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Need help?Do you have a question about the biodex ATOMLAB 100 and is the answer not in the manual?
Details on warranty against defects in materials and workmanship.
Instrument accuracy warranty at time of shipment and recalibration.
Statement regarding the non-transferable nature of the warranty.
Procedures and responsibilities for non-warranty repairs.
Steps for contacting Biodex service personnel for assistance.
Details on charges for non-warranty repairs (materials, time, shipping).
Instructions for inspecting and identifying shipping cartons.
Details on the items included in the display unit carton.
Guidelines for handling and setting up the detector unit carton.
Key notes and precautions for safe and effective use of the calibrator.
General overview of the Atomlab 100 Dose Calibrator's capabilities.
Explanation of conventions, keys, and symbols used in the manual.
Overview of the installation process for the dose calibrator.
Requirements for operating the dose calibrator, including environment.
Guidelines for selecting a suitable work surface for the unit.
Considerations for physical location and environmental conditions.
Specifications for power requirements and connection.
Guidance on positioning the detector and display units.
Procedure for connecting the detector unit cable.
Procedure for connecting the display unit cable.
Connecting the power cord and identifying the fuse holder.
Instructions for powering up the Atomlab 100 dose calibrator.
Instructions for repacking and storing shipping materials.
Guidelines for cleaning the exterior of the dose calibrator.
Overview of the chapter's content for getting started.
Understanding key functions and methodology for operation.
Explanation of how LED keys indicate status and prompts.
Description of the front panel display elements.
Steps for initial power-up and the automatic self-test program.
Procedure for adjusting the background measurement.
How to read and interpret the activity display.
Procedure for performing a Cs-137 calibration check.
Understanding the automatic averaging period for readings.
Explanation of how the unit automatically selects measurement range.
Process for selecting the radioisotope for measurement.
Procedure for changing display units between Ci and Bq.
Step-by-step guide to changing the display units.
Overview of the dose calibrator's components and functions.
General description of the Atomlab 100 dose calibrator.
Detailed description of the detector unit.
Description of the well-type ionization chamber.
Function and purpose of the chamber well liner.
Explanation of the current measurement principle.
Description of the detector unit's rear panel connectors.
Characteristics of the ionization chamber's response.
Detailed description of the display unit's design and function.
Explanation of the zero calibration method.
Explanation of display units and activity conversions.
Overview of the display unit's front panel.
Details regarding the activity display and unit indicators.
Functionality of the isotope selection keys.
List of standard isotopes available for selection.
Description of user-defined isotope keys.
Procedure for initiating and performing the self-test.
Details of the display test sequence during self-test.
Procedure for performing background correction.
How to access and use the setup key.
Description of the main control function keys.
Description of the electronic thumbwheel component.
How to use the increment and decrement keys.
Key tips for obtaining accurate and reliable measurement results.
Procedures to perform daily checks for accurate measurements.
Steps for performing the standard self-test.
Procedure for performing self-test with multiple chambers.
Ensuring background correction is performed.
Procedure for performing a Cs-137 constancy check.
Procedure for making a standard activity measurement.
Procedure for evaluating Mo-99 contamination.
Step-by-step guide for performing the Moly Breakthrough test.
Procedure for calibrating isotope selection keys.
Procedure for calibrating other isotope selection keys.
Setting calibration values for non-standard isotopes.
Returning standard isotope keys to original preset values.
Checking calibration values of standard isotope selection keys.
Procedure to check the sample holder for contamination.
Procedure to check the detector liner for contamination.
Test to determine how close displayed activity values are to true values.
Time taken to display a stable activity reading.
Stores ambient activity value for automatic subtraction.
International unit of activity.
Use of calibrated sources to verify accuracy.
Value set to adjust Atomlab response to a radioisotope.
Sleeve shield package for linearity tests.
Daily check for stable activity values over time.
Chart projecting source activity decay over time.
Component housing the ionization chamber and electrometer.
Displayed value changes without source removal/insertion.
Component with electronics, controls, and displays.
Verification of radiopharmaceutical activity for administration.
Measures current proportional to source activity.
Panel with display, keys for inputting numbers.
Tests variation in activity due to source container/location.
Device responding to source activity by forming ion pairs.
Calibrated radioactive solution for preparing doses.
Partially transparent radiation shield.
Tests variation in displayed values over measurement range.
Sleeve shield package for linearity tests.
Shield used in Moly Breakthrough test.
Test to determine Mo-99 contamination in Tc-99m.
Parent radionuclide decaying to Tc-99m.
National Institute of Standards & Technology.
Nuclear Regulatory Commission.
