Traditional Measurement Tools Vs. Digital Measurement Tools What’s Better?

We know what you’re thinking, we could always use a trusty old measuring tape, right? We’ll be frank, using digital distance meters can provide the most advanced functions in terms of measuring. With this, you can experience measuring with extreme accuracy and fewer hassles. Measuring is, after all, one of the most important parts of construction. Here, we’ll be discussing traditional measurement vs. digital measurement tools. What’s better? Let’s take a stroll, shall we?

 

Using Traditional Measurement Tools 

We’ve all been through the tape measure phase aka, the use of traditional measurement. We’ve used it at least once in our lives and until this day, it proves to be very handy. People who are into DIY are probably going to be familiar with some basic tools and equipment used in construction. Of course, one of the most important parts of any project is measurements. Measurements bring the most out of the quality of the project. Let’s take a look at some of the traditional measuring tools.

 

What are the types of traditional measuring tools?

 

  • Ruler 

    One of the most common measuring tools in the market. Even kids are familiar with this one! It is easily understandable by displaying Inches on one side, and Centimeters on the other. It is used to measure small things and distances to produce accurate lines when drawing or simple geometry. 

 

  • Tailor’s Measuring Tape 

    We practically have at least one inside our households. It is known for its soft and bendy nature. Because it is more gentle than most measuring devices, it is mostly used to measure a person’s body. It also holds simplistic designs with Inches on one side and Centimeter on the other. 

 

  • Thermometers 

    There are two types of thermometers, one is the more traditional one which includes a glass tube, and inside, a hint of mercury. It’s what we put in our mouth or armpits when we get feverish. On the other hand, a modern type is a digital one that gets your temperature with a simple click of a button. 

 

  • Caliper 

    These tools can accurately measure the distance between the two sides of an object. Let’s throw in a tree trunk as an example. Calipers have adjustable ends that can be put at both ends of a tree trunk, hence accurately measuring its width.

 

  • Micrometer 

    A similar device with the caliper, however, this one does not only measure both ends of an object, but it can also measure length, depth, and thickness on an object. If you know how to properly operate a micrometer they can also bring quality outputs in terms of measurements.

 

  • Square 

    Ironically, a “square” is a measuring tool that is not shaped like a square but is an “L” shaped device that is made up of two rulers that are fixed to make the perfect right angle. 

 

  • Tape Measure 

    One of the most familiar measuring devices we know is a tape measure. Every homeowner probably has at least one in their toolkits. A simple yet very effective tool that can be used to measure the length, width, height, or depth of any object

 

Don’t get us wrong, even if we have advanced technology nowadays, some of these traditional measurement instruments are still widely saturated. They have gained their own reputation of being an effective tool in the world of construction or even in small to medium projects. 

 

However, let’s take a quick look at the pros and the cons of using traditional measuring tools.

 

Pros:

  • It has been tried and tested throughout the years and has gained its prominence of being one of the go-to’s of construction workers because of its reliable nature.
  • Very easy to understand, these devices are spot-on.
  • Budget-friendly.
  • You can find them in hardware stores.

 

Cons:

  • Might prove to be difficult to use in terms of environment (ex: it might prove to be difficult measuring in harsh weather conditions).
  • Its uses are for specific purposes (unless you get creative).
  • These tools are likely to be stored in unlikely places for tools making them lose some of their measuring potentials over time.
  • There will be more manpower involved in using traditional tools.

 

Now let’s move on to the advanced devices to use for measurement. 

 

Using Advanced Measurement Tools

While using traditional measuring tools has undeniable advantages, using advanced measurement devices can not only improve the quality of your work but the overall quality of your performance as well. Moreover, while traditional tools sport different instruments used for specific purposes, advanced measuring tools can have it all in one device. 

 

Furthermore, have the enjoyment of working on different tasks with just one device. Think about it. You can actually gather more groundwork with its wide variety of functions. You get to conserve your energy since the device will be the one working for you (advanced technologies are always a good investment). Additionally, have your expectations exceeded once you use innovative devices that are designed to do more than what they are made for!

 

Fluke’s Laser Distance Meter

One of the most recognized devices out there for troubleshooting and measurement is Fluke Tools. One of these measuring devices is the Fluke Laser Distance Meter. We cannot deny that the Fluke Laser Distance Meters does exhibit sophisticated measuring techniques unlike any other. Take a look at this… 

 

Some of its notable measuring abilities:

  • Provides a compass “heading” for distance measurement
  • Has easy-to-use addition and subtraction function
  • Includes automated end-piece correction. When measuring from an edge or corner, a built-in sensor detects the position of this bracket and automatically changes the reference point.
  • Provides audible keypad feedback
  • Offers improved visibility with a bigger, 4-line backlit display
  • Improved battery life of 5000 measurements with automatic shut-off feature
  • Offers minimum/maximum tracking to measure the room’s diagonal and horizontal distance from a stable measurement point
  • Allows mounting on a tripod for stable long distance measurements
  • Includes stake out function for marking off defined measured lengths
  • Strong environmental protection with IP54 (water spray and dustproof) sealing

 

On the other hand, let’s take a quick look at the pros and the cons of using advanced measuring tools.

 

Pros:

  • Fluke’s laser pointer will provide extreme accuracy when it comes to measurements.
  • It lets you measure distances even in harsh environmental surroundings since you don’t have to get close to them anymore. 
  • It has easy-to-read digital displays.
  • They are light and easy to use.
  • Have 100% straight accuracy. Don’t worry about it bending or swaying as traditional measurement tools do. You can’t get straighter than a beam of light (laser beam).
  • They have warranties.

