Thermometry bridge accuracy combined with time-saving features
The Fluke 1594A and 1595A Super-Thermometers combine the
accuracy of complex and expensive bridges with innovative features
that simplify
measurement processes and provide excellent value.
They are accurate enough for the primary lab and economical
enough for the secondary lab.
With temperature-controlled internal reference resistors, six input
channels, a large graphical display, and a multitude of
temperature-specific measurement
functions, PRT, thermistor and SPRT calibr
has never been so easy and economical.
And with the built-in Ratio Self-Calibration function, you can verify or
calibrate the Super-Thermometer's ratio accuracy in-house
with the press of a button no other single thermometry bridge can do
so much, so well!
Features:
-Calibrate SPRTs, PRTs, RTDs and thermistors (0 O to 500 k O)
-Accuracy as good as 0.06 ppm (0.000015 °C)
-Ratio Self-Calibration verifies and calibrates resistance ratio
accuracy
-Automatic zero-power measurements calculate thermometer probe
self-heating
-Temperature-controlled internal reference resistors
-Calibrated sensing current lowers overall instrument uncertainty
-Four input channels on the front panel accept sensors under test or
external references
-Two dedicated external reference input channels on the rear panel
-Standby current reduces transient effects when scanning between
channels
-Channel Select keys turn measurement mode on or off at the touch
of a button
-Sample rates as fast as one second
-USB data transfer and computer control
-Remote view and device control via Ethernet
-Compatible with MET/TEMP II automated calibration software and
LogWare II multichannel, real-time data acquisition software
-Resistance ratio or absolute resistance measurements: the choice is
yours
-When your goal is to achieve the highest measurement accuracy
possible, you will mostly likely make a resistance ratio measurement
(Rx/Rs).
-The measurement accuracy of the 1595A over typical thermometry
ratios (0.25 to 4.0) is as good as or better than 0.2 ppm. And for ratios
near unity (0.95
to 1.05),
the resistance ratio accuracy of the 1595A is as good as 0.06 ppm.
-You get the linearity of a traditional resistance bridge with an
instrument that is easier to use and a much better value.