is fragile, but you might want to think again. With an IP54 enclosure rating and a 1-meter drop survival, the PTi120 was built to be tossed in your tool bag. It can endure rough handling, yes, but keep in mind that the longevity of your tools depends on how you care for them.

5 You can get your preferred level of infrared.

Make locating problems easier by simply adjusting the visible light image. Detecting hot and cold spots is generally quite difficult without a trained eye, especially spotting the problematic ones. However, rest assured that the Fluke pocket thermal camera can be able to make your life easier by being its user-friendly self. In this way, second-guessing and false results can be minimized to a down low! Cool right?

Get your Fluke tools through an authentic source!

Hey, you made it to the bottom! Are you currently looking for the best-performing test tools in the market to run daily maintenance checks on your machines? You’re in luck cause Presidium PH is an authorized distributor of Fluke test tools in the Philippines. Prevent these faults from penetrating your machine by using the best test tools there are!

If you want to know more about Fluke tools and their functions, visit our website for more info! This is a one-stop-shop for the best test tools within Metro Manila.

Compact Fluke PTi120 Pocket Thermal Camera 400c

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4 Common Electrical Grounding Mistakes

4-common-electrical-grounding-mistakes

Upright grounding is more than a safety feature. In fact, it safeguards tools, equipment, and other devices that are supplied in the facility. Therefore, effective grounding procedures must take place in every part of a project and must never be overlooked. With the absence of proper grounding systems, you might be able to expose yourself to the risk of electric shock and instrument errors. However, at times, there are grounding errors that cannot be assisted. Here, we will be able to discuss the five common electrical grounding mistakes that some people make.

Why test ground systems?

Soils do not stay the same over time. Corrosive soils, high moisture content, salt, content, and elevated temperatures, can decrease the quality of your soil. In a natural setting, this might be okay for backyard gardens. However, if you are building extremely sensitive projects on top of it, you might want to double-check if the soil is compatible with the proper standards.

According to an official Fluke source, faulty ground systems will omit electrical problems that will result in unwanted downtimes. The root causes. Poor grounding and poor power quality.

The common electrical grounding mistakes…

There are different projects that require proper grounding. One can differ from the other, but one thing rings true, and that is never to forget proper grounding.

1 Do understand soil resistivity.

The number one of a grounding system is to provide a low impedance route to the earth. Going back, soil resistivity plays a significant role in the process since it is the main basis of any grounding system. It relates to a lot of functions including soil type, moisture content, and temperatures. These kinds of characteristics pave the way for ground impedances.

Take note that the current will likely follow through a path of low resistance rather than a high one. High soil resistance will result in unsafe paths that will eventually increase equipment failures and human injuries.

2 Failing to measure the grounding system.

One thing you need to check is the grounding systems if there are any vacancies. Make sure that there are none so to speak of. A variance may occur over time that was not intended for. As an example, if a ground rod hits a large rock and it does not reach the depth that it’s required to be at this may cause complications.

3 Always reattach ground paths.

In such instances that you must relocate, replace, or remove equipment for repairs, it is of utmost importance that you reconnect the entire path completely. Technically, all connection in the ground path includes setscrews, locknuts, and threads. You should fully evaluate the continuity before putting them back into the system.

Also, it is probably best for you to check for any corrosion, rust, and dirt since impurities can contaminate metal raceways.

4 Using ground wire incorrectly

Pay attention to the conductor’s bends and lengths! Ground wires that are bundled up together can create high impedance and this will give way to higher voltages on the equipment during transient events. Also, refrain from coiling the wires since this will prevent the current to go through a straight and simple path.

Standards for ground testing…

Not sure if you are meeting the standard for grounding? Here’s something to guide you along the way! These organizations provide recommendations and/or develop standards for grounding to ensure safety.

Remember, the goal of these grounding standards is to help you ensure the reliability of your equipment in such cases that faulty currents occur.

Purchase from an authentic source!

