Fluke-80 Series
OVERVIEW & SPECIFICATION
From the control room to the plant floor, the Fluke 80 Series family of digital multimeters has earned its reputation as the digital multimeter industrial technicians trust.When productivity is on the line, the Fluke 80 Series delivers the accuracy and advanced troubleshooting capabilities you need to solve problems fast.
Specifications |
Voltage DC |
Maximum Voltage: |
1000V |
Accuracy: |
Fluke 83 V: ±(0.1%+1) |
|
Fluke 87 V: ±(0.05%+1) |
Maximum Resolution: |
Fluke 83 V: 100 µV |
|
Fluke 87 V: 10 µV |
|
Voltage AC |
Maximum Voltage: |
1000V |
Accuracy: |
Fluke 83 V: ±(0.5%+2) |
|
Fluke 87 V: ±(0.7%+2) True RMS |
AC Bandwidth |
Fluke 83 V: 5kHz |
|
Fluke 87 V: 20kHz* |
|
*with low pass filter; 3db @ 1kHz |
Maximum Resolution: |
0.1 mV |
|
Current DC |
Maximum Amps: |
10A (20 A for 30 seconds maximum) |
Amps Accuracy: |
Fluke 83 V: ±(0.4%+2) |
|
Fluke 87 V: ±(0.2%+2) |
Maximum Resolution: |
Fluke 83 V: 0.01 mA |
|
Fluke 87 V: 0.01 µA |
|
Current AC |
Maximum Amps: |
10A (20 A for 30 seconds maximum) |
Amps Accuracy: |
Fluke 83 V: ±(1.2%+2) |
|
Fluke 87 V: ±(1.0%+2) True RMS |
Maximum Resolution: |
0.1 µA |
|
Resistance |
Maximum Resistance: |
50 MΩ |
Accuracy: |
Fluke 83 V: ±(0.4%+1) |
|
Fluke 87 V: ±(0.2%+1) |
Maximum Resolution: |
0.1Ω |
|
Capacitance |
Maximum Capacitance |
9,999 µF |
Accuracy |
±(1%+2) |
Maximum Resolution |
0.01 nF |
|
Frequency |
Maximum Frequency |
200 kHz |
Accuracy |
±(0.005%+1) |
Maximum Resolution |
0.01 Hz |
|
Duty Cycle |
Maximum Duty Cycle |
99.9% |
Accuracy |
±(0.2% per khz +0.1%) |
Maximum Resolution |
0.1% |
|
Temperature Measurement |
Fluke 87 V, 87 V/E: |
-200.0°C – 1090°C |
|
-328.0°F – 1994.0°F |
|
excluding probe |
|
80 BK Temperature Probe |
|
-40.0°C – 260°C |
|
-40.0°F – 500°F, 2.2°C or 2% whichever is greater |
|
Conductance |
Maximum Conductance |
60.00 nS |
Accuracy |
±(1.0%+10) |
Maximum Resolution |
0.01 nS |
|
Diode |
Range: |
3 V |
Resolution: |
1 mV |
Accuracy: |
± (2 % + 1) |
|
Duty Cycle Range |
Accuracy: |
Within ± (0.2% per kHz + 0.1 %) |
|