Mitech MT190 Multi-Mode Ultrasonic Thickness Gauge
Brand: Mitech
Model: MT190
Measuring Range: 0.65–600 mm (P-E), 3–60 mm (E-E)
Resolution Accuracy: 0.1/0.01 mm
Communication Interface: USB
Battery Life: Up to 100 hours (backlight off)
Main Unit Weight: 245 g
Dimensions: 150 × 74 × 32 mm
Package Size: 31.5 × 24.5 × 8.5 cm
Total Weight: 1.5 kg
Product Overview
The Mitech MT190 is a highly versatile multi-mode ultrasonic thickness gauge designed for precise and efficient thickness measurement across a wide array of materials. Utilizing advanced ultrasonic pulse technology, the MT190 can accurately measure thickness from one side of the workpiece — even through surface coatings or corrosion layers.
It supports both Pulse-Echo (P-E) and Echo-Echo (E-E) modes, making it ideal for applications requiring high accuracy on coated or corroded surfaces. With robust functionality and dependable performance, this device is widely used in industries such as petrochemical, shipbuilding, aerospace, metallurgy, and manufacturing for evaluating wall thickness in pipes, tanks, and structural components.
Key Features
Dual Modes: Supports both Pulse-Echo (P-E) and Echo-Echo (E-E) measurement modes.
Wide Material Compatibility: Accurately measures metals, plastics, ceramics, composites, glass, and other materials with good ultrasonic transmission.
Advanced Probes: Compatible with special transducers for coarse grain materials and high-temperature surfaces.
Smart Calibration: Includes Probe-Zero, Sound Velocity Calibration, and Two-Point Calibration functions.
Measurement Modes: Single point and Scan modes with up to 16 readings per second.
Intuitive Indicators: Coupling status display and real-time battery life indication.
User-Friendly: Metric/Imperial units selectable, auto-sleep and auto power-off to save energy.
PC Connectivity: USB interface and optional software for data processing and reporting.
Operating Conditions
Operating Temperature: –20℃ to +60℃
Storage Temperature: –30℃ to +70℃
Humidity: ≤90% RH
Avoid use in environments with strong vibrations, magnetic fields, corrosive media, or heavy dust.
Measurement Best Practices
Pipe Measurement: Align the transducer properly depending on pipe diameter.
High-Temperature Surfaces: Use high-temp transducers and calibrate at operating temperatures.
Laminated Materials: Always calibrate for each specific piece due to varying sound velocities.
Couplants: Use appropriate couplants (e.g., propylene glycol, glycerin, silicone oils) to ensure accurate sound transmission.
| Weight | 3000 g |
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