可检测钎焊的钎着率及边距，扩散焊检测、靶材内部缺陷及其钎焊的绑定率、粘接面检测、金刚石刀片检测、蜂窝焊接质量检测、容器壁检测、铸锻件检测等。
可检测复合材料等内部的分层、脱粘、空洞等缺陷。
在新能源、半导体、航空航天等领域应用广泛。
专利号：111000110111
质量体系：中国航天
自信地迎接更复杂的挑战，同时确保你的装备轻便且随时可用。
*专利号：111000110111
*质量体系：中国航天
自动计算缺陷的焊合率、边距、长度、面积
用CAD图套住钎焊区计算焊合率，零误差
可定制一通道、两通道、四通道、八通道
高速网口，检测效率进一步提高capacity to detect and accentuate historically difficult-to-detect flaws, including hook cracks and stress corrosion cracking (SCC). Use PCI to clearly distinguish individual flaws in colonies of fine cracks and characterize them with certainty.
Obtain crisp TFM imaging at up to three times faster* acquisition rates than the predecessor model (X3 64) thanks to the 超声波C扫描 series' improved processing power. Exploit the increased speed and 128-element capacity of the 超声波C扫描 64:128PR and 128:128PR units to perform TFM inspections with extended focusing capabilities.
*Achieving this speed depends on the configuration and the use of sparse firing. Inquire for more details.
Exploit the individual attributes of PCI and TFM to thoroughly investigate the volume of welds from both sides simultaneously. Use two probes to scan the weld in one pass, displaying TFM and PCI results to compare, measure, and confirm your characterization of indications with efficiency and precision.
工厂自动化检测可以只用采集软件，自动计算焊合率和缺陷边距，自动判断OK/NG,自动上传MES;分析软件可以进行重新成像、切片、焊合率计算、报告生成
Improve the learning curve and increase the reliability and consistency of inspections between operators with the 超声波C扫描 application presets. Even low-level users and new users can produce an optimal PA or PCI configuration within minutes.
With options for corrosion and composite inspections, these preprogrammed parameters simplify scanning setups using HydroFORM™, FlexoFORM™, and RollerFORM™ scanners, and you can adjust the settings as needed.
The 超声波C扫描 scan plan's intuitive step-by-step 3D graphics ease your inspection setups, from the most basic to the most complex.
When setting up your raster scan plan, the scan axes can be customed named and you can create a datum reference point relative to the asset. These real-world references as well as the true orientation correction, greatly ease the creation of an intuitive schematic representation of the inspection data for your report.
Eions that the four models are most profi.
可定制C扫描软件
BSN-C0505 |
BSN-C0806 |
BSN-C1285 |
BSN-C1510 |
BSN-C2410 |
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擅长以下应用:
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Excellent mid-range model for:
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Enables high-productivity weld inspection including coarse-grained materials:
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Higher-productivity weld inspection in thicker, coarse-grained materials:
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Everything included in the 64:128PR model plus:
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Detecting HTHA early and reliably is so challenging that multiple inspection methods are often used in conjunction to maximize the probability of detection. Time-of-flight diffraction (TOFD), along with focused phased array (PA) and the total focusing method (TFM), especially using Dual Linear Array™ (DLA) probes, have shown to be particularly effective inspection techniques for this application.
OmniScan™ X4 flaw detector fully supports these methods, as well as innovative phase coherence imaging (PCI), which enhances small flaws and crack tips. 超声波C扫描 instruments also offer a variety of onboard software tools to ease your setup and analysis workflow.
The 超声波C扫描 flaw detector is a comprehensive multitechnology toolbox, equipped with setup, imaging, and analysis to tools that make weld inspection easier
The 超声波C扫描 flaw detector excels at a broad range of weld inspection applications, including:
Whether you're using automated, semiautomated, or manual scanning methods, the 超声波C扫描 flaw detector supports many ultrasound techniques. In some cases, you can combine multiple techniques in the same scan to improve the probability of detection and make it easier to identify and size indications.
The simplified TOFD interface reduces the number of steps required for acquisition and analysis. The single TOFD calibration menu ensures all the necessary controls are easily accessible.
Phased array for corrosion inspection offers many benefits, including excellent coverage and resolution. But becoming proficient in phased array techniques can be challenging. The X4 flaw detector combines advanced functionality with thoughtfully designed software and simplified menus so that you can get accurate data with fewer complications.
