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RAPIDLab® 1200 Series Blood Gas Systems Daily/As Needed Maintenance Online Training

Clean the screen and the system exterior, empty waste, and check the printer paper. This clinical laboratory training qualifies for continuing education units (CEU).

Le calibrage du détecteur sert à régler la sensibilité du détecteur plat au rayonnement. Le calibrage du détecteur peut être effectué par l'utilisateur. Il faut effectuer régulièrement un calibrage du détecteur quand l'une des conditions suivantes est remplie : Au premier démarrage du système lors de sa mise en route par un technicien de maintenance, Après un remplacement du détecteur, Si les conditions d'exposition telles que la distance entre l'unité détecteur et le tube radiogène ont changé de manière significative, ou Si un avertissement de calibrage apparaît.   Sélectionnez les fenêtres contextuelles ci-dessous pour en savoir plus sur la procédure de calibrage du détecteur.  Welcome to the RAPIDLab® 1200 Series Blood Gas Systems Daily/As Needed Maintenance Online Training course. The RAPIDLab 1200 Series is intended for in vitro diagnostic testing of blood gases, electrolytes, total hemoglobin, the corresponding hemoglobin fractions, neonatal bilirubin (nBili), and glucose and lactate, in arterial and venous whole blood samples. In this course you will learn how to perform daily and as needed maintenance tasks. Select Next to continue.   Describe how to perform as needed maintenance Describe how to perform daily maintenance Upon completion of this course, you will be able to: Select Next to continue. Le système numérique propose un mode d'apprentissage afin d'associer les procédures planifiées du système d'information radiologique (plus couramment appelé SIR) à des noms de procédures locales.  Plusieurs noms SIR peuvent être affectés à un même nom de procédure locale. Un même nom SIR peut également être affecté à plusieurs noms de procédures locales.  Le système nécessite l'une des trois balises DICOM provenant du SIR pour effectuer un mappage SIR. Ces balises sont les suivantes : Description de l'étape de procédure demandée Description de l'étape de procédure planifiée, et Valeur du code de protocole Une fois le mappage terminé avec succès, le système reçoit une liste de travail avec le nom de la procédure SIR associée. Double-cliquez sur la liste. Les programmes anatomiques liés aux procédures locales associées s'affichent directement en mode Examen pour l'acquisition.  Sélectionnez les fenêtres contextuelles ci-dessous pour en savoir plus sur le codage SIR automatique, le mappage SIR par lots et la suppression des mappages SIR.   Congratulations. You have completed the RAPIDLab® 1200 Series Blood Gas Systems Daily/As Needed Maintenance Online Training course. Listed below are the key points that have been presented. Take time to review the material before you proceed to the final quiz. Describe how to perform daily maintenance Wear your personal protective equipment, take universal precautions, and dispose of waste and biohazardous material according to your facility's protocol Check the system status At the user interface, select Status View the percent volume remaining for the waste bottle View the percent volume remaining and expiration date for each cartridge. Empty the waste bottle and replace the cartridges if necessary View the list of unresolved messages in the Events log. Refer to the Troubleshooting section of the Operators Guide for a list of system messages Check the barometric pressure. Calibrate if necessary by selecting Status > Calibrate > pAtm. Compare the current pAtm value on the display to a high-quality barometer at your facility that has been calibrated to, or directly measures actual atmospheric pressure If the display value does not match your barometer value, enter the barometer value, and select Save Check the printer paper. Replace the paper if necessary by selecting Status > Maintenance > Replacing the Printer Paper > Continue Clean and disinfect the exterior surfaces: Use a lint-free cloth and a 10% bleach solution. Wipe the exterior and let it air dry To clean the screen, use a 5% bleach solution: Select Status > Maintenance > Cleaning the Screen > Continue The system displays the cleaning screen for 20 seconds and allows you to wipe the screen without activating buttons Allow screen to air dry Describe how to perform as needed maintenance Wear your personal protective equipment, take universal precautions, and dispose of waste and biohazardous material according to your facility's protocol Clean the sample path with a 10% bleach solution bleach: Select Status > Maintenance > Deproteinizing the Sample Path > Start Do not expose the reference sensor or glucose and lactate biosensors to bleach or alcohol Replace the glucose and lactate sensors with