Hey, you made it to the bottom! Be sure to check out Fluke Earth Ground Testers through our official site! Are you currently looking for the best-performing test tools in the market to run daily maintenance checks on your machines? You are in luck cause Presidium PH is an authorized distributor of Fluke test tools in the Philippines.

If you want to know more about Fluke tools and their functions, visit our website for more info! This is a one-stop-shop for the best test tools within Metro Manila.

https://presidium.ph/shop/?wlfilter=1&product_cat=fluke-earth-ground-testers
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Can Too Much Heat Affect the Performance of Fluke Test Tools?

can-too-much-heat-affect-the-performance-of-fluke-test-tools

The simple answer to this is yes, it does. Fluke test tools no matter how high performing they are, are still susceptible to a decrease in performance if there is too much heat involved. But in all fairness, it’s not just for Fluke tools, heat is a long-time enemy of electronics in all forms and variations. Therefore, most gadgets are preferred to be stored in cooler places. However, this may pose are a difficult task for those who are residing in tropical countries, or in places that are constantly under immeasurable heat.

How can heat cause electronics to lessen in performance?

Precisely, electronics are at their best performance when they are used in lower temperatures compared to high ones. In such cases that you expose your tools regularly to high heat temperatures, expect that your tools may decrease in life and may no longer be as reliable as it once was.

Also, if your tool is always under heat, don’t be surprised if it suddenly begins to break down or malfunction. Remember, allowing devices to run for long periods of time at high temperatures will provoke your tools to be less functional.

How does a Fluke tool perform when under extreme heat?

We’ll give you an idea. According to MasterFlex, a civilian employee in Iraq, Robert Kirkman who is regularly using a digital multimeter under the harsh heat of the desert sun has experienced malfunctions with his DMM because of the heat. He says that the screen turns black regularly. He quoted “So far, the meters have recovered after several hours in air conditioning, but this causes a severe inconvenience when troubleshooting equipment. I am using the tools to work on power generation equipment, power distribution and environmental control systems.” Technically the systems that he’s trying to troubleshoot are HVAC systems to keep soldiers cool.

Although he was a bit beaten down with the device’s performance, he clarified that it’s not the Fluke test tool’s fault. He has been using the brand for nearly 30 years and is quite content with its performance. He clarified saying, “This environment is very extreme and most equipment we use was not designed for it.” Therefore, it’s not just zeroing out with one tool, heat has the tendency to really decrease the performance of every electronic, especially in extreme conditions.

Ideal operating temperatures.

Not too hot and not too cold is the most ideal room temperature for your tool to work with. This will be approximately 50 degrees F to 82 degrees. But let’s not put our focus too much on hot and cold temperatures. There are other factors that can also contribute to the performance of your Fluke test tool. 

Humidity also gets a hand in your tools’ performance. Excessive humidity or extreme dryness. This kind of environment can cause errant discharges and can trigger condensation and water which is not preferred for your tools.

Managing heat with electronics.

But worry not, there are a lot of ways how you can keep your test tools cool in the blazing summer heat. According to the Institute for Advanced Study, there are five easy ways for you to manage heat when your electronics are in use, especially those that are quick to overheat.

  1. Allowing airflow. Don’t keep your tools compressed with thick and heavy materials. Allow a 2–3-inch space around them to let air cool heater areas or spots. Gear free from obstructions that are not granting your device any airflow.
  1. When not in use, stay away from heat. Therefore, don’t just leave your tools lying around under the sun. Remember, no matter how reliable and rugged a Fluke tool can be, it will work well when it’s in a calm and cool environment rather than being left alone in heated places.
  1. Stacking is a no-no. Electronics can get hot on their own. To help manage the heat around your device, prevent them from making heat on their own. So, it’s better to lay them all separately.
  1. Keep it clean! Okay, this is more of maintenance advice rather than heat advice. But nevertheless, it does help it cool down. Just don’t wipe it with hot liquid of course!
  1. If your tool overheats, shut it down! Let it sit and cool down before using it again. And remember, allow a lot of airflows so that your tool doesn’t continuously overheat.

Get your test tools through an authentic source!

