Comparison
Fluke 87V vs 289: Spot Checks or Saved Sessions?
Choose the original Fluke 87V for spot troubleshooting or the 289 for saved sessions. Compare ranges, logging limits, kit contents and the PC export setup.
By thisMETER EditorialUpdated November 3, 20268 min read
On this page · Quick picks: decide what must survive the measurement
Choose the original Fluke 87V industrial multimeter for immediate troubleshooting when Min/Max and peak capture give you enough information. Choose the Fluke 289 when you need a saved, time-stamped session, an on-meter trend or a file for someone else to analyze. For computer handoff, our package choice is the 289/FVF, subject to checking its software and your PC first.
Quick picks: decide what must survive the measurement
Compare specifications and all conditions
Read a value or capture extremes while troubleshooting
- Our choice
- Original 87V
- Why
- Min/Max, peak capture and a motor-drive low-pass filter
Revisit an intermittent problem after a session
- Our choice
- 289 standard
- Why
- Internal interval/event logging and TrendCapture on the meter
Deliver graphs and measurement data to a colleague
- Our choice
- 289/FVF kit
- Why
- Adds FlukeView Forms software and a communication cable
Share readings with a phone
- Our choice
- 289 with ir3000 FC
- Why
- The wireless connector is required for Fluke Connect communication
Full comparison table
Swipe to compare. Row labels stay visible.
| What you need | Our choice | Why |
|---|---|---|
| Read a value or capture extremes while troubleshooting | Original 87V | Min/Max, peak capture and a motor-drive low-pass filter |
| Revisit an intermittent problem after a session | 289 standard | Internal interval/event logging and TrendCapture on the meter |
| Deliver graphs and measurement data to a colleague | 289/FVF kit | Adds FlukeView Forms software and a communication cable |
| Share readings with a phone | 289 with ir3000 FC | The wireless connector is required for Fluke Connect communication |
Scroll horizontally to see every column
| What you need | Our choice | Why |
|---|---|---|
| Read a value or capture extremes while troubleshooting | Original 87V | Min/Max, peak capture and a motor-drive low-pass filter |
| Revisit an intermittent problem after a session | 289 standard | Internal interval/event logging and TrendCapture on the meter |
| Deliver graphs and measurement data to a colleague | 289/FVF kit | Adds FlukeView Forms software and a communication cable |
| Share readings with a phone | 289 with ir3000 FC | The wireless connector is required for Fluke Connect communication |
This comparison covers the original 87V, not the MAX model. For that enclosure choice, read 87V vs 87V MAX; our multimeter guide covers the wider shortlist.
Compare the exact meters and ranges
These are manufacturer specifications, not thisMETER measurements. The 87V specifications and 289 specifications establish the functions; use their manuals for range-specific limits.
Main display
- Original Fluke 87V
- 6,000 counts; 19,999 in high-resolution mode
- Fluke 289
- 50,000 counts
Voltage ceiling
- Original Fluke 87V
- 1000 V AC/DC
- Fluke 289
- 1000 V AC/DC
Current through leads
- Original Fluke 87V
- 10 A AC/DC; observe manual duty limits
- Fluke 289
- 10 A AC/DC; observe manual duty limits
Lowest DC current range and display step
- Original Fluke 87V
- 600 µA; 0.1 µA in standard mode
- Fluke 289
- 500 µA; 0.01 µA
DC-voltage accuracy, ordinary voltage ranges
- Original Fluke 87V
- ±(0.05% + 1 count), 6 V through 1000 V
- Fluke 289
- ±(0.025% + 2 counts), 5 V and 50 V; ±(0.03% + 2 counts), 500 V and 1000 V
AC and motor drives
- Original Fluke 87V
- True RMS; low-pass filter
- Fluke 289
- True RMS; low-pass filter
Low-impedance voltage mode
- Original Fluke 87V
- No LoZ mode in Fluke's selection chart
- Fluke 289
- LoZ for ghost-voltage rejection
Capacitance ceiling, product specifications
- Original Fluke 87V
- 9,999 µF
- Fluke 289
- 100 mF
Temperature input, excluding probe
- Original Fluke 87V
- −200 to 1090°C
- Fluke 289
- −200 to 1350°C
Safety category/voltage
- Original Fluke 87V
- CAT III 1000V / CAT IV 600V
- Fluke 289
- CAT III 1000V / CAT IV 600V
Power and specified battery life
- Original Fluke 87V
- Installed 9 V battery; about 400 hours typical without backlight
- Fluke 289
- Six AA batteries; 100 hours minimum, 200 hours in logging mode
Full comparison table
Swipe to compare. Row labels stay visible.
