Do you have a question about the ATOMLAB 500 and is the answer not in the manual?
Questions and answers
Bill Feagley
February 20, 2025
How do I correct....warning 5 ? Detector Gas Low
1 comments:
Mr. Anderson
May 14, 2025
The "Detector Gas Low" warning (Code 5) on the Biodex ATOMLAB 500 indicates that the grams of argon have dropped more than 5% from the initial factory value. This warning is correctable, but the system does not perform automatic correction. To address this issue, the detector should be serviced.
“On” Power “OFF” Power Earth (ground) Alternating Current Fuse USB Connector/Cable Waste in Electrical Equipment Date of Manufacture Type B Applied Part CE Mark CE Mark for products with EC Certificate Certified for Safety by ETL Intertek ATOMLAB 500 DOSE CALIBRATOR...
Atomlab 500 Dose Calibrator both properly and safely. Specific Cautions • Allow only qualified, trained personnel to operate or service the Atomlab 500. • If the equipment is used in a manner other than specified in this operation manual, the protection provided by the equipment may be impaired and results could be compromised.
Page 8
• Sauf lorsque en utilisant le Bouclier de Moly, Bien le Paquebot et le Cincle doivent être utilisés pour tous Atomlab 500 Dose mesures de Calibrator. • Le Bouclier de Moly est utilisé avec le bouclier en métal fourni pour le placement Nécessaire dans la dose détecteur de calibrator.
ICC 60601-2 EMC Standard. NOTE: Circuit diagrams for this product are provided in the Schematics section at the back of this manual. Authorized European Community Representative: Emergo Europe Molenstraat 15 2513 BH, The Hague The Netherlands ATOMLAB 500 DOSE CALIBRATOR...
Page 12
Ne placez pas le produit dans une position où le bouchon n'est pas facilement accessible. CAUTION: The product is intended to remain in one location during operation. ATTENTION: Le produit est voulu rester dans un emplacement pendant l'opération. ATOMLAB 500 DOSE CALIBRATOR...
If any damage is noted, do not unpack the contents. Notify the carrier immediately so that a claim can be made if necessary, and contact your Biodex Medical Systems Sales Representative. If there is no visible damage, remove the cartons and place them on a table or to the side.
CONSEQUENTIAL OR INDIRECT DAMAGES INCLUDING LOSS OF USE, SALES, PROFITS OR BUSINESS INTERRUPTION. B. This warranty does not apply if the product, as determined by BIODEX MEDICAL SYSTEMS, INC., is defective due to abuse, misuse, modification or service performed by other than a BIODEX MEDICAL SYSTEMS, INC.
Page 15
2. Check the instruction manual and operations procedure. 3. Check the instruction manual troubleshooting Guide. If you still think you have a service problem, call BIODEX MEDICAL SYSTEMS, INC., Service Department at (800) 224-6339. Keep Yourself And The Phone Next To The Equipment.
The detector has electronics and the calibration built into it (the calibrator is built into the detector.) Therefore, you can connect any Atomlab 500 display to a detector and have a calibrated system. Detector Well Liner Placed within the well is a plastic liner to protect the detector from contamination in the event of the source leaking during measurement.
Institute of Standards & Technology. The Display Unit The Atomlab 500 Dose Calibrator display unit consists of function keys and an LCD display that allows you to make activity measurements. A built-in microprocessor executes commands input via the touch panel and computes activity values from detector data.
GBq indicated, the activity is 2,360,000,000 becquerels. Routine Isotopes The routine radioisotope (isotope selection) keys for the Atomlab 500 include: Tc-99m, TI-201, I-123, I-131, Cs-137, Co-57, Xe-133, Ga-67, In-111, F-18, Y-90s, and Ba-133. The Co-57, Ba-133 and Cs-137 buttons are primarily used for accuracy and constancy tests.
Temperature: 10 to 30°C Humidity: 0 to 90% rh, non-condensing For optimum performance, the Atomlab 500 Dose Calibrator should be operated in a normal laboratory environment where the temperature and humidity are maintained for normal human comfort and the ambient radiation level is low and constant.