Rest assured that through proper measurement, you can achieve the best PV solutions for your establishment, homes, facilities, and businesses. So, if you’re currently looking for the best-performing test tools in the market to run daily maintenance checks on your machines, you’re in luck cause Presidium PH is an authorized distributor of Fluke test tools in the Philippines. Prevent these faults from penetrating your machine by using the best test tools there are!

If you want to know more about Fluke tools and their functions, visit our website for more info! This is a one-stop shop for the best test tools within Metro Manila.

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Safety Installation of Photovoltaic Systems Using Fluke Tools

safety-installation-of-photovoltaic-systems-using-fluke-tools

One of the most revolutionary inventions (and is continuously developing) is photovoltaic systems. What may seem like a feature in most flashlights can now be a part of our everyday lives! Photovoltaic systems are an applauded feature in most establishments because of their ability to produce natural energy from the sun. Not only that but it also holds other benefits as well. Therefore, a lot of people are preferring to install solar panels to power their establishments. With this said, let us talk about the safe installation of photovoltaic systems using Fluke tools.

Photovoltaic systems and Fluke tools…

Fluke was commended for its impeccable performance in the industrial field. No wonder why most maintenance and women favor these yellow holstered tools for their maintenance and test checks. This specifically includes the safe installation of photovoltaic systems. If you have not experienced installations of this innovative product yet, you will be surprised by how sensitive they are.

Naturally, the key role of Fluke tools in safely installing these systems in homes and different establishments. You see, what most people do not know is that PV systems run on batteries. It can significantly decrease electricity bills and make the most out of sustainable lights. Seriously, what more can a person ask? Therefore, Fluke tools make the most key role in maintaining these systems because of their specialty to detect underlying faults of electrical devices, panels, and the heat intake of your PV systems.

Potential photovoltaic problems

Primarily, you must consult a professional in such time you are decided to install PV systems in your place. Again, the installation process is most crucial and sensitive, so it is important for you to have trained hands to oversee everything. If you have hired untrained workers to do it on the other hand, then better be ready to face a couple of mishaps along the way.

PV systems are great investments especially when they are working properly. Therefore, the installation is a significant process when quality performance is on the line. Nevertheless, here are the possible faults that may occur during the installation and operations of PV systems according to an official Fluke source.

Potential problems that may occur:

  • Extensive shading of the PV array
  • Insecure structural attachment to rooftops and other structures
  • Inadequate weather sealing for roof and other penetrations
  • Unsafe wiring
  • Unsafe battery installation or improper battery maintenance or use
  • Insufficient conductor ampacity and/or insulation type
  • Using unlisted equipment
  • Wrongfully applying listed or unlisted equipment
  • Improper placement of overcurrent protection and disconnect devices
  • Improper system grounding
  • Poor labeling on major system components and disconnected devices
  • Inadequate documentation on system design and operating and maintenance requirements
  • Inadequate environmental protection for certain system components

Last min inspections.

So, you have installed everything, and all things are already in their place, right? Then it is high time for final inspections! This will also come in handy for maintenance purposes. Given the fact that PV systems are always in direct contact with violent UV rays of the sun, as well as its other components, having a quick maintenance check should be in the works to make sure that your PV systems stand the test of time.

Typical maintenance items that PV installations may require include:

  • Check the wiring connections and terminations if it is loose or is starting to corrode.
  • See if the wiring harnesses are neatly bundled and protected.
  • Make sure that your PVs are clean! This means they are free of damage and structural integrity.
  • Inspecting roof penetrations and weather sealing.
  • Maintaining batteries, which may include cleaning, adding electrolytes, charge equalization, and replacement if needed.

Make sure to use the right tools for the task!

Yes, we are talking about the indestructible Fluke test tools. They are undoubtedly the best tools for the task. Rugged, dependable, and most of all, ensures optimum safety for all users. So, if you want to make sure that you are getting the right results for your photovoltaic systems, better use a trusted tool to get the job done.

