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Tubes

Baltograph

TSC200/0

  • Product description
  • Works with

The TSC200/0 is a panoramic monopolar tube specifically developped by Balteau NDT. Designed for the inspection of pneumatic, tank or all other hollow components. This tube is particulary suitable for applications using optical magnification, for light material, for small to medium thicknesses or even for the radioscopy.

The maximum outside diameter of the shaft makes hardly 150mm. The tube can thus be used in restricted spaces. The HV cable maybe either angled, or straight with an R24 standard connector.

This tube can be used with all brands of generators provided that their load curves can be adapted. Contact our specialists for more information.

  • XSD Series
  • XLD Series
  • XMD Series
  • XMLD Series
SpecificationsUnitsTSC200/0
Max. High voltagekV200
Tube typeMetal Ceramic
Beam angle°360° x 40°
Cooling modeWater
HV ConnectorR24
Nominal powerW600
Inherent filtrationmm0,4 Fe/Ni/Co
Target angle°22°
Cooling flow ratel/min.4
WeightKg13
Max. Current @ kV Max.mA3
Focal spot (EN12543)d4 x 0,4
Max. CurrentmA10

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

Baltograph

TSD320/0

  • Product description
  • Works with

The TSD320/0 is the first tube of the Bipolar range. This tube has a big amount of power available and is designed for medium to heavy walled steel thicknesses applications. Driven by the adequate generator it can also be used in light alloys and composites materials. With a power of up to 4 kW on the large filament this tube helps you reducing your film exposures durations or achieve superior thicknesses in reduced times. The second filament will provide an alternative for higher definition radiographies or radioscopic applications.

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 two HV plug cones are 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
SpecificationsUnitsTSD320/0 (Small focal / Large focal)
Max. High voltagekV320
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeOil
HV ConnectorR24
Nominal powerW1500 / 4200
Inherent filtrationmm≤ 4 Be
Target angle°20°
Leakage*mSv/h@1m5
Cooling flow ratel/min.14
WeightKg≤ 41
Max. Current @ kV Max.mA4,5 / 13
Focal spot (EN12543)d3 / 5,5
Max. CurrentmA15 / 30

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

Baltograph

TSD320/2

  • Product description
  • Works with

The TSD320/2 is a compromise of power and small size filaments. If the need of power is lower than 1,6 kW, this tube will help you gaining definition in medium to heavy walled applications. Equipped with two independent filaments, this tube allows you to drive up to 1,6 kW on the large filament while the small size filament will give you enough power to perform the majority of higher definition applications even at 320 kV.

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 two HV plug cones are 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
SpecificationsUnitsTSD320/2 (Small focal / Large focal)
Max. High voltagekV320
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeOil
HV ConnectorR24
Nominal powerW640 / 1600
Inherent filtrationmm≤ 4 Be
Target angle°20°
Leakage*mSv/h@1m≤ 10
Cooling flow ratel/min.14
WeightKg40
Max. Current @ kV Max.mA2 / 5
Focal spot (EN12543)d1,9 / 3,6
Max. CurrentmA9 / 20

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

Baltograph

TSD320/3

  • Product description
  • Works with

The TSD320/3 is a high energy tubehead able to provide high power even on small size filaments. This tube will help you gaining time and definition in medium to heavy walled applications. Equipped with two independent filaments, this tube allows you to drive up to 1,8 kW on the large filament while the small size filament will give you enough power to perform the majority of higher definition applications even at 320 kV.

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 two HV plug cones are 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
SpecificationsUnitsTSD320/3 (Small focal / Large focal)
Max. High voltagekV320
Tube typeMetal Ceramic
Beam angle°40° x 30°
Cooling modeOil
HV ConnectorR24
Nominal powerW800 / 1800
Inherent filtrationmm3 Be
Target angle°11°
Leakage*mSv/h@1m5
Cooling flow ratel/min.14
WeightKg40
Max. Current @ kV Max.mA2,5 / 5,6
Focal spot (EN12543)d0,4** / 1
Max. CurrentmA11 / 25

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

** 25% Threshold

Baltograph

TSD320/3A

  • Product description
  • Works with

The TSD320/3A is a high energy tubehead able to provide high power even on small size filaments. This tube will help you gaining time and definition in medium to heavy walled applications. Equipped with two independent filaments, this tube allows you to drive up to 1,8 kW on the large filament while the small size filament will give you enough power to perform the majority of higher definition applications even at 320 kV.

