NM01Z3150001

Dakota — CMX10-DL Advanced Ultrasonic Thickness Gauge with Full-Wave Recording

A-Scan Thickness Gauge with Full-Wave Recording, B-Scan, TCG, Second-Layer Measurement, Corrosion Mode, and Precision Mode

SKU: CMX10-DL

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Overview

The Dakota CMX10-DL is an advanced ultrasonic thickness gauge designed for corrosion monitoring, precision thickness measurement, and detailed ultrasonic waveform analysis.

Unlike conventional thickness gauges that provide only a numerical measurement, the CMX10-DL combines live A-scan waveform display, full-wave recording, B-scan profiling, Time-Corrected Gain (TCG), second-layer measurement, and multiple thickness measurement modes in a single portable instrument.

Full-wave recording allows inspectors to capture and review the complete ultrasonic response, providing additional information for measurement verification, documentation, and analysis. The B-scan display provides a cross-sectional thickness profile that helps identify localized corrosion, erosion, pitting, and other changes in wall thickness.

The CMX10-DL is well suited for demanding inspection programs involving pipelines, storage tanks, pressure vessels, boilers, heat exchangers, structural components, machinery, and other industrial assets.

Transducer not included. The appropriate transducer should be selected according to the material, thickness range, geometry, surface condition, temperature, and inspection requirements.

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What's Included

Item	Details
Thickness Gauge	Dakota CMX10-DL
Display Modes	Numerical, A-Scan, and B-Scan
Waveform Capability	Full-wave capture and recording
Gain Function	Time-Corrected Gain (TCG)
Measurement Modes	Corrosion and precision thickness
Additional Measurement	Second-layer measurement
Data Functions	Measurement and waveform storage
Transducer	Not included
Inspection Method	Ultrasonic Testing / UT
Manufacturer	Dakota Ultrasonics
SKU	CMX10-DL

Note: Transducers, cables, couplant, calibration blocks, and optional accessories are not included unless specified separately.

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Key Features

• Full-wave capture and recording for detailed ultrasonic signal review

• Live A-scan display for waveform interpretation and measurement verification

• B-scan imaging for cross-sectional thickness profiling

• Time-Corrected Gain (TCG) for improved control of signal response over the sound path

• Corrosion mode for remaining-wall thickness measurements

• Precision mode for high-resolution thickness applications

• Second-layer measurement for compatible multilayer applications

• Data logging for storing inspection measurements and waveform information

• Multiple display modes for both routine thickness measurement and advanced analysis

• Portable configuration for field, fabrication, maintenance, and QA/QC applications

• Compatible with multiple ultrasonic transducer configurations

• Suitable for recurring corrosion-monitoring and asset-integrity programs

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Key Specifications

Parameter	Details
Product Type	Advanced ultrasonic thickness gauge
Model	CMX10-DL
Measurement Method	Pulse-echo ultrasonic thickness measurement
Primary Applications	Corrosion monitoring and precision thickness measurement
Numerical Thickness Display	Yes
A-Scan Display	Yes
Full-Wave Capture	Yes
Full-Wave Recording	Yes
B-Scan Display	Yes
Time-Corrected Gain (TCG)	Yes
Second-Layer Measurement	Yes
Corrosion Mode	Yes
Precision Mode	Yes
Data Logging	Yes
Transducer Configuration	Selected separately according to application
Transducer Included	No
Inspection Method	Ultrasonic Testing / UT
Intended Use	Field, fabrication, maintenance, manufacturing, and QA/QC
Manufacturer	Dakota Ultrasonics
SKU	CMX10-DL

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Measurement & Display Functions

Numerical Thickness Measurement
Provides direct digital thickness readings for routine inspection and corrosion-monitoring applications.

Live A-Scan
Displays the received ultrasonic waveform in real time, helping inspectors identify echoes, evaluate signal quality, and verify measurement selection.

Full-Wave Recording
Captures the complete ultrasonic waveform for later review, documentation, comparison, and analysis.

B-Scan Profiling
Displays thickness measurements as a cross-sectional profile, making it easier to identify localized wall loss, corrosion, erosion, and changes in material thickness.

Time-Corrected Gain (TCG)
Provides gain compensation over the ultrasonic sound path to help manage differences in signal amplitude at varying depths.

Corrosion Mode
Designed for remaining-wall measurements on piping, tanks, vessels, and other components affected by corrosion or erosion.

Precision Mode
Supports accurate thickness measurement where higher measurement resolution and control are required.

Second-Layer Measurement

Supports measurement of an additional layer or material interface when used with the appropriate transducer and inspection setup.

Data Logging
Stores measurement data and waveform information to support reporting, traceability, inspection history, and recurring monitoring programs.

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Designed for Professional Inspection

The CMX10-DL combines routine ultrasonic thickness measurement with advanced waveform capabilities, helping inspectors use a single instrument for a wide range of inspection requirements.

Its combination of numerical measurements, A-scan analysis, B-scan profiling, TCG, data logging, and waveform recording makes it particularly useful for applications where measurement verification and detailed inspection records are important.

The portable design supports both field and workshop environments, while compatibility with different ultrasonic transducers allows the instrument to be configured for varying materials, thickness ranges, geometries, and inspection conditions.

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Compatible With

• Dakota dual-element corrosion transducers

• Dakota single-element precision transducers

• Compatible delay-line transducers

• High-penetration transducers for applicable materials

• Suitable ultrasonic probe cables and adapters

• Ultrasonic couplants

• Calibration blocks and known-thickness reference standards

• Carbon steel

• Stainless steel

• Aluminum

• Plastics and other ultrasonically suitable materials

Transducer frequency, element diameter, connector type, measurement range, and delay-line configuration should be selected according to the specific inspection application.

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Ideal Applications

• Corrosion thickness measurement

• Precision wall-thickness measurement

• Pipeline inspection

• Storage-tank inspection

• Pressure-vessel inspection

• Boiler inspection

• Heat-exchanger inspection

• Structural steel evaluation

• Machinery and component inspection

• Erosion monitoring

• Wall-loss monitoring

• B-scan corrosion profiling

• Layer and interface measurement

• Manufacturing quality control

• Fabrication QA/QC

• Preventive maintenance

• Asset-integrity programs

• Full-wave ultrasonic data recording

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Box Dimensions & Shipping Weight

Parameter	Imperial
Length	18.0 in
Width	14.0 in
Height	7.0 in
Dimensions (L × W × H)	18.0 × 14.0 × 7.0 in
Shipping Weight	10.0 lb

Note: Box dimensions and shipping weight are estimated and may vary depending on packaging and included accessories.

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About Dakota Ultrasonics

Dakota Ultrasonics develops professional ultrasonic thickness gauges, flaw detectors, transducers, cables, couplants, and related accessories for non-destructive testing applications.

Dakota equipment is used across industrial inspection, manufacturing, fabrication, maintenance, corrosion monitoring, asset integrity, and quality-control programs.