UTM (Ultrasonic Thickness Measurements) is a non-destructive technique used to inspect the thickness of wide range of structures such as pipelines, steel structure, ship components. Atmospheric corrosion is inevitable and detection of mass loss caused by corrosion is vital to ensure the continued operation of the structure as wel l as its safet y. Uitrasonic Thickness Measurments measurement data can be used to determine if repair work or replacement is necessary. The on-site inspection results are instant, in case of any problems if detected, additional test methods can be employed to investigate the findings. Our experienced inspectors are committed to quick and positive turnaround time thereby ensuring that we meet required schedules and industry Standards are followed rigorously..

Efficient and Accurate Thickness Mapping

This ultrasonic device delivers exceptional measurement accuracy with dual scanning modes (A-Scan and B-Scan) for comprehensive insight into material conditions. Capable of storing up to 10,000 readings, it facilitates detailed mapping and long-duration surveys. The inclusion of automatic and manual calibration modes ensures precise readings in various operating conditions.

Robust Construction for Industrial Environments

Constructed with a sturdy aluminum alloy body and protected by an IP65 rating, the instrument is suitable for harsh settings such as refineries and chemical plants. Its ability to operate in temperature ranges from -20C to +70C and up to 90% humidity (non-condensing) ensures reliable performance even under challenging conditions.

Integrated Data Storage and Analysis

The ultrasonic thickness gauge is paired with dedicated PC software, allowing for efficient data transfer, advanced analysis, and professional reporting. Connectivity through RS232 and USB interfaces facilitates seamless data handling and sharing within asset integrity and maintenance workflows.

FAQ's of Ultrasonic Thickness Mapping:

Q: How does the ultrasonic thickness mapping device ensure measurement accuracy?

A: The device utilizes both single and dual crystal transducers, combined with automatic and manual calibration modes, achieving an accuracy of 0.05 mm. This dual calibration approach allows users to adapt to different materials and measurement scenarios, ensuring consistently precise results.

Q: What is the process for storing and analyzing data on this device?

A: Users can store up to 10,000 readings directly on the device. Data can be transferred to a PC via RS232 or USB interface, where included software enables in-depth analysis, reporting, and archiving to support maintenance and asset management decisions.

Q: When should I use A-Scan or B-Scan scanning modes?

A: A-Scan is ideal for point measurements and thickness verification, while B-Scan provides cross-sectional imaging for a comprehensive mapping of material thickness. Choose the mode based on whether you need detailed mapping or discrete spot readings.

Q: Where can this ultrasonic thickness mapping device be used?

A: The device is designed for industrial environments and is commonly used in measuring the thickness of pipelines, tanks, pressure vessels, and other metal structures in sectors such as oil and gas, power generation, and transportation.

Q: What benefit does the alarm function provide?

A: The built-in audible and visual alarm alerts users if thickness measurements exceed preset threshold limits. This safety feature helps prevent structural failures and supports adherence to inspection standards by providing immediate warnings.

Q: How long can the device operate on a single battery charge, and how is it powered?

A: Equipped with a rechargeable Li-ion battery, the device offers up to 8 hours of continuous use. It operates on DC 12V and consumes 25 W, making it suitable for extended field inspections without frequent recharging.

Q: What standards does this ultrasonic thickness mapping device comply with?

A: The device meets ASTM E797 and EN 14127 standards, ensuring its suitability for industrial thickness measurement applications and compliance with international quality and safety requirements.

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