Fluke 87-V Digital Multimeter
- Enter your model number to make sure this fits.
- Accurate frequency measurements on adjustable speed drives (ASD) due to Fluke-designed low-pass filter
- Built-in thermometer allows temperature measurements without a separate thermometer
- Peak Min/Max allows capture of intermittents as fast 250 µS
- Dual display resolution – 6000 or 20,000 counts – lets you see small changes in displayed readings.CAT III 1000V, CAT IV 600V safety rated
- Measure up to 1000 VAC and DC
|Color||Industrial True RMS Multimeter|
|EAN||6907644938086 , 0013424042228 , 0521227486298 , 0013227018444 , 0666669859443 , 0632963648809 , 5060136400841 , 0707918218106 , 0013039229137 , 0768724934840 , 0640970841212 , 0767654383315 , 0095969245241 , 0021111306652 , 0999997612399 , 0601000693720 , 0646635766760 , 7241870655126 , 0959692452416 , 0999900771632 , 0086000214258 , 0022200930581|
|Is Assembly Required?||false|
|Manufacturer Series Number||FL87V|
|Model Number||FLUKE 87-V|
|National Stock Number||6625-01-131-8586|
|Number of Items||1|
|Power Source||Alkaline Batteris|
|Size||Industrial True RMS Multimeter|
|UPC||666669859443 , 013227018444 , 013039229137 , 707918218106 , 095969245241 , 768724934840 , 013424042228 , 521227486298 , 767654383315 , 632963648809 , 959692452416 , 999997612399 , 646635766760 , 022200930581 , 601000693720 , 021111306652 , 086000214258 , 640970841212 , 999900771632|
Specification for this product family
|Part Number||FLUKE-87-5/E2 KIT|
From the manufacturer
Designed to Identify Complex Signal Problems Fast
Fluke. Rugged. Reliable. Accurate.
Fluke Digital Multimeters (DMM’s) are on more tool belts, finding more problems, than any other comparable test tools. Each design is tested to the extreme: drop, shock, humidity, you name it. Every Fluke Digital Multimeter gives you what you need: accurate measurements; consistent, reliable performance; attention to safety; and the strongest warranty available.
Fluke 87V Industrial Multimeter
Delivers accurate frequency measurements on ASD, captures intermittents as fast as 250 µS
When productivity is on the line and you need to solve problems fast, the Fluke 87V delivers the accuracy and advanced troubleshooting capabilities you need. Designed specifically to handle complex signals, the 87V industrial multimeter, allows you to gain productivity by taking the guesswork out of drive system troubleshooting even in loud, high energy, and high altitude locations.
Designed and built in the U.S.A.
- Unique function for accurate voltage and frequency measurements on adjustable speed motor drives and other electrically noisy equipment
- Built-in thermometer conveniently allows you to take temperature readings without having to carry a separate instrument
- Optional magnetic hanger for easy set-up and viewing while freeing your hands for other tasks
- Large digit display with bright, two-level backlight
- True RMS AC voltage and current for accurate measurements on non linear signals
- Selectable filter for accurate voltage and frequency measurements on motor drives
- 0.05% DC accuracy
- 6000 counts, 3-3/4 digits
- 4-1/2 digit mode for precise measurements (20,000 counts)
- Measure up to 1000 VAC and DC
- Measure up to 10 A, 20 A for up to 30 seconds
- Built in thermometer lets you carry one less tool (TC probe included)
- Frequency to 200 kHz and % duty cycle
- Resistance, continuity and diode test
- 10,000 µF capacitance range for components and motor caps
- Min/Max-Average recording with Min/Max Alert to capture variations automatically
- Peak capture to record transients as fast as 250 µs
- Lifetime warranty
Temperature measurement capabilities
Built-in thermometer conveniently allows you to take temperature readings without having to carry a separate instrument.
Safe and reliable.
Fluke has been a trusted test tool partner since 1948, helping you and your team work safely with tools that meet or exceed the safety standards of the environments you work in. The Fluke 87V multimeters are independently tested for safe use in CAT III 1000V CAT IV 600V environments.
