5500 TLD Reader

5500 and pc_0.jpgThe Harshaw 5500 TLD Reader provides cost-effective measurements of the radiation dose absorbed by individual TLD elements. The instrument includes an automatic sample changer and carrier disk for automatic processing of up to 50 TLD dosimeter elements in a single loading.

5500 Carrier diskThe 5500 has a linear, programmable heating system and a cooled photomultiplier tube with associated electronics to measure the TL light output. The WinREMS Software, which runs on a separate computer, provides the user interface, the reader control and the applications software

The 5500 can read chips rods or microcubes using a variety of carrier disks designed to handle the different types of detector. Carrier disks are chosen on purchase to suit the detector types use

 

Key Features

  • Thermoelectric PMT cooler for maximum gain stability
  • Measurement quality assurance
  • Unattended automatic background subtraction capability
  • Easy to operate, service and maintain
  • Compact and attractive - Optional calibration software
  • Unattended automatic operation for up to 50 dosimeters
  • Multiple, programmable, linear time-temperature profiles
  • Heating profile includes pre-heat, acquire and anneal cycles
  • Heating by hot gas, temperature capability up to 600 °C (1112 °F)
  • 7 decade dynamic acquisition ranges                                                 

Download the 5500 Datasheet.pdf

Specifications for Model 5500 Reader
Radiation Measured Photon, energies >5 keV

Neutron energies thermal to 100MeV

Electron/beta, energies >70 keV

Measurement Ranges 10 µGy to 1Gy (1mrad to 100 rad) linear

1 Gy to 20 Gy (100 rad to 2000 rad) supralinear

Repeatability for 1 mGy (100 mrad) 137Cs doses, >2% standard deviation of 10 sequential measurements
Power Requirements 100/120/220/240VAC, 50/60Hz
Gas N2, pressure 2 bar (30 psi) ±20%, 5.6 L/min (12 scfh)
Temperature [Range] [Operating] 0 to 40°C (32 to 104°F)

Relative Humidity

Functions within specifications after 24-hour exposure to 95% RH and subsequent 6-hour recovery