Page 24
5. Insert the free end of the detector cable into the mating display port (there are two RJ-12 ports on the detector). 6. If you would like to connect a computer to the Atomlab 500, attach a null modem RS-232 Cable (or USB/RS-232 converter cable) with a DB9 connector to the computer serial port and then attach the opposite end of the cable to the appropriate port on the display.
Power Up And System Test (See Figure 2.3.) Figure 2.3. The Atomlab 500 System Test screen. Connect the power cable to the back of the display unit and then plug the power supply into a wall socket. Toggle the power switch, located on back of the display, to the “ON” (I) position. The green power on led on the display will light and the system automatically performs a background count and system-test as part of the power-up process.
Once the system check is completed, touch <Print> to generate a printout of the system test results and/or touch <Home> to advance to the Atomlab 500 Home screen. Save The Packing Material Now that you have set up your Atomlab dose calibrator, and everything is intact and functioning properly, take a few moments to repack the packing material.
Easy to read and intuitive to use, the Atomlab 500 touch screen display prompts users to Advance effortlessly and logically though the Dose Calibrator (Chapter 3), Utilities (Chapter 4), Nuclear Pharmacy (Chapter 5), and Dose Calibrator Quality Assurance (Chapter 6) programs.
Isotope Response Time The Atomlab 500 normally settles within three seconds as long as the minimum threshold level is exceeded. When you first lower the source into the well, the activity value quickly jumps to the final value. For a few seconds the value may fluctuate, but then the value settles down to a small variation.
The <Select Detector> icon allows the user to choose a different detector when more than one detector is connected to the system. The Atomlab 500 can accommodate up to seven dose calibrator detectors (or six dose calibrator detectors and one wipe detector).
The System Configuration options allow the user to enter or customize various system-wide Parameters. Any changes made to the configuration settings are permanently saved when exiting the Configuration screen. Touch <System Configuration> on the Utilities menu to access the System Configuration screen. ATOMLAB 500 DOSE CALIBRATOR...
(See Figure 4.3.) Figure 4.3. The detector locations screen. The Atomlab 500 display automatically senses every detector connected and can tell what type it is. Detectors are listed numerically with detector # 1 being the lowest ID number. <Detector Locations> allows the user to specifically label the location of any connected detector.
2. Enter your password and touch <Enter>. The Serial Numbers screen is displayed with a listing of all serial numbers recorded for the system. 3. Touch <◄> to return to the System Configuration screen. NOTE: Serial numbers can only be viewed on this screen. You cannot change the serial number. ATOMLAB 500 DOSE CALIBRATOR...
Touch the desired country to select. Not all countries are listed. Select a country with the same time format you require. 5. Touch <Enter> to return to System Configuration screen with the new time/date, or <Cancel> to exit without updating the date/time entry. ATOMLAB 500 DOSE CALIBRATOR...
5. Enter the IP address and touch <Done>. The IP address entered should now be displayed next to the network IP button. 6. Touch <OK> to select the displayed IP address and return to the System Configuration screen, or <Cancel> to return to System Configuration screen without changing printer setting. ATOMLAB 500 DOSE CALIBRATOR...
Figure 4.8. The Staff Members List screen. The Staff Members List allows a specific staff member to be associated with any Atomlab 500 QA test. Staff are listed in the order entered. New staff may be added to the list and staff members may also be removed.
1. At the Staff Members List, touch <Print>. The Staff Members List will print to the currently selected printer. Web Server Settings (See Figure 4.9.) NOTE: For JSON programming interface only. Select <Web Server Settings> from the System Configuration screen. ATOMLAB 500 DOSE CALIBRATOR...
Isotope List (See Figures 4.11 and 4.12.) Figure 4.11. The Isotope List screen. Figure 4.12. The Select Current Isotope screen with Routine List displayed. ATOMLAB 500 DOSE CALIBRATOR...