What's in the box?
TL75 Test Leads.
AC175 Alligator Clips.
9V Battery (Installed).
80BK Temperature Probe.
Working on VSDs/VFDs: Take accurate voltage, current and frequency measurements on the output side of the drive at either the drive itself or at the motor terminals.
Industrial troubleshooting: All of the resolution and accuracy you need to solve more problems on motor drives, in-plant automation, power distribution, and electromechanical equipment.
Checking power quality: Capture glitches and spikes as short as 250 μs. Identify irregular signals.
|Fluke 87-V Multimeter||Fluke 3000FC Multimeter||Fluke 1587FC Insulation Multimeter||Fluke 279FC Thermal Multimer|
|CAT Rating||CAT III 1000V / CAT IV 600V||CAT II 1000v / CAT IV 600V||CAT III 1000V/ CAT IV 600V||CAT III 1000V / CAT IV 600V|
|Current AC/DC||10A||400mA||400mA||2500A AC (With iFlex)|
|Resistance||50 MΩ||50 MΩ||50 MΩ||50 MΩ|
|Capacitance||10,000 μF||10,000 μF||10,000 μF||10,000 μF|
|Temperature||(+) 1090 °C||(with t3000 FC)||(+) 537 °C||Infrared camera -10 °C to 200 °C|
|Warranty||Lifetime||3 years||3 years||3 years|
|Additional Measurement Capabilities||Frequency, Continuity/diode test, Motor drive (ASD) measurement, Duty cycle, Microamps, Analong bargraph, Relative reference||Frequency, Continuity/diode test||Frequency, Pi/DAR timed ratio tests, Continuity/diode test, Motor drive (ASD) measurements, Microamps, Relative reference||Frequency, Continuity/diode test, Motor drive (ASD) measurements|
Fluke Corporation is the world leader in the manufacture, distribution and service of electronic Test tools and software. Since its founding in 1948, Fluke has helped define and grow a unique technology market, providing testing and troubleshooting capabilities that have grown to mission critical status in manufacturing and service industries. From industrial electronic installation, maintenance and service, to precision measurement and quality control, Fluke tools help keep business and industry around the globe up and running.
The Fluke 87-V Digital Multimeter is a versatile True-RMS meter that's perfect for professional or around-the-house use. This meter offers auto and manual ranging for maximum flexibility, and it also offers an annual bar graph for quick-changing or unstable signals. Classically designed, the Fluke 87-V has a removable holster with built-in probe and test-lead storage. For added convenience, it arrives ready to go with TL75 test leads and a nine-volt battery.
Fits in the palm of your hand.
Designed for maximum productivity, the Fluke 87-V has more problem solving power, safety, convenience, and impact protection than the previous 80 Series models. This multimeter offers improved measurement functions, accuracy, and resolution, as well as trouble-shooting features to solve problems with motor drives, in-plant automation, power distribution, and electro-mechanical equipment.
Auto and Manual Ranging for Versatility
This unique multimeter provides both auto and manual ranging for optimum flexibility. And it's chock-full of helpful functions for accurate voltage and frequency measurements, even on adjustable-speed motor drives and other noisy equipment.
The Fluke 87-V also boasts a built-in thermometer that conveniently allows you to take temperature readings without having to use a separate instrument--no more carrying a thermometer to take readings inside a refrigerator or air conditioning unit.
When used with ToolPak, a convenient magnetic hanger (sold separately), the Fluke 87-V can be set up and viewed hands free.
Selectable Filter and True-RMS AC Voltage for Dependable Accuracy
Incredibly responsive and reliable, the Fluke 87-V is accurate to 0.05% DC. Also, True-RMS AC voltage and current provide accurate measurements on non-linear signals. Additionally, a selectable filter ensures accurate voltage, while an input alert provides an audible warning against incorrect use of the input jacks.
The Fluke 87-V measures up to 0 A, up to 20 A for 30 seconds, and 1,000-volt AC and DC. Also, it features an analog bar graph that allows for measurement of quick-changing or unstable signals. What's more, this meter measures frequency to 200 kHz, as well as resistance, continuity, and diode test.
