Table of Contents
Advertisement
METPOINT
®
CID
Quantification function (distance) -> 0.05 m (0.16 ft)
When to use the gooseneck:
• Short distance from line / component of 0.05 m (0.16 ft)
• Leak not freely accessible
• Medium to high ultrasonic noise
• The lines and components being inspected are very close to each other
9.4.4 Parabolic mirror
Quantification function (distance) -> 3 ... 12 m (9.84 ... 39.38 ft)
When to use the parabolic mirror:
• Long distance from line / component of 3 ... 15 m (9.84 ... 39.38 ft)
• Noise
• Leak not freely accessible (behind a fence)
• Leaks physically close to each other (overlapping)
20 | 28
If you ordered the parabolic mirror separately, you will first
need to import the corresponding data (which is found on the
included USB drive) into the METPOINT
able to use the parabolic mirror.
Import: Export / Import -> New Sensor -> Parabolic xxxxxxx
The parabolic mirror bundles horizontally incident ultrasonic
waves together at its focal point, where the ultrasonic
transducer is located. This results in the measured ultrasound
being significantly amplified (long range), as well as in very
precise directional characteristics, as any ultrasound that is
not horizontally incident is simply reflected by the reflector.
Quick Start Guide
CID in order to be
®
Advertisement
Table of Contents
