From Radiation to Measurable Signal – Scintillation Detectors in Industry

Imagine you need to measure the level in a tank, but the tank is extremely large, and the contents are hot and hazardous. How can you ensure everything is under control?
The answer: Scintillation detectors! These devices are the unseen helpers in industry, enabling radiometric measurements even in the most challenging environments. But how does this work?

Let’s watch here!

Compare our detector types

Detector

type

CrystalSENS

SuperSENS

UniSENS

TowerSENS

FracSENS

Geometry

PointPointRodRod Point

Size Ø / length [in mm] and material

50 x 50 (Nal/TI)
40 x 35 (Nal/TI)
25 x 25 (Nal/TI)
  50 x 60 (Polymer)

150 x 150
(Polymer)

50 x 500 up
to 50/2000
(Polymer)

up to 50 x 8000 
(Polymer)
40 x 50 (NaI/Tl)

Typ. Applications

Density, level, level switch, multiphase levelDensity, levelLevelLevelDensity

Stability

≤ 0.002 % per °C≤ 0.01 % per °C≤ 0.01 % per °C≤ 0.02 % per °C

≤ 0.002 % per °C (over 100°C temperature regime)

Typical sensitivity 

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Cascading

     


Characteristics

  • Low background
  • Compact design
  • Highest sensitivity
  • Operation with extremely low activities
  • Used for thick-walled vessels and big tanks
  • Sensitive scintillation technology for lowest dose rates
  • Long measuring ranges
  • Universally applicable
  • Rugged design to withstand high vibrations and mechanical shock
    (up to 500 g)
  • Based on the superior SiPM technology
  • Cycle time of 100ms for highspeed measurements

Detector retrofit program to improve your production

Especially in low radiation conditions, our highly sensitive detectors improve the signal to noise ratio, what is resulting in superior measurement performance compared to competing systems. Source replacement is costly, time consuming, and does not work towards a reduction in overall site source activity.

Berthold's retrofit solution

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