Ideally, you should be able to perform tests on your PV systems whether you are installing or maintaining them. The most preferred test tool for the job is a high-quality digital multimeter with an amp clamp. So, if you’re planning on running on solar panels permanently, consider having them on standby for daily maintenance checks.

Use it as soon as you receive the equipment and again after the installation. This will help you get a clear grasp of output voltage and current. Also, remember that the appropriate unit needs to be connected in series to provide the proper voltage. Make sure that the sections are connected in parallel to provide the proper current.

Get your test tools through an authentic source!

Rest assured that through proper measurement, you can achieve the best PV solutions for your establishment, homes, facilities, and businesses. So, if you’re currently looking for the best-performing test tools in the market to run daily maintenance checks on your machines, you’re in luck cause Presidium PH is an authorized distributor of Fluke test tools in the Philippines. Prevent these faults from penetrating your machine by using the best test tools there are!

If you want to know more about Fluke tools and their functions, visit our website for more info! This is a one-stop-shop for the best test tools within Metro Manila.

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Smart Ways to Save Energy and Prevent Downtime

smart-ways-to-save-energy-and-prevent-downtime

Fluke is a powerhouse tool that can see, hear, and detect all kinds of electricity-related health situations. And that is only one out of a hundred reasons why it is favored by maintenance men and women all over the world. But Fluke tools can only do so much when people get a bit dismissive about caring for their electronics and electricity in general. Therefore energy-saving has become a smart practice for most households, buildings, and facilities. Today, we’ll teach you how to save energy using the most profound test tools in the industry – Fluke test tools.

Moreover, considering downtimes, electricity usage, when abused, can cause downtime. Like all things electronic, they are also prone to wear and faults with excessive use. Therefore adopting healthy practices is always preferable when consuming energy on a daily basis.

Importance of saving energy.

So, when we’re talking about how to save energy, we are not just singling out completely avoiding its use, but rather, we want to introduce smart ways on how you can do it. Energy-saving is a strategy that can completely help the environment, but other than that, it also comes in handy in preventing downtime incidents, abusing your electronics, and inducing excessive use of them.

Take facilities for example. It’s a given fact that most facilities take up loads of energy. And what most people might think is a natural thing that they no longer need to save energy, is a huge misconception. Energy takes up money, and when the electric bills pile up, most managers tend to have a double-take. Remember, we are no longer living in the last decade, this is the 21st century, and prices are hiked up. A quick solution? Have your equipment and machines evaluated and measured. You will never know, one machine might already be causing havoc in a way that is affecting your electric bills, the surrounding environment, and the people working close to it.

To this day, electricity and its availability are almost infinite which is why monitoring, measuring, and testing take a huge significance in establishments. Therefore, we need to consume energy in the most conducive way. In all honesty, electricity and how it is important to our day-to-day tasks can make or break productivity. That’s why, with proper monitoring, we are also at the same time, caring for our businesses or our homes.

Why measurement is relevant to save energy…

In all fairness, measurement is crucial in every point of work to know where you needed to align, adjust, and most of all make strategic decisions to meet goals. This is like our current topic. To save energy, you need to know how much energy is being wasted, you need to gauge if the equipment and machines are the ones that are causing them, and you also need to know which ones need immediate solutions.

Above else, data and logging still reign supreme in businesses, in maintenance, and in a lot of aspects that entail work. You need to measure how much energy you are taking up and see if the numbers are still aligning. This will allow you to document energy waste and machine faults. This information plays a crucial part for future reference.

Ways to save energy…

One of the very known characteristics of Fluke tools is its ability to promote energy-saving, and electronic care, and to give solid solutions to maintenance problems concerning electric machines. The very first thing you want to know when you are saving energy is the health of your electric machines and the overall power that holds them.

And with the help of Fluke tools, this is now achievable in quick and efficient ways. You see, when your electronics are spilling out energy everywhere without you knowing, then your energy-saving methods might be all for naught. This is something you want to check up on daily, especially if you are consuming them every day. So, here are things to keep in mind, on ways to save energy.