Page 51
This option can be used to select an isotope that is not displayed on the Measure screen List 1 or List 2. A full Alphabetical list of Isotopes, the Routine Isotopes List, and Custom Isotopes with which the Atomlab 500 is designed to work, is provided on the Select Current Isotope screen.
6. Touch <Insert> to place the isotope where desired. 7. Touch <Enter> to save the updated Routine Isotope List, or <Cancel> to return to the Setup Routine Isotopes screen without making changes. ATOMLAB 500 DOSE CALIBRATOR...
4. Touch <Enter> to save the updated Isotope Buttons, or <Cancel> to return to the Setup Routine Isotopes screen without making changes. 5. If desired, touch <Restore Factory Settings> and touch <Yes> to revert to the factory defaults, or <No> to return to the Setup Button Isotopes screen without making changes. ATOMLAB 500 DOSE CALIBRATOR...
Touch <Yes> to remove the isotope or <Cancel> to not remove the isotope and return to the Isotope List screen. NOTE: Only new isotopes added to the system by the user can be removed. ATOMLAB 500 DOSE CALIBRATOR...
NOTE: After restoring factory dial values, scroll the Isotope List and verify that no new dial values are listed. Set Acceptance Variance (See Figure 4.18.) Figure 4.18. The Set Acceptance Variance screen. Set acceptance variance is used to program allowable variances for each of the Individual QA tests. ATOMLAB 500 DOSE CALIBRATOR...
Page 60
<Enter> to return to the Sealed Source Setup screen. The Calibration Date is now displayed. 5. Touch <Enter Source ID>. The source ID keypad is now displayed. Key in the source ID and touch <Enter> to return to the Sealed Source Setup screen. ATOMLAB 500 DOSE CALIBRATOR...
Page 64
20 µCi of Tc-99m, increasing background count time to 100 seconds will improve accuracy. 6. Select <Enter> to return to the Dose Calibration Configuration screen. The background counting time is now changed. Select <Home> to return to the Home screen. ATOMLAB 500 DOSE CALIBRATOR...
These labels feature the radiation warning symbol and the word caution printed in the left corner. The 2 up label can be replaced with a 1 up label (not supplied by Biodex). The small strip label can be used to label syringes, syringe shields, etc. Both the large and small label styles print different information depending on the function from which you are printing.
It is important to input the correct formula selection for the type of kit and strips to be used. Certain kits use one strip, others use two strips. Each strip is cut and the two sections are counted separately. Different formulas are used depending on the kit selected. ATOMLAB 500 DOSE CALIBRATOR...
Page 68
To Print The Setup Inventory Isotopes and Kits List: 1. To print the Setup Inventory Isotopes and Kits list at any time, touch <Print List>. The complete list is printed. Figure 4.27. An Inventory Isotope and Kit Lists printout. ATOMLAB 500 DOSE CALIBRATOR...
• System Test • Detector Status • Detector Management • Source Detection Threshold • Touch Screen Calibration • Updating The System Firmware To access the System Maintenance screen, from the Dose Calibrator Utilities screen, touch <System Maintenance>. ATOMLAB 500 DOSE CALIBRATOR...
Page 72
Touch <No> to return to the QA Data Management screen without importing data. 7. At the Import Successfully Completed screen, touch <OK> to return to the Summary View of Stored QA Data screen. Figure 4-30. The summary view of All Stored QA Data. ATOMLAB 500 DOSE CALIBRATOR...
Page 74
8. Touch <QA Dataset> to view the dataset options. Choose from “All” datasets, or continue touch- ing <QA Dataset> to scroll through the list of individual datasets. 9. Touch <Delete Now> to delete the selected dataset and return to the summary view of stored QA Data screen. ATOMLAB 500 DOSE CALIBRATOR...
This function allows the export of all Atomlab files and data to a thumb drive, providing a means of backing-up the system when needed or desired. To Backup The Atomlab 500 QA Data: 1. Insert a thumb drive into one of the USB ports on the back panel of the display.
They system will prompt you to confirm before proceeding with this function. This function allows the user to restore all Atomlab 500 files from a thumb drive backup. NOTE: Restoring the data will overwrite all current stored data, settings, event log and firmware information.