test/blank sensors (TB4) Discharge static buildup before removing or returning sensors to the measurement module Clean the CO-oximeter roller cage (includes rollers, roller cage and the interior surface of the cage) with a 10% bleach solution: Select Status > Maintenance Lift front cover and disconnect reagent manifold tubing from the CO-oximeter pump tubing Pull tubing cuff away from the platen, turn roller cage clockwise, pull tubing away from the platen and roller cage, and pull roller cage straight off of its shaft After cleaning the roller cage with a 10% bleach solution, rinse with water and dry thoroughly before re-installing Replace the CO-oximeter roller cage, and clean the roller cage shaft using water Replace the sample port Automatically replaced when reagent cartridge is replaced, since the sample port is attached to the cartridge Replace if you detect a problem or the system prompts you as a result of an obstruction such as a fibrin clot Select Next to continue.   Daily maintenance on the RAPIDLab 1200 series includes: Checking the system status Cleaning and disinfecting the exterior surfaces Note: Several of these tasks incorporate video instruction as part of the procedures on your RAPIDLab system. Caution: When performing a maintenance task, wear personal protective equipment, take universal precautions, and dispose of waste and biohazardous materials according to your facility's protocol. Select Next to continue.   To check system status: Select Status. The system displays both the: Percent volume remaining for the waste bottle Percent volume remaining and expiration date for each cartridge View the Events Log for unresolved messages, involving current system conditions Check the barometric pressure Check the printer paper Note: For a list of system messages, refer to Viewing System Messages under the Troubleshooting section of the RAPIDLab 1200 Series Operators Guide. Barometer, Printer Paper and Cartridges Learn about checking the status of the system. Slide NumberText BlocksCalloutsAudio ScriptImage File1 Calibrating the Barometric Sensor: Select Status > Calibrate Select pAtm Compare the current pAtm value on the display to a high-quality barometer at your facility that has been calibrated to, or directly measures, the actual atmospheric pressure If your display does not match your barometer value, enter the correct atmospheric pressure and select Save   Select Next to continue. Note: If audio does not automatically start, select the play arrow in the top left to begin.To check the barometric pressure and calibrate the sensor, select Status, then Calibrate, at the user interface. Next, select pAtm. Compare the current pAtm value on the display to a high-quality barometer at your facility that has been calibrated to, or directly measures, the actual atmospheric pressure. Select next to continue. 2 Replacing the Printer Paper: When the printer paper needs to be replaced, a red stripe displays on the edge of the paper. Obtain replacement paper to perform the task.   Select Status > Maintenance > Replacing the Printer Paper Select Start to begin the procedure Follow the instructions in the video on your system Note: The printer paper is thermal paper and will only print on one side. Ensure that the paper is loaded properly.     Select Next to continue. Replace the printer paper when a red stripe displays on the edge of the paper. Select Status, Maintenance, and Replacing the Printer Paper. Then select Start to begin the procedure. Follow the instructions in the video. Select next to continue. 3 Emptying the Waste Bottle: The Waste symbol displays on the banner when the bottle is 70% full The system automatically displays a message when the bottle needs to be emptied Once the message displays, the bottle must be emptied before other tasks are performed Select Status > Waste > Replace Follow the instructions in the video on your system   Select Next to continue. The Waste symbol displays on the banner when the bottle is 70% full. When the bottle needs to be emptied, the system displays a message. At this point, the bottle must be emptied before any other task is performed. To do so, select Status, Waste and Replace. Follow the instructions in the video. Select next to continue. 