1 Mind your bulbs! They can be beneficial to save energy

If you are working in a huge facility, using traditional incandescent lightbulbs can consume excessive amounts of electricity. Try using halogen incandescent bulbs and compact fluorescent lights. Also, take note that fluorescent lights can also have faults. Therefore, it is also preferred for you to use a Fluke Fluorescent Light Tester for easier detection of underlying faults.

2 Turning off lights or appliances to save energy

The simplest and easiest way to save energy is to unplug them when not in use. And we are not just saying to turn the switch off, we mean going the extra mile and unplugging them from sockets. Machines and electronics may seem hardcore materials, but they are also prone to overheating and faults due to excessive use.

3 Be mindful of “Phantom loads”

Not even kidding this is a totally a major source of energy waste. This pertains to electricity used by electronics when they are turned off or in standby mode. Consider the use of smart power strips to eliminate this electricity fault.

4 Check your HVAC systems! They can be a huge factor for you to save energy

This abbreviation stands for Heating, Ventilation, and Air Conditioning. These are three things that also accept much energy in an establishment. There is a number of Fluke tools that can ideally help you with this.

For moisture intrusion:

  • Fluke Ti480 PRO Thermal Camera
  • Fluke 971 Temperature Humidity Meter

For heat loss:

  • Fluke 561 HVAC Infrared and Contact Thermometer
  • Fluke Ti480 PRO Thermal Camera

For monitoring indoor air quality:

  • Fluke 985 Particle Counter
  • Fluke 922 Airflow Meter/Micromanometer

For verifying HVAC system performance:

  • Fluke Ti480 PRO Thermal Camera or Fluke 561 HVAC Infrared and Contact Thermometer

Get your test tools through an authentic source!

Rest assured that through proper measurement, you can achieve the best energy-saving solutions for your establishment, homes, facilities, and businesses. So if you’re currently looking for the best-performing test tools in the market to run daily maintenance checks on your machines, you’re in luck cause Presidium PH is an authorized distributor of Fluke test tools in the Philippines. Prevent these faults from penetrating your machine by using the best test tools there are!

If you want to know more about Fluke tools and their functions, visit our website for more info! This is a one-stop-shop for the best test tools within Metro Manila.

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What Is a Three-Phase Power Quality Logger?

what-is-a-three-phase-power-quality-logger

Reliable, quick, and easy, the Fluke three-phase quality logger can perform all the needed studies to ensure the logging of power quality in every machine is accurate and reliable. Like any Fluke tool, the power logger can perform under pressure, is accurate (considering that you do calibration), and can withstand any rough environments. Ideally, this three-phase power quality logger can be used in three different areas of testing.

  • Electrical load studies
  • Energy consumption testing
  • General power quality logging
  • They measure harmonics
  • Electrical power parameters
  • Capturing of voltage events

However, that’s only a gist of what they do. Here, we’ll be able to know more about how a three-phase quality logger can contribute to your electrical machines.

They come with a lot of phases.

They are generally known as power quality loggers, but they also come in the name of “energy loggers”. So don’t get confused when you hear both terms. Anyhow, you’re probably wondering how these things have “a lot of phases”. However, what we truly mean by this is that it comes with variations. Moreover, if you’re spotting a power quality logger, you can find that there is a one-phase logger, two-phase, and of course, a three-phase power logger. So, it’s probably wise for you to assess your machine and your test projects first before getting one.

Its notable applications…

Power quality loggers can be applied to different forms of testing. An authorized Fluke source pointed out its most beneficial functions when it comes to power quality logging. Here are some of them according to an official Fluke source.

  • Load studies – Verify electrical system capacity before adding loads.
  • Energy assessments – Quantify energy consumption before, and after improvements, to justify energy-saving devices.
  • Harmonics measurements – Uncover harmonic issues that can damage or disrupt critical equipment.
  • Voltage event capture – Monitor for dips and swells that cause spurious resets or nuisance circuit breaker tripping.

What does a three-phase quality logger do?