• If a printed System Test Report is required, touch <Print> to print the System Test screen following the test. • Touch <Home> to return to the System Home page. • Touch <Back> to return to the System Maintenance screen. ATOMLAB 500 DOSE CALIBRATOR...
Touch <Home> to return to the System Home page. NOTE: Each detector connected must have a different ID number. You cannot have two detectors with the same ID. ID numbers available are 2, 4, 6, 8, 10, 12 and 14. Biodex uses I.D. #14 for a wipe detector.
2. Enter your password and touch <Enter>. The Detector Management screen is displayed with detector I.D. numbers, detector types, serial numbers and detector locations. The <Remove From Selection List> button toggles with an <Add to Selections List> button on the Detector Management screen. ATOMLAB 500 DOSE CALIBRATOR...
1. From the Utilities menu, touch <System Maintenance>. The System Maintenance screen is displayed. 2. Touch <Touch Screen Calibration>. The <Enter Password> window is displayed. Enter your password and touch <Enter>. The Calibrating Touch screen message is displayed. ATOMLAB 500 DOSE CALIBRATOR...
Updating The System Firmware Figure 4.42. The Firmware Update Available screen. The Atomlab 500 system is easy to update should new firmware be required. To Update The Atomlab 500 Firmware: 1. At the Home screen or Measure screen, place the new firmware thumb drive into one of the USB ports on the back of the display.
Page 84
3. If you choose to update the firmware now, touch <Yes> to begin the upload. 4. The upload will complete after several seconds, and the system will then automatically reboot. Remove the thumb drive only after the system reboots and begins to initialize background. ATOMLAB 500 DOSE CALIBRATOR...
<Enter>. The Moly Assay Background Counting screen will be displayed with the new background counting time. 5. Make sure there is no source in the detector. Place the empty Moly Shield into the detector and touch <Zero Background>. ATOMLAB 500 DOSE CALIBRATOR...
Page 88
13. Touch <Back> to return to the Nuclear Pharmacy screen or <Measure> to advance to the Measure screen. Figure 5.7. The Moly Assay Tc-99m Record Activity screen with Moly Assay activity displayed. Figure 5.8 The Moly Assay Results screen showing activities and Moly concentration. ATOMLAB 500 DOSE CALIBRATOR...
Page 90
6. Select <Set Test Parameters> to display the Half Life Verification parameters. 7. Select either <2> or <3> for the number of readings. If the number is already highlighted, you do not need to select it. ATOMLAB 500 DOSE CALIBRATOR...
Page 92
Select <Print> to print your results. If you select <Back>, a message will be displayed that if you proceed your data will be lost. Select <No> not to exit; select <Yes> to exit and lose the test data. ATOMLAB 500 DOSE CALIBRATOR...
Page 94
18. After the APP ends you can print the report for the half life verification. Select <Print> and the three reading print reports. NOTE: The system does not store the half-life calculation. You must print the results. ATOMLAB 500 DOSE CALIBRATOR...
Page 96
Half Life = 1.759 hr Variance Formula Half Life Variance = calculated Half Life – isotope Half Life Isotope Half Life Example for F-18: Half Life Variance = 1.76 – 1.83 1.83 Half Life Variance = 3.8% lower ATOMLAB 500 DOSE CALIBRATOR...
6. Press <Yes> to perform the Moly Assay. The Moly Assay reading screen is now displayed. NOTE: If you press <No>, you cannot perform a Moly Assay test. Figure 5.22. The Enter Kit # Data screen for Tc-99m. ATOMLAB 500 DOSE CALIBRATOR...
Page 102
Touch <Print Label> if a label is desired or <Skip Printing> if you do not want to print a label. After printing or skipping the label, the system returns to the Nuclear Pharmacy screen. ATOMLAB 500 DOSE CALIBRATOR...