 

Cons: 

  • It is an investment so it does go at a hefty price.
  • Sometimes they come off as “unnecessary” especially when you’re working on small (or medium) projects. 
  • They can also be a tad bit sensitive. This device needs very precise calibration for them to work properly.

 

Let’s wrap it up…

Now, we have the traditional measurement and the advanced technology measurement. What’s better? The answer is, it all depends on what you’re working at. If it’s a small home project then it’s better to use the trusty old measuring tapes. However, when you’re working on a bigger project, such as constructing a building, a house, a recreational center, museums, you name it, all the big shot construction work, then you might want to consider investing in high tech measuring devices such as Fluke Laser Distance Meters. 

 

Get yours and more at: https://presidium.ph/

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What Are The Different Kinds of Batteries and How Do We Maintain Them?

Why are batteries important?

Batteries are a daily necessity for every human. What powers cars? How do our mobile phones come to life? What is your camera’s source of life? Over time, batteries are one of the most used sources of energy to power gadgets or even some things as big as establishments. In due time, with progressing technology and gadgets, people are continuously improving on how to keep our devices alive for long periods of time. This is where multiple inventions came into play, such as power banks, chargers with multiple ports, and long-lasting batteries. Ultimately, batteries play a huge role in our day-to-day lives, and it’s important for us to also know how to maintain them properly.

The different kinds of batteries

There are numerous kinds of batteries to be aware of if we want to properly care for them. Batteries come from different kinds of sizes, usage, and applications. Let’s get to know each one, shall we?

Rechargeable batteries

Rechargeable batteries are your lifesavers. If they run out of juice to power up your device, simply place it in a charging port and it will regain power for you to once again, fire up your device.  

  • Non-Spillable/Sealed Lead Acid – Mostly used in boats, wheelchairs, scooters, golf carts, ride-on electric toys, boats, RVs, military aircraft, portable tools, field equipment.
  • Lithium-ion (Li-ion) – This type of battery is probably one that you are familiar with.  since it is used on cell phones, tablets, laptop computers, wireless accessories, power tools, video cameras, handheld electronics, electric, and hybrid automobiles.
  • Nickel-Cadmium (NiCd) – This kind of battery is mostly associated with devices such as older cell phones, older laptop computers, power tools, handheld electronics, toys, R/C hobby vehicles, and medical equipment.
  • Nickel Metal Hydride – Similar to Nickel Cadmium (NiCd), this kind of rechargeable battery can also be used on older phones, older laptop computers, power tools, cameras, handheld electronics, R/C hobby vehicles.

Non-Rechargeable Batteries

Unlike rechargeable batteries, these kinds of batteries are only good for one-time use. Once it’s out of power, it needs to be discarded.

  • Alkaline & Zinc Carbon – These batteries are mostly used for smoke detectors, cameras, toys, watches, and handheld electronics. 
  • Lithium (Primary) – Meanwhile, the most common uses for a lithium battery are more vast. These kinds of batteries are most commonly used in watches, cameras, handheld electronics, tire-pressure sensors, alarms, memory backup, high-temperature applications, pacemakers, remote car locks, and smoke detectors. 
  • Mercury – Unlike the other batteries that can be used in a lot of mediums, Mercury is commonly used in three devices. These are cameras, medical devices, and the military. 
  • Silver Oxide – Aircraft and torpedoes are one of the heavy-duty equipment that they power. However, this battery is also useful in some small objects such as watches, cameras, hearing aids, and cameras. 
  • Zinc Air – One of the most essential batteries saturated in the market since it powers hearing airs and watches.

Industrial Batteries

Industrial batteries are most commonly used in machinery, railroad, and backup power for data centers, utilities, and telecommunications.  

  • Absolyte – They are rechargeable batteries that can power big places and transportations such as telecommunication systems, railroad switchgear, signals, solar arrays, and uninterruptible power supply. 
  • Large Flooded Cell – This type of battery also powers big machines and heavy-duty objects. Use it in stationary power, telecommunication systems, utility systems, and uninterruptible power supply.
  • Nickel Iron – One of the more durable types. Feel confident in using nickel-iron batteries in rugged environments such as railroad signals and mining operations. 
  • Wet Nickel Cadmium – This kind of battery also makes heavy-duty equipment work. This big-time battery can power two of the most needed application in the government, and that is marine and aviation apps.
  • Steel Case – A popular type of battery for industrial-powered equipment. Power forklifts, industrial machinery, and motive power are one of the popular things that this battery powers.

Vehicle Batteries

These batteries are used for vehicles to power up some of their appliances once the engine is down. Like any other batteries, they have the capacity to power vehicles for a long time, but eventually, it’s power also runs out. This is why car owners also need to change batteries depending on the usage of the car. 

  • Electric Automotive – These kinds of batteries power electric vehicles and micro-mobility devices. 
  • Hybrid Automotive – The usage of hybrid automotive batteries is pretty spot-on. Auto hybrids are the ones that they solely power.
  • Automotive Lead Acid – This battery sports multiple uses in terms of powering ride-on vehicles. Motorcycles, boats, and outdoor equipment can also be powered by this battery.
  • VRLA – Stands for valve-regulated lead-acid battery. Similar to automotive lead-acid, the VRLA battery can also power a number of things such as automobiles, motorcycles, boats, wheelchairs, emergency lighting, and an uninterruptible power supply. 

Why do we need to properly maintain and analyze batteries?

This is so we can spot failures in advance and know how safe the battery is for usage. A common hazard in batteries is explosion and leakage. This can take place when the battery is under too much strain and pressure. Like our mobile batteries, they tend to slow down or fluctuate when we charge them too often or saturate their usage too much. Moreover, using them while charging is also a known fact to damage your batteries in advance. 