The thing about electrical power usage is that it is continuously and constantly changing. We may find wasted energy one day and wonder where it all came from. And this is the specialty of three-phase quality loggers. Ideally, the main priority of quality loggers is not only to detect the root cause of the problem but is also effective in doing all kinds of tests.

On the other hand, they can also do electrical load studies, energy consumption testing, and general power logging. Furthermore, with the use of Fluke’s three-phase power quality saving, you’ll be able to find out where and when you are consuming energy. A feature that is beneficial for you since you can know where you can adjust certain electrical practices, and this device gives you exactly that. As a result, you can now create credible power-saving strategies to avoid waste.

Finally, when you’re continuously logging energy usage, the three-phase quality logger can effectively assist you in quickly and easily identifying waste faults. Therefore, identifying saving opportunities can be all the easier for you.

The Fluke energy logger commands ease of use and quality performance.

A sweetener for every Fluke device is that it promises easy usability. Even a first-timer can be able to navigate his/her way through a Fluke device and it’s one of its winning qualities. But don’t be mistaken, this tool is more hardcore than you think. Here are more of them.

  • Record power and associated parameters for up to 45 days.
  • Monitor maximum power demand over user-defined averaging periods.
  • Prove the benefit of efficiency improvements with energy consumption tests.
  • Measure harmonic distortion caused by electronic loads.
  • Improve reliability by capturing voltage dips and swells from load switching.

Resolve these failures using Fluke Tools!

Hey, you made it to the bottom! Are you currently looking for the best-performing test tools in the market to run daily maintenance checks on your machines? You’re in luck cause Presidium PH is an authorized distributor of Fluke test tools in the Philippines. Prevent these faults from penetrating your machine by using the best test tools there are!

If you want to know more about Fluke tools and their functions, visit our website for more info! This is a one-stop-shop for the best test tools within Metro Manila.

Shop now: https://presidium.ph/shop/?wlfilter=1&product_cat=fluke-power-quality-analyzers

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Importance of HVAC in A Workplace

Designed for those who are not familiar with the term HVAC, it simply stands for three things. These are Heating, Ventilation, and Air Conditioning. These three elements are what makes up for a comfortable room temperature. Ultimately, HVAC systems aim to improve the quality of the air you breathe. We may not notice it quite often, but HVAC systems are almost present wherever we go. It is present in our homes, in our workplaces, even the shopping malls we visit.

This leads us to the question; how does it improve the air we breathe? Simple, these three things are the constituents that are responsible for the hotness or coldness of a room. They also hold the power to control humidity or to dehumidify a room. To summarize, its main goal line is to help maintain adequate indoor air quality through proper ventilation with filtration to be able to provide thermal comfort.

How does HVAC benefit workplaces?

When we think of a workplace, the first thing that pops into our minds is an environment that’s easy, cool, and a space with a good ambiance. This kind of atmosphere is ideal for work. It can help boost an employee’s productivity, safety, and the overall mood for work. A workplace’s environment is one of the most important aspects of office workers. Ultimately, employees need a pleasant work atmosphere in order to function well throughout the day.

On the other hand, imagine a workplace with bad ventilation, either too hot (it’s going to make employees sweat), or too cold (employees will be shivering while working). It doesn’t paint a good picture, doesn’t it? Employees will either be too occupied tending to their own personal discomfort rather than working on their tasks.

This is why HVAC is an important aspect of a workplace. HVAC systems also contribute to the comfortability of every employee. Moreover, it allows occupants to have better performance gains, as well as health gains. Not only do HVAC systems make the atmosphere of the room more comfortable, but it also removes contaminants and dust from the air by using filters.

 

Different kinds of HVAC systems.

There are different kinds of tools and mediums that can help regulate the air in the room. HVAC systems also depend on what kind of environment you are living in. If you’re living or working in a place where it’s too cold, heaters are a better fit to balance the air in the room. Meanwhile, if you’re in a tropical place, it’s ideal to have air conditioning to make the place more comfortable.

To sum it up, HVAC systems come in different shapes and sizes. Here are some of them.

