HS1010 ultrasonic residual stress detector, 1GHz hard digital sampling frequency, sound-time measurement accuracy of 1ns; it can detect steel, iron, aluminum, copper, titanium alloy, glass, ceramics, carbon fiber composite materials and other sound-transmission materials.
The detection object has zero damage, detection is fast and does not require any protection.
The instrument currently has built-in acoustic elasticity data for common metal materials such as Q235, Q345, Q345 weathering steel, Q355, Q390, aluminum alloy, and is also expanding the database for various new materials.
→ The instrument has a fast detection speed, and the probe can be placed in the test area to read directly
→ Flexible in use, the ultrasonic equipment is small, portable, and energy-saving. It can work for a long time relying on a portable and small-capacity power supply, which allows engineers to conveniently take to the construction site for inspection
→ Ultra-high hardware sampling frequency, smaller time error, high accuracy
Transmit / Receive Parameters
| Receiving Frequency Bandwidth | 0.5MHz-20MHz |
| Excitation Pulse Voltage | 200V-400V |
| The Form of Excitation Pulse | Negative square wave |
| Transmit Pulse Width | 30ns-500ns adjustable |
| Impedance Matching | 50Ω、500Ω |
| Gain Range / increment | 110dB / 0.1dB |
| Sampling Frequency / Bits | 1GHz / 8bit |
| Sampling Depth | 2048~512K |
| Digital Processing Function | Smooth and average (1-8 optional) |
| Detection Range |
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| Detection Method | Full detection, positive detection, negative detection, RF |
| Stress Detection Accuracy | ≤±10% |
Instrument Parameters
| Instrument Size | 250×180×75 (mm) |
| Instrument Weight | 3.5Kg (including battery) |
| Screen Size | 8.4'' |
| Screen Resolution | 800×600 |
| Battery Life | Work continuously for more than 5 hours (powered by lithium battery) |
| Interface | USB、LAN、VGA |
| Encoder | 2 road |
| Alarm | Audible and visual alarm |
| Storage | 64GB |
| Operating Temperature | (-10-40)℃ (Reference value) |
Application: Weld stress detection
