Simulated Survey Meters

Fully functioning simulated versions of industry handheld radiation detectors.

 

ICTD 9-4

Features

  • Simulates all features and functions of the Ludlum Instruments Model 9-4 Ion Chamber
  • Built with real Model 9-4 hardware
  • Provides all device controls including beta window
  • Responds realistically to changes in dose rate
  • Supports all fault conditions
  • Designed for manual or automatic dose rate input

Specifications

ICTD 9-4 Simulated vs. Ludlum Model 9-3 Real Response Time

  • Power - Two (2) Standard D (LR20) 1.5V Alkaline Battery (Same as Ludlum Model 9-4)
  • Battery Life - Up to 8 Hours
  • Environmental - Same as Standard Model 9-4
  • Wireless Communication - IEEE 802.15.4, IEEE 802.15.4-2011
  • Dimensions -  234 x 89 x 216 cm (9.2 x 3.5 x 8.5 in.) including instrument handle

Additional Features

  • Display Range up to saturation 0 – 50,000 mR/hr(0 – 500 mSv/h)
  • Response performance characterized from real instrument
  • Functional 5-range selector switch and light
  • Simulated Zero Adjust and Reset push button
  • Functional Beta Window with default and user configurable measurement offset
 

 

TelepoleTD

 TelepoleTD

Features

  • Simulated probe connects to standard Mirion Telepole WR telescoping gamma survey meter
  • Automatic and manual simulated dose rate input to instrument
  • Realistic response to changes in dose rate
  • All controls and alarm conditions are functional
  • Works with WRM2 Telemetry
  • Simulates “Manual High Range” mode

Specifications

  • Power - One (1) Internal rechargeable 2200mAh 3.7V Lithium-ion Polymer battery
  • Battery Life - >8 Hours
  • Environmental - Drop resistant
  • Wireless Communication - IEEE 802.15.4, IEEE 802.15.4-2011
  • Dimensions -  228.6 x 44.45 (9 x 1.75 in.)

Additional Features

  • Direct connection to any Mirion Technologies Telescoping Gamma Survey Meter, Model Telepole I, via existing probe connection.
  • Operates independently with any SIM-Teq TWR Source, OR manually controlled by instructor via SCC.
  • Simulated Probe looks and responds like the real meter probe
  • Display Range up to saturation 0.05 mR/h – 999 R/h (0.0005 mSv/h - 9.99 Sv)
  • Response performance characterized from real instrument
  • All push buttons, LED light, multi-layered menu and display remain functional
  • Alarms
    • Configured on connected instrument
  • Faults
    • E.LD
    • E.HD
 

 

RDS-31TD

 RDS-31TD Simulated Survey Meter

Features

  • Simulates most features and functions of the Mirion RDS-31 multi-purpose gamma survey meter
  • Provides all alarms and faults
  • Built with real RDS-31 hardware
  • Realistic response to changes in dose rate
  • All controls and alarm conditions are functional
  • WRM2 Telemetry built-in
  • Works with manual or automatic dose rate input

Specifications

  • Power - Two Standard AA (LR6) 1.5V Alkaline Batteries
  • Battery Life - ~8 Hours
  • Environmental - Enclosure class IP67 (IEC 60529), water-resistant including battery compartment
  • Wireless Communication - IEEE 802.15.4, IEEE 802.15.4-2011, WRM2 900 MHz
  • Dimensions -  100 x 67 x 33 mm (3.93 x 2.63 x 1.29 in)

Additional Features

  • Operates independently with any SIM-Teq TWR Source, OR manually controlled by instructor via SCC.
  • Response performance characterized from real instrument
  • Rotate Display
  • Bar Graph
  • Audible, Visual, and Tactile Alarms
    • Alarms
    • Dose alarm
    • Dose rate alarm
    • Remaining Time to Alarm
    • Dose Saturation
    • Dose Rate Saturation
    • Chirp Rate
  • Faults
    • Firmware
    • Internal power supply
    • Detector
    • Memory
    • High Voltage
    • Cumulative Dose
    • Calibration
    • Low battery Warning (simulated)
    • Low battery Alarm (simulated)
    • Low battery (actual)