| Function | Original Fluke 87V | Fluke 289 |
|---|---|---|
| Main display | 6,000 counts; 19,999 in high-resolution mode | 50,000 counts |
| Voltage ceiling | 1000 V AC/DC | 1000 V AC/DC |
| Current through leads | 10 A AC/DC; observe manual duty limits | 10 A AC/DC; observe manual duty limits |
| Lowest DC current range and display step | 600 µA; 0.1 µA in standard mode | 500 µA; 0.01 µA |
| DC-voltage accuracy, ordinary voltage ranges | ±(0.05% + 1 count), 6 V through 1000 V | ±(0.025% + 2 counts), 5 V and 50 V; ±(0.03% + 2 counts), 500 V and 1000 V |
| AC and motor drives | True RMS; low-pass filter | True RMS; low-pass filter |
| Low-impedance voltage mode | No LoZ mode in Fluke's selection chart | LoZ for ghost-voltage rejection |
| Capacitance ceiling, product specifications | 9,999 µF | 100 mF |
| Temperature input, excluding probe | −200 to 1090°C | −200 to 1350°C |
| Safety category/voltage | CAT III 1000V / CAT IV 600V | CAT III 1000V / CAT IV 600V |
| Power and specified battery life | Installed 9 V battery; about 400 hours typical without backlight | Six AA batteries; 100 hours minimum, 200 hours in logging mode |
Scroll horizontally to see every column
| Function | Original Fluke 87V | Fluke 289 |
|---|---|---|
| Main display | 6,000 counts; 19,999 in high-resolution mode | 50,000 counts |
| Voltage ceiling | 1000 V AC/DC | 1000 V AC/DC |
| Current through leads | 10 A AC/DC; observe manual duty limits | 10 A AC/DC; observe manual duty limits |
| Lowest DC current range and display step | 600 µA; 0.1 µA in standard mode | 500 µA; 0.01 µA |
| DC-voltage accuracy, ordinary voltage ranges | ±(0.05% + 1 count), 6 V through 1000 V | ±(0.025% + 2 counts), 5 V and 50 V; ±(0.03% + 2 counts), 500 V and 1000 V |
| AC and motor drives | True RMS; low-pass filter | True RMS; low-pass filter |
| Low-impedance voltage mode | No LoZ mode in Fluke's selection chart | LoZ for ghost-voltage rejection |
| Capacitance ceiling, product specifications | 9,999 µF | 100 mF |
| Temperature input, excluding probe | −200 to 1090°C | −200 to 1350°C |
| Safety category/voltage | CAT III 1000V / CAT IV 600V | CAT III 1000V / CAT IV 600V |
| Power and specified battery life | Installed 9 V battery; about 400 hours typical without backlight | Six AA batteries; 100 hours minimum, 200 hours in logging mode |
Range and accuracy detail: 80 Series V manual, Model 87 columns, 287/289 manual and Fluke's selection chart.
Display steps are not accuracy. The digits term adds error in units of the last displayed digit, and accuracy depends on the selected range and conditions. For the 87V's high-resolution mode, its manual says to multiply the counts term by ten. The 289's headline DC-voltage percentage therefore should not be applied to every range or function. Both manuals specify accuracy at 18–28°C for one year after calibration.
Best for spot troubleshooting: original Fluke 87V
Our pick is the 87V when you need to find the present value or the extremes while adjusting or observing equipment. Its manual describes Min/Max storage of minimum, maximum and average readings; exiting Min/Max erases those values. Fluke's selection chart assigns standalone logging and the USB interface to the 289/287 column, leaving the 87V without that session workflow.
The standard US box includes TL75 leads, AC175 clips, holster, 80BK temperature probe and an installed 9 V battery. Fluke lists TL175 leads for Europe. The supplied probe covers −40 to 260°C, so the meter's wider temperature input range does not describe the included probe.
Check the original 87V package at Fluke.
Best for saved sessions: Fluke 289
Choose the 289 when the useful result is a record you can revisit. Its logging manual says each record holds minimum, maximum and average values, with start/end times and the times of the extremes. Fluke's product page documents TrendCapture with zoom up to 14 times, allowing review without a PC.
The standard meter can therefore be the complete purchase for on-meter review. For a maintenance report or spreadsheet handoff, budget for the interface and software too; neither appears in the standard box contents.
