A good infrared thermometer will let you stand at a safe distance from the heat and still give you a quick and accurate read on the temperature of whatever you point it at, making it a massively useful addition to your arsenal. Best Infrared Heat Gun Thermometer in general. Keep reading!
To make sure you’re working with the best possible kit, we’ve put together an in-depth review of some of the best infrared thermometers available.
The Infrared Heat Gun with Extension Kit is that the most reliable thanks to applying markings to the pavement with consistent heat or soften and reheat asphalt for patching. Its design allows for the flame to burn outside the combustor so that the handle is kept cool to the operator during application.
This heat gun is safe and features a trigger that will shut off the flame and provide propane immediately. It is UL® and CE certified and features a regulator that has a tool to shut off propane if the hose is cut or features a serious leak.
This heat gun uses a trigger system making it easy to use, and you don’t need a pilot flame, batteries, or flint. The infrared Heat gun has an integrated 2’ extension tube that creates it 3’ long. Use this heat gun for your next asphalt maintenance project.
• Supplies 200,000 BTUs of power
• Lightweight: weighs 3.4 lbs
• Provides a steady heat for patching cold seams or applying thermoplastic markings to the pavement
• Safe to use: UL® and CE certified. Trigger to shut off propane and flame.
• Easy Installation: No hardware required
• Can withstand up to 300 lbs of pressure
Thermo Works Industrial Infrared Temperature Gun
The Thermo works Industrial IR non-contact temperature gun is our favorite gun style infrared thermometer with a great range of features, even if it is a little less robust than our overall winner.
With a 12:1 distance-to-target spot ratio, you’ll be able to get a 1-second read on the temperature of a 1-inch section of most surfaces from 12 feet away. You can expect that reading to be accurate as well, with the Industrial IR Gun temperature ranges running from -76 to 1022°F and its accuracy giving you less than 2% variability.
Adjustable emissivity settings mean that anodized aluminum, copper pans, and polished stainless steel won’t throw off your readings because of their low emissivity rating.
The Industrial IR temperature gun has an optional “hi-lo” alarm built-in, which means you can set an ideal reading range, and the thermometer will sound an alarm if it detects temperatures significantly above or below that level.
This comes in very handy for a variety of reasons, such as checking your HVAC systems, your household insulations, and even the seal on your offset smoker.
What we like
The adjustable emissivity – The adjustable emissivity settings means the Industrial IR Gun is ideal for use in any kitchen that features a lot of stainless steel or adonized aluminum. Usually, these surfaces throw off an infrared thermometer because of their low emissivity rating, but the Industrial IR Gun can be adjusted to overcome that drawback.
The “hi-lo” alarm – great for looking for hotspots or busted seals in your smokers, pellet grills, or anything where keeping consistent temperature is essential. You don’t need to keep writing down and comparing numbers; you can just set a temperature range and listen for the alarm.
Better battery power – Unlike the 62 MAX Plus, the Industrial IR Gun is powered by 2x AAA batteries, which gives it longer battery life.
What we didn’t like
It’s not particularly durable – The Industrial IR Gun doesn’t have the IP 54 rating or the 3-meter drop resistance of the 62 MAX Plus, making it a little more vulnerable to the standard variety of kitchen accidents.
Why bother buying both an infrared thermometer and a search thermometer when the Thermapen® IR bundles both in one compact package!
We were already big fans of the original Thermapen Mk4, now with the addition of an IR scanner on the other end, the Thermapen® IR is a fantastic, versatile tool in any pitmaster’s armory.
You can check your grill plate is up to temperature, slap on your steaks, and use the same tool to make sure you’re taking them off the grill just before they hit perfect medium-rare.
The Thermapen® IR can be used both left and right-handed, and the LCD backlit display rotates, so you’ll always be able to see the readout. It comes with adjustable emissivity infrared settings, from 0.1 to 1.0, so you’ll be able to adjust for any low-emissivity surfaces you might be using.
