AT6101C Operation Android

Press and hold the BT-DU3 Adapter PWR button until the yellow light is on and component lights flash. Place the Adapter back in the backpack and secure zippers.

Enter a filename associated with the current task. For example: Stadium-1 or TRAIN-421.

The start-up sequence may take a few minutes to complete.

Scanning… should appear at the top of the display. Gamma and neutron values should be changing.

Battery power is indicated across the top of the screen and by the number of bars at the top right of the display.

GPS position connection is displayed across the top of the screen. The text alternates with remaining hours of battery life and available memory.

Tap menu icon > Settings > General settings > Background mode.

Refer to DET-HHD-ATM-RM01, AT6101C Operational Test Android to verify equipment functionality before use.

Tap Restart scan to start a new scan at any time.

If radioactive source activity is high enough to trigger an alarm:

• Gamma and/or neutron values will increase.
• Red and/or blue lights will flash.
• Moving graph values will increase.
• Moving graph color will change (red, blue, or light blue depending on the type of radiation).

A gradual 360° turn may be needed to determine the direction of the source. Move in the direction of increasing radiation. Continue moving until radiation levels begin to decrease.

The remaining time is displayed at the top of the screen.

After identification is complete, the application will switch to Waiting mode for about 20 seconds and then return to Scanning mode.
 

Identified isotopes are displayed in the program messages. Unrecognized isotopes are listed as “unknown.”

Tap menu icon.

Tap Exit App.

Tap EXIT.

To power off the BT-DU3 Adapter, press the PWR button for about 3 seconds.

The BT-DU3 Adapter should charge when not in use.