NM0120072500

The PXS EVO 300D is a portable, directional constant potential X-ray system designed for non-destructive testing (NDT) applications, particularly in industrial radiography. Manufactured by COMET in Denmark, it offers a high-power output, though with a 3.0 mm focal spot. This system utilizes constant potential technology, providing a more consistent and higher energy X-ray beam than traditional AC systems, leading to improved image quality and potentially shorter exposure times.  

Key Components:

• PXS EVO 300D Directional X-ray Tube Head:

  • Focal Spot: 3.0 mm. This focal spot size offers a balance between X-ray output and radiographic resolution.  

  • kV Range: 50-300 kV (kilovolts). The adjustable kV range allows the user to select the appropriate energy level for different material types and thicknesses. Higher kV values are used for denser or thicker materials.

  • mA Range: 0.5-4.5 mA (milliamperes). The adjustable mA setting controls the X-ray tube current, affecting the intensity of X-rays produced. Higher mA values result in a more intense beam and shorter exposure times.  

  • X-ray Power: 900 W (watts). This indicates the maximum power output of the X-ray tube, signifying a high-performance system capable of penetrating thicker or denser materials.  

  • Beam Blocker: Integrated into the tube head, this likely provides a mechanism for safely blocking the X-ray beam when needed.

• CONTROL EVO:

  • This is the control unit for the PXS EVO 300D X-ray system, allowing the operator to set and monitor the kV, mA, exposure time, and other parameters.

  • Included Accessories:

    • Shoulder Strap: For portability and ease of carrying the control unit in the field.

    • 10 m AC Mains Cable: For connecting the control unit to a power source. The system operates on a wide range of mains voltages (85-264 VAC) and frequencies (45-65 Hz).

    • 10 m Ground Cables: For ensuring proper grounding of the system, essential for safety and to minimize electrical interference.

• PXS EVO Interconnection Cable 25 m: This cable connects the X-ray tube head to the CONTROL EVO unit, transmitting high voltage and control signals. The 25-meter length provides a significant distance between the operator and the radiation source, enhancing safety during radiographic testing.

• Cable Bag:

  • Provides storage and organization for the system's cables and accessories.

  • Included Accessories:

    • Spare Fuse Kit: For quick replacement of fuses if needed, minimizing downtime.

    • English User Manual: Provides comprehensive instructions for the safe and effective operation of the X-ray system.

    • Slit Aperture (Collimator) for 10x48 cm Film, 700 mm FFD (Focal Film Distance): This collimator shapes the X-ray beam into a narrow slit, typically used for panoramic radiography of welds or long, narrow areas.  

    • Filter Fixture: Allows the user to attach filters to the X-ray beam to modify its energy spectrum, which can be useful for optimizing image contrast for different materials and thicknesses.

• HS-Code: 9022190000: This Harmonized System code classifies the product under "Apparatus based on the use of X-rays, for industrial uses."  

  
  

• Origin: DK COMET: The system is manufactured by COMET in Denmark, a reputable company in the field of X-ray technology.  

  
  

Key Features:

• High Power Output (900 W): Enables penetration of thicker and denser materials.

• Versatile kV and mA Ranges: Offers flexibility for inspecting a variety of materials and thicknesses.  

• Constant Potential Technology: Provides a more efficient and higher quality X-ray beam for improved radiographic results.

• Portable and Robust Design: Suitable for field and laboratory use.

• Long Interconnection Cable (25 m): Enhances operator safety by increasing distance from the radiation source.

• Comprehensive Accessory Kit: Includes essential items for operation and specific applications.

• Wide Mains Voltage Compatibility: Allows for use with various power supplies.

Applications:

• Non-destructive testing (NDT) in various industries, including:

  • Welding inspection

  • Aerospace

  • Oil and gas

  • Manufacturing

  • Construction

• Detection of internal flaws, corrosion, and other discontinuities in materials.