4 Replacing the Wash Cartridge: The Wash cartridge symbol displays on the banner when less than 10% of the volume remains, or when less than 24 hours remain before expiration of the wash cartridge If the cartridge needs to be replaced, the system will automatically display a message and prevent you from performing any other task Obtain a replacement wash cartridge Select Status > Wash Cartridge > Replace > Yes Follow the instructions in the video on your system On-board stability is 18 days Replacement of the wash cartridge is also considered a part of as needed maintenance, since replacement is sample dependent and can vary:   RAPIDLab 1245 and 1265 30 samples per day 12 days of use RAPIDLab 1240 and 1260 30 samples per day 17 days of use     Select Next to continue. The wash cartridge symbol displays in the banner when less than 10% of the volume remains, or when less than 24 hours remain before expiration of the cartridge. A message displays automatically if the cartridge needs to be replaced before any other tasks can be performed. To replace the cartridge, select Status, Wash Cartridge, Replace and Yes. Follow the instructions in the video. Replacement of this cartridge is also considered an as needed maintenance task, since replacement of the wash cartridge is sample dependent and can vary. Running 30 samples per day, equates to approximately 12 days of use on the RAPIDLab 1245 and 1265 systems, and 17 days of use on the RAPIDLab 1240 and 1260 systems. The on-board stability of the wash cartridge is 18 days. Select next to continue. 5 Replacing the Reagent Cartridge: The Reagent cartridge symbol displays on the banner when less than 10% of the volume remains, or when less than 24 hours remain before expiration of the reagent cartridge  If the cartridge needs to be replaced, the system will automatically display a message and prevent you from performing any other task  Obtain a replacement reagent cartridge Select Status > Reagent Cartridge > Replace > Yes Follow the instructions in the video on your system On-board stability is 30 days Replacement of this cartridge is also considered a part of as needed maintenance, since replacement is calibration dependent and can vary.   On-board stability is 30 days.     Select Next to continue. The reagent cartridge symbol displays in the banner when less than 10% of the volume remains or when less than 24 hours remain before expiration of the reagent cartridge. A message displays automatically if the cartridge needs to be replaced before any other task can be performed. To replace the reagent cartridge, select Status, Reagent Cartridge, Replace and Yes. Follow the instructions in the video. Replacement of this cartridge is also considered an as needed maintenance task since replacement is calibration dependent and can vary. The on-board stability of the reagent cartridge is 30 days. Select next to continue. 6 Replacing the AutomaticQC® (AQC) Cartridge: The AutomaticQC cartridge symbol displays in the banner when 10 or fewer QC samples remain for any level of QC material, or when less than 24 hours remain before the cartridge expires The system displays a message automatically if the cartridge needs to be replaced, before performing any other task   Clean the waste assembly when replacing the AQC cartridge Obtain a replacement AQC cartridge Select Status > AutomaticQC Cartridge > Replace > Yes Follow the instructions in the video  On-board stability is 28 days  Replacement of this cartridge is also considered as needed maintenance, since replacement is sample dependent and can vary: At least 1 sample analysis of each level, 3 times per day   Select Next to continue. When 10 or fewer samples remain for any level of QC material, or when less than 24 hours remain before expiration of the AutomaticQC cartridge, the AutomaticQC cartridge symbol displays. A message displays automatically if the cartridge needs to be replaced before any other maintenance task can be performed. When replacing the AQC cartridge, it is recommended to clean the waste assembly as well. To replace the AQC cartridge, select Status, AutomaticQC Cartridge, Replace, and Yes. Follow the instructions in the video. Replacement of this cartridge is also considered an as needed maintenance task, since replacement is sample dependent and can vary. Sample dependency is based on performing at least 1 sample analysis of each level, 3 times per day. The on-board stability for the AQC cartridge is 28 days. When complete, select the X in the upper-right corner to close the window and continue. 7 Cleaning the Waste Assembly: When replacing the AutomaticQC cartridge (AQC), it is recommended to clean the waste assembly. Obtain the following materials: New AQC cartridge Lint-free cloth 10% bleach solution Waste bottle After removing the AQC cartridge, remove the waste bottle Remove the waste assembly by lifting the orange lever Slide the waste assembly to the right Clean the assembly with the 10% bleach solution and a lint-free cloth Replace the waste assembly and push the orange lever down Install a new waste bottle Install a new AQC cartridge Select Return When complete, select the X in the upper-right corner to close the window and continue.  