The PXB6M portable X-Ray Betatron is designed to produce high energy ionising radiation for industrial radiographic non-destructive testing. The PXB6M contains no moving parts (excluding cooling fan) and no circulating liquids, radiation outside the main beam are low, so safe working distances are moderate. After demarcation of dose rate boundaries, the betatron may be used at external sites or in fabrication workshops with little or no additional screening. The PXB6M produces radiographs of very high contrast, sensitivity and resolution.
The PXB6M is recommended for radiographic testing of weld joints and castings with a steel thickness of 50 to 200mm, concrete and other materials from 200 to 900mm. HLV Steel 28mm
The irradiation field equals 240mm x 250mm @ 1M focal distance. In operation the PXB6M has no need for compensating filters that improves the uniformity of the radiation field.
The PXB6M is far less costly than other NDT accelerators such as ‘Linacs’
The PXB6M replaces cobalt isotope gamma sources which may not give acceptable quality and require costly periodic replenishment.
Large forgings, castings, valves, beams, ships hulls, pressure vessels, engine blocks,billets, thick welds, composites, military hardware, munitions, propellants, reinforced concrete buildings and bridges and much more.
|X-Ray output energy selector||2 to 6 MeV|
|Dose rate @ 1m (air)||> 3R per minute|
|Focal spot size (Max)||0.3 x 3.0 mm|
|Duty cycle at 20° C (per hour)||75%|
|Radiation beam spread angle||26°|
|AC power input||110/240V 50/60Hz|
|Dimensions and weight mm/kgs.|
|Accelerator (Radiator)||600x400x230 90kg|
|Control panel||130x200x30 0.5kg|
Required doses & associated optical density for D7 Agfa Gevaert film type.
|Exposure dose R||Optical density of images rel. units||Calibration conditions|
|1.4||1.5||Cassette loading order: 0.5Pb – film – 1.0mm Pb, inspected piece: Flat steel plate, 80mm thick developer: D19 Kodak. Fixer: Kodak unifix.|
Required relative doses in comparison with D7 film under similar conditions:
|Dose coefficient relative to D7||2.65||2.8||1.25||0.57||0.53||1.6|
Dose rate distribution in the horizontal plane.
|Dose rate %||100||23||6.7||6.3||2.9||2.5||3.5||4.5|
|Dose rate %||4.3||3.3||3.3||5.5||4||5||10.5||17|
Dose rate distribution in the vertical plane.
|Dose rate %||100||15||5.6||2.4||2||1||1||1.8|
|Dose rate %||4.3||1.8||1||1||2||2.4||5.6||15|