Questions and Answers
The carrier is not liable for damage in shipment.
False
What kind of assistance can ORTEC/innoRIID provide?
Assistance in making damage claims and providing replacement equipment.
What is the main mechanism of measuring nuclear radiation in the RADEAGLE?
Scintillation detector
Which types of detectors are included in the RADEAGLE?
Signup and view all the answers
The scintillation detector of the RADEAGLE can measure dose rates up to 150 Sv/h.
Signup and view all the answers
What is the purpose of the initial stabilization process in the RADEAGLE?
Signup and view all the answers
What kind of battery pack is used in the RADEAGLE?
Signup and view all the answers
The __________ is the primary detector of the RADEAGLE instrument.
Signup and view all the answers
What are the colored LEDs on the RADEAGLE keyboard used for?
Signup and view all the answers
It is safe to unscrew the housing of the RADEAGLE for maintenance.
Signup and view all the answers
What does the EASY-ID MODE perform identification based on?
Signup and view all the answers
What feature does RADEAGLE offer for detecting neutron counts?
Signup and view all the answers
What is the default setting for the ID Time in EASY-ID MODE?
Signup and view all the answers
Which of the following components is part of the RADEAGLE?
Signup and view all the answers
What can you do in the NUCLIDE SETTINGS screen?
Signup and view all the answers
What happens when you press the ABOUT button in the SETTINGS MENU?
Signup and view all the answers
The nuclide 241Am is considered a threat material due to its radioactive properties.
Signup and view all the answers
Which nuclide is known for having a half-life of 30 years?
Signup and view all the answers
What does NORM stand for in the context of radioactive materials?
Signup and view all the answers
The RADEAGLE can have a nuclide that is unknown.
Signup and view all the answers
The default library of nuclides includes ____.
Signup and view all the answers
What is the operating time of the RADEAGLE under standard conditions?
Signup and view all the answers
What is the resolution specification for NaI:Tl at 661.6 keV?
Signup and view all the answers
The corrective maintenance for RADEAGLE instruments requires a Return Authorization Number.
Signup and view all the answers
What does the yellow region represent in the radiation field?
Signup and view all the answers
What triggers different alarms when the dose rate exceeds thresholds?
Signup and view all the answers
Neutron sources are considered a threat.
Signup and view all the answers
What must be done when neutron radiation is detected?
Signup and view all the answers
What button is used to manually trigger a new background level in DETECT MODE?
Signup and view all the answers
In DETECT MODE, what do green bars indicate?
Signup and view all the answers
What visual indication occurs when neutron radiation is detected?
Signup and view all the answers
What are the categories of radiation sources identified by EASY-ID MODE?
Signup and view all the answers
What happens when the countdown timer reaches zero in EASY-ID MODE?
Signup and view all the answers
The default password to enter ADVANCED MODE is L C R L C.
Signup and view all the answers
What is the purpose of CALIBRATION MODE?
Signup and view all the answers
What units can the dose rate be set to?
Signup and view all the answers
The brightness of the display can be adjusted in the ___ SETTINGS.
Signup and view all the answers
Match the following features with their descriptions:
Signup and view all the answers
The live time is always longer than the real time.
Signup and view all the answers
Warning levels must always be set higher than alarm levels.
Signup and view all the answers
What should be done immediately if there is damage reported during delivery?
Signup and view all the answers
What documentation should be preserved to establish claims of damage?
Signup and view all the answers
Who should be notified after informing the carrier about the damage?
Signup and view all the answers
What is the contact phone number for ORTEC?
Signup and view all the answers
The carrier is not responsible for the damage if notified after delivery.
Signup and view all the answers
Where is ORTEC located?
Signup and view all the answers
What is the default setting for the Easy-ID Time preset?
Signup and view all the answers
What can you do in the nuclide library?
Signup and view all the answers
What does pressing the 'ABOUT' button in the SETTINGS MENU provide?
Signup and view all the answers
You can change the ON/OFF state of a nuclide using the NEXT button.
Signup and view all the answers
What is the function of the centroid in measurements?