Determining battery deficiencies in advance stands to be important since these can cause low-performing devices if not spotted immediately. The ultimate care you could give to your battery is with the use of Fluke’s 500 Series Battery Analyzer, you’ll be able to measure internal battery resistance, DC and AC voltage, DC and AC current, ripple voltage, frequency, and temperature. The Fluke 500 Series Battery Analyzer is the ideal test tool for maintenance, troubleshooting, and performance testing of individual stationary batteries and battery banks used in critical battery backup applications

With the Fluke’s 500 Series Battery Analyzer, you’ll be able to:

  • Choose between automatic or manual sequence testing of batteries strings with automatic measurement storage including voltage, resistance and temperature 
  • Automatically capture values during testing
  • Configure multiple reference values and thresholds for resistance and voltage.
  • Quickly compare trends, analyze results and create reports with included battery management software.
  • Will allow you to download data and remote display while measuring.

Get your own at a certified Fluke distributor: https://presidium.ph/product-category/products/fluke-industrial-group-tools/battery-analyzers/

If you want to shop for more products, check out our wide selection of Fluke tools: https://presidium.ph/product-category/products/fluke-industrial-group-tools/

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What Are The Different Applications of Oscilloscopes?

What does an Oscilloscope do?

Let’s give a brief and easy description. Oscilloscopes are devices that allow you to see voltage changes. It gives an easy picture of what’s wrong since, thanks to advanced technology, Oscilloscopes can provide visual presentations of the waveforms of electronic signals. Let’s take a closer look, shall we?

To give more definition, let’s picture this. We all have televisions, air conditioning, and lights, right? These are electronics that need and run on electrical energy. And how do they pass these electrical energies to our devices? It’s through circuits. These circuits are the bridge that the currents run through. 

On the other hand, Voltage plays a very important role in powering our electronics. Why? The Voltage is the force that boosts a current that runs through the circuits. Now, imagine if something is wrong with the voltage. First of all, how are you going to detect something that you can’t see? Now that proves great difficulty right there. Second of all, you can’t troubleshoot something you don’t know. However, with the help of Oscilloscopes, you’ll be able to do Voltage readings through waveforms of electronic signals. Moreover, you may as well be troubleshooting blindfolded without this device.

Fluke Oscilloscopes

The Fluke Oscilloscopes are specially designed to troubleshoot devices and machinery. Take the Fluke Scopemeter Portable Oscilloscope 190-504 as an example. it is reliable even in the harshest environments with its built-in heavy-duty material. Moreover, this device sports sealed cases that protect them from dust, water vapor, drips, humidity, and airborne pollutants. Furthermore, these Oscilloscopes (depending on which model you choose) actually hold a built-in multimeter for you to take precise measurements. Definitely, a one-stop-shop for all your troubleshooting worries don’t you think?

Different applications of Oscilloscopes.

Oscilloscopes can be crafty things when it comes to uses. Its ability to accurately reading voltage faults can come a long way and not just with establishments, houses, or buildings. It all depends on what type of Oscilloscope you are using. There are two types of Oscilloscopes, and these are analog and digital Oscilloscopes.

Note that Fluke Oscilloscopes are digital and are specialized to read voltage faults and troubleshoot devices and machines. However, different types of Oscilloscopes (or Oscilloscopes in general) actually have a wider scope of uses whether it be analog or digital. And here are some of them.

Application of Oscilloscopes in automobile repair.

With continuously advancing technologies, the automobiles of today prove to be more complex than they once were. And at times, finding the source of “technical difficulties” might be like finding a needle in a haystack. Luckily, with the use of automotive Oscilloscopes, mechanical professionals can easily find defects with the auto in terms of surveying the fuel injectors, examining a car without an engine start, engine management systems, brake, and balance systems.

On the other hand, it ultimately benefits the mechanical engineers since the Oscilloscopes can actually save them more time in pinpointing voltage defects.

Application of Oscilloscopes in the medical field.

Are you familiar with the beeping machines in the ICUs (intensive care unit)? These are the ones you look at to check if the heart is still beating or if it is flatlined. Those are the works of Oscilloscopes. These devices can be used to measure brain and heart activity. On the other hand, this equipment also proves to be useful for our laboratory and medical technicians.

Application of Oscilloscopes in telecommunications.

Our number one source for entertainment and communication is through telephones, television, radios, automotive, and a lot more. So what do all of them have in common? They all run on electricity. Moreover, shining light at the backdoor of their production, there are a lot of processes in which they have to go through just to come out of manufacturing.

Professional technicians are the ones who are responsible for lab work and design. They are then managed by electronic engineers who also act as the “second eyes” to ensure the proper functionality of the devices. Having Oscilloscopes by their sides is not a bad idea for easier voltage reading to ensure proper functionality of each device.

Application of Oscilloscopes for educational purposes.

Teach them while they’re young, they say. When we first hear about the word Oscilloscopes, complications immediately come into mind. But having a complicated word does not mean that everything that comes with it entails complicated structures and processes. 

You see, youngsters can use Oscilloscopes as an educational tool. It can be a refreshing activity, especially for those who have an eye on becoming an operating and troubleshooting professional one day. Additionally, you can try letting them tinker with analog Oscilloscopes and let them view circuit-changing waveforms. Meanwhile, transmitting bytes from one device from another can be observed using an Oscilloscope.

Application of Oscilloscopes for awesome experiments.

As human beings, it is normal for us to get curious. Sudden thoughts of what “if’s” pop into mind and that is the time when we experiment. Well, in the case of experiments, Professor Crampton, Professor of Zoology at the University of Central Florida recently visited the Amazon to test some eels. And with the use of Fluke 190-202 ScopeMeter, he measured the voltage of the new eel species and broke a world record! 