Automatic selection of display units range.
Variation of ion current due to decay processes.
Method for linearity tests using lead sleeves.
Method for linearity tests measuring decayed activity.
Using sources traceable to NIST for calibration.
Compensating for electrometer drifts automatically.
Overview of troubleshooting procedures and resources.
List of common problems addressed in this appendix.
Steps to diagnose and resolve power-up issues.
Step-by-step procedure for troubleshooting power issues.
Diagnosing and resolving fluctuations in activity measurements.
Understanding fluctuations with high calibration values.
Understanding fluctuations related to Mo-99.
Diagnosing and resolving unexpected measurement readings.
Procedure to determine the current software version.
Procedure for inspecting and replacing display unit fuses.
Detailed steps for inspecting fuses.
Guidelines on which fuses to use for replacement.
Procedure for replacing the fuse holder.
Steps for setting up the calibrator for 100 or 240 VAC operation.
Important notes regarding system error messages.
Precautions for servicing the ionization chamber.
Overview of the physical and operating specifications.
Specified measurement range for Tc-99m.
User-selectable display ranges in Ci and Bq.
Specifications for response time at different activity levels.
Overall accuracy of activity determination.
Detector linearity specification.
Electrometer linearity specification.
Electrometer accuracy specification.
Short-term and long-term stability specifications.
Specifications for display fluctuations and activity range.
Specified energy range for operation.
Details on preset and programmable isotope selection keys.
Specifications for the calibration value display.
Specifications for the detector type and dimensions.
Specifications for the detector shield.
Specification for the chamber bias power supply.
Specified operating temperature and humidity ranges.
Physical dimensions and weight of units.
Specifications for line voltage requirements.
Specifications for line frequency.
Specifications for the detector cable.
Details of components on the front panel.
Specifications for the activity display.
Specifications for activity unit indicators.
Details regarding the keys on the front panel.
Details of the isotope selection keys.
Details of keys used for accuracy and constancy checks.
Functionality of the other isotope key.
Specifications for the electronic thumbwheel.
Functionality of the electronic thumbwheel display.
Description of the control function keys.
Line voltage requirements and ETL listing.
Safety standards conformity for ETL listed equipment.
Overview of methods for performing radioisotope decay calculations.
Presentation of different methods for decay calculations.
Method for performing decay calculations using a calculator.
Example calculation of decayed activity using a calculator.
Method for performing decay calculations without e^x function.
Example calculation using the decay factor method.
Explanation of the calculator method for decay calculations.
Explanation of the decay factor method for decay calculations.
Overview of preset calibration values and half-lives.
Preset calibration values for firmware level six or higher.
Preset calibration values for firmware level five or less.
Overview of calibration values for programming non-standard keys.
Supplemental alphabetical listing of isotopes for dose calibrators.
Supplemental alphabetical listing of isotopes for dose calibrators.
Supplemental alphabetical listing of isotopes for dose calibrators.
Supplemental alphabetical listing of isotopes for dose calibrators.
Supplemental alphabetical listing of isotopes for dose calibrators.
Supplemental alphabetical listing of isotopes for dose calibrators.
Dial value settings and source container information.
Specific dial settings recommended for Y-90 measurements.
Procedures for calibrating the dose calibrator and its traceability.
Information regarding the optional RS-232 serial interface board.
Protocols and commands for PC port communication.
Format and structure of data records transmitted via PC port.
Examples of typical data records for dose calibrators.
Notes for users of PCPlus and Procomm communication software.
Details on additional commands for PC port control.
Precautions for installing and servicing medical electrical equipment.
How RF communications equipment can affect medical equipment.
Contact information for additional EMC information.
Step-by-step procedure to determine firmware level.
Introduction to manufacturer's instructions for QA testing.
Procedure for performing constancy tests.
Dial value settings and source container compatibility.
Procedure for performing linearity tests.
Performing linearity tests using the decay method.
Guidance on using spreadsheets for linearity calculations.
Performing linearity tests using the shield method.
Procedure for performing geometry tests.
Steps for performing geometry tests with syringes.
Steps for performing geometry tests with vials.
Procedure for performing accuracy tests.
Requirements for records and maintenance.
Inspection of the dipper and well liner.
Procedure for monthly dial value checks.
When to consider repair or replacement of the unit.
Significance of the date on the calibration report.
Significance and expiration of the calibration report.
General| Model | ATOMLAB 100 |
|---|---|
| Display | LCD |
| Shielding | Lead |
| Manufacturer | Biodex Medical Systems |
| Power | 110-240 VAC |
| Well Diameter | 6.03 cm (2.375 in) |
