FHG65 Radiometric measurement Gamma Modulator

Effective suppression of background radiation and extraneous radiation at the Gammapilot FMG50

• Measuring principle

  Radiometric

• Characteristic / Application

  Radiometric Measurement
  Effective Suppression of Background Radiation and Extraneous
  Radiation at the Gammapilot FMG60

• Specialities

  Unhindered measurement with Gammapilot M
  FMG60 in the event of
  -Interference radiation from nondestructive material testing up to 50 μSv/h
  – Fluctuating background radiation

• Supply / Communication

  DC: 18-36V

• Ambient temperature

  -40°C ...60°C
  (-40°F ... 140°F)
  with cooling jacket:
  0°C ...120°C
  (32°F ...248 °F)

• Process temperature

  Any

• Process pressure / max. overpressure limit

  Any

• Main wetted parts

  Non-contact

• Process connection

  Non-contact

• Process connection hygienic

  Non-contact

• Certificates / Approvals

  ATEX, FM, CSA, IEC Ex, TIIS, NEPSI

• Components

  Synchronizer FHG66

The Gamma Modulator FHG65 is made for effective suppression of background and extraneous radiation (e. g. from non-destructive materials testing). The Gammapilot FMG50 can separate useful signals from interference radiation by its modulated radiation. This enables continuing measurements which increase plant availability and reliability.

Improving the measurement results of radioactive measurement through the effective suppression of background radiation and extraneous radiation (e.g. from non-destructive material testing) at the Gammapilot FMG50.

• Temperature: No limitation (non-invasive, extraneous)

• Pressure: No limitation (non-invasive, extraneous)

• Unhindered measurement with Gammapilot FMG50 in the event of interference radiation from non-destructive material testing up to 50μSv/h or fluctuating background radiation

• Highest system safety thanks to safe measuring signals

• Continuing measurements which increase plant availability and reliability

• Cost efficient system without maintenance requirements

• Easy installation in conjunction with FQG61/62 source containers

• Easy integration into existing systems and fast operation