Page 106
Touch <Print Label> if a label is desired or <Skip Printing> if you do not want to print a label. After printing or skipping the label, the system returns to the Nuclear Pharmacy screen. ATOMLAB 500 DOSE CALIBRATOR...
Moly concentration information if there was Moly information in the original kit. 3. Touch Select Inventory Kit>. The Select Inventory Kit screen is displayed. Highlight the kit type desired. If necessary, use <▲> or <▼> to scroll to the appropriate kit type you are making. ATOMLAB 500 DOSE CALIBRATOR...
4. Select <Dose Administration Time> to access the Dose Administration Time screen. This screen displays the required dose activity, the current dose required to be drawn now to administer the desired dose, and the volume to draw for your required dose. ATOMLAB 500 DOSE CALIBRATOR...
Page 114
Select <Back> to return to the Kit # Data screen (where you can print a new label for the kit). you can now select <Back> to return to the Kit number preparation screen. 12. Select <Back> to return to the Nuclear Pharmacy screen. ATOMLAB 500 DOSE CALIBRATOR...
Touch <OK> to confirm deletion, or <Cancel> to cancel the deletion and return to the Inventory Kit List without deleting. 5. Touch <Cancel> to exit the Inventory Kit List and return to Nuclear Pharmacy screen without updating the sample list. ATOMLAB 500 DOSE CALIBRATOR...
Tec-Control Paper Chromatography (See Figures 5.44 - 5.47). Figure 5.44. The Tec-Control Paper Chromatography screen. Figure 5.45. The Tec-Control Paper Chromatography screen with completed calculations displayed. ATOMLAB 500 DOSE CALIBRATOR...
(See Figures 5.46 - 5.47.) Figure 5.46. The Future Dose Calculation screen. The Atomlab 500 allows quick and easy calculation of future doses by entering the dose ordered and the administration time. If they have a dose concentration of the vial they will be drawing from, the program also calculates the volume to draw.
Page 126
15. Touch <Print Labels> to generate a label if a label printer is connected. NOTE: If drawing additional doses, enter the administration time and dose ordered for another dose and the system calculates the requirements for that dose. Figure 5.49. The Dose Concentration Information screen. ATOMLAB 500 DOSE CALIBRATOR...
The Atomlab 500 allows entry of the sealed sources into inventory and decay-corrects these sources for time. These sources are used for the testing of the dose calibrator chambers.
Figure 6.3. The Save Daily Constancy screen. Expanded Constancy Test (See Figure 6.4 and 6.5. Figure 6.4. The Expanded Constancy Test screen, also known as “channel check.” ATOMLAB 500 DOSE CALIBRATOR...
Page 133
Each detector must be checked individually. The Atomlab 500 allows entry of the sealed sources into inventory and decay-corrects these sources for time. These sources are used for the testing of the dose calibrator detectors.
Page 134
• Touch <View Data> to view the data on the Expanded Constancy Test data screen. • <Save Data> is inactive because the data has already been saved. • Touch <Back> to return to the Daily Constancy screen just counted. Touch <Back> again to return to the QA Dose Calibrator screen. ATOMLAB 500 DOSE CALIBRATOR...
Page 138
<View Data> to go to the Geometry Test data screen. 18. If you select <View Data> you can see the Geometry Test just performed, or any Geometry test previously completed. If a printout is desired, touch <Print> to print the Geometry Test Data screen. ATOMLAB 500 DOSE CALIBRATOR...
Page 140
4. Place the sealed source in the dipper and position it in the dose calibrator detector. When the reading stabilizes, press <Record Reading>. 5. Remove the source from the dose calibrator. Insert the source into the detector again. Press <Record Reading> after the reading has stabilized. ATOMLAB 500 DOSE CALIBRATOR...
Page 144
4. If desired, touch <Select Detector> to select and view the constancy tests if multiple detec- tors are connected. 5. If desired, touch <Select Sealed Source> if a different sealed source is desired. 6. Touch <Back> to return to the Daily Constancy Test data screen. ATOMLAB 500 DOSE CALIBRATOR...
