Elcometer NDT offer a complete range of dual element ultrasonic thickness transducers for use the with the flaw detection gauge range.
Selecting the right ultrasonic transducer for your application is essential to maximise performance.
For more information about transducer characteristics and how to select the correct ultrasonic transducer
1. Damping
S - Standard Undamped Transducer
H - Highly Damped Transducer
R - Resolution Transducer
CT - Damped Coating Thickness Transducer
M - Medium Damped Transducer |
HG - High Gain Damping Transducers
HR - High Resolution Transducer
2. High temperature probes suitable for measuring 343°C (650°F)
3. High temperature probes suitable for measuring 482°C (900°F)
4 - Lemo UW - Lemo Underwater Connection |
1. Damping
S - Standard Undamped Transducer
H - Highly Damped Transducer
R - Resolution Transducer
CT - Damped Coating Thickness Transducer
M - Medium Damped Transducer |
HG - High Gain Damping Transducers
HR - High Resolution Transducer
2. High temperature probes suitable for measuring 343°C (650°F)
3. High temperature probes suitable for measuring 482°C (900°F)
4 - Lemo UW - Lemo Underwater Connection |
1. Damping
S - Standard Undamped Transducer
H - Highly Damped Transducer
R - Resolution Transducer
CT - Damped Coating Thickness Transducer
M - Medium Damped Transducer |
HG - High Gain Damping Transducers
HR - High Resolution Transducer
2. High temperature probes suitable for measuring 343°C (650°F)
3. High temperature probes suitable for measuring 482°C (900°F)
4 - Lemo UW - Lemo Underwater Connection |
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1. Damping
S - Standard Undamped Transducer
H - Highly Damped Transducer
R - Resolution Transducer
CT - Damped Coating Thickness Transducer
M - Medium Damped Transducer |
HG - High Gain Damping Transducers
HR - High Resolution Transducer
2. High temperature probes suitable for measuring 343°C (650°F)
3. High temperature probes suitable for measuring 482°C (900°F)
4 - Lemo UW - Lemo Underwater Connection |
