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Available: 1 - 3 days
,
Delivery time: 1 - 3 weeks
,
special order request
Ultrasonic wall and coating thickness gauge TI-CMX Series
Wall thickness reading on ultrasonic thickness gauge TI-CMX
Data-logging ultrasonic thickness gauge TI-CMXDL
Ultrasonic thickness gauge with A-Scan display TI-CMXDLP
Colour A-Scan ultrasonic thickness gauge TI-CMXDLP-C
Dual-element ultrasonic thickness transducers for TI-CMX Series
Separate wall and coating thickness readings on TI-CMX Series
USB connection on ultrasonic thickness gauge TI-CMX Series
- TI-CMX Series ultrasonic thickness gauge (selected model)
- T-102-2900 dual-element coating transducer, or T-102-2900-H high-temperature transducer for -H configurations
- Ultrasonic coupling fluid
- AA batteries
- Carrying case
- Operating manual
- Calibration certificate
- PC software and USB cable
The TI-CMX Series uses different ultrasonic measurement methods for coated and uncoated materials. The appropriate mode depends on whether the inspection requires material thickness, coating thickness or both.
| Mode | Measurement principle and use |
|---|---|
Pulse-Echo (P-E)
|
Measures material thickness from the travel time of an ultrasonic pulse reflected from the opposite surface. Used for general wall thickness and corrosion inspection. Surface coatings can affect the result. |
Pulse-Echo with Coating (PECT)
|
Measures and displays material and coating thickness separately when used with a suitable coating transducer. |
Echo-Echo (E-E)
|
Measures the interval between successive back-wall echoes to determine material thickness through a coating without including the coating thickness in the result. |
Echo-Echo Verify (E-EV)
|
Uses additional back-wall echo information to verify the thickness measurement. Availability depends on the instrument version. |
Temperature-Compensated Pulse-Echo (PETP)
|
Compensates for changes in ultrasonic sound velocity associated with changes in material temperature, using the instrument's temperature-compensation function. |
Coating Only (CT)
|
Measures the thickness of a suitable coating using a coating-capable transducer. |
Measurement performance depends on the material, coating, surface condition, calibration and selected transducer. Not every mode is suitable for every inspection.
Dual-element ultrasonic transducers use separate transmitting and receiving elements. This arrangement makes them suitable for corrosion surveys and wall thickness measurements where surface condition and material geometry can influence the ultrasonic response.
The standard T-102-2900 is a 1/4-inch, 5 MHz dual-element transducer designed for use with the coating measurement functions of the TI-CMX Series. Other transducer diameters and frequencies are available for different measurement requirements.
For simultaneous material and coating thickness measurement, select a transducer suitable for coating measurement. Transducer selection should take account of the material, expected thickness, geometry and inspection temperature.
Available transducers
| Transducer | Description |
|---|---|
T-101-2900 |
3/16-inch, 5 MHz transducer |
T-102-2900 |
1/4-inch, 5 MHz coating transducer; standard probe |
T-102-2900-2M |
1/4-inch, 5 MHz transducer with 2 m cable |
T-102-3900 |
1/4-inch, 7.5 MHz transducer |
T-104-2900 |
1/2-inch, 5 MHz transducer for heavy-wall measurements |
T-104-9900 |
1/2-inch, 3.5 MHz transducer for cast iron and plastics |
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Scan mode |
B-Scan |
RF A-Scan |
Rectified A-Scan |
Rectified A-Scan, menu hidden |
Available on all TI-CMX Series models |
Available on all TI-CMX Series models |
Available on TI-CMXDLP and TI-CMXDLP-C |
Available on TI-CMXDLP and TI-CMXDLP-C |
Available on TI-CMXDLP and TI-CMXDLP-C |
The TI-CMXDLP-C shows the A-Scan in colour, in portrait or landscape orientation.
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