The large 25 GB file size enables you to cover up to a 13 m2 (140 ft2) area in a single file and perform a full circumferential scan on large pipes.
To meet your application needs, Evident offers complete solutions including probes and wedges, scanners, and software to complement your 超声波C扫描 unit. Explore our range of equipment solutions for these applications.
Unleash Your Inspection Potential with the Latest MXU Update
Every time you update your 超声波C扫描 onboard software (MXU), you gain new features that expand your capabilities and facilitate your work, without having to reinvest.
Our free quarterly updates of MXU enable you to stay on the cusp of technique and technology developments in the rapidly evolving NDT sector.
Installing the OmniScan Black Box app on your 超声波C扫描 unit enables you to control it remotely using data acquisition software, including:
Combining the advanced analysis tools of WeldSight or AeroView software with the portable battery-operated 超声波C扫描 unit helps streamline your workflow and increase your productivity.
To streamline your inspection process, download the latest version of the OmniScan Black Box app onto any 超声波C扫描 unit with 128 receiving channels (models ending in :128PR). Downloading or updating the app is free.
You will also need to install our Configuration Tool on your PC to control the 超声波C扫描 unit using either WeldSight or AeroView software.
Communication between the software driving the 超声波C扫描 unit and Black Box app uses the NDT Device API protocol developed by Evident. This is an open programming language that you can use to integrate an 超声波C扫描 into your inspection ecosystem. To enquire about using the NDT Device API to implement a remote-controlled 超声波C扫描 configuration, 联系我们 or your Evident representative for details.
Are you interested in experimenting with FMC data to develop advanced and novel applications? With the 超声波C扫描 64:128PR or 128:128PR models driven by a computer* via the Black Box app, you can acquire the elementary A-scans from your stored FMC data. Utilize this raw data to reconstruct TFM imaging or other image reconstruction patterns.
联系我们 or your local sales representative for more details.
*Note that your computer must be running a program capable of processing raw FMC data.
Our complimentary OmniScan companion data analysis software for PCs is designed to meet most basic phased array, TOFD, and TFM analysis needs.
The user-friendly and flexible features of OmniPC 6 include:
Leverage our range of compatible PC software to ease your inspection workflow, optimize your data analysis, and facilitate code-compliant reports.
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ScanPlan Software |
WeldSight™ Software |
AeroView Software |
OmniPC software's Skew, Scan Offset, and Index Offset can be changed during post-inspection analysis to improve data accuracy and avoid reacquisition.
Gates A, B, and I are available with various lists of readings (for corrosion inspections).
At any time, adjust the Gain, apply the Auto 80%, and slide the Data cursors.
Use the gate in True Depth or Sound Path or change the Zoom Palette to locate indications faster.
Recalibrate your wedge delay and PCS in your TOFD files. Synchronize and remove the lateral wave as required.
Different exporting options are available to meet your reporting needs.
Specifications are listed for all models unless stated otherwise
| Size | 335 mm × 221 mm × 151 mm (13.2 in. × 8.7 in. × 5.9 in.) |
| Weight |
5.7 kg (with 1 battery) for model 16:64PR 5.9 kg (with 1 battery) for models 16:128PR, 32:128PR, 64:128PR, and 128:128PR* |
| Onboard Storage | 1 TB internal SSD storage. Maximum 25 GB individual file size. Storage extensible using external USB drive |
| Storage Devices | SDHC and SDXC cards, or most standard USB storage devices |
| Wireless | Wi-Fi® 6E and Bluetooth® 5.3 onboard |
| PAUT Connectors | 1 PA connector, 2x UT channels (2 P/R connectors each) |
| Available Configurations and Groups |