You can also expect an accurate temperature reading, as the Thermapen can give you a surface temperature to within ±0.7°F.
With a motion-sensitive sleep function, you can keep all your attention on your cooking while using the Thermapen. It wakes up when you reach for it and powers down when you set it down again. It’s also IP 54 rated, so if you happen to set it down in some sauce, it’s not the end of the world.
The compact size and combination of probe and IR scanner make the Thermapen the best possible thermometer for cooking.
What we like
The one–handed use – The combination of its compact size and its motion-sensitive sleep function means the Thermapen® IR is really easy to use one-handed. The backlit display wakes up when you pull it out of your pocket or apron and shuts down when you’re done with it.
The rotating digital display also means it doesn’t matter which hand you use it in.
The convenience – The fact that the Thermapen® IR covers all the bases means you need less clutter in the kitchen and don’t need to be swapping between devices to get accurate temperature reads.
The size – The Thermapen® is small enough to fit into one hand and is ergonomically designed to do just that, which makes it easy and convenient to both use and transport.
What we didn’t like
The price – Although it is undoubtedly worth the money you pay for it, the Thermapen® IR has a pretty hefty price tag, which means it might be outside of some pitmasters’ budgets.
Limited range compared to a temperature gun – If you need to be able to take temperature measurements from a safe distance, the Thermapen isn’t the best option.
The Fluke 62 MAX Plus non-contact is a good alternative to the ThermoWorks with a nice combination of durability and functionality.
One of the chief complaints about IR thermometers is that they can be quite fragile, but the Fluke 62 MAX Plus is more than capable of riding out the usual drops and bumps that kitchen equipment typically faces.
The robust plastic outer is IP 54 rated, which means it’s protected against dust and splashes of liquid, ideal for surviving the standard cookout.
It’s also drop-rated for 3 meters, so unless you’re using it on the roof, the occasional butterfingers moment isn’t going to result in a broken thermometer.
With a temperature range of -22°F to 1202°F and an accuracy rating of ±1.0% of the reading, the Fluke 62 MAX Plus will give you precise read temperatures on the hottest grill from up to 12 meters away.
To make sure you are reading the temperature for the right surface, the Fluke 62 MAX Plus comes with dual laser sighting to keep you on target.
If you are firing up the pizza oven the combination of laser guidance and the backlit LCD screen means you won’t even need to leave your chair to check on the temperature.
What we like
It’s super durable – Fluke built the 62 MAX Plus to survive “the dirtiest and dustiest industrial sites,” so you can expect it to deal with most of the accidents that happen around the grill. Its IP 54 rating is more than enough to keep scattered dry rub and splashed beer out of its innards.
It’s drop-proof (to an extent) – The occasional drop won’t phase the 62 MAX Plus, as long as its less than 3 meters. This means you can stop worrying about dropping your thermometer and get on with concentrating on your cooking.
It’s very accurate – With a huge temperature range – up to 1202°F – and only a 1% variation in temperature readings, the 62 MAX Plus is the best way to get an accurate surface temperature readings. Not bad for something you can use up to 12 meters away from the object you are scanning!
It’s laser-guided – Getting an accurate reading of what you’re aiming at, and only what you aiming at, is much easier thanks to the 62 MAX Plus’ precise dual-lasers. If you are worried about anyone getting flashed in the eyes with the targeting laser, don’t worry, they can be turned off.
The three-year warranty – Fluke is obviously happy to stand behind the quality of the 62 MAX Plus, which is why they offer a three-year warranty on all manufacturing faults.
What we didn’t like
The battery life – The 62 MAX Plus takes a single AA battery, which does mean it is compact and easy to store, but it does somewhat cut down its battery life. With only a single battery, you can expect your 62 MAX Plus to last just 8 hours with laser and backlight on.
The manual – Unfortunately, the worst part of the 62 MAX Plus is the manual. Instead of written instructions for this well-made and sophisticated device, the manual is written in simple pictograms, like IKEA flat-pack instructions.
