The Centurion NDT Model MX-10 Ultrasonic
Thickness Gauge combines the most advanced microprocessor and ultrasonic
technology available. The MX-10 is
purposely designed compact and lightweight enough to let you hold it in one
hand and punch in commands with your thumb.
·
Gauging accuracy
of ±0.001 inch.
·
Measurements
appear on a high-contrast liquid crystal display.
·
Standard
transducer withstands temperatures up to 600ºF (316ºC)
·
Operates on two
“AA” alkaline batteries.
·
Extruded aluminum
enclosure for strength and durability in harsh environments.
The Centurion NDT MX-10 is a
microprocessor-based ultrasonic thickness gauge capable of measuring up to
9.999 inches in steel with an accuracy of ±0.001”. The MX-10 standard transducer will meet most
needs and it withstands temperatures up to 600ºF (316ºC). Other transducers are available for tight
locations, small tubing, high-attenuation materials and extremely hot surfaces
- 1000ºF (538ºC).
Because it so accurately detects materials
thinning due to corrosion, erosion and pitting action, the MX-10 is suited to a
broad range of jobs. Its precision and
convenience are specially designed for demanding work in refineries, on
pipelines or construction jobs. This
instrument is well suited for many applications in shipyards, foundries,
automotive, power plants, heavy machinery and dozens of other industries.
The transducer’s transmitter (T) sends a short
pulse of ultrasound into the material.
Due to physical characteristics of any dual element transducer, the
pulse, reflected as an echo from the opposite surface or backwall,
does not follow a path which is perpendicular, but rather a vector path. The difference between the vector time as
measured and the perpendicular path time (actual thickness) is automatically
computed by the microprocessor during each reading. Thus the MX-10 combines the advantages of a
dual element transducer with the absolute accuracy of a single element.