The Fluke records Min/Max/Average and has a Min/Max alert that automatically captures variations. The Relative mode removes test lead interference from low-ohms measurements.
Easy-Read Display and Safe, Durable Design
The Fluke 87-V comes equipped with a large, backlit display that shows easy-read digits. An improved selectable sleep mode helps increase the life of the battery, while an access door makes for fast battery changes without breaking the calibration seal.
The Fluke 87-V is also safe--it's independently tested to comply with the second edition of ANSI/ISA S82.01 and EN61010-1. Also, CAT IV 600V/CAT III 1000V rated, this handy meter can withstand impulses in excess of 8,000 volts and can reduce risks related to surges and spikes. Additionally, its tightly sealed design helps protect against damage, even when the unit is dropped.
The Fluke 87-V is backed by a lifetime warranty.
What's in the Box
Fluke 87-V; TL75 test leads; AC72 alligator clips; holster; nine-volt battery (installed); Getting Started manual; Manual Fully downloadable off of the Fluke website; and 80BK temperature probe.
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Top customer reviews
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The relative function, expanded display resolution, and temperature probe are all helpful in pinning down intermittents. In the field, quick diagnosis is job #1. I've tested all functions except low/high current. Tested well within published specs when compared to 2 other DMM's, a function generator, tray of precision resistors, and several different capacitors. Capacitance precision is not laboratory grade, but plenty accurate enough for field testing. Handy for finding leaky PS filters, funky varactors, and borderline chip caps. Continuity tester has a nice robust beep - great in noisy rooms.
Display is generous, and easy to read at a glance. Backlight is better than most. Rubber buttons are uncluttered, and easy to find with gloves on. Selector switch has a solid, positive feel and is fairly well-protected from drops. High-density rubber boot is extremely tough, and offers great protection for the corners. It's heavier than some others, but that's a tradeoff I'll gladly accept for a meter built this well. This is industrial-grade equipment.
No meter does everything - but this one comes close. It's now my go-to DMM, whether on the job or at home. For me, the price was worth it. But if your needs are more modest, Fluke has several excellent choices that cost less. By "cost less", I don't mean cheap, though. You get what you pay for.
You can't go wrong with any of their meters, but if you're planning to expand your hobby or upgrade your bench, give this model a look. If you figure on spending 300 bucks or so for a high-quality meter, I'd say kick in another 70-80 bucks and go with the 87-V. The extra features and accuracy will come in handy down the road. A feature-rich general purpose meter that should outlast most of the equipment it's used on.
What sets the 87-V apart...
This is a 6000 count display with 4 updates per second, plus a 33 segment bar graph with 40 updates per second. The bar graph I find extremely responsive and reliable. There is also a two stage back light. The screen is large and clear, the location of range switch and mode selectors is well thought out. The light works well in low and no light situations. This is a True-RMS meter as you would expect from Fluke (and any meter in this price range.) Lacking True-RMS isn't such a big deal if you're taking measurements from a clean / pure AC sine wave source, but if your measuring an AC source that’s distorted or not a sine wave at all (example: a modified sine wave inverter), your measurement can be off quite a bit. The 87-V features a CAT IV rating. It has a maximum working voltage of 600V in both AC and DC ranges at CAT IV with a CAT III rating to 1000V AC and DC.. The CAT ratings can be a bit ambiguous but I'll attempt to summarize CAT III and CAT IV. Basically with the CAT III safety range, you can work on most panel boards / switch gear and anything downstream of them (i.e. - feeders, outlets, hard wired equipment, and anything plugged into them.) CAT IV is the highest rating and it adds service drops and underground installations. So basically CAT III is the MINIMUM rating you want on your meter. DO NOT exceed the CAT rating of ANY meter because doing so, in a Murphy’s Law scenario could expose the user to a potentially fatal shock or a catastrophic failure of the meter. The voltage that accompanies the CAT rating isn't all that complicated. It's simply the maximum "working voltage” or "max line voltage" of the meter on that part of the electrical system. Maximum surge and destructive voltage can be a little harder to find if not posted in the literature. However I believe the 87-V features a max transient voltage is 8kV. The 87-V is built tough. No, not quite a tank (that’s where the 28-II comes in ;) ) but tough none the less. Fluke builds solid meters. The 87-V has a well thought out casing design that does well in protecting the two most vulnerable parts of a meter, the screen and the range switch. It feels good in the hand thanks to its 5 sided rubber holster. Also there are some terrific tear down videos on