Tremendously, the experiment actually garnered worldwide recognition earning an award at the Guinness Book of World Records! Amazing isn’t it? Once again, Fluke tools have proved to be true to their word of being rugged, reliable, and can withstand even the harshest environments. 

Get your fluke tools now, from a trusted distributor: https://presidium.ph/

Fluke Oscilloscopes Model:  https://presidium.ph/product-category/products/fluke-industrial-group-tools/portable-oscilloscopes/

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5 Best Tools for Solar Power Maintenance

What are solar powers?

When we hear about solar power or solar energy, the first thing that comes into our minds is the sun. In simple forms, it only means that something is being powered by the sun. And this does not only apply to minimal things, but it powers homes and establishments as well. Through the years, solar power has grown into a fascination for its powerful capacity to bring things to life through the sun.

So how do they do it? It is all because of the “photovoltaic effect”. You see, these solar panels are built with layers of silicone cells. Let us take a closer look at silicones. Silicones are nonmetals with conductive properties that allow them to absorb and convert sunlight into usable electricity. Therefore, when sunlight hits these silicone-infused panels, it will allow electrons to be set in motion creating a flow of electric current.

Why does a solar power plant need maintenance?

Let us make buying a car an example. Buying automobiles is a huge investment. More so because they do not usually come cheap. This leads us to the question, do you usually have your car checked, or do you just dismiss the sketchy sounds it makes over time?

Therefore regular maintenance checks are important because it makes certain that the product is working well. Such minimal sounds will lead to disastrous effects in the long run. Additionally, all things need to be maintained to function well. And this does not only apply to cars and solar power plants. It transcends to other things as well.

General maintenance checks for solar power plants:

  • Make sure that there are no loose hanging wires in the array.
  • Be sure that electrical enclosures are accessible only to authorized personnel.
  • Make sure that there is no clogging or water pooling.
  • Drainages surrounding the power plant must be adequate.
  • Be certain that there are no ground erosions on the base of the ground mount system.
  • Inverter pads should be debris-free.
  • Be wary of animal infestation.

Fluke tools to maintain Solar Power Plants

A solar power plant’s purpose is to literally soak up sunlight. However, we cannot dismiss the harsh effects this may take on the panels in the long run. These Fluke Test Tools are the best maintenance tools in the market. Not only do they sport user-friendly features, but these devices are known to give you solutions to your machine’s shortcomings. Additionally, they have a solidified reputation of being durable, rugged, and reliable among other maintenance tools in the market.

Fluke Battery Analyzers for Solar Power Plant Maintenance

It is a given that solar energy comes from the sun. However, some solar panels are boosted by batteries. Mostly, they are powered by lithium batteries that can last up to 15 years. Additionally, these batteries are a known key component of every solar power plant. Therefore, regular maintenance of the batteries proves to be of utmost importance.

With the use of battery analyzers, these devices can make checkups or perform troubleshoot testing on stationary batteries and battery banks of all types.

Features of good battery analyzers:

  • Can take measurements of internal battery resistance, DC and AC currents, and temperature readings.
  • Has sequence measurement mode that can automatically or manually test a sequence of battery strings.
  • A good thing to have for battery analyzers is comprehensive logging. This will allow you to review data and have it downloaded for on-the-go data

Battery Analyzers

The Fluke BT500 Battery Analyzer actually has all of these qualities and more. They carry a broad range of battery analyzer functions from resistance tests to full condition testing. This device uses an automated string function testing and a test probe integrated infra-red temperature measurement system.

Fluke Insulation Testers for Solar Power Maintenance

A handy device to keep inside your toolbox. Insulation testers have multiple functions that can help solar operations and maintenance professionals find answers in regard to the machine’s health. Fluke insulation testers can determine power quality failures and perform spot checks. Furthermore, switchgear, conductors, and cables can also be saturated by this device.

Ideal features of an insulation tester include:

  • Automatic power off to save battery
  • Live circuit detection prevents insulation tests if voltage > 30 V is detected for added user protection.
  • Auto-discharge of capacitive voltage for added user protection

Insulation testers

The Fluke 1577 Insulation Multimeters are ideal for testing high-voltage equipment. It features superb features such as a magnetic hanging system that lets you work freehand and tend to other work. Furthermore, have the confidence of bringing it anytime anywhere since it sports rugged features and a hard case.

Fluke Clamp Meters for Solar Power Maintenance

Fluke clamp meters are known to be one of the best troubleshooting tools in the market. Clamp meters such as the Fluke 323 True RMS Clamp Meter can be used for RMS measurements, optimized ergonomics, and it sports a large display for efficient troubleshooting. Moreover, it provides a wide variety in terms of function and uses. Feel confident to verify the presence of load current and AC voltage. Additionally, Fluke clamp meters can also measure the continuity of circuits, switches, fuses, and contacts.

clamp meters

Features of a reliable clamp meter include:

  • Rugged, reliable basic True-RMS clamp meter for measuring current up to 400 A
  • Measures AC current to 400 A
  • Measures AC voltage and DC voltage to 600 V
  • Provides True RMS AC voltage and current for accurate measurements on non-linear signals
  • Measures resistance to 4 kΩ with continuity detection

Fluke Digital Multimeters for Solar Power Maintenance

Solar power maintenance requires numerous electrical measurements. Therefore, using a Fluke Digital Multimeter is one of the most probable solutions to perform the best maintenance checks. Furthermore, these kinds of projects require a tool that can measure AC and DC voltages. Therefore a digital multimeter is one of the ideal choices when troubleshooting solar power maintenance. This device can do voltage detection, installation, and troubleshooting of the combiner box and inverter.

