HS PA30-SE Ultrasonic Phased Array Inspection System

The HS PA30-SE is a multifunctional phased array detector primarily designed for rapid detection of bolt cracks and fastener stress. It employs phased array ring arrays for defect detection and piezoelectric/electromagnetic longitudinal and transverse waves for bolt preload measurement.

Suitable for various metallic materials (carbon steel, stainless steel, alloy steel, copper, aluminum) and non-metallic materials, it enables rapid and accurate detection, localization, evaluation, and diagnosis of multiple internal defects (cracks, inclusions, porosity, gas holes, etc.) in plates, welds, castings, forgings, pipes, and other structures with diverse manufacturing processes and configurations.

(1) Meets the basic equipment configuration requirements of GB/T 32563-2016

(2) Complies with GB/T 29302-2012 Performance and Inspection of Phased Array Ultrasonic Testing Systems for Non-Destructive Testing Instruments

(3) Complies with GB/T 43232-2023 Ultrasonic Measurement Method for Axial Stress in Fasteners

(4) Complies with JBT 11779-2014 Technical Specifications for Phased Array Ultrasonic Testing Instruments

(5) Complies with JJF 1338-2012 Calibration Specification for Phased Array Ultrasonic Flaw Detectors

●Multi-functional design in a compact form factor Supports bolt crack detection, bolt preload force measurement, TOFD testing, and A-scan inspection.

●Visualized inspection interface data with intelligent one-click waveform search for faster detection.

●Simple operation: automatic phased array crystal calibration; place probe directly on bolt end for instant readings.

●Displays inspection results in multiple A, C, L, and 3D views for easier defect identification.

●Utilizes a velocity difference comparison algorithm against standard models for highly accurate bolt preload results, achieving precision as high as 1 ns.

●The compact, portable, and energy-efficient ultrasonic device features a small-capacity power supply with extended runtime, ideal for high-altitude field operations.

Rapid detection of bolt cracks and clamping stresses

Localization and detection of internal defects in various structural forms such as plates, welds, castings, forgings, and pipes.

1. The device supports four inspection modes: phased array, piezoelectric/electromagnetic bolt stress, TOFD, and A-scan, with direct switching via buttons;

2. Phased array system features 128 receiver channels to accommodate diverse material inspection requirements;

3. Electrical performance meets NB/T 47013.15 standards and holds a performance test certificate issued by the China Special Equipment Inspection and Research Institute.

Research Institute;

4. Equipped with Wi-Fi wireless network interface, LAN network interface, and data expansion interface for convenient data transmission;

5. Multiple control methods: touchscreen, buttons, and knobs;

6. Supports multi-group phased array configurations, single-transmitter/single-receiver dual-probe phased array inspection, and combined phased array/conventional

conventional probes or TOFD probes.

7. Supports simultaneous display of phased array and TOFD data; the TOFD scanner can be upgraded to dual-screen dual-control display.

8. Phased array transmission voltage: 50-100V, delivering strong signal penetration capability with a gain range of 0-80dB and digital gain of 30dB.

9. The entire unit features a rigorously sealed, leak-proof design meeting IP66 standards.

10. Each unit undergoes rigorous testing and certification by CNAS-accredited laboratories.

1. Utilizes Windows operating system for excellent compatibility and ensures continuous system/software upgrades. Features a user-friendly interface for practical operation, supporting both Chinese and English interfaces.

2. Onboard software supports A-scan, B-scan, S-scan, C-scan, D-scan, 3D scanning, TOFD scanning, and polar coordinate view display, enabling combined multi-mode visualization.

3. Offline analysis software simultaneously displays A, B, S, C, D, and 3D scan images, marks weld center and width positions, and automatically analyzes quantitative defect parameters including length, depth, height, and horizontal orientation.

4. The system features wedge calibration functionality, enabling rapid on-site parameter adjustment based on wear conditions without requiring test blocks.

5. The software incorporates depth compensation, angle compensation, curvature correction, acoustic path gate, and depth gate functions.

6. Supports multi-channel ultrasonic pulse callback, single-transmit/single-receive, and simultaneous TOFD inspection. In TOFD mode, synchronous A/B display is available with multi-channel split-screen visualization and calibration.

7. Focusing Modes: The instrument supports multiple focusing modes including full-screen dynamic focusing, arbitrary surface focusing, isodepth focusing, horizontal focusing, and projection plane focusing. It features focused beam image simulation, visually displaying the spatial relationship between the focused beam and the workpiece structure.

8. The device software is simple to operate, allowing process settings and ultrasonic beam coverage simulation for various weld bevel types (including flat welds, T-joints, fillet welds, and pipe welds), facilitating operation. It features simulated scanning and waveform inversion functions to help operators understand the ultrasonic path through the test piece, along with automatic CAD import capability.

9. Supports TOFD calibration with quick and convenient setup. Enables depth calibration for direct waves, bottom waves, and transverse hole echoes, displaying results in both depth and time formats.

10. Supports TOFD analysis functions including synchronizing direct and back-scatter waves, direct wave suppression, gain adjustment, and SAFT.

11. Features convenient TOFD defect depth, height, and length measurement capabilities.

12. Capable of defect measurement recording according to relevant standards and automatic generation of inspection reports. Inspection results are automatically entered into the report and can be printed directly.

13. Modular expansion capability.

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