- Yes: Internal recording and on-meter TrendCapture without a PC
- Partly: PC download requires an infrared interface and FlukeView Forms
- Partly: Phone communication requires the optional ir3000 FC connector
Check the standard 289 package at Fluke.
Min/Max, peak capture and logging solve different problems
Min/Max summarizes extremes; interval/event logging preserves a session. For the 289, an interval record covers the selected time period; an event record can interrupt it when the signal changes beyond the adjustable event threshold. These are summary records, rather than a waveform file.
Both meters advertise 250 µs peak capture, but that is not the logging interval. Their manual footnotes qualify it for repetitive peaks: the original 87V specifies 1 ms for single events, while the 289 specifies 2.5 ms. The 289 also excludes peak specifications on its 500 µA DC, 50 mA DC and 5 A DC ranges. Choose from these response and range limits, rather than assuming the logging meter catches every shorter disturbance. Sources: 87V peak table, 289 recording and peak table.
How much can the 289 actually record?
The 289 product page uses 10,000 in its overview and 15,000 elsewhere. The manual's memory rules make the distinction useful: at most 10,000 sample intervals, with event capacity of 15,000 minus the number of sample intervals, reduced when available memory is low. Do not add those headline capacities together.
The selectable interval runs from one second to 99 minutes and 59 seconds. Duration and interval settings interact to fit available memory. Once the event allocation fills, the event counter can continue increasing even though further event records are no longer stored; a plus sign flags that condition.
Fluke specifies 200 hours in logging mode, but battery life is not guaranteed session duration. Its manual says depleted batteries, a moved rotary switch, or insertion/removal of a current-jack probe can end recording. Save the session after stopping: closing it without saving loses the data. Check battery level and free memory before committing to a long investigation.
Get a working file from the 289 to a computer
Fluke documents meter memory → infrared link → FlukeView Forms on a PC; it also supports real-time logging to the connected computer. The IR189USB is explicitly listed for the 289. Alternatively, FVF-SC2 supplies software and an IR-USB cable. If buying the cable separately, confirm your software entitlement too.
The Forms manual documents File → Export Data for CSV output, including format options. It also identifies .fdb as the native database extension, storing meter data, user data and forms. Our handoff recommendation is to retain the database and export a CSV whose reading type and columns you check before sending.
Match the computer
Confirm the operating system, software license and USB cable driver with Fluke.
Match the package
Choose the FVF kit or account for the infrared interface and software separately.
Keep usable records
Save the meter session, transfer it to Forms, retain its database and inspect the CSV export.
Software support is part of the purchase
Fluke's download page lists Forms Basic 3.8.6 and Forms plus Designer 3.8.4, with Windows compatibility listed through Windows 10. Its lifecycle page labels Forms “End of Development”, with no end-of-support date set. That page lists 3.8.4 as latest, so the download page is more specific about Basic.
There is another documentation mismatch: the FVF-SC2 product page lists Windows only through Windows 7, while the newer download information extends to Windows 10. Neither establishes compatibility with Windows 11, macOS or Linux. Get confirmation for the actual computer and driver before purchasing for export.
Forms Basic supports downloads and saved/printed reports; plus Designer adds customizable forms. The download page describes updates for existing licensed users and a separate Demo/Reader for saved files. Do not assume downloading an update supplies a new software license. Sources: Forms capabilities, downloads and eligibility.
Buy the complete kit, including probes and paperwork
Compare the complete checkout package: meter, communication interface, software entitlement, required temperature probe, case/hanger and any calibration documentation.
Original 87V, US standard
- Documented included items
- TL75 leads, AC175 clips, holster, 80BK probe, installed battery
- What remains to check
- Case/hanger requirements; US versus European leads
289 standard
- Documented included items
- TL71 leads, AC175 clips, six installed AA batteries, quick reference guide
- What remains to check
- Temperature probe, PC interface/software, case and hanger as needed
289/FVF
- Documented included items
- Meter, Forms software with cable, TL71 leads, AC175 clips, 80BK-A thermocouple, TPAK hanger, C280 case, amp-jack plugs
- What remains to check
- ir3000 FC is explicitly excluded; confirm software edition/license
FLK-289/FVF/IR3000
- Documented included items
- Named by Fluke as the software and wireless-connectivity kit; ir3000 FC included
- What remains to check
- Obtain the full current packing list rather than assuming every FVF accessory
87V CAL or 289 CAL
- Documented included items
- Corresponding standard meter package plus a traceable calibration certificate with data from Fluke
- What remains to check
- Match employer requirements for the certificate and data
Full comparison table
Swipe to compare. Row labels stay visible.
