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Ultrasonic Testing (UT)

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HS P9s Pen Type Thickness Gauge
The HS P9s pen-type thickness gauge is a portable non-destructive testing device that quickly and accurately measures the wall thickness of steel pipes, aluminum plates, and other metal pipes, plates, and bars.

Functional features

  • Compact and lightweight; can be held in one hand
  • One-click operation with high measurement accuracy
  • Smart Wi-Fi upgrade capability
  • Exclusive mobile app with phone synchronization

Technical parameters

Measurement Specifications
  • Range & Accuracy: Measuring range 1.5mm–260mm; Measuring accuracy ±0.01mm.
  • Constraints: Measuring pipe diameter ≥6mm; Lift-off height Maximum 4mm.
  • Probe detection temperature: Conventional probe: -25°C~300°C; High temperature probe: -25°C~600°C.
  • Material sound velocity: 1000–9999m/s.
Signal & Performance
  • Signal Core: Sampling frequency 200MHz/10bits; Bandwidth 3MHz–5MHz.
  • Excitation & Gain: Excitation Voltage 1000Vpp; Maximum gain 100dB; Excitation mode Permanent magnet.
  • Detection waveform: Full detection, positive detection, negative detection, RF.
Instrument & System
  • Display: 1.09 inch OLED display 128×64.
  • Connectivity: Interface Type-C charging port; Function WiFi (software upgrade, data transmission).
  • Power: Battery Work continuously for 4 hours.
  • Physical: Instrument size 203mm×41mm×35mm; Instrument weight 285g.

Application

Thickness measurement in petrochemical industry, aerospace, ships and bridges, boilers pressure vessels, pipelines and other fields.
HS1010 Ultrasonic Residual Stress Detector
A high-precision ultrasonic residual stress detector (5 GHz sampling, 1 ns timing accuracy) for fast, non-destructive testing across common metals and advanced materials, with an expanding built-in acoustoelastic database.

Functional features

  • Ultra-high hardware sampling frequency enables smaller timing error and high measurement accuracy.
  • Compact and portable design with long battery life, suitable for on-site inspection.
  • Fast detection speed; the probe can be placed directly on the test area for immediate readings.
  • The software automatically recognizes and adjusts the waveform window, eliminating manual adjustment.

Technical parameters

Transmit / Receive Parameters
  • Bandwidth & Gain: Receive frequency bandwidth 0.5MHz–20MHz; Gain range/step 110dB/0.1dB; Sampling frequency/bit 5GHz/8bit.
  • Pulse & Impedance: Excitation pulse voltage 200V–400V; Pulse form Negative square wave; Transmit pulse width 30ns–500ns adjustable; Impedance matching 50Ω, 500Ω.
  • Detection Capabilities: Detection range 24.3mm–1485mm; Stress detection accuracy ≤±10%.
  • Waveform & Processing: Detection waveform Full detection, positive detection, negative detection, RF; Digital processing function Smooth and average (1–8 optional).
Instrument Parameters
  • Physical & Display: Instrument size 250×180×75(mm); Instrument weight 3.5Kg (with battery); Display size 8.4"; Display resolution 800×600.
  • Power & Environment: Battery life Work continuously for more than 5 hours; Operation temperature (-10–40°C reference value).
  • Connectivity: Interface USB, LAN, VGA; Encoder 2 channels.
  • System Functions: Storage 64GB; Alarm Audible and visual alarm.

Application

Weld stress detection
HS Q8 Digital Ultrasonic Flaw Detector
The HS Q8 is a portable digital ultrasonic detector offering high detection accuracy and strong practicality. The equipment supports Wi-Fi connectivity for cloud-based detection and includes a built-in process wizard.

Functional features

  • Newly upgraded intelligent ultrasonic detector.
  • Supports 5G and Wi-Fi connectivity for network interconnection, online upgrades, and remote monitoring.
  • Built-in process setting wizard with user-friendly assistance for equipment adjustment.
  • High-resolution large-screen display for full-screen use, with multi-band signal bandwidth and Internet-enabled operation mode.
  • IP68 protection rating.

