NM01SMARTSCANFA

The SMARTSCAN-FA is a fully automated system engineered for the non-destructive testing of aircraft wheels, encompassing both main and nose wheel types from a variety of manufacturers, including Messier-Bugatti, Goodrich, Honeywell, and Maggitt. This advanced system employs eddy current testing (ECT) technology to efficiently and reliably detect surface and near-surface flaws in critical wheel areas such as the tubewell, bead seat, and flange. The SMARTSCAN-FA is designed to meet the requirements of ISO 15548-1.

Key Features:

• Complete Automation: Executes the entire inspection cycle automatically, minimizing the need for continuous operator intervention.

• Automated Flaw Response: Features a "Stop on Defect" mode, which immediately halts the inspection process upon the detection of a potential flaw.

• Comprehensive Data Management: Enables the storage of detailed inspection results for thorough record-keeping and subsequent analysis.

• Organized Data Structure: Facilitates the creation and maintenance of inspection result databases for efficient data retrieval.

• Detailed Reporting Capabilities: Generates comprehensive inspection reports documenting the process parameters and any detected indications.

• Integrated Eddy Current Instrument: Delivered with the Eddycon D eddy current flaw detector, a key component of the inspection system.

• Automated Probe Verification: Performs an automated validation of the eddy current probe's (ECP) performance by scanning a reference standard before and after each inspection.

• Adjustable Scan Parameters: Offers user-adjustable settings for the inspection helix and the rotational speed of the wheel.

• Precise Wheel Positioning: Incorporates a reliable mechanism for accurately centering aircraft wheels weighing up to 330 lbs (150 kg).

• Efficient Flaw Re-evaluation: Includes a "Return to Defect" function, allowing the system to automatically reposition to the location of a detected flaw for closer examination.

• Intuitive Software Interface: Controlled through a dedicated software interface for easy parameter configuration, inspection initiation, and results review.

• Flexible Data Storage: Inspection data can be conveniently saved to a connected personal computer.

Applications:

• Automated non-destructive testing of aircraft main and nose wheels.

• Detection of surface and near-surface discontinuities in aircraft wheel components.

• Quality assurance in aircraft wheel maintenance, repair, and overhaul facilities.

Importance:

• Enhances the safety and structural integrity of aircraft wheels through consistent and automated flaw detection.

• Significantly improves inspection efficiency and throughput compared to manual inspection methods.

• Provides detailed and auditable records of inspection results, supporting regulatory compliance and quality management systems.