The combination of price and features make the Fluke 62 MAX one of our favorite laser thermometers.
For the price you pay for it, the Etekcity 1022D digital laser infrared thermometer comes with a fantastic amount of features. The temperature range of 58°F to 1022°F and the distance to spot ratio of 12:1 with a response time of ≤500Ms are compatible with other, far more expensive models.
Amazingly, the 1022D comes with an adjustable emissivity setting, so you can adjust it to overcome any issues with the low emissivity rating of certain surfaces.
The temperature gun is chunkier than the other models on our list, and it lacks the protections and the drop resistance of the 62 MAX Plus. However, the large backlit LCD screen, dual laser targeting, and 9-volt battery power more than makeup for that.
If any manufacturing issues do crop up with your 1022D, you are covered by the 2-year warranty from Etekcity
What we like
The price – Obviously, for our best budget pick, the cost of the Etekcity 1022D is one of the most critical factors. Still, the fact that you get features like dual laser targeting and adjustable emissivity for a price that is around ⅙ of the cost of other models is fantastic.
The warranty – Generally, budget electronics do not come with a warranty, but the 1022D comes with a 2-year warranty against manufacturing faults from Etekcity.
The battery life – The combination of that chunky 9-volt battery and an auto-off function means you won’t have to worry about your infrared thermometer during the course of a cookout or competition.
What we didn’t like
The size – It’s only a mild complaint, but the Etekcity 1022D is a fair bit larger and chunkier than the other digital infrared thermometers on our list. If you’re space-conscious or looking to put together an on-the-road BBQ competition kit, you might want to invest in one of the more compact models.
The Etekcity Lasergrip 800 temperature gun is an upgraded version of the incredibly popular Etek City Lasergrip 1080. It also shares a lot of the factors that made the Etekcity 1022D such a reasonable budget digital infrared thermometer option, but it lacks some of the extra functions of the 1022D.
It has laser guidance, but it’s only a single, not dual lasers. There’s also no adjustable emissivity setting.
The one thing the Lasergrip 800 does better than the 1022D is its longer 16: 1 distance to spot ratio.
So, if you’re looking for a low-cost infrared temperature gun that works well in the kitchen but also in longer-range industrial settings, keep the Etekcity Lasergrip 800 in mind.
What we like
Larger distance to spot ratio – The 16:1 ratio means you can get a more accurate measure on items at larger measurement area with the same distance.
LCD screen – Contains all the info you need, including a handy low battery indicator so you won’t risk running out of battery at a bad time.
What we don’t like
Poorly designed battery compartment – No information on how to open it in the instructions and seems a bit tight to fit the battery and connector.
Can only display four digits – Because it counts the decimal point as one digit, if you are measuring temperature over 1,000 degrees, the LCD screen cuts off the first digit.
The Taylor Precision Products splash-proof dual temperature infrared/thermocouple thermometer is about half the price of the Thermapen® IR and has many of the same functions.
It features a combination probe and infrared thermometer, adjustable emissivity settings, and an auto-shutoff.
However, the Taylor Precision Product lacks some of the Thermapen’s ease-of-use functions. It is not motion-sensitive and the digital display does not rotate, making it hard to use if you are left-handed.
Another potential issue is that the temp range of the infrared thermometer only goes up to 482°F, which might not be high enough for some grilling setups.
Why Buy an Infrared Thermometer?
The ability to get an instantaneous read on the heat of cooking food, surfaces and the temperature of equipment like grills or pizza ovens are a hugely important part of preparing your food exactly how you want it.
Getting a quick and exact read on the temperature of your grill, for instance, is by far the best way to make sure that your porterhouse steak hits the plate at 130°F, for that perfect medium-rare.
Infrared thermometers are quick, easy to use, and will give you a far more accurate temperature measurements than holding your hand over your grill.
