Mitech MT180 Multi Mode Ultrasonic Gauge Complete

Mitech MT180 Multi-Mode Ultrasonic Thickness Gauge – Complete

Product Overview

The Mitech MT180 Multi-Mode Ultrasonic Thickness Gauge is a versatile and precise instrument designed for measuring the thickness of a wide range of materials. By utilizing advanced ultrasonic technology, this gauge offers reliable measurements for materials such as metals, plastics, ceramics, glass, and other materials that effectively conduct ultrasonic waves. This model can also measure the sound velocity of materials with known thickness. Unlike traditional measurement methods, the MT180 requires contact with only one side of the material, making it a non-destructive testing solution. It can easily measure through coatings, eliminating the need to remove surface coatings before taking measurements. This feature makes it highly effective for testing corrosion and thickness reduction in pipelines, pressure vessels, and other critical components in industries like petroleum, chemical, metallurgy, shipbuilding, aviation, and aerospace.

Key Features:

• Multi-Mode Functionality: Operates in both Pulse-Echo (P-E) mode and Echo-Echo (E-E) mode for versatile measurement capabilities.

• Versatile Material Measurement: Suitable for metals, plastics, ceramics, composites, epoxies, glass, and other ultrasonic wave-conductive materials.

• Special Transducers Available: Transducer models are available for specialized applications, including those for coarse-grain materials and high-temperature environments.

• Comprehensive Calibration Functions: Includes Probe-Zero, Sound-Velocity-Calibration, and Two-Point Calibration for enhanced accuracy.

• Efficient Measurement Rates: In Single Point Mode, measures up to 7 readings per second, while in Scan Mode, it measures up to 16 readings per second for efficient data collection.

• Units Selection: Choose between metric or imperial units based on preference or application.

• Power-Saving Features: Auto sleep and auto power-off functions help conserve battery life. The device operates for up to 100 hours (with backlight off).

• Data Communication & Storage: Features USB communication for easy data transfer and storage. Optional software for PC data processing is available.

• Battery Information: Displays the remaining battery capacity for better power management.

• Optional Thermal Mini-Printer: For printing measurements via RS232 port.

Specifications:

• Measuring Range:

  • Pulse-Echo (P-E) Mode: 0.65 mm to 600 mm

  • Echo-Echo (E-E) Mode: 3 mm to 30 mm

• Resolution Accuracy:

  • Standard Mode: 0.1 mm

  • High Precision Mode: 0.01 mm

• Communication Storage: USB

• Working Time: Up to 100 hours (backlight off)

• Main Unit Weight: 245g

• Main Unit Dimensions: 150 mm x 74 mm x 32 mm

• Package Dimensions: 31.5 cm x 24.5 cm x 8.5 cm

• Total Weight: 1.5 kg

Working Principle:

The MT180 uses ultrasonic pulses to measure the thickness of a material. The pulse travels through the material, reflects from the back or inside surface, and returns to the transducer. The time taken for this pulse to travel back is measured, and using the formula H = v × t / 2, the thickness is calculated.

• H = Thickness of the test piece

• v = Sound velocity in the material

• t = Measured round-trip transit time

Operating Conditions:

• Operating Temperature: -20°C to +60°C

• Storage Temperature: -30°C to +70°C

• Relative Humidity: ≤90%

• Environmental Conditions: Avoid vibration, strong magnetic fields, corrosive environments, and heavy dust.

Applications:

• Corrosion Monitoring: Ideal for monitoring the corrosion and thinning of pipelines, pressure vessels, and production equipment in industries such as petroleum, chemical, metallurgy, shipbuilding, aviation, and aerospace.

• Coating Measurement: Measures the thickness of materials without needing to remove surface coatings, making it perfect for corrosion testing and surface integrity assessments.

• Sheet Metal & Machined Part Measurement: Suitable for precise measurements in manufacturing processes, ensuring high production efficiency and quality.

• Non-Destructive Testing (NDT): Provides a reliable, non-destructive method for testing material thickness, especially useful for hard-to-reach areas or closed structures.

• High-Temperature Applications: Capable of measuring thickness in high-temperature environments with specialized transducers for accurate results.