
NM01T1042900
5.0 MHz 1/2" Dual Element Transducers, CT - Coating Thickness, Potted Side Entry, Dakota NDT SKU: T-104-2900
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Dakota NDT — T-104-2900 Dual-Element Transducer
5.0 MHz Coating-Thickness Transducer, 1/2 in Element, Potted Side-Entry ConfigurationSKU: T-104-2900
Overview
The Dakota NDT T-104-2900 is a 5.0 MHz dual-element ultrasonic transducer designed for corrosion monitoring and thickness measurement on coated industrial components. Its CT configuration supports compatible ultrasonic gauges capable of separating the coating response from the base-material measurement.
The dual-element design uses separate transmitting and receiving elements to improve near-surface performance and provide reliable readings on surfaces affected by corrosion, erosion, pitting, coatings, or general service wear. Its 1/2 in element size provides a practical balance between acoustic energy, surface contact, and access to common industrial components.
The transducer features a permanently potted cable with side entry, helping protect the probe connection while directing the cable away from the top of the transducer. SKU T-104-2900 is suitable for field, fabrication, maintenance, asset-integrity, and QA/QC inspection programs using compatible Dakota ultrasonic thickness gauges.
What's Included
| Item | Details |
|---|---|
| Ultrasonic Transducer | Dakota NDT T-104-2900 |
| Transducer Type | Dual element |
| Nominal Frequency | 5.0 MHz |
| Element Size | 1/2 in |
| Application Type | CT — Coating Thickness |
| Cable Configuration | Potted |
| Cable Entry | Side |
| Primary Application | Thickness measurement through compatible coatings |
| Inspection Method | Ultrasonic Testing / UT |
| Manufacturer | Dakota NDT |
| SKU | T-104-2900 |
Note: Thickness gauge, couplant, calibration standards, adapters, and additional accessories are not included unless specified separately.
Box Dimensions & Shipping Weight (Estimated)
| Parameter | Imperial |
|---|---|
| Length | 8.0 in |
| Width | 5.0 in |
| Height | 3.0 in |
| Dimensions (L × W × H) | 8.0 × 5.0 × 3.0 in |
| Weight | 1.0 lb |
Key Specifications
| Parameter | Details |
|---|---|
| Product Type | Dual-element ultrasonic transducer |
| Model | T-104-2900 |
| Nominal Frequency | 5.0 MHz |
| Element Size | 1/2 in |
| Element Configuration | Separate transmitting and receiving elements |
| Application Classification | CT — Coating Thickness |
| Cable Style | Potted / fixed |
| Cable Entry Position | Side |
| Primary Use | Coated-material and corrosion thickness measurement |
| Typical Inspection Mode | Pulse-echo ultrasonic thickness gauging |
| Inspection Method | Ultrasonic Testing / UT |
| Intended Environment | Field, shop, fabrication, maintenance, and QA/QC |
| Manufacturer | Dakota NDT |
| SKU | T-104-2900 |
Performance Features
Coating-Thickness Configuration
Designed for use with compatible ultrasonic gauge modes that account for or separate coating thickness from the base-material measurement.
5.0 MHz Operating Frequency
Supports detailed thickness readings and good near-surface response on suitable industrial materials.
Dual-Element Design
Separate transmitting and receiving elements help reduce initial-pulse interference and improve performance on corroded, pitted, or coated surfaces.
1/2 in Element Size
Provides a practical contact area for inspecting piping, tanks, vessels, plates, and other industrial components.
Potted Cable Construction
The fixed cable transition helps protect the probe connection and eliminates the need for a detachable transducer-side connector.
Side-Entry Configuration
Directs the cable away from the top of the probe, supporting convenient handling in suitable inspection areas.
User-Friendly Design
Supports compatible thickness measurement through coatings
Dual-element configuration is suitable for corrosion-monitoring workflows
Side-entry cable assists with probe positioning
Potted construction protects the internal cable connection
1/2 in element supports stable contact on suitable surfaces
Compact design supports portable field inspection
Suitable for spot measurements and manual scanning
Easy to integrate with compatible Dakota thickness gauges
Built for Industrial Environments
Designed for professional ultrasonic thickness measurement
Suitable for fabrication, manufacturing, maintenance, and asset-integrity programs
Practical for coated piping, tanks, vessels, and structural components
Supports recurring corrosion-monitoring inspections
Fixed cable transition supports repeated field and shop use
Suitable for installed and difficult-to-move equipment
Intended for use with appropriate couplant and calibration procedures
Probe face and cable condition should be inspected before use
Compatibility
Compatible with:
Dakota ultrasonic thickness gauges supporting dual-element transducers
Instruments equipped with compatible coating-thickness measurement modes
Gauges configured for 5.0 MHz probe operation
Corrosion and remaining-wall measurement workflows
Suitable ultrasonic couplants
Known-thickness standards and calibration blocks
Pulse-echo ultrasonic thickness procedures
Carbon steel, stainless steel, aluminum, and other compatible materials
Field and laboratory asset-integrity programs
Gauge connector, cable length, coating type, material thickness, measurement mode, and transducer compatibility should be confirmed before ordering.
Ideal Applications
Thickness measurement through compatible coatings
Corrosion thickness measurement
Remaining-wall evaluation
Pipeline inspection
Storage-tank inspection
Pressure-vessel inspection
Structural steel measurement
Coated plate and component inspection
Boiler and heat-exchanger inspection
Erosion monitoring
Fabrication QA/QC
Preventive maintenance programs
Asset-integrity inspection
Field ultrasonic testing
General industrial thickness gauging
About Dakota NDT
Dakota NDT develops ultrasonic thickness gauges, flaw detectors, transducers, cables, couplants, and related accessories for professional non-destructive testing. Its products support inspection teams working in corrosion monitoring, manufacturing, fabrication, maintenance, asset integrity, and industrial quality control.