You can use your infrared thermometer to check your grill plates have come up to temperature, make sure your fryer oil is up to 350°F, so your onion rings don’t get soggy.
When you’re not using it in the kitchen, you’ll find your infrared thermometer is surprisingly useful around the house.
You can use it to identify poorly insulated areas of your loft, diagnose issues with you heating, ventilation, and air conditioning (HVAC) systems, and check that that steel slide that’s been sitting in the sun all day isn’t going to burn anyone’s back.
In simple terms, the hotter an object is, the more infrared energy it releases.
Your infrared thermometer picks up that infrared radiation converts it into electricity, and uses the amount of electricity being produced to determine exactly how hot it is.
Infrared radiation is what we refer to as heat and is one of many forms of radiation on the electromagnetic spectrum. To measure the amount of infrared radiation being given off by a specific object, a handheld infrared thermometer focusses it through a lens, in a manner similar to light.
The lens focuses the infrared radiation being emitted by the object onto a detector called a thermopile, which converts it into electricity. That electricity is then sent on to another sensor, which measures the amount of electricity being produced and turns it into a readable temperature.
How to use an infrared thermometer
One of the benefits of infrared thermometers is just how easy they are to use.
For most temperature gun models, all you’ll need to do is point your thermometer at whatever you want to measure the temperature of, pull the trigger, and read the display.
Compared to other thermometers, this can be done at range, which is ideal for situations where you don’t want to get your hands close to the heat.
There are, however, a few things to take into consideration when using an infrared thermometer to help you get the most accurate readings.
The distance to target ratio
The distance to the target ratio of your Infrared Heat Gun Thermometer is an indication of how large a circle of surface area the thermometer will read at a specific range. For instance, if your thermometer has a 12:1 ratio, it will measure the temperature of a 1-inch diameter circle of whatever you are pointing it at from 12-feet away.
This is an important ratio to keep in mind, so you have a clear idea of how far away from an object you have to hold your Infrared Heat Gun Thermometer to measure the temperature and not the temperature of the surface around it.
Your infrared thermometer can’t measure everything
As great as they are, your Infrared Heat Gun Thermometer can’t see through a glass, clear plastic, or water. If you are pointing your infrared thermometer out the window, you just measure the surface temperature of the glass.
Infrared thermometers can also have trouble getting accurate readings from highly-polished metals because they tend to reflect ambient infrared energy more effectively than they emit their own infrared radiation.
When selecting an infrared thermometer, the first thing you’ll need to take into account is the temperature measuring range of the model you are considering purchasing.
Infrared thermometers that are not designed for HVAC or kitchen use can sometimes have a low upper-temperature limit, meaning they won’t be any good for measuring if your grill has gotten up to temperature.
Accuracy is also an essential factor in choosing an infrared thermometer. If you are using your infrared thermometer to check if your reheated food has reached 165°F and is safe to eat, then you’ll want the temperature measurement it takes to be as precise as possible.
Intended use case
Not all infrared laser thermometers are built with the same use case in mind. We have focused our attention on thermometers that take the surface temperature of household objects like your grill or pizza oven.
If you want an infrared thermometer for taking body temperature for medical purposes you should look for a thermometer for that special purpose like the Ankovo Infrared Forehead and Ear thermometer.
Emissivity is a reference to the efficiency with which a surface emits thermal energy.
Different surfaces have different emissivity levels. As we mentioned earlier, infrared thermometers can have trouble getting an accurate reading from certain materials, such as highly polished stainless steel.
To compensate for this, some models of infrared thermometers have a variable emissivity setting. If you are cooking with a lot of materials with low emissivity ratings, such as anodized aluminum or copper, its best to invest in an infrared thermometer with a changeable emissivity setting
The optics for infrared thermometers come in one of three types: no lens, fresnel lens, and mica lens. Each has its own advantages and disadvantages, and the lens type you choose can have a significant effect on how well your Infrared Heat Gun Thermometer performs in certain conditions.