Technical parameters

Transmit & Receive Specifications
  • Pulse Specifications: Pulse type Negative square wave pulse; Transmitting pulse voltage 400V (Arbitrarily adjustable); Pulse front <10 ns; Pulse width 30ns–1000ns.
  • Impedance Matching: 48Ω, 50Ω.
  • Receiver Core: Repetition frequency 15Hz–1000Hz; Dynamic range ≥36dB; Sampling depth 512.
  • Accuracy & Noise: Horizontal linearity error <0.1%; Vertical linearity error <3%; Attenuator accuracy ≤±1dB/12dB; Equivalent Input Noise <80nV/Hz.
  • Signal Bandwidth: 1. Passband 0.1–30MHz; 2. Broadband 0.1–0.5 MHz, 0.5–2.5 MHz, 1–5 MHz, 2.5–10 MHz, 5–20 MHz, 7.5–30 MHz; 3. Narrowband 5MHz, 10MHz, 15MHz.
  • Sound Speed Range: (300–20000)m/s.
Comprehensive Performance
  • Detection Capability: Resolution >30dB; Surplus sensitivity ≥60dB(Φ2×200mm).
  • Operation & Waveform: Detection waveform Full detection, positive detection, negative detection, radio frequency; Operation mode Single crystal flaw detection, double crystal flaw detection.
Instrument Parameters
  • Physical & Display: Instrument size 233×147×55(mm); Instrument weight 1.34kg (with battery); Display resolution 1024×600; Display size 7".
  • Power System: Power supply / battery DC(10.8V); Battery 7.4V/8000mAh; Battery life Work continuously for more than 5 hours.
  • Interface: Metal circular 12 core (VGA,OTG,USB2.0); Metal circular 7 core (2 encoders).
  • Environment: Ambient temperature (-10–40°C reference value); Relative humidity (20–95)%RH.

Application

Flaw detection and thickness measurement of welds and motherboards in boilers, pressure vessels, pipelines, and various metal components
HS 811 TOFD Detector
An upgraded TOFD ultrasonic inspection instrument based on the HS810, retaining its stable and practical design while adding expanded functions.

Functional features

  • The transmit/receive channels are expanded from 3 sets of TOFD probes to 8 sets, enabling simultaneous data acquisition.
  • Industrial-grade 7-inch color capacitive touchscreen (800×480).
  • Added HDMI interface, suitable for external monitoring and training.
  • High-speed dual-band Wi-Fi module and 4G module enable real-time monitoring.
  • Multi-level adjustable filter bandwidth.

Technical parameters

Pulse & Receiving Parameters
  • Pulse Specifications: Negative square wave pulse; Pulse front <10 ns; Pulse width 15ns–1200ns.
  • Receiver Core: Sampling frequency 200MHz/10bits; Sampling depth 512.
  • Signal & Range: Equivalent Input Noise <60nV/Hz.

Application

Plate weld detection, pipeline weld detection, pressure vessel and other special equipment detection
HS PA30-X Ultrasonic Phased Array Detector
A multifunctional PA detector supporting PA/TFM/TOFD and A-scan, designed for fast, accurate internal defect inspection across metals and selected non-metallic materials.

Functional features

  • Multifunctional integration, compatible with PA (TFM/PCI/PWI), TOFD, and A-scan detection functions.
  • Visualized inspection interface for faster detection and interpretation.
  • Simple operation; phased array elements support automatic calibration.
  • A-, C-, L-, and 3D multi-view display of results for easier defect identification.

Technical parameters

PA/UT Configuration
  • T/R: PAUT channel 64/128 (PR); A-scan channel 8-channel TOFD (4 pairs of pitch-catch).
Pulse
  • Excitation pulse voltage: PAUT channel 50V–100V; A-scan channel 200V–350V.
  • Pulse mode: Negative square wave (PAUT & A-scan channels).
  • Pulse width: 30ns–500ns/2.5ns (PAUT & A-scan channels).
  • Pulse repetition frequency: PAUT channel 200Hz–20kHz adjustable; A-scan channel 100Hz–1kHz adjustable.
  • Delay: PAUT channel 0–20μs/2.5ns; A-scan channel 0–655μs/10ns.
Receiver
  • Receive delay: PAUT channel 0–50μs/10ns; A-scan channel /.
  • Gain range: PAUT channel 80dB/0.1dB (analog) +30dB/8dB (digital); A-scan channel 110dB/0.1dB.
  • System bandwidth: PAUT channel 0.5MHz–20MHz; A-scan channel 0.5MHz–15MHz.

Application

Defect detection of complex structures composed of carbon steel, stainless steel, alloy steel, copper, aluminum and other materials.
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