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Classification - Optical
sensor, non contact high
temperature measurement,
radiation pyrometer.

The PYRO
MicroTherm optical pyrometer
temperature sensor for non
contact high temperature
measurement is a
disappearing filament
pyrometer for precision high
temperature measurements on
small targets to 0.0005".
One of the many benefits
associated with the PYRO
MicroTherm is that the
target need not fill the
entire field of view. This
is especially effective when
measuring targets such as
wire. The PYRO MicroTherm's
telescope uses a proven high
quality huygen microscope
type ocular which provides
20x magnification of the
target area. The in
view instrument filament
allows precision intensity
matching capability to 2-3°C
repeatability. The PYRO
MicroTherm's digital display
electronic unit allow users
to insert an emissivity
value to display an
emissivity-corrected
temperature. For on-line
data transmission
applications, the PYRO
MicroTherm optical pyrometer
provides both analog and
digital outputs.

The PYRO
MicroTherm radiation
pyrometer is ideal for many
small target laboratory and
industrial applications.
It is extremely useful when
measuring small targets that
do not fill the entire field
of view.
- Lamp
Filament Wire
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Cathodes
- Wire
Drawing
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- Crystal
Growth
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Calibration Standard
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The
MicroTherm non contact
temperature measurement is
determined by adjusting a
precision rheostat on the
PYRO MicroTherm's housing
that changes the internal
calibrated lamp’s intensity.
Using the inherent ability
of the human eye the
operator the unknown
intensity of light radiated
from a hot target at 0.655
µm until a color blend is
made between the apex of the
pyrometer's calibrated lamp
and the target. The current
value to the lamp then is
output via analog or digital
signal to a temperature
display.
Temperature ranges can be
measured between
approximately 1300 to 5800°F
(700 to 3200°C), but with
appropriate filters and
Micro-Optical analog meter,
the MicroTherm's temperature
ranges can be extended to
approximately 18000°F
(10000°C). The optional
Enhanced Imaging Optics
enable crisp crystal clear
images which is extremely
useful when viewing multiple
miniature items of different
temperature concurrently.
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