1. No lens
A no-lens thermometer doesn’t use a lens to focus the infrared radiation onto its sensors. Because of this, they are more robust, less expensive, and smaller than other types of Infrared Heat Gun Thermometer.
They do, however, have the considerable drawback of having a distance to target ratio of 1:1 or lower. This means you’ll have to get your no-lens thermometer as close to the surface you are scanning to get an accurate reading. Not ideal when you’re trying to measure the temperature of a screaming hot grill.
This lack of ability to get a temperature reading at range makes a no-lens thermometer far less useful to a pitmaster than ones with a fresnel or mica lens.
2. Fresnel lens
Fresnel lens thermometers use a plastic lens that is more durable than a mica lens but has a narrower temperature range.
If you are buying a fresnel lens thermometer, always check that its temperature range exceeds the maximum temperature you might want to bring your grill up to, so you can get an accurate reading of how hot your grill plates are.
Fresnel lens thermometers tend to be the best optics choice for kitchen cooking use as, unlike a no-lens thermometer, they can be used at range, and they are durable enough to take a few knocks without breaking.
3. Mica lens
Mica lens thermometers are the most accurate, have the highest temperature range, and can produce the most accurate readings at a distance with their 20:1 distance to target ratios.
They are, however, expensive and far more fragile than a fresnel lens. As a general rule, the fact that your mica lens infrared thermometer can measure temperatures above 1,000°C from 20 feet away isn’t going to come up that often at a cookout, so it’s probably best to stick with the more durable fresnel lens.
Misconceptions about Infrared Thermometers
They use a laser to measure temperature – The laser you see being emitted by your infrared thermometer is just a guide. The thermopile inside the device is doing the actual temperature measuring.
They can measure internal food temperatures – Unfortunately, this isn’t true. An infrared thermometer only reads the surface temperature of whatever material you are pointing it at. They work very well for telling the temperature of cooking surfaces and liquids, but you’ll need a probe thermometer if you want to know the internal temperature of meat, for example.
This is why we like the Thermapen IR because it gives you the option to measure internal food temperatures with a probe as well as infrared temperature.
They can read temperatures on any surface – As we mentioned earlier, infrared laser thermometers struggle with surfaces that have a low emissivity rating, like aluminum or polished steel.
If you cook with these materials a lot, get yourself an Infrared Heat Gun Thermometer with a variable emissivity setting, which will help you get a more accurate read of highly reflective surfaces.
How to get the most of out your infrared thermometer in the kitchen
Just because infrared thermometers only measure surface temperature, doesn’t mean they aren’t super handy in the kitchen.
Here a few ways to use your infrared thermometer in the kitchen:
Measure the temperature of cooking oil
Measure the temperature of liquids you don’t want to get too hot like milk and melted butter
Checking the temperature of a pizza stone or barbecue grates
Checking the temperature of a hot pan
How do I calibrate an infrared thermometer?
Calibrating an infrared laser thermometer is a complex process that often needs to be done by the device’s manufacturer, but you can check if your thermometer is calibrated correctly at home.
The easiest way to check if your infrared thermometer is correctly calibrated by using the “ice bath” method. Just follow the steps below:
Fill a large glass container to the very top with crushed ice.
Then fill the glass with chilled water until the water level sits about 1-centimeter below the top of the crushed ice.
Stir the water and ice mixture and let it sit for around 2 minutes.
If it has a variable emissivity option, set your infrared thermometer to an emissivity setting of 0.95 or 0.97.
Hold your infrared thermometer exactly above and perpendicular to the surface of the ice bath and make sure the ice is well within the laser circle and the thermometer’s minimum distance to the target ratio.
If your Infrared Heat Gun Thermometer is properly calibrated, it should read the temperature of the water as 32.0°F. If this isn’t the case, repeat the test. If it’s still not reading as 32.0°F, contact your device’s manufacturer.
How accurate are infrared thermometers?