2. Touch to highlight the data to delete. Touch <Delete Data>. The Delete Data Confirmation screen is displayed. Touch <OK> to delete and return to the Expanded Constancy Test data screen. Touch <Cancel> to return to the Expanded Constancy Test data screen. ATOMLAB 500 DOSE CALIBRATOR...
2. Use <Earlier Date> or <Later Date> to scroll to the test to delete. 3. Touch <Delete Data>. The delete data confirmation screen is displayed. Touch <OK> to delete and return to the Geometry Test data screen. ATOMLAB 500 DOSE CALIBRATOR...
2. Use <Earlier Date> or <Later Date> to scroll to the test to delete. 3. Touch <Delete Data>. The Delete Data Confirmation screen is displayed. Touch <OK> to delete and return to the Accuracy Test data screen, or touch <Cancel> to return to the Accuracy Test data screen. ATOMLAB 500 DOSE CALIBRATOR...
Compare the readings to the calculated activities. You can change from 30 hours to another time point and perform your normalized calculation from that time point. The Atomlab 500 automated linearity test uses 30 hours as the default method.
Automated Decay Test (See Figures 6.23 - 6.31) Figure 6.23. The Automated Decay Test screen. Figure 6.24. The Automated Decay Test Set Parameters screen. ATOMLAB 500 DOSE CALIBRATOR...
Page 158
NOTE: If the time for the reading has passed, the system will take a reading and record the time once you have resumed the test. It does not skip a reading that was not taken at the correct time. ATOMLAB 500 DOSE CALIBRATOR...
2. The Automated Linearity Test will end automatically when the activity reading falls below 10 µCi’s. 3. If you choose a normalized reading that occurs after the 10 µCi reading, the system will automatically select the middle reading as the normalized value. ATOMLAB 500 DOSE CALIBRATOR...
Page 161
• Taking measurements every 2 hours would require 48 readings to decay below 10 µCi, which will exceed the maximum number of 24 readings for the Atomlab 500. • To record readings every 2 hours using Tc-99m, you could begin a test, take 24 readings and then start a second linearity test and record a second set of readings.
Page 162
Figure 6.31. An Automated Decay Test Data Report. ATOMLAB 500 DOSE CALIBRATOR...
Page 164
<Zero Background> to perform a Zero Background reading at this point. 9. Place the Tc-99m, or another short half-life isotope, into the dipper and then place the dipper with the source into the detector to perform the linearity test. ATOMLAB 500 DOSE CALIBRATOR...
Page 166
<Measure> to return to standard DOSE CALIBRATOR OPERATION. NOTE: When in the manual portion of the test you can press <Measure> to go to the Measure screen to use the system as a Dose Calibrator. ATOMLAB 500 DOSE CALIBRATOR...
Manual Decay Test (See Figures 6.40 - 6.44.) Figure 6.40. The Manual Decay Test screen. Figure 6.41. The Manual Decay Test View Data screen. ATOMLAB 500 DOSE CALIBRATOR...
Page 172
Measure screen. Touch <Return to Manual Decay Test> to go back to the manual decay test. 6. Touch <End Test> to end the test and advance to the Normalized Reading screen. Figure 6.43. The Manual Decay Test screen with Test Ended message and data displayed ATOMLAB 500 DOSE CALIBRATOR...
Decay Test Data (See Figures 6.45 - 6.46.) Figure 6.45. The Decay Test data screen. Figure 6.46. The Manual Decay Test screen with Linearity Decay Plot. ATOMLAB 500 DOSE CALIBRATOR...
The first time the Lineator is used with this dose calibrator, initial factors for the Lineator function must be set and the Atomlab 500 must be calibrated for the specific Lineator package using the initial procedure described below. The Atomlab 500 will store the initial factors and print them in the initial factor column of the results table.
55 mCi you must select this range. • Touch <Zero Background> to zero the background reading if necessary. NOTE: The starting activity used for the Linearity Test should be a similar activity to the Initial Linearity Test. ATOMLAB 500 DOSE CALIBRATOR...
