Operating Manual

Sensing & Inspection Technologies

DXR500L

Direct Radiography

Designed for industrial use, the DXR500L provides the

highest image quality in a rugged production environment.

The DXR500L allows for easy detection of subtle indications.

Utilizing Endurance™ technology, developed specically to

reduce radiation wear out and to maximize cost savings. GE

Sensing & Inspection Technologies detectors incorporate

a temperature controller, allowing for longer calibration

intervals and quick, consistent images. DXR500L provides

application results efciently with a cycle time reduction.

Features and Benets

• High-resolution images for easy detection of subtle

indications

• Endurance™ scintillator technology reduces

radiation wear out

• Temperature controlled for stable offsets over longer

periods, enabling more consistent imaging and fewer

calibrations

Applications

• Aerospace investment castings

• Industrial gas turbine investment castings

• Wax and ceramic patterns

• Metrology

• Materials science/geology

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GE Sensing & Inspection Technologies DXR500L Direct Radiography Designed for industrial use, the DXR500L provides the highest image quality in a rugged production environment. The DXR500L allows for easy detection of subtle indications. Utilizing Endurance™ technology, developed specifically to reduce radiation wear out and to maximize cost savings. GE Sensing & Inspection Technologies detectors incorporate a temperature controller, allowing for longer calibration intervals and quick, consistent images.
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Al-6061 Detector Characterization Charts The detector characterization charts provided on the left are completed in accordance to ASTM E2507-07 Standard Practice for the Manufacturing Characterization of Digital Detector Arrays. This standard allows for the direct comparison of DDAs by ensuring data is collected and reported in a consistent and specified manner. The standard also enables guidance for the appropriate pairings of detectors with applications.