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 two HV plug cones are axial 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 NDT.

  • XSD Series
SpecificationsUnitsTSD320/3A (Small focal / Large focal)
Max. High voltagekV320
Tube typeMetal Ceramic
Beam angle°40° x 30°
Cooling modeOil
HV ConnectorR24
Nominal powerW800 / 1800
Inherent filtrationmm3 Be
Target angle°11°
Leakage*mSv/h@1m5
Cooling flow ratel/min.14
WeightKg40
Max. Current @ kV Max.mA2,5 / 5,6
Focal spot (EN12543)d0,4** / 1
Max. CurrentmA11 / 25

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

** 25% Threshold

Baltograph

TSD320/5

  • Product description
  • Works with

The TSD320/5 is a tube of the Bipolar range. This tube has a big amount of power available and is designed for medium to heavy walled steel thicknesses applications. Driven by the adequate generator it can also be used in light alloys and composites materials. With a power of up to 4 kW on the large filament this tube helps you reducing your film exposures durations or achieve superior thicknesses in reduced times. The second filament will provide an alternative for higher definition radiographies or radioscopic applications.

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 two HV plug cones are 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
SpecificationsUnitsTSD320/5 (Small focal / Large focal)
Max. High voltagekV320
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeOil
HV ConnectorR24
Nominal powerW1500 / 4200
Inherent filtrationmm3 Be
Target angle°20°
Leakage*mSv/h@1m5
Cooling flow ratel/min.14
WeightKg40
Max. Current @ kV Max.mA4,5 / 13
Focal spot (EN12543)d3 / 5,5
Max. CurrentmA15 / 35

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

 

Baltograph

TSD420/0A

  • Product description
  • Works with

The TSD420/0A is introducing the series of one of the highest powerful tubes manufactured by BALTEAU. This tube doesn’t offer a compromise to power neither to flexibility but is designed for heavy walled and highly absorbing applications mainly. Two independent filaments are giving the possibility to perform inspections up to 4,5 kW on the large filament. Thanks to its beryllium window this tube also delivers soft X-rays for light materials or improved radiographic techniques.

The tube shielding is internal and reduces the radiation leakage to less than 10 R/h @ 1 m as required by International standards. In and out fluid inlets are mounted with universal connectors while the two HV plug cones are R28.

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
SpecificationsUnitsTSD420/0A (Small focal / Large focal)
Max. High voltagekV420
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeOil
HV ConnectorR28
Nominal powerW900 / 4500
Inherent filtrationmm3 + 2 Be
Target angle°30°
Leakage*mSv/h@1m10
Cooling flow ratel/min.14
WeightKg95
Max. Current @ kV Max.mA2 / 10,7
Focal spot (EN12543)d2,5 / 5,5
Max. CurrentmA10 / 30

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

 

Baltograph

TSD450/0

  • Product description
  • Works with

The TSD450/0 is introducing the series of the highest powerful tubes manufactured by BALTEAU. This tube doesn’t offer a compromise to power neither to flexibility but is designed for heavy walled and highly absorbing applications mainly. Two independent filaments are giving the possibility to perform inspections up to 4,5 kW on the large filament. Thanks to its beryllium window this tube also delivers soft X-rays for light materials or improved radiographic techniques.

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 two HV plug cones are R28.

