NM01TG570E
The TG-570E leverages EMAT technology to generate and detect ultrasonic waves directly within metallic materials, providing reliable thickness measurements without physical contact. This capability makes it ideal for inspecting hot, rough, coated, or contaminated surfaces where traditional ultrasonic methods are impractical. The device is engineered to handle a wide range of materials, including both ferromagnetic and paramagnetic metals, offering exceptional versatility.
A key advantage of the TG-570E is its high-temperature operation. With specialized EMAT probes, it can perform measurements at temperatures up to 1100°F (600°C), making it suitable for inspections in high-heat environments such as those found in power plants and refineries.
The TG-570E delivers high measurement accuracy across a broad thickness range, from 0.023 inches to 12 inches (0.6 mm to 300 mm) or more, depending on the specific probe configuration. Its portable design ensures ease of use in the field, while its robust construction withstands the rigors of industrial applications.
The TG-570E features user-friendly interface and advanced data display options, including options for A-scan and B-scan displays, allowing for detailed analysis of measurement data. The instrument also provides data logging capabilities, facilitating comprehensive record-keeping and reporting. The IP65 rating ensures protection against dust and moisture, enhancing its durability and reliability in harsh environments.
Features
Contactless Measurement of Ferromagnetic and Paramagnetic Materials
Measurement Through Painted, Oxidized or Oily Surfaces Up to ¼ Inch (6mm) Thick
No Couplant Required
High Measurement Accuracy
Measure at High Temperatures up to 1100° F/600° C (with Specialized Probes)
Can Measure a Wide Range of Thicknesses from 0.023 Inch to 12 Inches (0.6 mm to 300 mm) or More
Automatic Operation Mode Including A-Scan and B-Scan Display Modes
Multiple Measurement Modes Including PEAK-to-PEAK, FRONT, ECHO and DUAL ECHO