BX-2 Series X-ray Tubes-  BX-2 3.0 mm 35 degree X-ray Tube.
Proud to be a manufacturer of quality x-ray tubes for over 15 years.         

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BX-2 3.0 mm 35 degree x-ray tube
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Application: The BX-2 3.0 mm 35 degree x-ray tube has a beryllium window for minimal attenuation of low-energy radiation in both gauging and industrial applications.  The BX-2 3.0 mm 35 degree is suitable in air to 30 kVp (30 kVcp), and in transformer oil to 50 kVp (40 kVcp).  A mounting flange with tapped holes and an O-ring groove is supplied for applications where a leak-tight seal is required.

Tungsten target cast in solid copper anode.   
Line focus, tungsten filament.    
Hard glass, gettered.
435 grams, approx.
Focal Spot Size:        
3.0 mm, per NEMA Std.  XR 5-1984
Target Angle:            
35 degrees effective.  
0.010" (0.25mm) thick high-purity beryllium.

Electrical Ratings:
0.020" (0.50mm) thick beryllium available on request.

In Air:
            Maximum 30 kVp self-rectified.
            Maximum 30 kV constant potential.
In Oil:
            Maximum 50 kVp self-rectified.
            Maximum 40 kV constant potential.

Thermal Ratings:
2.20 Amperes Maximum.
Energy Storage:               
22.5  kJ (31.5 kHU)     
Energy dissipation:     
In Air:
             Maximum 5.0 J/sec (7HU/sec) continuous
             without additional heat sink or forced air
             See Heating and cooling Chart.
In Oil:            
             Maximum 125 kJ/sec (175 HU/sec) continuous.
             See Heating and Cooling Chart.
 Cooling rate:                       
Maximum 11.6 kJ/min (16.2 kHU/min) averaged over a
one minute interval.

Cooling and Insulation:

     This tube is intended to be used in an environment in which a high-grade transformer oil is used as the primary means of cooling and insulation.  
The oil should have a minimum dielectric strength of 45 kVp per ASTM D 877-49.  All ratings herein assume operation in well circulated oil.
     Alternatively, this tube may be operated in air at the noted reduced electrical and thermal ratings.  In air, the use of additional heat sinking or forced-air cooling is very strongly recommended to ensure reasonable tube life.