How to fix if the flame does not ignite on Analytik Jena Laboratory Equipment?
If the flame does not ignite in your Analytik Jena Laboratory Equipment, it might be due to an error with the gas supply. Ensure that both the air and fuel gas supplies are properly connected and functioning.
What to do if the cooling water flow is too low in Analytik Jena Laboratory Equipment?
If your Analytik Jena Laboratory Equipment displays a 'Cooling water flow too low!' message, it indicates that the cooling water flow is insufficient. Check the cooling water level in the cooling unit and top it up. If the issue persists, it might be due to a partial obstruction of the cooling water channels, in this case you should also top up the cooling water. For obstructions, contact customer service.
Why is the line source signal or emission signal too small in Analytik Jena Laboratory Equipment?
If the line source or emission signal is too small on your Analytik Jena Laboratory Equipment, it could be due to a weak HCL. Check the calibration state of the HCL and the atomizer. You can also try increasing the slit width and the lamp current or choosing a more energy-intensive HCL line.
What causes big energy drift or energy fluctuations in Analytik Jena Laboratory Equipment?
If you're experiencing significant energy drift or fluctuations with your Analytik Jena Laboratory Equipment, the HCL energy might be fluctuating too much. Start up the HCL and wait for 5 to 15 minutes before manually repeating an energy alignment and a peak search. Also, check the calibration state of the HCL and the atomizer. You can also try increasing the slit width and the lamp current, choosing a more energy-intensive HCL line, and checking the aging (blackening) of the HCL; replace it if needed.
What to do if there is too little energy during the zero balance (AZ phase) in Analytik Jena Laboratory Equipment?
If there is too little energy during the zero balance (AZ) phase in your Analytik Jena Laboratory Equipment, it may be due to drift of the HCL energy level. Start up the HCL and wait for 5 to 15 minutes before manually repeating an energy alignment and a peak search. The AZ phase might also be disturbed by a fogged window or an unspecified ABS signal, so cleaning the windows may help. It could also be caused by the atomizer not being ideally aligned with the beam path, so check the calibration distance of the atomizer.
Why is the background radiator signal too low in Analytik Jena Laboratory Equipment?
If the background radiator signal is too low in your Analytik Jena Laboratory Equipment, it may be due to the energy of the D2 HCL being too low. Try increasing the slit width or selecting a HCL analysis line with a shorter wavelength. Also, check the alignment and aging (blackening) of the D2-HCL. Check the calibration distance of the atomizer. If necessary, do without the background compensation.
What causes too much energy during the zero balance (AZ phase) in Analytik Jena Laboratory Equipment?
If there is too much energy during the zero balance (AZ phase) in your Analytik Jena Laboratory Equipment, it could be due to the drift of the HCL energy level being too high. Start up the HCL and wait for 5 to 15 minutes before manually repeating an energy alignment and a peak search. It may also be caused by an inappropriate moment in the measurement process for the AZ phase.
Why are energy drift or energy fluctuations in the background radiator too big in Analytik Jena Laboratory Equipment?
If the energy drift or energy fluctuations in the background radiator are too big in your Analytik Jena Laboratory Equipment, the fluctuations of the D2-HCL energy might be too significant. Try increasing the slit width or selecting an analysis line with a shorter wavelength. Also, check the alignment and aging (blackening) of the D2-HCL and the calibration distance of the atomizer.
What causes baseline drift during the AZ phase (total absorption) in Analytik Jena Laboratory Equipment?
If you observe baseline drift during the AZ phase (total absorption) in your Analytik Jena Laboratory Equipment, it may be caused by a significant drift of the HCL energy level. To address this, start up the HCL and wait for 5 to 15 minutes before manually repeating an energy alignment and a peak search.
What to do for a firmware update communications error on Analytik Jena Laboratory Equipment?
If you encounter a firmware update communications error with your Analytik Jena Laboratory Equipment, it indicates that the firmware update has failed. You should repeat the firmware update. If the problem persists, inform service.
General safety advice, device symbols, and operating personnel requirements.
Provides safety guidelines for moving and setting up the device.
Covers essential safety measures during the device's operational use.
Procedures to follow in case of hazardous situations or accidents.
Procedures for installing, configuring, and aligning lamps for optimal performance.
Lists error codes and messages with corresponding causes and remedies.
Addresses common equipment issues and implausible analytical results.
General| Brand | Analytik Jena |
|---|---|
| Model | novAA 800 |
| Category | Laboratory Equipment |
| Language | English |
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