Banner U-Gage Ultrasonic Sensor Brochure page 2

Banner U-GAGE
®
Banner U-GAGE
®
Ultrasonic sensors that think as well as
they hear.
Banner has reinvented ultrasonic sensing to be
infinitely more accurate, versatile and effective in
solving some of the nastiest applications you face.
We have applied our industry-leading photoelectric
sensor technologies to a new line of advanced
ultrasonic sensors. If you've never tried ultrasonic
sensors, or if you've tried them unsuccessfully before,
try them again. You'll find our U-GAGE sensors to be
the most advanced and capable ultrasonics ever.
Superior measurement accuracy with
microprocessor control.
U-GAGE sensors offer incredible accuracy with
resolutions from 0.1% to 0.25% of the sensing
distance to solve tough measurement
applications never before possible. Our
sophisticated microprocessor control
and proprietary firmware ensures
consistent sensing performance in a
wide variety of applications.
So versatile, a single sensor can
solve thousands of applications.
U-GAGE technology allows you to set
an infinite number of ranges and
sensing windows with a single sensor
by simply pushing a button. Now you
can inventory one or two sensors that
replace literally hundreds of older-
style, fixed-range sensors. You can also choose from numerous housing
styles that fit your application and preference. Models are available with
multiple outputs, including some that offer both analog and discrete
outputs in the same sensor!
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MIN range
Near Limit
2
ultrasonic sensors solve difficult applications in your plant.
ultrasonic sensors solve difficult applications in your plant.
Custom Sensing Window
Sensing Window
Far Limit
Survives the environment and your most
difficult sensing applications.
Banner U-GAGE sensors are leakproof and designed
to withstand extremely hostile environments including
outdoor use, with ratings up to IP67 and NEMA 6P.
They are also inherently immune to target color
differences and high-power light interference —even
sunlight won't affect
their performance.
They are immume to
all light reflections,
making them perfect
for problematic
clear-material
sensing applications.
MAX range