Signup and view all the answers
The nuclide Am241 has a half-life of _____ years.
Signup and view all the answers
Which of the following is categorized as a Threat?
Signup and view all the answers
What does the RADEAGLE's scintillation detector use to detect radiation?
Signup and view all the answers
A nuclide identification is possible in radiation fields up to 200µSv/h.
Signup and view all the answers
How long can the rechargeable batteries operate under standard conditions?
Signup and view all the answers
What is the first step to check if a RADEAGLE is working properly?
Signup and view all the answers
What color denotes that the radiation field exceeds the user-defined alarm threshold?
Signup and view all the answers
The neutron sources are considered safe and should be approached closely.
Signup and view all the answers
What units are used to display Ambient H*(10) dose rate?
Signup and view all the answers
You can manually trigger a re-acquisition of a new background level using the NEW BG button.
Signup and view all the answers
Match the following colors with their corresponding radiation levels in the DETECT MODE:
Signup and view all the answers
What is the primary objective of the EASY-ID mode?
Signup and view all the answers
In the ADVANCED MODE, pressing the ______ button will navigate to the SYSTEM SETTINGS.
Signup and view all the answers
What is the default password to enter ADVANCED MODE?
Signup and view all the answers
Which settings can be changed in the SYSTEM SETTINGS?
Signup and view all the answers
The RADEAGLE instrument stores spectrums in only one format.
Signup and view all the answers
What should you do if the RADEAGLE identifies a plutonium source?
Signup and view all the answers
What parameters can be configured under the DOSE RATE SETTINGS?
Signup and view all the answers
What type of battery pack does the RADEAGLE use?
Signup and view all the answers
What types of detectors does the RADEAGLE consist of? (Select all that apply)
Signup and view all the answers
The RADEAGLE can charge third-party batteries.
Signup and view all the answers
What does the colored bar in DOSE RATE MODE indicate?
Signup and view all the answers
The primary detector of the RADEAGLE is the _____ detector.
Signup and view all the answers
What is the maximum dose rate that the Geiger-Mueller tube can measure?
Signup and view all the answers
The RADEAGLE has an optional neutron detector.
Signup and view all the answers
What should you check before starting the RADEAGLE for the first time?
Signup and view all the answers
Which of the following components is NOT part of the RADEAGLE's accessories?
Signup and view all the answers
Study Notes
Introduction to the RADEAGLE
- The RADEAGLE is a new generation radio-isotope identification device (RIID) consisting of various components, including scintillation detector, Geiger-Mueller detector, optional neutron detector, multi-channel analyzer, computational subsystem, battery pack, and optional GPS.
Symbols Used in the Manual
- Throughout the manual, symbols are used to denote warnings and important information:
- ⚡ symbol indicates a specific danger to the user or the instrument.
- Important information for instrument usage is denoted by ✋ symbol.
RADEAGLE Components
- Scintillation detector uses a sodium iodide (NaI(Tl)), lanthanum bromide (LaBr3(Ce)), or cerium bromide (CeBr3) crystal material.
- Geiger-Mueller detector is used to measure dose rates up to 1 Sv/h when the scintillation detector exceeds 200µSv/h.
- Optional neutron detector (He-3) continuously acquires neutron counts per second (cps).
- Multi-channel analyzer (MCA) is used for spectral data readout of the scintillation detector.
- Computational subsystem includes TFT display, keyboard, colored LEDs, vibrator, and speaker.
- Battery pack "powerCELL" provides power to the instrument.
- Optional GPS is available for location tracking.
Scintillation Detector
- The scintillation detector collects the pulse height spectrum of gamma photons that interact with the scintillation crystal.
- Each radioisotope has a specific decay scheme, and some emit gamma photons that can be analyzed to determine the radiation source.
Geiger-Mueller Detector
- The Geiger-Mueller detector measures dose rates up to 1 Sv/h when the scintillation detector exceeds 200µSv/h.
- Warning: if the Geiger-Mueller detector kicks in, the user is in an extremely dangerous level of radiation and should increase distance and shielding between themselves and the source.
