How to fix oil visibly collecting in Beckman Coulter Airfuge Laboratory Equipment?
If you notice oil visibly collecting in your Beckman Coulter Laboratory Equipment, the filter element is likely saturated and needs to be replaced.
Why does Beckman Coulter Laboratory Equipment rotor run erratically?
If your Beckman Coulter Laboratory Equipment rotor runs erratically or makes unusual noises, the stator pad may be damaged and needs replacement. Other potential causes include dirty air jets (clean the stator assembly), a missing or damaged rotor cap (check the rotor cap), or an improperly loaded rotor (check placement of tubes or liner in rotor).
What to do if Beckman Coulter Laboratory Equipment rotor fails to stop?
If the rotor fails to stop in your Beckman Coulter Laboratory Equipment, the brake pin shaft may be oily, so clean the pin and shaft. Also, the levitation air flow might be too high, so adjust the levitation air. Finally, the brake spring tension could be too low, so adjust the brake spring tension.
Why does Beckman Coulter Airfuge rotor stop too fast?
If the rotor stops too fast on your Beckman Coulter Laboratory Equipment, adjust the levitation air, as the levitation air flow may be too low. Also, check the time-delay setting because the time-delay period may be too short. Other possible causes include a worn or damaged stator pad (replace the stator pad), an oily brake pin shaft (clean the stator assembly and shaft), or a brake malfunction (adjust brake spring tension and levitation air).
Why is oil visibly collecting in Beckman Coulter Airfuge Laboratory Equipment?
If you see oil visibly collecting in your Beckman Coulter Laboratory Equipment, the filter element is likely saturated and needs to be replaced.
Why pressure at Beckman Coulter Airfuge will no longer read 30 psig?
If the pressure at your Beckman Coulter Laboratory Equipment no longer reads 30 psig, the filter element is likely saturated and needs to be replaced.
What to do if pressure at Beckman Coulter Airfuge Laboratory Equipment will no longer read 30 psig?
If the pressure reading on your Beckman Coulter Laboratory Equipment is no longer at 30 psig, the filter element is likely saturated and needs to be replaced.
What to do if the Beckman Coulter Airfuge rotor fails to stop?
If the rotor on your Beckman Coulter Laboratory Equipment isn't stopping, check if the brake pin shaft is oily and clean the pin and shaft. Also, the levitation air flow might be too high, so you should adjust it. Another possible cause is low brake spring tension, which also requires adjustment.
Why does my Beckman Coulter Airfuge Laboratory Equipment rotor run erratically or make noise?
Erratic rotor behavior or unusual noises in your Beckman Coulter Laboratory Equipment can stem from several issues. A damaged stator pad could be the culprit, requiring replacement. Dirty air jets can also cause this problem, so cleaning the stator assembly is advised. Check for a missing or damaged rotor cap. Also, verify that the tubes or liner are correctly placed in the rotor.
What to do if run light fails to come on in Beckman Coulter Airfuge?
If the run light fails to come on in your Beckman Coulter Laboratory Equipment, replace the lamp if it's burned out, or reset the circuit breaker if it has tripped. For a faulty time delay, call Beckman Coulter Field Service.
General| Brand | Beckman Coulter |
|---|---|
| Model | Airfuge |
| Category | Laboratory Equipment |
| Language | English |
Details electrical safety precautions to prevent injury and damage.
Covers safe operational practices to prevent mechanical injury or damage.
Addresses safe handling of chemical and biological materials during operation.
Identifies and describes the function of the instrument's controls and indicators.
Details the necessary space and environmental conditions for installation.
Specifies the electrical power requirements for the instrument.
Explains the steps involved in starting an ultracentrifuge run.
Details the procedure for safely stopping and finishing an ultracentrifuge run.
Lists common malfunctions, their causes, and recommended corrective actions.
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