3. Touch <Delete Data> to delete the test shown on the screen. The Delete Data Confirmation screen is displayed. Touch <OK> to delete and return to the Lineator Test data screen. 4. Touch <Cancel> to return to the Lineator Test data screen. ATOMLAB 500 DOSE CALIBRATOR...
The first time the Calicheck is used with Atomlab 500, calibrator factors for the Calicheck function must be set and the Atomlab 500 must be calibrated for the specific Calicheck package using the initial procedure described below. The Atomlab 500 will store the initial factors and print them in the factor column of the results table.
Page 186
• Touch <Measure> to advance to the Measure screen. • Touch <View Data> to view the linearity tests stored in the system. • Touch <Print> to print the Calicheck linearity test report shown on the screen. ATOMLAB 500 DOSE CALIBRATOR...
3. Touch <Delete Data> to delete the test shown on the screen. The Delete Data Confirmation screen is displayed. Touch <OK> to delete and return to the Calicheck Test data screen. 4. Touch <Cancel> to return to the Calicheck Test Data screen. ATOMLAB 500 DOSE CALIBRATOR...
Page 190
A sleeve shield package to perform linearity tests on dose calibrators. Moly Breakthrough Shield Used in the Moly Breakthrough Test to shield the radiation of the Tc-99m in an eluent so that the activity of the Mo-99 can be measured. ATOMLAB 500 DOSE CALIBRATOR...
Should you encounter any of the problems discussed in the following sections, immediately perform the accompanying steps to ascertain whether your dose calibrator requires servicing. If you conclude that it does, contact the Biodex Customer Service Department at 1-800-224-6339 for further instructions.
Page 194
If the display continues to fluctuate, and you have verified it is not because of a high calibration value, consult Biodex customer service department. Display Fluctuations For High Calibration Values For some isotopes which require a high calibration value, you may observe fluctuations of ±0.5 µCi or more.
Atomlab Display Diagnostics For 400/500 Series Overview The nine button black & white Atomlab 400 and color touch screen Atomlab 500 for the new generation of Atomlab products have built-in boot-up self-diagnostics, along with real-time monitoring of the detector statuses. The detectors themselves have real-time self tests, the results of which are reported back to the display approximately once per second.
Page 196
Warnings are errors flagged by the self tests, but not considered permanent or serious enough to not use the reported activity measurements. Failures (FAIL) are considered serious enough to not use the detector for any activity measurements. The detector will automatically be taken offline by the system, no longer selectable. ATOMLAB 500 DOSE CALIBRATOR...
APPENDIX C: Atomlab 500 Dose Calibrator Specifications Overview This Appendix provides the physical and operating specifications of your Atomlab 500 Dose Calibrator. Measurement Range For Tc-99m, 0.01 µCi to 100 curies, auto-ranging or 25 curies of F-18. Display Ranges Units are user selectable: 00.00-1999...
Page 200
The unit displays readings in µCi, mCi, Ci, MBq or GBq. dials can be reset for new calibration values. The Mo-99 key is calibrated for Mo-99 assay in a shielded vial of Tc-99m. The Atomlab 500 provides a 30-second countdown. Alphabetical List 24 Routine isotopes...
Page 201
Temperature: 10 to 30°C Humidity: 0 to 90% rh, non-condensing For optimum performance, the Atomlab 500 should be operated in a normal laboratory environment where the temperature and humidity are maintained for normal human comfort and the ambient radiation level is low and constant.
Page 202
Electrical Equipment, Laboratory Use; Part 1, General Requirements for Safety conforms to UL 60601-1, CAN/CSA C22.2 No: 601-1-M90, IEC 60601-1, IEC 60601-1-4 and IEC 60601-1-2. Authorized European Community Representative: Emergo Europe Molenstraat 15 2513 BH, The Hague The Netherlands ATOMLAB 500 DOSE CALIBRATOR...
Page 204
8. Elapsed t = 53 min x 1 hr = 0.8833 hr 60 min 9. Replace equation with following: A = A A = 43 mCi / 2 (0.8833/6.007) A = 43 mCi / 2 (0.1470451) A = 43 mCi / 1.1072992 A = 38.83 mCi ATOMLAB 500 DOSE CALIBRATOR...