Look for the following features in a digital multimeter:

  • Features a compact ergonomic design for one-handed operation
  • Comes with a holster with probe holders for easy storage
  • Features manual and automatic ranging
  • Min/Max/Average to record signal fluctuations

Fluke Infrared Thermometers for Solar Power Maintenance

Sun and electricity are the key components when powering solar power plants.. This is one of the reasons why an Infrared Thermometer must be included in your solar operation and maintenance professional’s toolbox. Devices such as these can be handy when inspecting hotspots on PV modules, electrical panels, and breaker panels.

Helpful Features of Fluke VT04A Visual IR Thermometer:

  • Features PyroBlend Plus optics to provide an excellent field of view for tight spaces and sharp images
  • Provides temperature alarms and automated monitoring to identify intermittent problems overtime or get alerts of a temperature outside the expected range
  • Presents hot and cold markers to instantly identify the hottest and coldest spots within the field of view

Get one of these cutting-edge tools at: https://presidium.ph/

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Buying from Official Fluke Distributors Vs. Buying Secondhand Fluke Tools

Fluke tools are one of the most sought-after electrical maintenance tools in the market. With this said, their reputation of being durable, rugged, and reliable will not falter over time whether you choose to buy pre-owned tools or purchase from official distributors. May we suggest weighing the pros and cons first?

Purchasing from an official Fluke Test Tools distributor.

With technology and abundant resources nowadays, legitimate products can easily be duplicated by unofficial distributors. To ensure the legitimacy of products, it is advisable to get your Fluke products in an official Fluke distributor within your country.

In the Philippines, Presidium PH Corporation is one of the official distributors of Fluke Industrial Group and Fluke Calibration products. From particle counters, multimeters, vibration testers, Fluke calibration tools, and a lot more! This is a one-stop-shop for all your maintenance tool needs.

Now, what are the benefits of purchasing from an official Fluke tools distributor?  Well, one of them is having the convenience of buying in your own country. Additionally, this also entails hassle-free transactions since you don’t need to worry about shipping fees. Moreover, keep your mind at ease with the thought of buying an original product. On the other hand, when buying second-hand tools, you will always have a hint of doubt even if the seller tells you that the product is original.

 

What we have in store…

We are happy to assist you with your maintenance needs by providing high-end tools. As mentioned, Presidium PH Corporation has a wide variety of Fluke Test Tools, here are some of the best maintenance tools of Fluke…

Buying Fluke second-hand tools.

You can practically find used equipment by simply searching online. However, you must also know the risks of buying secondhand tools. Here are some of the things you would want to consider before buying pre-owned Fluke tools.

  • You would not completely know how old the tool is.
  • You will not know how the Fluke tool has been used. It might have been saturated in a stressful environment before they decided to sell it.
  • Moreover, you may not know how and when the instrument was calibrated.
  • If there were repairs made to the device (whether the repairs were done correctly), you would not know it.
  • When buying pre-owned Fluke tools, you would not know if the device still continued or has been discontinued.
  • Used Fluke tools do not come with manuals.
  • Secondhand Fluke tools do not come with warranties.

What makes Fluke Tools the best purchase?

Fluke Test Tools are a certified good investment. Why? It can literally give you the solutions to your machine problems by simply attaching these tools to the machinery. Some Fluke tools do not even need to be attached since they can do readings from afar. Cool right? Moreover, if you are running an establishment or planning on building one, consider investing in Fluke tools since these devices will take care of your establishment in the long run. Ultimately, maintenance professionals favor these tools because not only does it sport great features, but it also showcases user-friendly functions.

Make one your very own! Get your Fluke tools now at Presidium PH: https://presidium.ph/

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What Are the Best Fluke Troubleshooting Tools?

Every preservation team will undoubtedly feel like a professional electrician or a maintenance expert with the best Fluke troubleshooting tools in their back pocket. We are talking about the leading test tools in the market. These tools will ensure effortless documentation of common electrical issues in HVAC, networks, motors, and electrical panels.

Troubleshooting with Fluke Thermal Cameras

Identify the root cause of motor problems with Fluke’s Thermal Cameras. It can read problems in advance which makes it a useful tool for preventive maintenance. Fluke Thermal Cameras’ star feature is showing the machine’s motor condition by detecting its heat signatures. Moreover, in terms of usage, Fluke Thermal Cameras provide security for the maintenance person who is in use.

Safety of using Fluke Thermal Cameras:

  • Prevent getting risky with electricity – This tool can read far without having to touch the electrical equipment. In addition, thermal cameras can measure motors without opening any electric panels. Definitely a far cry from being at risk with electricity.
  • Stay safe from flammable areas – Using a thermal imager with a telephoto lens can let you stand farther away from the equipment in a potentially explosive environment and still get the detail you need.
  • Be confident with inspections – The long-distance capabilities of an infrared camera with a telephoto and/or wide-angle lens can also allow you to scan a lot of ceiling, roof, or wall areas from the ground.

 

The Fluke PTi120 Pocket Thermal Camera lets you automatically organize and file thermal images with Fluke connect. Also, this device can measure data to the pixel with 120×90 infrared resolution. Enjoy its easy navigation with its touchscreen features that can further benefit troubleshooting. In addition, it can do quick scans of  electrical equipment, machinery, and other assets. Finally, it sports lightweight features so feel free to carry it around in your pocket!

 

Troubleshooting with Fluke Vibration Testers

Vibration Testers have the power to anticipate mechanical failures in advance. It is a given that such motors and drives do not come cheap. Therefore, when motor deficiencies pop up, they come at a more expensive price. Additionally, these motors have the tendency to have shaft imbalance, looseness, misalignment, and to bear water. Such issues as these will cause catastrophic effects for the machine when not caught immediately.

