• Office No. 28, Second Floor, Tarnol Center, Main Tarnol Chowk, Sector F-15, Islambad

HS 1030 Electromagnetic Ultrasonic Stress Detector

The HS 1030 electromagnetic ultrasonic stress detector is a stress measurement technology based on orthogonally polarized transverse wave acoustic time difference. The greatest advantage is non-contact measurement. It does not require couplant and has no delay error caused by the coupling layer. It can realize more precise measurement of the transverse and longitudinal stress inside the material.

→ Can detect residual stress and bolt tightening stress

→ 1GHz hard digital sampling frequency, sound-time measurement accuracy of 1ns, more accurate detection

→ Using electromagnetic ultrasonic technology, no grinding, no coupling, detection is more convenient

→ Residual stress value detection, bolt stress value detection

→ It is suitable for the detection of materials with coatings (paints, anti-corrosion layers) on the surface and is resistant to high temperatures

→ Dual-channel real-time display, the result is more clear

Transmit / Receive Parameters

Receiving Frequency Bandwidth 4MHz-5MHz
Excitation Pulse Voltage 300V-500V
The Form of Excitation Pulse Orthogonal two-way type
Transmit Pulse Width 200ns-250ns adjustable
Impedance Matching 1000Ω
Gain Range / increment 80dB / 0.1dB
Sampling Frequency / Bits 1GHz / 8bit
Sampling Depth 2048~512K
Digital Processing Function Average and correlation (1-32 optional)
Detection Range Zero interface incidence~500mm
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路
Alarm Audible and visual alarm
Storage 64GB
Operating Temperature (-10-40)℃ (Reference value)

Application: Residual stress detection, bolt tightening stress detection