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
SpecificationsUnitsTSD450/0 (Small focal / Large focal)
Max. High voltagekV450
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeOil
HV ConnectorR28
Nominal powerW900 / 4500
Inherent filtrationmm5 Be
Target angle°30°
Leakage*mSv/h@1m10
Cooling flow ratel/min.14
WeightKg95
Max. Current @ kV Max.mA2 / 10
Focal spot (EN12543)d2,5 / 5,5
Max. CurrentmA10 / 24

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

 

Baltograph

TSD450/2

  • Product description
  • Works with

The TSD450/2 is introducing the series of the highest powerful tubes manufactured by Balteau. This tube doesn’t offer a compromise to power neither to flexibility but is designed for heavy walled and highly absorbing applications mainly. Two independent filaments are giving the possibility to perform inspections up to 1,5 kW on the large filament. Thanks to its beryllium window this tube also delivers soft X-rays for light materials or improved radiographic techniques.

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 two HV plug cones are R28.

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
SpecificationsUnitsTSD450/2 (Small focal / Large focal)
Max. High voltagekV450
Tube typeMetal Ceramic
Beam angle°40° x 30°
Cooling modeOil
HV ConnectorR28
Nominal powerW700 / 1500
Inherent filtrationmm5 Be
Target angle°11°
Leakage*mSv/h@1m5
Cooling flow ratel/min.14
WeightKg95
Max. Current @ kV Max.mA1,5 / 3,3
Focal spot (EN12543)d0,4** / 1
Max. CurrentmA6 / 14

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

** 25% Threshold

Baltograph

TSD100/0

  • Product description
  • Works with

The TSD 100-0 is a universal Monopolar tube for light alloys, composites or for small to medium steel thicknesses. This light tube allows you to reach the power of 600 W. The outside diameter of the housing is smaller than 100 mm. This is the ideal solution for applications even with tiny space.

The tube shielding is internal and reduces the radiation leakage to less than 1 R/h @ 1 meter as required by International standards. In and out fluid inlets are mounted with universal connectors while the HV plug cone is a R10.

This tube can be used with all brands of generators provided that the load curves 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
SpecificationsUnitsTSD100/0
Max. High voltagekV100
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeWater
HV ConnectorR10
Nominal powerW600
Inherent fi ltrationmm0.8 +/- 0.1 Be
Target angle°20°
Leakage*mSv/h@1m2,5
Cooling fl ow ratel/min.4
WeightKg3,5
Max. Current @ kV Max.mA6
Focal spot (EN12543)d2.0 mm
Max. CurrentmA14

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

Baltograph

TSD100/1

  • Product description
  • Works with

The TSD 100-1 is a universal Monopolar tube for light alloys, composites or for small to medium steel thicknesses. This light tube allows you to reach the power of 1kW. The outside diameter of the housing is smaller than 100 mm. This is the ideal solution for applications even with tiny space.

The tube shielding is internal and reduces the radiation leakage to less than 1 R/h @ 1 meter as required by International standards. In and out fluid inlets are mounted with universal connectors while the HV plug cone is a R10.

This tube can be used with all brands of generators provided that the load curves 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
SpecificationsUnitsTSD100/1
Max. High voltagekV100
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeWater
HV ConnectorR10
Nominal powerW1000
Inherent fi ltrationmm0.8 Be
Target angle°20°
Leakage*mSv/h@1m2,5
Cooling fl ow ratel/min.4
WeightKg3,5
Max. Current @ kV Max.mA10
Focal spot (EN12543)d3.0 mm
Max. CurrentmA24

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

Baltograph

TSD160/0

  • Product description
  • Works with

The TSD160/0 is a universal Monopolar tube for light alloys, composites or small to medium steel thicknesses. Due to the combination of a large and a small focus into the same tube, the tube is ideal for all purposes applications where either power or definitions may be required. The large focus allows you to drive up to 3 kW power for applications where thicknesses are high or material is highly absorbent. The small focus will be preferred for applications with magnification of on very light material and thicknesses or with a radioscopic application.