Heating Systems

These are instruments used to heat up space. Heating systems don’t just come in one shape, but there are different kinds to choose from. A furnace is a heating device that will run on gas or propane. On the other hand, boilers can function with the use of gas or oil to heat water. Meanwhile, with the use of a radiant floor, it has the power to heat any kind of concrete. This type of device is most commonly used at home. One type of heating system which we are all familiar with are fireplaces. These are mostly used as home decor; however, it is mostly saturated in homes that are located in places with chilly weather.

Cooling Systems

One of the most used tools to provide cool air is air conditioners. Take note that air conditioners come in different shapes and sizes. An air conditioner’s main purpose is to pull out cool air to ventilate the space. These devices are popularly used in homes that are located in tropical areas, office spaces, shopping malls, and different kinds of establishments. On the other hand, the use of evaporated coolers is also a popular choice for places with dryer climates.

Humidifiers

There are two types of humidifiers. One type are humidifiers which are used to add moisture to the air. And the second are dehumidifiers that are used to draw in warm air currents. These humidifying devices are options if heating systems and cooling systems are out of the picture. Ultimately, they still add quality into the air we breathe in a certain space.

Devices for HVAC system maintenance.

Fluke tools are one of the most rugged devices that are used for troubleshooting. However, these devices are also known to be flexible. Yes, they can withstand to work under pressure even in harsh environments. But ultimately, it can also save your device from early deterioration. This is because Fluke tools are best used at early detection of faults, not only in machinery, but in different kinds of devices.

In light of HVAC tools, Fluke can be a reliable tool for HVAC maintenance. Proven the fact that air quality plays a big role in workplaces. The best tools should also be used to maintain these systems.

The Fluke 985 Air Particle Counter

Is one of the most ideal tools to be used when detecting HVAC deficiencies. If you’re an HVAC maintenance professional, then you’re going to love this Fluke tool. One of the main contaminants of air quality comes from filters. However, with the use of the Fluke 985 Air Particle Counter, you could easily detect filter faults and air quality investigations.

Fluke 985 Particle Counter’s best features:

  • Ultra-lightweight and ergonomic design for easy single-hand operation.
  • Ten hours of standard-use battery life to last a full work day.
  • Data can be viewed in traditional tabular or trend graph at the user’s preference.
  • Configurable display, sample methods, and alarm setting for sample size count (raw count, per cubic feet, cubic meter, or liter).
  • Administrator password control (optional) for added security.

The Fluke 971 Temperature Humidity Meter

Is a tool that understands that one of the most important aspects of air quality maintenance is temperature and humidity. This is also the perfect tool for HVAC maintenance technicians and professionals who are specialized to perform indoor air quality checks.

Its main features include:

  • Compact and lightweight
  • Temperature ranges from -20 °C to 60 °C (-4 °F to 140 °F)
  • Measures dew point and wet bulb
  • Relative humidity from 5 % to 95 %
  • Min/Max/Avg Data hold
  • Low battery indicator

If you want to maintain the air quality in your workspace, get the best tools for it from your trusted Fluke distributor here in the Philippines:

Fluke 971 Temperature Humidity Meter

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What Is The Best Tool For Air Leaks and Partial Discharge Detection?

The Fluke ii910 Precision Acoustic Imager will act as your eyes and ears on the field when detecting air leaks and partial discharge. Moreover, it’s going to provide the ultimate safety for the personnel at work since it will allow you to do maintenance tests from afar. With a simple sweep of acoustic imagers, it will enable you to see the damage that’s not visible to the naked eye (cause really, how can you detect air leaks and partial discharge a million miles from the ground without risking your life, right?).

What are air leaks and partial discharges?

Let’s put in a good example for better understanding. Picture a flying red balloon full of helium miles up in the air. The balloon then suddenly goes haywire, then again, from a person peering up at it from a thousand miles on the ground, it’s probably just the air, right? Or is it? 