Neutron Detector
- The optional He-3 neutron detector continuously acquires neutron counts per second (cps).
- Naturally occurring materials (NORM) such as potassium 40K, thorium 232Th, and uranium ore contribute to the terrestrial background radiation.### Introduction to RADEAGLE Instrument
- RADEAGLE is a nuclear radiation detection instrument that measures gamma and neutron radiation.
- It has a vibration device that provides tactile feedback during measurements and alarm states.
- The instrument has a speaker that emits acoustic signals indicative of alarm conditions.
- RADEAGLE is delivered with comprehensive accessories, including a 12V charger, USB cable, battery pack, and transport case.
Hardware Accessories
- The RADEAGLE instrument is delivered with various accessories, including:
- 12V charger
- USB cable
- Battery pack "powerCELL"
- Ruggedized suitcase for heavy-duty operation
- 12V power adapter for cars
- International power adapter plug tip converter
- Data Transfer box (optional)
- Carry Strap (optional)
Connectors and Safety
- RADEAGLE has two connectors: a USB connector for data transfer and a power plug for charging.
- Keep the connectors clean and free of dust or sand to avoid connection problems.
- The instrument's main mechanism for measuring nuclear radiation is based on its scintillation detector, which requires high voltage (HV).
- WARNING: Do not unscrew the housing of RADEAGLE, as high-voltage interior electronic parts pose a severe health risk and may cause permanent damage to the instrument.
Getting Started: Measuring with RADEAGLE
- Before first start, ensure the battery is fully charged.
- Press and hold the CENTER button to start the instrument.
- The instrument automatically goes into the DOSE RATE MODE after startup.
- The DOSE RATE MODE shows the ambient H*(10) dose rate in units of µSv/h or mR/h.
DOSE RATE MODE
- The dose rate is a primary physical quantity measured by the device and indicates the strength of the current radiation field.
- The count rate is displayed in counts-per-second (cps).
- A colored bar gives a visual interpretation of the dose rate, with green indicating minor radiation, yellow indicating moderate radiation, and red indicating strong radiation.
DETECT MODE
- DETECT MODE is used for finding radioactive sources.
- The instrument measures the background dose rate and evaluates the incoming radiation strength in terms of count rate.
- A colored bar graph appears, with green bars indicating radiation levels close to the background, yellow bars indicating a slight increase in radiation, and red bars indicating increased radiation.
EASY-ID MODE
- EASY-ID MODE is used for rapid nuclide identification.
- The mode has a visual guidance that helps the user establish a favorable distance for ID.
- The mode displays a countdown timer, dose rate, and count rate, and the user can manually trigger an immediate analysis.
ADVANCED MODE
- ADVANCED MODE allows users to personalize the measurement experience with RADEAGLE.
- The mode includes parameters such as SYSTEM SETTINGS, DOSE RATE SETTINGS, DETECT/ID SETTINGS, and NUCLIDES SETTINGS.### Advanced Mode
- In Advanced Mode, the instrument can be reset to factory settings by pressing RESET.
- The ABOUT button leads to an information screen displaying version numbers.
Spectrum Mode
- In Spectrum Mode, the instrument can be used as a small portable gamma spectroscopy field laboratory.
- The screen layout is divided into three main areas: a 2D plot of counts vs. channels/energy, data representation, and dose rate/Gamma counts information.
- The user can toggle between channel and energy units on the x-axis.
- The CURSOR can be used to manually evaluate the spectrum, displaying counts at a specific energy.
- The CURSOR has an automatic acceleration, allowing it to move quickly through the spectrum.
- The user can ZOOM in on a specific area of the spectrum.
- Spectra can be saved and loaded in two formats: SPE and N42.
Spectrum Mode Settings
- The x-axis can be toggled between energy and channel display.
- The y-axis scaling can be changed to linear, logarithmic, or square root.
- The user can toggle between real-time and live-time, which corrects for dead-time.
Calibration Mode
- The Calibration Mode allows for a manual recalibration of the instrument.
- The user can select a calibration source (K-40, Cs-137, or Co-60).