| Package | Documented included items | What remains to check |
|---|---|---|
| Original 87V, US standard | TL75 leads, AC175 clips, holster, 80BK probe, installed battery | Case/hanger requirements; US versus European leads |
| 289 standard | TL71 leads, AC175 clips, six installed AA batteries, quick reference guide | Temperature probe, PC interface/software, case and hanger as needed |
| 289/FVF | Meter, Forms software with cable, TL71 leads, AC175 clips, 80BK-A thermocouple, TPAK hanger, C280 case, amp-jack plugs | ir3000 FC is explicitly excluded; confirm software edition/license |
| FLK-289/FVF/IR3000 | Named by Fluke as the software and wireless-connectivity kit; ir3000 FC included | Obtain the full current packing list rather than assuming every FVF accessory |
| 87V CAL or 289 CAL | Corresponding standard meter package plus a traceable calibration certificate with data from Fluke | Match employer requirements for the certificate and data |
Scroll horizontally to see every column
| Package | Documented included items | What remains to check |
|---|---|---|
| Original 87V, US standard | TL75 leads, AC175 clips, holster, 80BK probe, installed battery | Case/hanger requirements; US versus European leads |
| 289 standard | TL71 leads, AC175 clips, six installed AA batteries, quick reference guide | Temperature probe, PC interface/software, case and hanger as needed |
| 289/FVF | Meter, Forms software with cable, TL71 leads, AC175 clips, 80BK-A thermocouple, TPAK hanger, C280 case, amp-jack plugs | ir3000 FC is explicitly excluded; confirm software edition/license |
| FLK-289/FVF/IR3000 | Named by Fluke as the software and wireless-connectivity kit; ir3000 FC included | Obtain the full current packing list rather than assuming every FVF accessory |
| 87V CAL or 289 CAL | Corresponding standard meter package plus a traceable calibration certificate with data from Fluke | Match employer requirements for the certificate and data |
Package sources: 87V standard/CAL, 289 standard/CAL, 289/FVF contents, wireless kit.
For a maintenance technician needing saved sessions, choose 289 standard for on-meter review or 289/FVF for the documented PC route after resolving software fit. For a gift, confirm the recipient's existing meter, reporting needs and computer before choosing a bundle. Our test-lead guide helps with accessory selection.
How we choose
We compared Fluke's official US product pages, manuals, selection chart, package lists and software-support documentation. Recommendations reflect those documents; thisMETER has no physical test results for these meters. Unresolved source differences are identified above. See how we choose.
Verdict
Buy the original 87V for immediate troubleshooting and summary capture. Buy the 289 when a saved session will change your diagnosis, and the 289/FVF when the computer handoff is essential and its software fits your setup. Choose the output you need to keep, then the package that can deliver it.
Frequently asked questions
Is the Fluke 289 better than the 87V?
Choose the 289 when a saved, time-stamped session will help explain a fault: it adds interval/event logging and TrendCapture. Our pick for immediate troubleshooting is the original 87V, whose Min/Max and peak capture can summarize changing readings. Both have motor-drive low-pass filters. The 289's computer workflow also needs a compatible interface and FlukeView Forms; consider that complete setup before choosing.
Does the Fluke 87V log data to a computer?
The original 87V does not provide the 289's standalone logging and USB-interface workflow in Fluke's selection chart. Its Min/Max mode stores extremes and an average, and exiting that mode erases the stored values. Choose the 289 if you need a session to revisit or transfer later; do not buy a communication cable expecting it to add that capability to the 87V.
Does the Fluke 289 need software to log?
No. The 289 can record to internal memory and show a trend on its own screen. Fluke documents an infrared interface and FlukeView Forms for downloading that memory to a PC. The standard meter's box does not list that software or cable; the 289/FVF kit lists both. The wireless ir3000 FC connector is a separate package decision for phone communication.
Can a Fluke 289 export CSV files?
FlukeView Forms can export uploaded meter data as CSV through File > Export Data. The documented route is meter memory, infrared-to-USB interface, then FlukeView Forms on a compatible Windows PC. Keep the native Forms database as well if you want the saved forms and annotations. Confirm software licensing, driver installation and your computer's operating system before buying the export setup.
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