The point here is, we cannot see what’s actually wrong with the balloon, but we know that it’s there. We can see that the balloon is not entirely affected considering that it is not deflated and is still flying. However, we know that the “problem” is affecting its performance due to its erratic movements. This gives a huge probability that it’s experiencing air leaks. 

Now, in light of high voltage electrical wiring this somehow also holds special similarities with our erratic red balloon. First of all, it is called “partial” because it does not include the entire dielectric material. Second of all, like any object, partial discharges are mainly faults of imperfections or defects of the dielectric material (it may be a puncture or the results of aging high voltage wires). Furthermore, it doesn’t just stop at material imperfections, there are other circumstances that prompt partial discharges, here are some of them:

  • Defects on the material
  • Wrong installation with material damages
  • Surface contamination
  • Wrong application
  • Aging of material

The different kinds of partial discharge

That’s right, there’s not just one kind of leak. There are several to watch out for. Here are some of the most common leaks that you should be aware of when troubleshooting high voltage machines, wirings, or motors.

  • Corona Discharge – One of the most common discharges that often happens. From a maintenance person/professional’s point of view, this type of discharge is usually less concerning than others. It often occurs when discharge is directly into the air emanating from the sharp surface of the conductor.
  • Arcing Discharge – This one is usually caused by electrical breakdowns of gas. Arcing discharge happens when electrical current flows through the air between two conductors and this will eventually result in an ongoing electrical breakdown of gas. To further explain, it is the uncontrolled electrical current and ionization of the air that causes the arcing discharge. 
  • Surface Discharge – This kind of discharge mostly occurs on the insulation surface. On the other hand, it is also known as “surface tracking”. Furthermore, surface discharge is recognized as one of the most dangerous and destructive types of partial discharge. This can be caused by the weather or contamination of the insulator surface. These instances occur when insulation breaks down because of high humidity or poor maintenance. Additionally, this can also be the workings of moisture intrusions.
  • Void Discharge: This kind of discharge happens inside voids or defects of the solid insulation. They are also known as one the most destructive discharges to insulation. When not spotted immediately, they have the tendency to enlarge until they cause complete failure to the mechanisms.

Detecting air leaks and partial discharges in advance

Leaks and partial discharges are caused by minor defects that result in thousands of small repetitive discharges. Moreover, these “small repetitive discharges” also have the tendency to cultivate over time. When not detected early on, it might result in disastrous effects. This will cause equipment failure and dangerous arc flashes.

We can, however, detect these deficiencies ahead of time. With the use of Fluke ii910 Precision Acoustic Imager. This device is engineered to have the specialty of distinguishing high voltage electrical wiring imperfections which makes them perfect to get the job done.

Here are the key areas to look for partial discharges:

  • Insulators
  • Transformers
  • High voltage power lines
  • Switch gears
  • Arrestors
  • Busbars
  • High voltage coils
  • Breakers
  • Capacitors

The invisible threats are now visible!

The Fluke ii910 Precision Acoustic Imager is the best tool to detect air leaks and partial discharge. This device is an all-in-one device used by professionals at work to detect, locate, and analyze leaks and partial discharges. Moreover, it also provides the ultimate safety for men/women at work since it no longer lets you troubleshoot near high voltage wirings. You can find faults at a safe distance without putting your life or your health at risk.

Best features of Fluke Precision Acoustic Imager:

  • Quick and easy partial discharge detection and PD testing
  • Reduce outages and increase uptime
  • Cut costs and save energy every day by finding and fixing PD
  • PDQ Mode to capture and analyze partial discharge
  • Allows you to send analysis via an online reporting tool
  • Has a 7” LCD touchscreen display for easier visualization of air leaks and PD
  • Has a higher frequency range. Fluke ii910’s frequency ranges up to 100kHz.
  • Also has a wide frequency range for air leaks 
  • Provides instant analysis results in report format using advanced AI algorithm 
  • Long battery life! This device has two batteries in-store and can last up to 12hrs. 

Get the best tool for air leak detection and partial discharge from the Philippine’s #1 Fluke distributor: https://presidium.ph/

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