- The Calibration Check screen displays the nuclide, centroid, measured centroid, resolution, and FWHM.
- The user can recalibrate the instrument if the peak fit is not established or if the resolution is high.
System Settings
- The System Settings screen allows the user to set date and time information, language, display brightness, and password protection.
- The password has 5 letters, consisting of L, C, and R, and must be recorded and shared with authorized personnel.
- The internal speaker and vibrator can be activated or deactivated.
- The user can set preferences for annunciators and acknowledgment settings.
Dose Rate Settings
- The unit of the dose rate can be set to either SI (µSv/h) or CGS (rem/h).
- Warning and alarm thresholds for dose rate can be defined, with warning levels set below alarm levels.
Introduction to RADEAGLE
- The RADEAGLE is a new generation radio-isotope identification device (RIID) consisting of various components:
- Scintillation detector (sodium iodide NaI(Tl), lanthanum bromide LaBr3(Ce) or cerium bromide CeBr3 crystal material)
- Geiger-Mueller detector
- Optional neutron detector (He-3)
- Multi-channel analyzer (MCA) for spectral data readout of the scintillation detector
- Computational subsystem (TFT display, keyboard, colored LEDs, vibrator, and speaker)
- Battery pack “powerCELL”
- Optional GPS
Detectors
- Scintillation detector:
- Used for pulse height analysis and dose rates
- Collects the pulse height spectrum of gamma photons that interact with the scintillation crystal
- Different radioisotopes have specific decay schemes and gamma photon emissions for analysis and radiation source determination
- Geiger-Mueller detector:
- Measures dose rates up to 1 Sv/h
- Kicks in when the dose rate at the scintillator surface exceeds 200µSv/h
- Warning: indicates extremely dangerous levels of radiation, requiring increased distance and shielding, and minimal time exposure
- Neutron detector (optional):
- Continuously acquires current neutron counts per second (cps)
- Useful for detecting neutron-emitting radioactive materials
Important Safety Information
- Warning symbols (
# ⚡) indicate specific dangers to the user or instrument - Important information symbols (
#✋) highlight crucial usage information - Naturally occurring radioactive materials (NORM) such as potassium 40K, thorium 232Th, and uranium ore contribute to terrestrial background radiation### Hardware Overview
- The RADEAGLE instrument has a vibration device in the handle that provides tactile feedback during measurements and alarms.
- The instrument has a speaker that emits acoustic signals during alarm conditions.
- The RADEAGLE is delivered with comprehensive accessories, including a 12V charger, USB cable, battery pack, ruggedized suitcase, 12V power adapter, and international power adapter plug tip converter.
Connectors and Safety
- The RADEAGLE has two connectors: a USB connector for data transfer and a power plug for charging.
- The instrument's connectors should be kept clean and free of dust or sand to prevent connection problems.
- The RADEAGLE's main mechanism for measuring nuclear radiation is based on a scintillation detector, which requires high-voltage (HV) and poses a severe health risk if the housing is unscrewed.
- The instrument has only one screw that can be unfastened, which is the security screw that locks the rear side battery hatch.
User Interface and Layout
- The RADEAGLE's user interface has a STATUS BAR at the top that indicates battery level, time, and current mode.
- The MENU BAR is at the bottom of each screen and consists of three fields that correspond to the hardware keys.
- The instrument's keyboard has four colored LEDs that provide visual information: blue for neutron alarm (optional), red for gamma alarm, green for battery charging state, and orange for failure.
Preparations for Start-up and Initial Self-Stabilization
- Before starting the RADEAGLE, ensure the battery is fully charged.
- The instrument performs an initial stabilization process during start-up, which takes about 80 seconds and involves temperature checks and peak searches in the spectrum.
- The RADEAGLE continuously monitors and adjusts the gain based on temperature during operation.
Dose Rate Mode
- The instrument's display starts up in the DOSE RATE MODE, which shows the ambient H*(10) dose rate in units of µSv/h or mR/h.
- The DOSE RATE MODE has a colored bar that provides a visual interpretation of the dose rate and helps users qualitatively determine whether the radiation is strong or not.