the web if you're interested in the guts of the device. The range switch is great both smooth to turn and positively clicks into place. It's sort of recessed a bit so it's shielded from face down impacts. As you would expect on a meter of this class/price the over current protection is excellent. Most people fail to realize just how much force 10A can carry. This meter uses high quality ceramic HRC fuses on both A and mA/uA circuits as well as all of the standard additional suppression devices to give the user maximum protection. The case is designed with a deep lip as well to protect against debris being blown out the sides in the event of a truly catastrophic failure. I have to say the AC Volts accuracy is decent at 0.7% + 2 counts at normal "mains voltages" and frequencies. But the DC Volts accuracy is the stat to truly right home about. +/- 0.05% + 1 ct... WOW! Not bad at all for a handheld unit!!! The resistance accuracy is quite good too. +/- 0.4% + 1 up to 600k ohms, and +/- 0.7% + 1 up to 6M ohms, lastly +/- 1% + 3 up to 50M. Next I have to say I love, love, LOVE AUTO Hold... Fluke's are not necessarily the only company with this technology, but they more or less brought it to the market. Basically it's a hold feature that waits for the probes complete a circuit and it automatically reads, stores, and displays that information. This is useful for technicians or anyone for that matter with the unfortunate handicap of only having two hands and no good place to hang their meter. As mentioned above this meter has a full Amperage range (divided into three groups A, mA, and uA.) With a highest finite resolution of 0.1uA and a +/- 1.0% + 2 (all AC Amps ranges) and a +/- 0.2% + 2 or 4 (all DC Amps ranges) this meter will show you (with greatest detail) what's going on in just about any circuit up to 10A. This is a POWERFUL tool for persons doing electronics work and professionals trouble shooting control circuitry.
Let’s talk resolution and accuracy….
This meter has good numeric resolution, the screen being 6000 counts. In brief terms I will attempt to make the relationship with resolution, accuracy, and counts about as clear as mud for you. First we’ll talk about resolution… A 6000 count display will display three digits after the MOST significant digit up to that digit being a 6, after the most significant digit reaches 6, the meter drops to two digits after the most significant digit. In other words, it will display 5.999V but shortly after the reading crosses the 6V threshold the meter will display 6.01V on the screen. This is true at any range. So it drops a digit every factor of 10 up to 600.0 (i.e - 6.000, 60.00, 600.0, then up to 1000 in whole numbers) Now following that, the 87-V has a second mode. Holding the backlight button will put the meter in "hi-resolution" mode. What this means is that it will display 20,000 counts on the display while cutting the update speed to 2 updates per second. So in hi-res mode the 87-V will display 2.0000, 20.000, 200.00 and up to 1000.0 at the expense of a slower numeric update on screen. Now just because a meter CAN display these super accurate measurements, doesn’t mean it will, so next is accuracy & counts... "Not confused yet? You will be…" We'll use this meter's DC accuracy as our explanation and in its standard 6k count display mode. Basically, you look at the reading on the display; we'll imagine taking a reading from a precision voltage source of 1.000V. Next you add AND subtract 0.05 percent to get a range (in our example 0.9995V & 1.0005V) then you add and subtract 1 count. A "count" is the least significant digit displayed on screen. However the "5's" in the previous range won't be viewable on screen so the count will actually be applied to the next digit up (the least significant “viewable” digit.) So with our example, the farthest out our meter display should be is 0.998V and 1.002V. Let's talk about that same test in hi-res mode. Again the only drawback to this mode is it cuts the update speed from 4 updates to 2 updates per second. With this same test in Hi-Res mode the meter would be fed a base value of 1.0000V with a stated accuracy range between 1.0005 and 0.9995 and then adding in the 1 count would push the furthest out displayed readings to 1.0006 and 0.9994. That's a high degree of accuracy! Notice the actual measurement accuracy didn’t increase just the display’s accuracy. There is actually a ratio that is “supposed to be followed for screen resolution as compared to the accuracy of the meter though it seems many manufacturers don’t follow it anymore. Also the basic DC volts accuracy is traditionally the most accurate measurement mode, not all measurements on this instrument are nearly that accurate, but this is still impressive for a handheld unit. Also bear in mind that this is just the meter's quoted spec. In most cases this range can be plotted on a bell curve so the displayed reading will rarely deviate that far from the actual value. Many “out of the box” videos I’ve seen have the 87-V spot on or a count or two out.. One final thing, accuracy decreases as the meter ages. A 10 year old meter won’t be as accurate as a brand new model of the same series. They can be recalibrated but at a cost. Just forewarned, nothing lasts forever.
