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Tube Cleaning Instructions

 

 
It may be beneficial to clean the tubes to improve performance, by removing dirt and grease from the 
tube and mesh where it impairs the ability to generate the plasma for ion creation. The tubes can be 
cleaned using an air compressor for a quick clean, or more thoroughly with cleaning solutions. Be sure 
to disconnect the system from mains power before performing any cleaning.       
 

Quick-Clean 

 
Disconnect the system from the main power before performing any cleaning. Even if no person or object 
is in contact with the system, the air flow may inadvertently cause dirt, debris, water, or other objects to 
come into contact with an electrode or both electrodes and create a spark, if the system is operating. 
Use a light-duty air compressor for a quick clean of the tubes. Sweep the airflow over the tubes to remove 
the  loose  dirt  and  debris  from  the  tubes.  Clear  the  areas  between  and  under  the  tubes  with  the  air 
compressor.  It may  be  useful  to  remove  the  tubes  for  improved  cleaning.  Cleaning  the  general  area 
around the tubes to remove dust, dirt, and debris will keep the tubes clean longer. 
 
CAUTION 
Do not immerse the tubes in water. Ensure that the tube and mesh are completely dry before re-installing. 
 

Thorough Clean 

 
Disconnect the system from main power before performing any cleaning. Remove the tubes from the 
system.     
A more thorough method for cleaning the tubes is to separate the outer mesh from the tube and use mild 
cleaning solutions. 
 
1. Remove the mesh from the tube. Grasp the tube, not the end cap, while removing the mesh. Provide 
firm but gentle pressure when holding the tube. It may be necessary to gently twist the mesh in sections 
working from top to bottom until the entire length is loose enough to pull off. 
 
2. Soak the mesh in a mild soap solution: 30ml of dish detergent per liter of water makes a great cleanser. 
Or use running warm tap water in a sink, gently rub the mesh to remove dirt. 
 
3. If you allow the mesh to soak for a few minutes, rinse the mesh thoroughly with water to remove all 
traces of soap. Allow the mesh to dry completely. 
 
 
 

Summary of Contents for FC-400 Series

Page 1: ...Installation Operations and Maintenance Guide AtmosAir FC 400 FC 400 FM...

Page 2: ...ated The number and size of the ionization units used is dependent upon the airflow size of the space and severity of the pollution and odors The AtmosAir FC 400 series equipment is designed for minim...

Page 3: ...AC 50 60Hz Install the ionization tube Gently pull the conductor strap back to allow the tube to turn freely screw the end screw of the tube into the tube holder hand tight Ensure that the tube is ful...

Page 4: ...nstallation AtmosAir FC400 series systems require approximately 7 68 watts The FC 400 series can be wired directly to blower circuits Follow proper electrical procedures guidelines and codes for provi...

Page 5: ...he desired ion increase and appropriate system layout CAUTION A non functioning LED light may improperly indicate that the system is not functioning Be sure to disconnect quick disconnect power before...

Page 6: ...ing 2 Year Tube Replacements The ionization tubes should be replaced once every 24 months at a minimum as the production efficiency slowly declines over time due to the stress caused by plasma and lac...

Page 7: ...h tube for cracks pitting or other degeneration of the dielectric material that causes the dielectric to fail and arcing to occur 5 If physical inspection has not revealed the cause of failure one may...

Page 8: ...essor It may be useful to remove the tubes for improved cleaning Cleaning the general area around the tubes to remove dust dirt and debris will keep the tubes clean longer CAUTION Do not immerse the t...

Page 9: ...ency and life of the tube The silicone seal between the tube and the cap keeps moisture from infiltrating the tube Excessive aluminum oxide build up on the inner electrode can decrease the strength of...

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