超声波C扫描A – 128:128PR: 8 groups 超声波C扫描A – 64:128PR: 8 groups 超声波C扫描A – 32:128PR: 8 groups 超声波C扫描A – 16:128PR: 8 groups 超声波C扫描B – 16:64PR: 2 groups (PA, UT, or TFM) or a specific configuration of 2 PA groups + 1 TOFD |
| Drop Testing | Drop-tested according to MIL-STD-810G |
| Ingress Protection Rating | IP65 Certified (completely protected against dust and water jets from all directions (6.3mm nozzle)) |
| Display | 269 mm (10.6 in.) TFT LCD with resistive touch screen, 1280 × 768 pixels |
| Battery | 2 hot-swappable Lithium-ion batteries included, 87 Wh each |
| Battery Life | Minimum of 5 hours (using ISO18563 standard setup parameters) |
| Operating Temperature | −10 to 45 °C (14 °F to 113 °F) |
| Storage Temperature |
−20 °C to 60 °C (−4 °F to 140 °F) (with battery inside) −20 °C to 70 °C (−4 °F to 158 °F) (with no battery inside) |
*Patent pending
| Ports | 2x USB 3.1, 1x video out (HDMI), 1x SDHC memory card slot, 1x communication (Ethernet) |
| Encoders | 2-axis encoder line (quadrature or clock/direction) |
| Digital Inputs and Outputs | 4 digital inputs (TTL), 4 digital outputs (TTL) including one reserved for acquisition on/off |
| External DC Supply | 18 VDC, circular 2.5 mm diameter connector, center-positive |
| Effective Digitizing Frequency | Up to 100 MHz; User-adjustable compression factor |
| Maximum Pulse Repetition Rate (PRF) |
Up to 20 kHz; Actual maximum PRF is often limited by physics (the time of flight required to obtain the ultrasonic signals) |
| Maximum Number of A-Scan Data Points | Up to 16,384 |
| A-Scan Bit Depth | 16 bits |
| Rectification | RF, full wave, half wave+, half wave− |
| Video Filtering | Smoothing (adjusted to the probe frequency range) |
| Filtering |
PA channel: selection of band-pass filters, high-pass filters, and averaging UT channel: selection of low-pass filters, band-pass filters, high-pass filters, and averaging |
| Time-Corrected Gain (TCG) |
PA: 40 dB per step of min. 0.1 dB UT: 100 dB per step of min. 0.1 dB Maximum slope of 40 dB/10 ns |
| Supported Beam Types (Groups) | Selection of phased array ultrasonics (PAUT) beam types (linear, sectorial, and compound), single ultrasonic beam (UT), time-of-flight-diffraction ultrasonics (TOFD), total focusing method (TFM), phase coherence imaging (PCI), full matrix capture (FMC), and plane wave imaging (PWI) |
| Raw Full Matrix Capture (FMC) Data Collection | Available only with model 64:128PR and 128:128PR when using the NDT Device API or the OmniScan Black Box onboard application used with external acquisition software |
| PA Channel | UT Channels | ||
| Certification | Calibration Certification | ISO 18563-1:2022 | EN22232:2020 |
| Pulse Width | Adjustable from 30 ns to 1000 ns; resolution of 5 ns (half period of bipolar pulse or duration of negative pulse) | Adjustable from 30 ns to 1,000 ns; resolution of 2.5 ns | |
| Pulse Shape | Bipolar negative-positive square pulse | Negative square pulse | |
| Receiver | Gain Range | 0 dB to 80 dB; maximum input signal 900 mVp-p (full-screen height). | 0 dB to 120 dB; maximum input signal 30 Vp-p (full-screen height) |
| System Bandwidth | 0.2 MHz to 26.5 MHz | 0.25 MHz to 28.5 MHz |
| 超声波C扫描 Variant | 128:128PR | 64:128PR | 32:128PR | 16:128PR | 16:64PR |
| Maximum Pulsing Aperture | 128 | 64 | 32 | 16 | 16 |
| Maximum Number of Receiving Channels | 128 | 128 | 128 | 128 | 64 |
| Number of Focal Laws | 1024 maximum total (512 maximum per group) | ||||
| 超声波C扫描 Variant | 128:128PR | 64:128PR | 32:128PR | 16:128PR | 16:64PR |
| Maximum Extended Aperture (FMC) | 128 | 128 | 64 | 32 | 32 |
| Maximum Aperture (PWI) | 128 | 64 | 32 | 16 | 16 |
| Maximum TFM or PCI Groups | 4 | 4 | 4 | 4 | 2 |
| Live TFM Envelope | Yes – Actual Hilbert Transform | ||||
| Image Resolution | Up to 1024 × 1024 (1M points) for each TFM or PCI wave set | ||||
| FMC Supported Wave Sets (TFM or PCI Modes) |
Pulse-Echo: L-L, T-T, and TT-TT Self-Tandem: TT-T, TT-TTT, LL-L, LT-T, TL-T, TT-L, and TL-L |
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| PWI Supported Wave Sets (TFM or PCI Modes) | Pulse-Echo: L-L and T-T | ||||