 

Other causes that contribute to the motor or mechanical decay:

  • Motors can easily decay when the temperature is not right. Therefore, they should be placed in an even environment. Not too humid, not too cold.
  • Machines are sensitive to dust and other contaminants.
  • They are prone to power surges.
  • Moisture and humidity can shorten a motor’s life.
  • Make sure to lubricate your motor regularly.

 

Fluke 810 Vibration Tester allows you to…

  • Understand and pinpoint the root cause of the problem.
  • Anticipate equipment failure.
  • Identify the most common mechanical faults.
  • Provides detailed diagnostic reports. This will help in narrowing down the root cause of failures.
  • Let us save your machine’s data with 2GB of expandable memory.

 

Troubleshooting with Fluke Multimeters

With its well-known reputation for being rugged and reliable, Fluke Multimeters will be able to take on any environment. Moreover, the Fluke 179 True-RMS Digital Multimeter is the industry-standard troubleshooting device used by seasoned technicians everywhere. It sports navigation ease and provides solutions to maintenance professionals.

 

Fluke Multimeters will allow maintenance professionals to:

  • Accurately get voltage readings and current readings when measuring complicated AC signals.
  • Easily detect malfunctioning signals through a graph presentation.
  • Conveniently take temperature readings with a built-in thermometer.
  • Fluke is easy to use and can be used even in the most rugged environments.

 

Troubleshooting with Infrared Thermometers

Infrared thermometers (like the Fluke 64 MAX) are perfect for troubleshooting malfunctioning HVAC systems. These are machines that deal with heaving, ventilation, and air conditioning. In addition, such mechanical systems are bound to make unusual sounds, and this indicates that deficiencies are about to take place. However, with the use of Infrared Thermometers, maintenance professionals will be able to prevent drastic measures from happening.

It will be helpful for maintenance professionals to determine the “hot spots” in electrical equipment and do temperature checks from afar. Furthermore, this high-end device can identify problems in electrical switchgear. That’s not all, this high end device can also detect leaks and has the ability to monitor and measure massive machines and rotating motor equipment. In addition, with its ability to take temperatures from afar, maintenance professionals won’t have any trouble measuring hot and cold areas in high ceilings, air temperature discharge, and troubleshooting air ducts.

Morover, this device will allow you to do regular maintenance checks on every HVAC equipment and motors all throughout your facility. Finally, if such instances occur when the device captures discrepancies, then it might be time to call in a specialist.

 

Best features of Fluke 64 Max:

  • Precise laser technology for more accurate and repeatable measurements.
  • Easy-to-read backlit LCD display for easy viewing even in dark environments.
  • IP54 rated for extra protection against airborne contaminants.
  • 30-hour battery life
  • Displays the minimum, maximum, or average temperature.
  • Small and lightweight design fits easily into your toolbox.

 

Troubleshooting with Fluke Oscilloscopes

Troubleshooting has never been simplified with Oscilloscopes. These devices were originally designed for engineering and troubleshooting systems that contain complex signals. Moreover, unlike other troubleshooting tools, Oscilloscopes can measure engines much faster. In addition, they also have wider measurement bandwidths than multimeters. One of the advantages that Oscilloscopes have is a built-in multimeter such as the Fluke 120B Series Industrial ScopeMeter Hand-Held Oscilloscopes.

 

Benefits of using an Oscilloscope:

  • They can display, read, and measure complex signals.
  • Can graphically show distortion and noise that may be present in the signal.
  • Can be line powered or battery powered.
  • Will be able to save or recall data and instrument setups.
  • Contains an adaptor connected to an internal USB port to wirelessly transfer information to the PC, laptop, or Fluke Connect mobile app.

 

Get one of these Fluke Troubleshooting Tools at Presidium PH! Not only can you shop for Fluke Infrared Cameras, Fluke Thermal Cameras, Fluke Oscilloscopes, Fluke Vibration Testers, and Fluke Multimeters, but you will also be buying them from the official distributor of Fluke products in the Philippines. Get yours now!

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Fluke’s FoodPro Plus is a Must-Have for All Food Service Professionals

Good food is even better if it guarantees good quality! A lot of excellent food service professionals take extra precautions and safety measures to ensure that their product is in its best shape. One of the precautionary measures they carry out is doing fast and accurate temperature monitoring. Temperature monitoring is done from the moment you receive the frozen goods, all the way to it being cooked and served to its consumers. 

On the other hand, from a consumers’ point of view, more often than not, we don’t even bother noticing the temperature of the food we are about to eat. However, giving light to temperature importance, our foodservice professionals make it a habit to observe the proper coldness of our food, and proper heating as well. This is where Fluke’s FoodPro Plus comes in handy. 

Why is food temperature important? 

Let’s take meat for example. This is common knowledge to all foodservice professionals. According to the U.S Department of Agriculture, proper cold temperatures will reduce the growth of microorganisms and harmful toxins. Moreover, this will also protect the meat from bacterial growth and prevent it from getting molds. 

Meat is a good example of temperature checking. In such circumstances that they are not chilled or heated properly, it will result in disastrous effects. On the flip side, cooked meat also needs reassurance of a good temperature. A temperature of 75 °C must be reached to ensure all food poisoning bacteria are gone. 

Fluke’s FoodPro Plus is a Must-Have!

The FoodPro Plus is the complete solution to measure the proper coldness or hotness of the food. Fluke’s FoodPro Plus is the new must-have to ensure food safety. This equipment provides state-of-the-art technology to ensure proper temperature checks. You need not even worry about cross-contamination since this device can measure temperature from afar. 

