QuickScan iX PA
Evident delivers a compact and efficient phased array (PA) integration solution designed to meet diverse application requirements. The solution includes the QuickScan iX PA data acquisition unit—a lightweight, PA device designed for flexible integration—paired with a versatile software suite that enables streamlined system setup, acquisition, and data management across a wide range of industry applications.
Maximize Inspection Capabilities with Advanced Phased Array Instrumentation
Evident delivers a compact and efficient phased array (PA) integration solution designed to meet diverse application requirements. The solution includes the QuickScan iX PA data acquisition unit—a lightweight, PA device designed for flexible integration—paired with a versatile software suite that enables streamlined system setup, acquisition, and data management across a wide range of industry applications.
High-Quality Phased Array Results
Built with advanced Evident phased array technology, the QuickScan iX PA data acquisition unit provides an excellent signal-to-noise ratio for reliable, high-quality inspection results.
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Phased Array 64 PRmode for dual-probe configuration |
Up to 2Apertures in parallel per instrument |
Versatile and Expandable to Grow with Your Inspection Requirements
A single QuickScan iX PA unit can operate in a 64-elements pulse-receive configuration to support dual-probe inspections. For even greater capacity, multiple QuickScan iX PA units can be configured to work simultaneously. Contact your Evident representative to explore configuration options.
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Up to 10 UTchannels (10 PP or 5 PR) multiplexed with PA pulsers |
Only 3.25 kgIdeal for robotic applications |
Specifications
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| QuickScan iX PA models | QSiX PA 64:256 PR | QSiX PA 32:256 PR | QSiX PA 32:128 PR |
| Phased Array Channels | 256 | 256 | 128 |
| Number of Pulsers | 64 PR | 32 PR | 32 PR |
| Parallel apertures | 2×32 | 1×64 | 2×16 | 1×32 | 2×16 | 1×32 |
| Conventional UT channels | 10 UT channels (10 PP or 5 PR) multiplexed with PA pulsers | ||
| Acquisition Speed (PRF) | Up to 25 kHz | ||
| Rectification | FW, HW+, HW−, and RF | ||
| Filtering | Digital band-pass, high-pass, and low-pass filters | ||
| Voltage (high impedance) | 150 Vpp (Bipolar) | ||
| Gain | 0–80 dB (44 dB analog + 36 dB digital) | ||
| Pulse Width | 30 ns to 1000 ns (steps of 5 ns) | ||
| Bandwidth (−3 dB) | 0.68 MHz to 22.0 MHz | ||
| Number of Beams | Up to 1024 | ||
| Number of Gates | 4 detection gates + 1 for synchronization | ||
| Network Interface | 1000BASE-T x-coded 1 Gb | ||
| Size (W × H × D) | 213 mm × 204 mm × 120 mm | ||
| Weight | 3.25 kg (7.15 lb) | ||
| IP rating | IP65 | ||
| Total Peak Power Consumption | 110 W | ||
| DC Input | 24 V to 36 V | ||
| Temperature Range | Operating: -30 °C to 50 °C (-22 °F to 122 °F), Storage: -30 °C to 70 °C (-22 °F to 158 °F) |
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| Digital I/O & Encoders | 8 digital inputs (programmable) 8 digital outputs (programmable) 2 encoder inputs (incremental, A and B phase) |
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Applications
Friction Stir Weld Inspection
FSW is a solid-state joining process that uses a rotating cylindrical tool to heat and mix two pieces of light metal in the jointed area. To prevent safety issues, the weld needs to be inspected in multiple directions for a variety of flaws, including lack of penetration, kissing bonds, wormholes, voids, and root and toe defects.
Wheel Inspection
With more than a million kilometers of railway track around the world, trains are an important method of transporting goods and people. Wheel integrity is essential for safe train operation.
PipeWIZARD iX Automated Ultrasonic System for Girth Weld Inspection
The PipeWIZARD™ iX phased array ultrasonic testing system helps pipeline companies ensure the reliable validation of girth welds during the construction process.