The outside diameter of the housing is barely 100 mm which will ensure that the tube can 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
SpecificationsUnitsTSD160/0 (Small focal / Large focal)
Max. High voltagekV160
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeWater
HV ConnectorR24
Nominal powerW640 / 3000
Inherent filtrationmm0,8 Be
Target angle°20°
Leakage*mSv/h@1m2,5
Cooling flow ratel/min.4
WeightKg8
Max. Current @ kV Max.mA4 / 19
Focal spot (EN12543)d1 / 5,5
Max. CurrentmA15 / 40

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

Baltograph

TSD160/1

  • Product description
  • Works with

The TSD160/1 is a universal Monopolar tube for light alloys, composites or small steel thicknesses. This tube is a compromise between a very fine and a fine focus application and is generally selected by users whose applications are not requiring a very high dose output either because distances to detector are generally short or because materials are not thick or very dense. This tube is perfectly adapted to Radioscopy applications or low power generators (< 1,6 kW).

The outside diameter of the housing is barely 100 mm which will ensure that the tube can 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
SpecificationsUnitsTSD160/1 (Small focal / Large focal)
Max. High voltagekV160
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeWater
HV ConnectorR24
Nominal powerW640 / 1600
Inherent filtrationmm0,8 Be
Target angle°20°
Leakage*mSv/h@1m2,5
Cooling flow ratel/min.4
WeightKg8
Max. Current @ kV Max.mA4 / 10
Focal spot (EN12543)d1 / 3
Max. CurrentmA15 / 40

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

Baltograph

TSD160/3

  • Product description
  • Works with

The TSD160/3 is a Monopolar tube designed for radioscopy installations or for applications where working cycle is extremely important. Indeed, the tube is mounted with two identical small size filaments adapted to the radiography or radioscopy of light alloys, composites or small steel thicknesses. One filament can be considered as a spare of the other one and due to the fact that sizes are identical, can replace a broken filament without the need of re-qualification of the technique or a change in the parameters.

The outside diameter of the housing is barely 100 mm which will ensure that the tube can 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
SpecificationsUnitsTSD160/3
Max. High voltagekV160
Tube typeMetal Ceramic
Beam angle°40°
Cooling modeWater
HV ConnectorR24
Nominal powerW640
Inherent filtrationmm0,8 Be
Target angle°20°
Leakage*mSv/h@1m2,5
Cooling flow ratel/min.4
WeightKg8
Max. Current @ kV Max.mA4
Focal spot (EN12543)d1
Max. CurrentmA15

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

Baltograph

TSD160/5

  • Product description
  • Works with

The TSD 160/5 is a universal Monopolar tube for light alloys, composites or for small to medium steel thicknesses. Thanks to its small focal spot, this tube is convenient for applications where power and precision are required. As it is dual focal spot, the large focal spot allows you to reach until 1.8 kw which is suitable for applications where thicknesses are relatively important or for absorbing materials. The small focal spot will be adapted for applications using an optical magnification, for light material, small steel thicknesses or even for radioscopy.

The outside diameter of the housing is barely 100 mm which will ensure that the tube can 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
SpecificationsUnitsTSD160/5 (Small focal / Large focal)
Max. High voltagekV160
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@1m2,5
Cooling flow ratel/min.4
WeightKg8
Max. Current @ kV Max.mA5 / 11
Focal spot (EN12543)d0,4** / 1
Max. CurrentmA20 / 40

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

** 30% Threshold

Baltograph

TSC160

  • Product description
  • Works with

The TSC160 is the Panoramic version of the Directional universal Monopolar tube for light alloys, composites or for small to medium steel thicknesses.

With a power of up to 1 kW and a diameter of 100 mm this is the ideal candidate for tank inspections or hollow components with small inner diameters.

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
SpecificationsUnitsTSC160
Max. High voltagekV160
Tube typeMetal Ceramic
Beam angle°360° x 40°
Cooling modeWater
HV ConnectorR24
Nominal powerW1000
Inherent filtrationmm0.5 Ti + 2 H2O + 2 Al
Target angle°22°
Leakage*mSv/h@1m2,5
Cooling flow ratel/min.4
WeightKg8
Max. Current @ kV Max.mA6,2
Focal spot (EN12543)d4 x 0,4
Max. CurrentmA12

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