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Price: $655
Ultrasonic Thickness Gauge TZ-UTG107 offers multi-mode functionality to meet specific testing requirements. Its sound velocity of 1000 to 9999m/s allows precise thickness measurements across a wide range of materials. Our gauge operates with a maximum temperature of 40℃ ensuring reliable performance.
Specification
| Measuring Range |
Pulse-Echo mode: (0.65 to 600)mm (in Steel) Echo-Echo mode: (3 to 60)mm |
|---|---|
| Resolution | 0.1 mm / 0.01 mm / 0.001 inch |
| Accuracy | ±(0.5%n + 0.05) |
| Measurement Period | 4 times per second for single-point mode and 10 times per second for scan mode |
| Temperature Range | 0 to 40℃ |
| Humidity | < 85%RH |
| Lower Limit of Pipes | Φ15x2.0 mm, Φ20x3.0 mm (Determined by Transducer) |
| Sound Velocity | 1000 to 9999m/s |
| Data | Memory for up to 20 files(99 values for each file)of stored values |
| Power Supply | 2x 1.5V AAA (UM-4) Batteries |
| Dimension | 142 x 72 x 34 mm |
| Packing Dimension | 350 × 190 × 120 mm |
| Weight | 175 g |
| Packing Weight | 1.5kg |
Features
Auto memory for material codes & sound velocity
Coupling indicator
Manual or automatic power-off
USB/RS-232/Bluetooth data output
Applications
Ultrasonic Thickness Gauge is a non-destructive instrument, that measures the thickness of materials and is utilized in industries such as corrosion and erosion testing, aerospace automotive, marine, construction and infrastructure, food and beverage.
Standard Accessories
Our Ultrasonic Thickness Gauge employs non-destructive testing and offers a wide range of thickness measuring ranges. These are equipped with multiple testing modes and probes for different materials, shapes, and detection conditions. They support advanced data logging capabilities for the storage of multiple measurements for further analysis. Our gauges are crafted with durable materials for reliable performance in various environments. They have user-friendly digital displays that provide easy operation and clear readings. Our gauge also features pre-programmed settings for a variety of materials, ensuring accurate sound velocity and reliable results.
