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Tubes

Baltograph

TSD225/0

  • Product description
  • Works with

The TSD225/0 is the highest capacity Monopolar tube of our range. It is designed to be used on light alloys, composites or medium steel thicknesses. One large filament can be used for high power applications (3 kW) and high dose demanding applications while the small focus will be ideal for high definition radiographies at reduced distances. The TSD225/0 is generally highly sufficient for the majority of standard industrial applications and is giving the advantage of still being Monopolar.

Slightly larger than a 160 tube, the housing diameter is only 124 mm which will ensure that the tube can still be inserted even in tiny spaces. The tube shielding is internal and reduces the radiation leakage to less than 1 R/h @ 1 m as required by International standards. In and out fluid inlets are mounted with universal connectors while the HV plug cone is a R24.

This tube can be used with all brands of generators provided that the load curve can be adapted. See our specialists if you intend to connect this tube to another unit than a BALTEAU.

  • XSD Series
  • XLD Series
  • XMD Series
  • XMLD Series
SpecificationsUnitsTSD225/0 (Small focal / Large focal)
Max. High voltagekV225
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeWater
HV ConnectorR24
Nominal powerW640 / 3000
Inherent filtrationmm0,8 Be
Target angle°20°
Leakage*mSv/h@1m10
Cooling flow ratel/min.4
WeightKg11
Max. Current @ kV Max.mA2,8 / 13
Focal spot (EN12543)d1 / 5,5
Max. CurrentmA15 / 30

* Leakage radiation max at 1m in mSv/h at nominal kV

Baltograph

TSD225/1

  • Product description
  • Works with

The TSD225/1 is a compromise between high and low power at 225 kV which allows you a wide range of applications from light alloys and plastics to medium walled steel products. Focal spot sizes are offering the possibility to operate either in standard radiography or in radioscopic applications. The small size filament is also allowing applications with slight magnifications. The TSD225/1 is generally highly sufficient for the majority of standard industrial applications and is giving the advantage of still being Monopolar.

Slightly larger than a 160 tube, the housing diameter is only 124 mm which will ensure that the tube can still be inserted even in tiny spaces. The tube shielding is internal and reduces the radiation leakage to less than 1 R/h @ 1 m as required by International standards. In and out fluid inlets are mounted with universal connectors while the HV plug cone is a R24.

This tube can be used with all brands of generators provided that the load curve can be adapted. See our specialists if you intend to connect this tube to another unit than a BALTEAU.

  • XSD Series
  • XLD Series
  • XMD Series
  • XMLD Series
SpecificationsUnitsTSD225/1 (Small focal / Large focal)
Max. High voltagekV225
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeWater
HV ConnectorR24
Nominal powerW640 / 1600
Inherent filtrationmm0,8 Be
Target angle°20°
Leakage*mSv/h@1m10
Cooling flow ratel/min.4
WeightKg11
Max. Current @ kV Max.mA3 / 7
Focal spot (EN12543)d1 / 3
Max. CurrentmA15 / 30

* Leakage radiation max at 1m in mSv/h at nominal kV

Baltograph

TSD225/3

  • Product description
  • Works with

The TSD225/3 is a very small focus dual filament monopolar tube for light alloys, composites or small steel thicknesses. The extremely small size of the small filament is designed for applications with magnifications or where definition is of first importance. This tube can be the ideal replacement of a µ Focus solution if the dose output of the µ Focus is not sufficient to cancel the natural noise of X-ray photons. This tube is perfectly adapted to Radioscopy applications or low power generators.

Slightly larger than a 160 tube, the housing diameter is only 124 mm which will ensure that the tube can still be inserted even in tiny spaces. The tube shielding is internal and reduces the radiation leakage to less than 1 R/h @ 1 m as required by International standards. In and out fluid inlets are mounted with universal connectors while the HV plug cone is a R24.

This tube can be used with all brands of generators provided that the load curve can be adapted. See our specialists if you intend to connect this tube to another unit than a BALTEAU.

  • XSD Series
  • XLD Series
  • XMD Series
  • XMLD Series
SpecificationsUnitsTSD225/3 (Small focal / Large focal)
Max. High voltagekV225
Tube typeMetal Ceramic
Beam angle°40° x 30°
Cooling modeWater
HV ConnectorR24
Nominal powerW800 / 1800
Inherent filtrationmm0,8 Be
Target angle°11°
Leakage*mSv/h@1m10
Cooling flow ratel/min.4
WeightKg11
Max. Current @ kV Max.mA3,5 / 8
Focal spot (EN12543)d0,4** / 1
Max. CurrentmA14,5 / 30

* Leakage radiation max at 1m in mSv/h at nominal kV

** 30% Threshold

Baltograph

TSD225/4

  • Product description
  • Works with

The TSD225/4 is a compromise between high and low power at 225 kV which allows you a wide range of applications from light alloys and plastics to medium walled steel products. Focal spot sizes are offering the possibility to operate either in standard radiography or in radioscopic applications. The small size filament is also allowing applications with slight magnifications. The TSD225/4 is generally highly sufficient for the majority of standard industrial applications and is giving the advantage of still being Monopolar.

Slightly larger than a 160 tube, the housing diameter is only 124 mm which will ensure that the tube can still be inserted even in tiny spaces. The tube shielding is internal and reduces the radiation leakage to less than 1 R/h @ 1 m as required by International standards. In and out fluid inlets are mounted with universal connectors while the HV plug cone is a R24.

This tube can be used with all brands of generators provided that the load curve can be adapted. See our specialists if you intend to connect this tube to another unit than a Balteau.

  • XSD Series
  • XLD Series
  • XMD Series
  • XMLD Series
SpecificationsUnitsTSD225/4 (Small focal / Large focal)
Max. High voltagekV225
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeWater
HV ConnectorR24
Nominal powerW900 / 2500
Inherent filtrationmm1 Be
Target angle°20°
Leakage*mSv/h@1m10
Cooling flow ratel/min.5
WeightKg12
Max. Current @ kV Max.mA4 / 11,1
Focal spot (EN12543)d1 / 3
Max. CurrentmA18 / 30

* Leakage radiation max at 1m in mSv/h at nominal kV