It is recommended to clean the waste assembly when replacing the AQC cartridge. To clean the waste assembly, obtain a new AQC cartridge, a lint-free cloth, a 10% bleach solution, and a replacement waste bottle. Remove the waste bottle after removing the AQC cartridge. Remove the waste assembly by lifting the orange lever, and slide the waste assembly to the right. Clean the assembly using the 10% bleach solution and a lint-free cloth. Replace the waste assembly and push the orange lever down. Insert the new waste bottle and new AQC cartridge. Then select Return. When complete, select the X in the upper-right corner to close the window and continue. To clean and disinfect the system's exterior surfaces, including the screen, obtain a: Lint-free cloth 10% bleach solution (5% to clean the screen) Cleaning and Disinfecting the Exterior Surfaces Learn about how to clean and disinfect the exterior surfaces. Cleaning and Disinfecting the Exterior Surfaces: Moisten the cloth with the 10% bleach solution. The cloth should be wet, but not dripping Wipe the exterior surfaces of the system, excluding the screen, using the wet cloth Allow exterior surfaces to air dry When complete, select the X in the upper-right corner to close the window and continue.   Cleaning the Screen Learn about how to clean and disinfect the screen. Cleaning and Disinfecting the Screen: Moisten the cloth with the 5% bleach solution. The cloth should be wet, but not dripping Select Status > Maintenance > Cleaning the Screen Select Continue to start the procedure The cleaning screen displays for 20 seconds and allows you to wipe the screen without activating any of the buttons Wipe the screen with the wet cloth Allow the screen to air dry. After 20 seconds the system returns to the Maintenance screen   When complete, select the X in the upper-right corner to close the window and continue. Many of the daily, periodic or yearly maintenance tasks also may be performed on an as needed basis. In addition, there are 4 other as needed maintenance tasks: Cleaning the sample path Cleaning the CO-oximeter roller cage Replacing the CO-oximeter roller cage Replacing the sample port Note: The procedure to replace the sample port includes video instruction on your RAPIDLab system. Caution: When performing a maintenance task, wear personal protective equipment, take universal precautions, and dispose of waste and biohazardous materials according to your facility's protocol. Select Next to continue.   Cleaning the sample path involves using a bleach solution. Obtain the following materials: 10% bleach solution Syringe Lint-free tissue or swabs Deproteinizer Test/blank Glucose sensor (TB4) Test/blank Lactate sensor (TB4) Cleaning the Sample Path Learn about how to clean the sample path. Checklist TitleChecklist TypeChecklist ContentPreparationHTML Prepare deproteinizer as directed on the deproteinizer package. Select each checkbox to learn more about performing this task.  Deproteinizing the Sample PathHTML Select Status > Maintenance > Deproteinizing the Sample Path. Then select Start.  RAPIDLab 1260 and 1265 System UsersHTML   Replace the glucose and lactate biosensors with test/blank sensors (TB4). When finished, close the measurement module door and select Continue. Note: Select the video button if needed, and follow the instructions.  Invert and AspirateHTML   Invert the deproteinizer to mix the contents. Draw the deproteinizer into a syringe and insert the syringe into the sample port. Select Continue.  Remove SyringeHTML   Remove syringe when prompted, after the cycle is complete. Do not replace the test/blank sensors at this time. Select Continue.  Condition/ Perform Cleaning CycleHTML   The system displays a message prompting you to condition the sensors. Select Yes.  10% BleachHTML   Aspirate the 10% bleach solution into a syringe, and insert the syringe into the sample port. Select Continue. Note: Instead of using conditioner, the 10% bleach solution is used, as the sample path is being cleaned rather than the sensors conditioned. Remove SyringeHTML Remove syringe when prompted, after the cycle is complete. Select Continue.  Reinstall SensorsHTML   If you are using a RAPIDLab 1260 or 1265, reinstall the glucose and lactate biosensors. Visually verify that the sensor contacts correctly align with the contacts in the measurement module. Close the door when finished and select Continue. Note: Select the video button if needed, and follow the instructions. Wash CycleHTML Select Wash Cycle.  Select ReturnHTML Select Return to return to the Status screen, and then select the Analysis button to return to the Analysis screen.  Quality ControlHTML Analyze a minimum of 2 levels of quality control material. When complete, select the X in the upper-right corner to close the window and continue.   This procedure cleans the roller cages of the CO-oximeter pump. Obtain these materials: Lint-free tissue or swabs 10% bleach solution Water Cleaning the CO-oximeter Roller Cage Learn about the steps to clean the roller cage. Checklist TitleChecklist TypeChecklist ContentSelect StatusHTML   Select Status > Maintenance, and lift the front cover. Select each checkbox to learn more about performing this task.  