Need to penetrate deep into the product? The FoodPro Plus can also puncture deep for internal temperature readings. Fluke’s FoodPro Plus also highlights a special feature which is the HACCP check lights.  This feature is a warning signal if the food has reached the correct temperature whether it is hot or cold.

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Fluke Digital Multimeters: Using Current Clamps On Multimeters

Accessory current clamps can expand a multimeter’s flexibility and measurement capabilities by allowing it to measure up to thousands of amps. The clamp accessory reduces the actual measured current by a fixed ratio. This means that the current maximum is now limited by the clamp instead of the multimeter.

The following discussion focuses on the most common types of current clamps used with digital multimeters (Digital multimeter):

  1. AC only with a milliamp output like the Fluke i200, i400, 80i-400, 80i-600A or i800
  2. AC/DC with a millivolt output like the Fluke i410 AC/DC Current Clamp AC/DC Current Clamp, i1010 and 80i-110s

Note: This is not a complete user guide. Make sure to read the safety and usage information contained within the clamp’s instruction sheets.

AC clamps: Fluke i200, i400, 80i-400 or i800

The i200, i400, 80i-400, and i800 are current transformer-type clamps that have an output of 1 milliamp ac per amp ac. This is a 1000:1 ratio. Additionally, they also have banana plug connections. However, take note that these clamps do not measure dc current.

To use these clamps with a Fluke Digital multimeter, the meter must have a milliamp input jack. Plug the black output lead into the meter’s common jack and the red output lead into the meter’s milliamp or mA input jack. Set the meter’s function switch to read ac milliamps.

Furthermore, place the clamp jaws around only one conductor of the circuit. Clamping around both the line and neutral conductors (like a line cord) at the same time will cancel the current flow reading. If there is currently flowing in the circuit, the milliamp reading in the display will be the actual current flow in amps.

The reading on the Fluke 87V Industrial Multimeter display (15.86 mA ac) corresponds to a true circuit current of 15.86 amps ac. The reading on the Fluke 289 True-RMS Data Logging Multimeter display (225.32 mA ac) corresponds to a true circuit current of 225.32 amps ac.

AC/DC clamps: Fluke i410 AC/DC Current Clamp AC/DC Current Clamp and i1010

The i410 and i1010 are ac/dc Hall Effect type clamps. That is, they contain Hall Effect sensors, and have internal electronics and a power switch. These clamps have an output of 1 millivolt ac per amp ac for ac current measurements and 1 millivolt dc per amp dc for dc current measurements. Again, these have a 1000:1 turns ratio.

To use these clamps with a Fluke Digital multimeter for best results, the meter should have a millivolt range for either ac or dc voltage depending on the current to be measured. And then, there are ac current measurements. For this to work, plug the black output lead into the meter’s common jack and the red output lead into the meter’s V/? input jack. Set the meter’s function switch to read ac voltage or ac millivolts.

Connections for i410/i1010 clamps with a 289 Digital multimeter

The reading in the Fluke 289 True-RMS Data Logging Multimeter display (7.437 mV ac) corresponds to a true circuit current of 7.437 amps ac.

For dc current measurements, here’s what you have to do. Plug the black output lead into the meter’s common jack and the red output lead into the meter’s V/? input jack. Set the meter’s function switch to read dc millivolts. Turn the clamp on by pressing the green power button.

Here’s what you should do for the most accurate dc measurements. With the jaws closed use the “zero” adjust to zero the displayed reading before clamping around the current to be measured. DC measurements only require zero adjustments. Only one conductor should have clamp jaws wrapped around them. If there is currently flowing in the circuit, the millivolt reading in the display will be the actual current flow in amps.

AC/DC clamps: Fluke 80i-110s

80i-110s is also an ac/dc Hall Effect Type clamp. This is a dual-range clamp with an output of either 10 millivolts or 100 millivolts per amp ac for ac current measurements or 10 millivolts or 100 millivolts per amp dc for dc current measurements. Use the 100 millivolts per amp position for accurate current measurements up to 10 amps and the 10 millivolts per amp position for current measurements exceeding 10 amps but less than 100 amps

initially, this clamp was originally designed for use with an oscilloscope and terminates with a BNC-style connector. To use it with a Digital multimeter, add a PM9081/001 BNC to the dual banana adapter. Therefore, for best results, the Digital multimeter should have a millivolt range for either ac or dc voltage, depending on the current to be measured.

Meanwhile, for ac current measurements, plug the black output connector into the meter’s common jack and the red output connector into the meter’s V/? input jack. Set the meter’s function switch to read AC millivolts or AC voltage. Finally, turn the probe on by sliding the switch from “Off” to the appropriate range position depending on the current.

To know more of our fluke Digital multimeter products, visit our website at https://presidium.ph/product-category/products/fluke-industrial-group-tools/digital-multimeters/

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How To Track Intermittent Faults In Overhead Utility Cables?

Intermittent faults are notoriously hard to find. If you don’t know when they’ll occur, you need some form of data logging. To put it simply, intermittent faults are malfunctions of devices or systems caused in intervals. In addition to this, you may also need to transfer the data remotely. So, measuring instruments should be versatile and intelligent with a Wi-Fi connection, and may need to read two external sensors.

Intermittent Faults: Overhead and underground utility cables

One of the users is an energy utility with extensive overhead and underground cables. Like the vast majority of energy utilities, they need to know the overhead cable power quality. Alongside the faults found in any other network, these are very sensitive to all kinds of weather phenomena.

Moreover, strong winds can cause wires to “gallop” and touch each other. That can cause voltage dips or short interruptions. Wires can then or at other times touch trees which can cause flashovers or even fires. Pylons can blow down, broken branches can damage cables, and driving rain or hail can penetrate electrical joints.

This utility’s end customer was complaining of flickers and voltage fluctuations. The maintenance department measured power quality parameters on the overhead power lines. Crucial measurements because these parameters give you some of the most important top-level fault-finding information.

Intermittent Faults: Excessive flicker and voltage dips

The measurements verified that flicker and voltage dips exceeded EN50160 limits, but the cause was not clear. One possibility was the wind making tree branches either touch the wires or shake a wire loose at a poor connector. Your first thought might be to send someone out to check, but long lines are expensive to test that way. Then again, a windy environment is ideal for measurements like this. This is because whether a branch hits the line (for example) will depend not only on the clearance but also on the stiffness or flexibility of the tree.

Our Fluke 1748 three-phase power quality logger monitored the wind speed across an anemometer. Importantly for energy utilities, 1748 complies fully with the 3rd edition of the IEC61000-4-30 standard. The logger captures voltage, current, power, energy, frequency, and power factor. It quickly assesses power quality to standards like EN 50160 and IEEE 519. The instrument is rated at 600 V CAT IV/1000 V CAT III for service entrance, substations, and downstream. It stores more than 20 separate logging sessions, and can quickly create reports to confirm the findings.

Results sent over Wi-Fi

A Kirwan INT10 BA® anemometer was fixed to the top of a 230-V supply pole, supplied by the battery to ensure uninterrupted power.

The Fluke 1748 was fitted with a 174x AUX accessory that accepts two inputs, one between ± 10V DC and the other between ± 1,000V DC. The AUX inputs can be freely scaled in software, and the signals can be correlated to each other. That was key for this application and is virtually unique to 1748. The first input was attached to the anemometer, which converts wind speeds of 0 to 60 m/s to a linear output signal of 0 to 10 V. The second monitored the overhead cable voltage.

The instrument software allowed the utility to analyze the results immediately and download the data to a laptop 10 meters away without interrupting data logging. A month’s worth of measurements correlated voltage variations and wind speed. That confirmed the fault caused to be galloping wires, and the problem was quickly found to be worn wire connectors.

Repayment times

Repayment time is possibly the single most important measure of an instrument’s value to our customers. In cases like this, though, it’s difficult to assess: how do you value your customers’ goodwill and how they feel about your service? Let alone the work satisfaction and reputation of a fault quickly solved by your maintenance department.

Reach us through this link or contact us at +632 84590167 / +632 82570795

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Electrical Transmission Cables

  • Measuring tools: Fluke 1587 Insulation Multimeter
  • Operator: Singapore electrical utility
  • Tests conducted: Insulation resistance cable test, continuity, voltage

When the electrical transmission is underway and distributed from generation plants to the end-users, it passes through numerous sections of low voltage and high voltage cables. These transmission cables are also used to connect to the secondary outputs of current transformers (CT). They are deployed at both ends of the transmission stations, also known as sub-stations. The Fluke 1587 Insulation Multimeter is the direct action to any electrical transmission cables’ faulty wirings.

To protect critical equipment and prevent the escalation of faults, these pilot cables serve to detect any unbalances between the corresponding pairs of CT. Ultimately, this may affect the entire transmission network. While only one pair of wires is needed to complete the connections, operation, and redundancy, planning calls for a minimum of three functional pairs of wires at any one time.

About electrical transmission.

It is impossible to have a single cable that spans the vast distance between sub-stations. As a result, this can imply a connection of cables. To say the least, such joints are the weakest links in the system. Ultimately, environmental factors can cause faulty joints. One of these factors includes thermal stress and moisture absorption. The failures will show up when current readings taken at the secondary of CT deviate from the proportional primary current readings. Remember, never be complacent with these kinds of abnormalities so it’s always safe to contact someone who knows their way around. Call utility maintenance when these kinds of faults occur.

Meanwhile, maintenance men have to travel to the sub-station at one end to isolate the affected CT and pilot cable at that sub-station. Then they need to travel to the sub-station at the other end to check the insulation resistance of the pilot cable.

While they’re at it, they will check the pair of wires that have been used, as well as all the remaining 4 or 9 pairs of wires in the same bunch of pilot cable, and ensure at least three pairs are functional. As some wires may have permanent damage, there’s actually a way to prevent this. How? With the use of colored cables. Different colored wires are mixed to achieve a minimum of 3 functional pairs. Therefore, the team must verify the exact inter-connect pairs and they term this work as “phasing”.

Thereafter, to prevent abnormality, make it a habit to check insulation resistance. This also goes for “phasing”.

Remember…

In addition, these tests can be mandated by a new extension of cables due to civil engineering works. It’s no secret that time is critical for maintenance men, so the faster the troubleshooting, the better. Moreover, doing these tests in the shortest time possible is a huge plus. Maintenance people find the Fluke 1587 Insulation Multimeter a very versatile tool. Why? This device can perform insulation resistance tests as well as voltage measurements and continuity checks.

For testing of high voltage equipment, cables and switchgear, the team relied on the Fluke 1550B 5 VK MegOhmMeter.

Get your Fluke tool from a trusted source!

Presidium PH is an authorized distributor of Fluke test tools in the Philippines. So if you want to know more about Fuke tools and their functions, visit our website for more info! This is a one-stop-shop for the best test tools in the market! With a wide selection of the best troubleshooting and maintenance devices, this is your one-stop-shop for all your device needs when it comes to choosing the best device for your electrical transmission needs.

You could now buy Fluke 1587 Insulation Multimeter from us! Simply contact:+632 84590167/ +632 82570795 / +632 82515165 or visit our e-commerce site.

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