What else is the 87V packing…
I'm very pleased with the Relative / "Delta" button. This allows the meter to "Zero" at a given reading and show relative change. This would be quite useful when taking precision resistance measurements and needing factor out the resistance of the leads OR when using a plug-in amp probe. I love the continuity check on this machine, you will too! It's a fast and confident latched tonal system that give accurate continuity readings even in electronics work and at high speed for quick troubleshooting. The capacitance tester is pretty respectable. Accuracy isn't too bad for it (+/- 1% + 2 cts in all ranges) and its measurement range goes down to 0.01 nF. That's pretty darn good. The diode check is pretty decent too. It's ranged to 3V with 0.001V resolution and 2% + 1 accuracy. That said I’m not much of an authority on electronics diagnostics so a real electronics technician/designer may wish to chime in. The manual that comes with the 87-V is great. It's written in over a dozen languages but it's still simple and easy to understand while at the same time giving the user a lot of the key points and features about this meter. This also comes with a CD-Rom for more detailed info. And of course you should read this booklet start to finish before using your meter for the first time! The temperature measurement is a nice touch. The included temperature probe isn't the greatest quality, but it does work. The only thing I don't care for is the fact that it's a rigid wire. It will eventually wear out and break, but I still have to say I'm pleased to see both the feature and the probe included with the base model meter. I like the inverse function included with the resistance test. It actually measures “conductance”. I doubt I'll ever use it, but I think it's nice. This meter includes a low pass filter to be used on the AC Volts measurement. I'm honestly not qualified to discuss the principle, but I’ll try. Harmonics are a common problem in data centers and around large motor driven industrial equipment. Basically is a physics principle that says when 60Hz AC current is “changed” to a different frequency it generates a harmonic, i.e. - a frequency that is some multiple of the original. For instance if a technician is taking voltage readings from a VFD (a device that regulates voltage and frequency for large AC motors to give them variable speed) the low pass filter will help the meter yield an accurate RMS voltage measurement if there are mixed frequencies over 1khz in the machine. Also it would likely help in areas where large DC converters are being used there by generating noise. This could also be useful in the telecom industry where RF noise could travel on power lines and inside equipment. Again I might be leaving out key information but this is a general explanation. Speaking of frequency measurement, the 87-V will measure to 50kHz. One more feature the 87-V includes the traditional min/max/avg button. This button will let you see the minimum, maximum, and average values (as recorded over time) once you hit it. After it begins recording, using the min/max button will cycle through the readings and show you those values and of course take you back to the present measurement as well.
Areas that have room for improvement...