Disconnect TubingHTML   Disconnect the reagent manifold tubing from the CO-oximeter pump tubing at the fitting.  Grasp/Pull TubingHTML While holding the lower side of the tubing, turn the roller cage clockwise and gently pull the tubing away from the platen and the roller cage.  Remove Roller CageHTML   Gently pull the roller cage straight off of the shaft.  Clean RollersHTML   Clean the rollers using lint-free tissues moistened with the bleach solution.  Clean Roller Cage ShaftHTML   Clean the roller cage shaft using lint-free tissues moistened with the bleach solution.  Clean InteriorHTML   Clean the interior surface of the roller cage using a lint-free swab moistened with the bleach solution.  Rinse and DryHTML   Rinse the rollers, the cage, and the shaft with water. Dry the roller cage thoroughly and ensure that the rollers turn freely.  Replace Roller CageHTML Replace the roller cage onto the shaft. Press down, turning clockwise until it snaps into place.  Press Tubing/Turn CageHTML Place the lower tubing cuff under the lower side of the platen. Press the tubing around the outside of the rollers, and place the upper tubing cuff onto the upper side of the platen. Turn the roller cage clockwise and gently work the tubing between the platen and the roller cage. Note: In this image the CO-oximeter pump tubing is connected to the reagent manifold tubing, but normally would not be connected before turning roller cage clockwise. Connect Pump TubingHTML Connect the CO-oximeter pump tubing to the reagent manifold tubing.  CalibrationHTML   Perform a full calibration. When complete, select the X in the upper-right corner to close the window and continue.   To replace the roller cage of the CO-oximeter pump, obtain these materials: Lint-free tissue and swabs Roller cage Water Replacing the CO-oximeter Roller Cage Learn about replacing the roller cage. Checklist TitleChecklist TypeChecklist ContentRemove the Roller CageHTML   Remove the roller cage using the same technique as you would when cleaning the roller cage. Select each checkbox to learn more about removing the roller cage.  Clean the Roller Cage ShaftHTML Clean the roller cage shaft using lint-free tissues moistened with water. Thoroughly dry the shaft.  New Roller CageHTML Place the new roller cage on the shaft.  Press down turning clockwise until it snaps into place. Attach the tubing just as you would do after cleaning the roller cage.  CalibrationHTML   After closing the cover, select Return and perform a full calibration. When complete, select the X in the upper-right corner to close the window and continue.   Siemens Healthineers introduces the Digital Marketplace as the new web store for syngo.via OpenApps, medical post-processing apps created by us or our partners.   You are able to download, try out, subscribe and get instant access to the functionality you need on syngo.via from the Digital Marketplace integrated in your syngo.via.   Please note that direct download and installation requires the OpenApps-Download-Privilege assigned. By default, this is the case for all syngo.via Clinical and IT Administrators. You are able to launch and use the syngo.via OpenApps directly out of the MM Reading workflow. This allows you to focus on your case and exchange the results like snapshots from the OpenApp with MM Reading.   In order to speed up your routine reading, pre-processing for syngo.via OpenApps can be configured by workflow assignment in the Administration Portal.   Moreover, syngo.via OpenApps now support multi-server deployments when Multi-Server Licensing is in place - install once, use everywhere. When the reagent cartridge is replaced, the sample port also is replaced, as it is attached to that cartridge. If you detect a problem, or the system prompts you to replace the sample port due to a fibrin clot, follow this procedure: Obtain a replacement sample port. Select Status > Maintenance > Replace Sample Port. Select Start. Follow the instructions in the video on your system if needed. Replace the sample port, and then select Continue. The system then performs a wash and returns to the Status screen. To return to the Analysis screen, select Return and then select the Analysis button. Select Next to continue.

  • RL 1200
  • RL1200
  • RAPIDLab1200
  • RAPIDLab 1240
  • RL 1240
  • RL1240
  • RAPIDLab1240
  • RAPIDLab 1245
  • RL 1245
  • RL1245
  • RAPIDLab1245
  • RAPIDLab 1260
  • RL 1260
  • RL1260
  • RAPIDLab1260
  • RAPIDLab 1265
  • RL 1265
  • RL1265
  • RAPIDLab1265
  • electrolyte
  • pCO2
  • pO2
  • pH
  • Na+
  • K+
  • Cl-
  • Ca++
  • KCl
  • glucose
  • lactate
  • clean sample path
  • clean co-oximeter roller cage
  • replace co-oximeter roller cage
  • replace sample port