As a rule, infrared thermometers are more accurate than surface probe thermometers as the inherent temperature of the probe can affect the reading you get when it comes into contact with the object being measured.
However, it should be noted that the following things can affect the accuracy of the reading you get from your infrared thermometer:
Frost, moisture, dust, fog, smoke or other particles in the air.
Rapid changes in ambient temperatures, such as entering a walk-in freezer.
An inability to “see” through transparent surfaces, such as glass and certain liquids.
Can you check food’s internal temperature for doneness with an infrared thermometer?
Unfortunately not. As we’ve already mentioned, Infrared Heat Gun Thermometer only track the surface temperature of objects they are pointed at.
If you want to know something’s internal temperature, like that of a piece of meat, you’ll need a probe thermometer.
This is why the ThermoWorks Thermapen® IR is such a handy device to own.
Are infrared thermometers safe?
The only real safety concern for an Infrared Heat Gun Thermometer is the laser it emits to show you what you are pointing it at.
As long as you avoid shining that laser directly into someone’s eyes, you should be fine.
Wrapping it up
So there you have it! Infrared thermometers, especially ones that combine an Infrared Heat Gun Thermometer with a probe, are an excellent addition to your pitmasters toolset.
They let you have ultimate control over the temperature of your cooking surfaces and, with the Thermapen® IR, the food itself and good temperature control is the key to great cooking.
Are there any Infrared Heat Gun Thermometer that you think should have made our list? Do you think the use of an infrared thermometer has improved your cooking? We’d love it if you’d let us know in the comments below!
Buyer’s Guide: Infrared Heat Gun Thermometer
A heat gun is a versatile tool—and one of the best-kept secrets in an avid DIYer’s toolbox. These handy tools resemble hairdryers and operate in a similar way; pulling in the air with a fan and then pushing it across a heated element and through a nozzle to produce heated air. The difference of course is that a heat gun generates super-heated air.
You can use heat guns to remove product labels or old bumper stickers, strip paint, heat-shrink plastic, soften the glue, and apply vehicle decals. If you’re handy at plumbing, you can even use a heat gun to bend plastic piping, defrost frozen pipes, or loosen solder joints.
Ahead, read our guide to the ins and outs of heat guns, learn what features to look for in a quality model, and get details on our top-favorite picks among the best heat gun options available.
Types of Heat Guns
Heat guns come in four different types: electric, gas, industrial, and infrared. But no matter what type of heat gun you use, it’s important to be aware these tools can be dangerous if used improperly or carelessly.
Although heat guns don’t use an open flame, they are capable of producing temperatures as high as 1,200 degrees Fahrenheit. When using a heat gun, take extreme care to avoid burning yourself or damaging the material you are working with.
Electric heat guns can be either corded or cordless, small or large, and even the temperature range and fan speed can vary. Electric heat guns are the most popular style of a heat gun, and usually the most cost-effective as well.
Due to their popularity, manufacturers in recent years have focused more attention on developing electric heat gun technology, while gas-powered heat guns have slowly become a thing of the past.
Gas heat guns use either butane or propane gas in place of a heated element. These guns are less popular than electric models for a few reasons. The first is that they tend to be more expensive. Secondly, you need to continuously buy and fill gas canisters to use the gun, which is much less convenient than just plugging in or charging an electric model.
Professionals in the plumbing or electrical field may use a gas heat gun if their work takes them away from accessible electrical outlets or to avoid the safety hazard of running an extension cord, but beyond the professional trades, the gas heat gun has lost a lot of its popularity in the DIY market.
Industrial heat guns are only differentiated from electric and gas models by their robust construction, higher heat levels, and higher fan settings. Professionals use industrial heat guns for heavy-duty jobs in mass retail factories, packaging plants, and automotive repair.
Because they are designed for industrial work, these tools don’t allow for the fine-tuning of temperature and fan control needed for smaller precision projects.
Infrared guns are relatively new to the market. They use infrared heat, as indicated by the name, and tend to run on the cheaper side for a heat gun. They produce a maximum temperature of 1,112 degrees Fahrenheit, more than enough for many household projects.
Key Shopping Considerations
The temperature range of a heat gun determines the type of work you can use it for. Heavy-duty jobs like paint stripping and plumbing will benefit from a heat gun that has a maximum temperature of around 1,100 degrees Fahrenheit and a minimum temperature of around 120 degrees Fahrenheit for increased versatility.
DIYers looking to complete everyday household projects like heat-shrinking plastic or softening the adhesive on flooring tiles may be content with a heat gun that has a narrower temperature range, somewhere between 392 degrees Fahrenheit and 752 degrees Fahrenheit.
Basic heat guns operate at a single temperature—the gun automatically heats up to its maximum temperature and the only way to adjust the heat level is to move the gun closer to or away from the target object.
More advanced heat guns may have two or three different temperature settings, allowing you to select between high, medium, and low heat, depending on your needs.
Variable temperature heat guns have a dial for selecting a temperature between the minimum and maximum of their range. Some newer models have electronic displays that allow you to set the exact temperature you want and adjust it by increments.
For the most accurate heat setting, opt for a heat gun with detailed temperature and fan controls.
Fan speed determines how much surface area the heat gun will impact. Lower fan speeds are best for precise projects, like loosening solder joints or removing labels, while higher fan speeds allow for a greater distribution of heat across an area.
As you move a heat gun with a low fan speed away from the target object, the surface area increases but the temperature decreases. A powerful fan allows the surface area to increase without a significant drop in temperature, allowing a greater area to be heated at one time. This setting is useful for larger projects, like stripping paint or defrosting pipes.
Accessory and Nozzle Options
Heat guns come with a wide variety of accessory and nozzle options designed to provide more accurate temperature control and more efficiently direct the flow of heat.
Popular heat gun accessories include a dead man’s switch that shuts off the power when pressure is removed, a thermal cut-out that switches off the heat gun if it becomes overheated, a hanging hook for storing the tool, and a surface stand that allows you to safely rest the gun during pauses in work.
The surface stand also provides a hands-free alternative for projects that require two hands, though you would need to do this with extreme care to ensure that the heat gun is stable and directed away from potentially flammable objects.
Popular nozzles for heat guns include reducer or cone nozzles that concentrate the heat onto a specific area, spoon reflector nozzles that wrap around piping to evenly heat the entire circumference of the pipe, flat nozzles for a wide, horizontal line application, and glass protector nozzles for stripping paint off of a window while preventing direct heat on the glass.
There are other options for more specialized uses, but these are the most popular additions to the average heat gun.
Aside from the plethora of heat gun nozzle and accessory choices out there, some models offer additional built-in features. Some heat guns boast extended cord lengths for more freedom of movement.
Others feature high-temperature protection on the nozzle to help keep your hands safe, or even built-in memory settings so you can instantly adjust the heat and fan speed to exactly what you need for a specific project you’ve done before, like stripping paint, with a single button press.
The smaller the spot size of your Infrared Heat Gun Thermometer, the closer you would have to move to the object being measured. Just remember when taking the temperature of a grill, the thermometer will factor in the temperatures of the surfaces that are visible through the grate. This makes temperature reading extremely easy at any time during the day.
It is a Class 2 laser temperature gun that can measure temperatures of between -58°F to 716°F (-50°C to 380°C) from a significant distance away (14.1 inches or 36 centimeters is the ideal distance between the laser temperature gun and object for best accuracy).
Once you point and shoot the infrared temperature gun, the measurement comes up in less than 500 milliseconds and holds the reading on the display screen for 15 seconds.
If you are a handyman and like having your tools handy check out our guide to the best For easy readings, there is a convenient backlight feature included in the design of the CSG-625 thermometer, which can be turned off or on at the touch of a single button.
Temperature range is -50C (-58F) to 550C (1022F).
Make sure you also check our guide to the best with a range of up to nearly 1000 degrees Fahrenheit, The DEWALT Infrared Heat Gun Thermometer is one of the unit’s highly respected and used by professionals in the electrical and plumbing field, but mostly by mechanical air tradespeople.
It comes with four distinct buttons for a smooth operation which can be used to operate the laser, Etekcity is one of the world-renowned internet-based distributors that provide many homes and offices with outdoor equipment, home improvement units, and consumer electronics.
For example, the JXB-178 can be useful at offices, businesses, schools, warehouses, physical examination centers, and of course, at home.
You can depend on the JXB-178 and feel comfortable using it as the thermometer is an FDA-cleared Class II medical device sold by Easy Healthcare Corporation, an American company based in Illinois, who has more than 18 years of fertility and drug test experience.
It has an operating range of 89.6°F to 109.4°F (32°C to 43°C) in forehead mode and is accurate to ± 0.6°F (± 0.3°C).
The amount of electricity is measured and then displayed on the screen of the thermometer. What Temperatures Do Infrared Thermometers Measure? IR thermometers can measure a range of temperatures from below freezing to extremely high temperatures.
An 8-gigabyte micro SD card and a USB cable are included with the product. The device has been drop tested to 2 meters making it durable and long-lasting. Select whether you prefer your measurement to be recorded in Fahrenheit or Celsius.
Read the instruction manual to ensure you are familiar with the D:S ratio of your device. Overall, it’s fair to say that the Milwaukee infrared temp-gun is one of the best Infrared Heat Gun Thermometer that can be used for anything, anywhere.
The display screen is also backlit, for ease of use when there is low light. The Etekcity’s Lasergrip 774 has a fixed emissivity setting which limits the accuracy of the device on reflective surfaces. 99 Some of them include its temperature differential, Min/Max, display hold, scan/hold, dual temperature readout, and Type K thermocouple input.
A perfect tool you want to have handy in your CE mark indicates compliance with applicable EU directives Emissivity can be adjusted manually from 0.1 to 1.00
The trigger included in this design is used to start the operations of your Infrared Heat Gun Thermometer, with the unit having the ability to read temperatures between 58 degrees Fahrenheit to 1022 degrees Fahrenheit.
Most Infrared Heat Gun Thermometer will have a measurement error of ± 2.0%. After taking its reading, the Infrared Heat Gun Thermometer displays the highest and lowest reading, the difference between them, and the average temperature on a large backlit LCD screen. $21.98 $ 21.
The laser of this Infrared Heat Gun Thermometer is designed for easy visibility, no matter the lighting condition being experienced. A backlit LCD display on the Etekcity 1022D digital Infrared Heat Gun Thermometer means you can take it with you into dark spaces without the need to carry a torch.
The temperature measurement range is -22°F to 1202°F (-30°C to 650°C) and is accurate to within ± 1% in the 0°C to 650°C range. The Easy@Home JXB-178 infrared forehead thermometer is a clinically accurate, medical-grade thermometer designed to take the temperature of adults and children safely and quickly using no-touch infrared technology.
The JXB-178 is easy-to-use, just power on the device, point it at the forehead 1.2-2 inches (3-5cm) away, then pull the trigger to take a measurement. The infrared thermometer has a temperature range of -67°F to 482°F while the probe can measure up to 626°F.
It is small, easy to use, and precise which means you can get around compact or tight spaces to measure the temperature of motors, pumps, panels, breakers, transformers, compressors, steam lines, valves, ducts, and vents.
The Fluke 62 MAX Plus boasts dual lasers to ensure precision in your measurements by helping you identify the edges of the measurement area. They work by inferring temperatures based on the thermal radiation that is emitted by a particular object.
Etekcity Lasergrip 800 Digital Infrared Thermometer Etekcity Lasergrip 630 Digital Infrared thermometers are units that can be used for a myriad of tasks, from checking the accurate temperature of your coffee to that of a running engine.