- The instrument can be set to alert users with visual, tactile, and acoustic alarms if the dose rate exceeds the warning and alarm thresholds.
Detect Mode
- The DETECT MODE is used to find radioactive sources by evaluating the incoming radiation strength in terms of count rate.
- The instrument automatically performs a background acquisition in the DETECT MODE and detects sources by comparing the count rate to the background level.
- The DETECT MODE has a colored bar graph that aids users in finding sources, with green bars indicating radiation levels close to the background, yellow bars indicating a slight increase in radiation, and red bars indicating increased radiation potentially caused by a source.
EASY-ID Mode
- The EASY-ID MODE is used for rapid nuclide identification and has a visual guidance that helps users establish a favorable distance to the source.
- The instrument acquires a spectrum of the source in the EASY-ID MODE and displays the identification result, including nuclide name, category, severity, and confidence level.
- The EASY-ID MODE features an automatic saving of spectra and their results, which can be loaded and saved in different formats.### ADVANCED MODE
- In the SETTINGS section of the ADVANCED MODE, you can reset the instrument to factory settings by pressing RESET.
SPECTRUM MODE
- SPECTRUM MODE is used for spectroscopic analysis of the radiation field spectrum.
- The instrument can be used as a small portable gamma spectroscopy field laboratory.
- The screen layout of the SPECTRUM MODE is split into three main areas of information:
- Green box: 2D plot of counts (y-axis) versus channels (x-axis) or energy (x-axis).
- Blue box: Data representation (LIN, LOG or SQRT) and length of the spectrum (2048).
- Red box: Dose rate (DR) in rem or µSv/h, real/live time (RT and LT), gamma counts (GAMMA) in cps, gross-counts (GrossC), and dead time (DT).
- In SPECTRUM MODE, the user can:
- Perform a manual acquisition by pressing START and STOP.
- Trigger a nuclide identification by pressing ANALYZE.
- Use the CURSOR to evaluate the spectrum and move it along the x-axis.
- Use ZOOM to magnify the spectrum at the location of the cursor.
- Load and save spectra in two formats: IAEA spectrum format SPE and ANSI N42.42 standardized N42 format.
CURSOR
- The CURSOR can be moved along the x-axis using the < and > buttons.
- The CURSOR position reveals the number of counts located at the specific energy.
ZOOM
- ZOOM allows the user to magnify the spectrum at the location of the cursor.
- In ZOOM view, the movement of the CURSOR is much finer than in the standard view.
Loading and Saving Spectra
- Spectra can be saved in two formats: IAEA spectrum format SPE and ANSI N42.42 standardized N42 format.
- Each spectrum contains the associated nuclide identification result.
- The filename is a unique specifier of the spectrum and is composed of the date-time configuration and a unique index number.
Changing the x-axis and y-axis Scaling
- The x-axis can be toggled between energy [keV] and channel [ch] display.
- The y-axis can be toggled between linear, logarithmic, and square root data representations.
CALIBRATION MODE
- The CALIBRATION MODE allows the user to recalibrate the instrument.
- The user can select a calibration source (K-40, Cs-137, or Co-60) and perform a visual inspection of the calibration state.
- The calibration state can be checked by reviewing the peak fit quality and the measured centroid energy.
SYSTEM SETTINGS
- The SYSTEM SETTINGS screen allows the user to:
- Set up date and time information.
- Select a language.
- Adjust the display brightness.
- Activate or deactivate password protection.
- Set preferences for annunciators (internal speaker and vibrator).
- Acknowledge alarm settings.
Dose Rate Settings
- The unit of the dose rate can be set to either SI units (micro-Sieverts per hour) or CGS units (Roentgen-equivalent in man).
- The minimum dose rate for a warning and the minimum dose rate for calling out an alarm can be defined.
Studying That Suits You
Use AI to generate personalized quizzes and flashcards to suit your learning preferences.
Description
Test your knowledge of the RADEAGLE technical manual, covering software version 1.9.6 and manual version 23. Quiz topics include symbols and introduction to the RADEAGLE system.
