DMC3000TD

The Mirion DMC 3000TD training dosimeter incorporates an OEM shell, display, sounder and pushbuttons. It looks, feels and operates with most functions supported – identical to a DMC3000 (G2 only) dosimeter. The device pairs with a Rad Tag for auto-response to any TWR Source, or can be controlled directly via the SCC software application. The training dosimeter supports most configuration settings and real dosimeter accessories.

Train Your Radworkers To:

  • Operate dosimeter controls and functions (display, view alarm set points, toggle dose and dose rate)
  • Observe any dose and dose rate (up to saturation)
  • Recognize and distinguish dose and rate alarms (audible and visual)
  • Identify fault and alarm conditions; threshold alarms plus (12) dosimeter faults/alarms

Train Your Remote Monitoring Staff To:

Respond to dosimeter conditions identified by TeleView Remote Monitoring Software

Features

  • Simulates all features and functions of the DMC 3000 (G2)
  • Built with OEM DMC 3000 hardware
  • Supports all configurations
  • Provides all alarms and faults
  • Works with Mirion DMC 3000 accessories including Transmitter Module
  • Low battery alarm
  • Works with manual or automatic dose rate input 

Specifications

  • Power – One (1) Standard AAA (LR03) 1.5V Alkaline Battery (Same as DMC 3000)
  • Battery Life – Up to 30 Hours 2
  • Environmental – Drop and Water Resistant
  • Wireless Communication – IEEE 802.15.4, 2.4 GHz
  • Dimensions – 87 x 60 x 21 mm (3.4 x 2.3 x 0.8 in) max. without clip

Additional Features

  • Autonomous (Stand Alone) and Satellite Modes
  • Fast Entry Mode
  • Pause/Active Mode
  • Sleep
  • Alarms
    • Dose pre-alarm, dose alarm
    • Dose rate pre-alarm, dose rate alarm
    • Time alarm
    • Remaining Time Alarm
    • Dose Saturation
    • Dose Rate Saturation
    • Chirp Rate
  • Faults
    • Blank screen (dead battery)
    • Optical
    • Pulse
    • Detector
    • Memory
    • Historical
    • Shock
    • Buzzer/Speaker
    • Defective battery/Power Loss
    • Low battery (simulated)