Page 210
R from 0.001 to 0.999. For the above example (5) = 0.03125 (0.410) = 0.75262 = X A = [X (N) x X (R)] A = [0.03125 x 0.75262] 43 mCi = 1.01 mCi ATOMLAB 500 DOSE CALIBRATOR...
Page 216
Dial Settings For Y-90 The typical Atomlab 500 Dose Calibrator dial setting for Y-90 activity in a 10 cc plastic syringe is 350. This value can be used as a starting point for initial measurements. However, it is recommended that the dial setting used for clinical measurements be determined from the first dose of Zevalin received from the radiopharmacy, as outlined below.
Appendix G: Atomlab 500 And 500Plus Serial Communications Interface The Atomlab 500 has the ability to be controlled and monitored, with limitations, via the DB-9 RS-232 serial port. Connection Details: Cable: RS-232 female/female null modem, for connection to a standard PC COM Port Port Settings: 19.2 KBAUD, no parity, 1 stop...
Page 220
(sections 1 and 2, or 3 and 4) or 4 readings (sections 1 to 4) being reported. Following is an example of what is returned: Chromatography Total Records: 1 Chamber: 4633919 Date 12/16/2015 9:50 AM Isotope: Tc-99m Kit Number: Kit Name: Exametazime Section Count: 2 Section1: 320. uCi Section2: 323. uCi ATOMLAB 500 DOSE CALIBRATOR...
Page 222
Sets the screen password override (1=Override, 0=entry required). If no parameter is given, the current state of the password override is displayed. QADATA Displays a summary of stored QA Data Records. For each QA data type, the allocated space and used space is shown. ATOMLAB 500 DOSE CALIBRATOR...
Page 224
<Measure> (1=Set On, 0=Turn OFF). If no parameter is given, a detailed state of the current connected detectors is displayed. Displays the Atomlab Display Unit's firmware versions as follows: UDM Vers: 1.22 10/12/2010 Windows CE 6.0 Based System ATOMLAB 500 DOSE CALIBRATOR...
Page 232
NIST ampoule configuration noted above. All Atomlab Dose Calibrators are calibrated with NIST traceable Co-60, Ba-133, Co-57, and Cs-137 sources. Each dose calibrator is certified to measure the correct activity of the calibration sources to within the specified accuracy. ATOMLAB 500 DOSE CALIBRATOR...
Page 234
The dial value should only be determined with a calibrated isotope source of known accuracy. Biodex supplies dial values for many isotopes. Many of these dial values are calculated using a Monte Carlo simulation corrected by actual measurements. If a source is available which has calibrated accuracy better than the uncertainty listed in the table in Appendix E, then this source can be used to modify the dial value for an existing isotope.
Page 236
“CDV”, determined by the USER with when the isotope has a significant the following procedure. portion of low energy photons in its emission spectrum. where PSA = Plastic Syringe Activity. ATOMLAB 500 DOSE CALIBRATOR...
Page 237
NOTE: You can perform the Sleeve Test procedure first and immediately where T = 6.007 h. Record the val- The Atomlab 500 automated linear- perform a traditional Linearity test. This ues. See linearity form, Figure 1. ity test uses 30 hours as the default...
Page 242
(DV). The user If repair or replacement is required, follows: can adjust the DV for a particular need. contact Biodex Medical Systems for Remove the plastic dipper and liner Each isotope button should be checked instructions periodically to verify it is set to the from the well chamber.
Need help?
Do you have a question about the ATOMLAB 500 and is the answer not in the manual?
Questions and answers
How do I correct....warning 5 ? Detector Gas Low
The "Detector Gas Low" warning (Code 5) on the Biodex ATOMLAB 500 indicates that the grams of argon have dropped more than 5% from the initial factory value. This warning is correctable, but the system does not perform automatic correction. To address this issue, the detector should be serviced.
This answer is automatically generated