I would've liked to have seen a LoZ (low impedance) range on this unit. That is personally very useful to me. However I think it is also very useful in industry and the unit itself would be an even more invaluable asset if it was included. This range is used for testing circuits that have a small amount of induced current such as in parallel runs of wire AKA "Ghost Voltages." There is an adaptor you can buy made by fluke that gives you this ability. It's the SV225 Stray Voltage Eliminator. However this adaptor sells for around $50-60 which is a bit much for a plug in adaptor that more or less bridges a 3K ohm resistor between the leads. Next up the battery compartment. The 87-V still uses the old school 9V “flying lead” (a short length of wire soldered to the board with a battery connector at the end. I would love to see a revision made that has board soldiered tabs and a proper method to secure the battery. As it is now, this an Achilles heel of the 87-V. Accessories? I just bought the base meter, however I think that if the cost difference isn't too crazy or unless you find some unbelievable sale on just the meter, you should invest in one of the kits that Fluke offers. That way you're not piecing together accessories that personally I think should come included with the meter. The first of which is a case. One of my major complaints about Fluke is their lack of cases being included with many of their instruments. How much does one really cost? Honestly... But instead they have us spending another 10 or 20 bucks for one. Next is the probes included. They are the TL75s. Now there is nothing wrong with these probes, they are CAT IV 600V and CAT III 1000V rated, their length is standard, and their comfortable enough. However, for a meter that sells even online for $300-400, I would've hoped that they would’ve included the new TL175’s (recent replacements for the TL71’s.) These are Fluke's premium silicone rubber leads. And what really gets me is the cost difference. Here on Amazon, TL75’s run about $10-20, and TL175’s run about $25... That's just Fluke trying to save a buck in my opinion. For an instrument that is supposed to set the standard, I would think they'd include the set of leads that matches that standard. You could say I’m just being picky, but I’d like to see them offer a bit more value. Incidentally what you receive with the base meter is the 87-V, the TL75’s, a pair of banana clips, and the manuals. Lastly I mentioned that this design first appeared on the market in the 90’s. It’s still a great meter. However some day they will choose to replace it, when that happens I’d like to see a screen resolution of 60,000 – 100,000 counts. If they included this and the features I’ve already mentioned they’ll have a market killer on their hands. There literally would be no reason to buy anything else in a DMM. Just in case you wondering mine is a Rev 13 or 14 (can’t remember which) which shows they are continually improving the 87-V so saying you’re getting 90’s technology is a bit of a farce.
So assuming you've stuck with me and read all of this, you might be thinking, sounds like a good meter... But $350? Really?! WHY?! When you get to this tier of quality, they don't spare many expenses. One place they don't spare any expense is in the area of proofing and testing. They send their meters to the people at CE, CSA, and UL as well as other major ratings and standards organizations. Some people will disagree with me here but most companies build a meter to a price. From the day the team meets to start putting ideas on paper, they have a price in mind and seldom deviate from it. Fluke on the other hand trades on reputation and the knowledge that if they build it for a "market" or a particular use, make it as safe, accurate, and reliable as possible, "they will come." Sure...I'm sure they have a price in mind, but it certainly doesn't suffer from the handicap of having to be met no matter what. Honestly the Fluke 87-V is thought of in many circles as the industry standard. This reputation came from quality and usability, not from Fluke fans or snobs. Between its high degree of accuracy, its feature set, its safety rating, and its durability; this meter becomes the preferred choice for many different users in many different industries. Although, it might be a bit overkill for the average DIYer, this meter is definitely enticing for users that need or demand high accuracy and don't mind paying for it. So my final advice is this. If you think that $300-400 is too much for a test instrument for you and the feature set is too advanced, then sure by all means pass. However, there is NO substitute for quality. And what if you need something with this accuracy and feature set? Many cheaper meters claim to have similar specs, however something gets sacrificed to get there. Accuracy out of the box may be good but will it hold? How long will that instrument last? How safe is it? When it comes to electricity, if you buy cheap, you may not live long enough to buy twice! Honestly $300-400 is a bargain if you're just going have to replace that “cheaper alternative” in a couple of years. As for me, there are a few meters that compete on fairly equal footing with the 87-V but its still my favorite. I have a Gossen Metrawatt Metrahit Extra and an Ideal 61-486 which have many of the same features of the 87-V with higher screen resolutions. BUT I just keep coming back to the 87-V. It’s my favorite “go to” meter. From feel to interface, from trust to dependability, I just like it and still think it’s the best meter in its class.
Most recent customer reviews
It oozes quality and is built like a tank.