Calibration Resistor

Certified to 1% precision, used for electrical
calibration/verification and calibrating at high-ranges

Model 1925

Low-level, real-time tritium in water monitor
Automated liquid scintillation counting system
Sensitivity: 100,000 pCi/L (3.7 kBq/L) in 9 minutes or less

Ultra-low-level, automated, real-time tritium in water monitor
Includes hydrogen separator to separate hydrogen (tritium) from water so that it can be measured by highly-sensitive gas proportional detectors
Sensitivity: 0.1 µCi/L (3.7 kBq/L) in under 45 minutes

Model 200SB

Portable Tritium Air Monitor
Dual 200cc Ion Chambers, Gamma Compensated
Fast Response Time of 5 Seconds
Sensitivity: 10 µCi/m³ (0.3 MBq/m³)

Model 200SB-HTO

200SB with external desiccant cartridge to measure HTO only (noble gas compensation)

Model 200SS

Dual 200cc Ion Chambers used for measurement
Not Gamma Compensated
Sensitivity: 3 µCi/m³ (0.1 MBq/m³)

Model 2×200-LD

Two-channel tritium leak detector to measure both HT and HTO (switch selectable) simultaneously
Gamma Compensated
Sensitivity: 5 µCi/m³(0.2 MBq/m³)

Model 311

Single range, single ionization chamber

Model 311-HMI

Single range, single ionization chamber

Model 321

Single-range, multiple ionization chambers (dual or quad)

Model 321-HMI

Single-range, multiple ionization chambers (dual or quad)

Model 321NPPM

Single-range nuclear power plant monitor, includes noble gas compensation, plate-out proof ion chambers, industrial NEMA-12 enclosure, and other features required for measuring tritium in nuclear power plant environments

Model 357BW

Dual or quad 2L chambers, NEMA-12 wall-mount enclosure, plate-out proof ion chambers, upgraded alarm system

Model 357BWC

Cart-mounted tritium in air monitor for moving to multiple points

Model 357RM

General purpose, cost-effective stationary tritium in air monitor
Dual 2L ion chambers, Gamma Compensated

Model 357RM-C14

General purpose, cost effective C-14 in air monitor

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