Accuracy and diagnostic features for optimum industrial productivity
The new Fluke 87 V and 83 V has improved measurement and troubleshooting functions, higher resolution and greater accuracy for troubleshooting even more faults in motor drives, business automation, power distribution devices and electromechanical equipment.
The 80 Series V shares many similarities with the classic 80 Series, but offers more troubleshooting capabilities, even greater safety, even more ease of use and better protection against impacts.
The new 80 Series V has been independently tested and complies with the 2nd edition of ANSI/ISA S82.01 and EN61010-1 CAT IV 600 V/CAT III 1000 V.
The instruments can withstand impulses in excess of 8,000 V and reduce the risks posed by power surges and spikes.
Key features
A unique function for accurate voltage and frequency measurements at variable speed drives and other equipment causing electrical disturbances (87 V).
A built-in thermometer makes it easy to take temperature measurements without having to carry a separate instrument (87 V).
Optional magnetic hanging clip for easy installation and reading while leaving your hands free for other tasks.
Thanks to the large-digit display and bright backlight with two levels of illumination, the 80 Series V is significantly easier to read than older models.
Electrical safety
All inputs are protected in accordance with the 2nd edition of ANSI/ISA S82.01 and EN61010-1 CAT IV 600 V and CAT III, 1000 V.
The instruments can withstand impulses in excess of 8,000 V and reduce the risks associated with current surges and spikes.
Accurate measurement of complex signals
Until now, there was no multimeter that could accurately measure AC drives.
But the new Fluke 87V is specifically designed to handle such complex signals.
Imagine the potential productivity gains achieved when troubleshooting drive systems is no longer a matter of guesswork.
The measurements are correct every time.
A unique feature for accurate measurements of pulse-width modulated AC voltage with noise.
Measure accurately at the ASD and motor terminals
Measure frequency (motor speed) accurately.
The frequency measurement is not affected by the frequency of the ASD carrier
Measure the AC current with an optional current clamp
Compare the reading of the 87 V with the display on the ASD
Special shielding blocks high-frequency noise and voltage generated by large drive systems
