background image

Turbinaire

 Operator’s Manual – Page 3 of 14 

THE TURBINAIRE HVLP ADVANTAGE 

 

Turbinaire Turbine-Powered HVLP Sprayers are powered by an electric turbine that supplies a consistent 
flow of

 high volume, low pressure air

 (4-8 PSI @ 110-130 CFM) to the spray gun to atomize the coating 

being applied.   
 
By spraying at low pressure, the coating does not bounce back from the surface such as with conventional 
high  pressure  spraying  systems  powered  by  a  pump  or  a  compressor.    As  a  result,  Turbinaire  systems 
reduce  paint  consumption,  virtually  eliminate  overspray,  and  offer  a  transfer  efficiency  of  up  to  90%,  as 
compared to 30-40% with conventional systems!  The end results are substantial savings in material and 
operating costs, a cleaner, safer working environment and a superior quality finish. 
 
 

Turbinaire ® HVLP Sprayers Systems: Features, Advantages, and Benefits 

  Turbinaire HVLP systems virtually eliminate overspray offering up to 90% transfer efficiency.  Increased 

transfer efficiency provides for a cleaner working environment and drastically reduces paint and spray 
booth costs while saving time and energy. 

  Turbinaire  all-inclusive  portable  systems  operate  from  a  standard  110V  or  220V  power  outlet  for 

increased  versatility.   With  no  compressor or  complicated  hook-up  required,  the  user  is  free  to  spray 
virtually anywhere. 

  Simple design makes Turbinaire systems easy to learn, use, and particularly maintain.     

  Solid construction of Turbinaire products prevent downtime and assure durability and long life. 

  The warm, clean, dry air generated by the turbine eliminates airline moisture and contaminants.  

  All Turbinaire systems use motors that provide the highest CFM (

C

ubic 

F

eet per 

M

inute) rating in the 

industry, thus offering the highest-quality finish. 

  The

 unique built-in Variable Speed Controller

 (VSC) allows the operator to control the air output of 

the turbine based on the material being sprayed, helping to keep overspray to an absolute minimum – 
especially when spraying light bodied material such as stain, shellac and wood finishes. Reduce the air 
output  of  the  turbine  when  spraying  light  bodied  material  to  minimize  overspray  and  increase  the  air 
output when spraying heavy bodied material to ensure proper atomization. 

 
Turbine-powered  HVLP  sprayers  have  literally  changed  the  way  people  do  spray  finishing.    Whether  you 
are a professional or beginner painter/finisher, we are confident that once you are familiar with your new 
Turbinaire sprayer, you will enjoy the benefits of this professional tool for many years, and appreciate the 
ease and simplicity of its use. 
 
 

Summary of Contents for 1245GT

Page 1: ...Features for the expert Ease of use for the beginner OPERATOR S MANUAL Turbine Powered HVLP Sprayers...

Page 2: ...TIONS CAUTION Arcing parts Keep the turbine at least 20 feet away from explosive vapors to avoid risk of fire or explosion Only connect the power cord to a grounded circuit Never spray flammable mater...

Page 3: ...r outlet for increased versatility With no compressor or complicated hook up required the user is free to spray virtually anywhere Simple design makes Turbinaire systems easy to learn use and particul...

Page 4: ...way from the spray area as possible and plug into a standard power outlet 2 Uncoil the 25 air hose and install it hand tight to the turbine air outlet If you purchased TSG 3295 optional 5 Heavy Duty H...

Page 5: ...red the viscosity use the chart below to choose the proper size Atomizing Kit for the material to be sprayed and install it on the gun ATOMIZING KIT SELECTION CHART The proper size Atomizing Kit is cr...

Page 6: ...NOT remove the cup from the gun when connected to the hose and the turbine is on As a non bleeder the BNB gun has a two stage trigger the first stage releases air through handle and the second stage r...

Page 7: ...h on a test piece THE VARIABLE SPEED CONTROLLER VSC Most coatings do not require maximum air volume to be atomized All Turbinaire systems equipped with a VSC have a three way power switch On Off On Wh...

Page 8: ...s material in the cup You may tilt the gun as necessary to spray a ceiling or table top for example but note that the Pressurization Tube that pressurizes the cup must remain clean in order to push th...

Page 9: ...e material in the cup if it is catalyzed or has a limited pot life When you are finished your spraying project remember that the cup remains pressurized even after the turbine is shut off and the gun...

Page 10: ...ect the performance of your system when used CAUTION Do NOT submerse entire gun body in solvent or cleaning solutions There are internal o rings gaskets that do not come in contact with coatings being...

Page 11: ...tinue spraying C Use Atomizing Kit that allows for working with trigger fully engaged D Ensure that Needle and Fluid Tip are same size at all times Fluid Leaking From Paint Cup and or Bubbling In Pain...

Page 12: ...ase air pressure in tank to flush hose D Remove kink and straighten as necessary E Tighten Wing Nuts on paint tank or replace gasket if necessary F Check level and add Paint Leaking From Fluid Tip A D...

Page 13: ...E Adjust turbine air volume output using VSC F Reduce air temperature in spray area and or add retarder or flow agent to material Fish Eyes Small round depressions in the paint film Normally form as s...

Page 14: ...r not under warranty Failure to change filters as needed and the use of parts other than genuine Turbinaire replacement parts that cause damage to the unit will void the warranty All statements techni...

Reviews: