Apollo Sprayers PRECISION-6 User manual

Apollo Sprayers
PRECISION-6
Turbine Instruction Manual

Page 2
Table of Contents
1 Safety.................................................................................................................................................................................... 3
2 TrueHVLP™ Spray Finishing Systems ................................................................................................................................ 5
2.1 How Your HVLP Turbine System Works ............................................................................................................................. 5
2.2 How Your Spray Gun Works ................................................................................................................................................ 5
2.3 Preparing To Use Your HVLP Turbine System.................................................................................................................... 6
2.4 Familiarize Yourself With Your True HVLP™ Turbine Spray Gun...................................................................................... 6
2.5 Get To Know Your Turbine .................................................................................................................................................. 6
3 Apollo Turbine Model Precision-6 ......................................................................................................................................... 7
4 Know Your Coatings .............................................................................................................................................................. 8
4.1 Coating Properties……......................................................................................................................................................... 8
4.2 Your Choice of Coatings and Viscosity ……......................................................................................................................... 8
4.3 Technique............................................................................................................................................................................ 11
5 Using Pressure Pots With Turbine Systems ....................................................................................................................... 12
5.1 Testing Air Pressure In Pressure Pot .................................................................................................................................. 13
5.2 Cleaning Pressure Pot ........................................................................................................................................................... 13
6 Record Of Turbine Use........................................................................................................................................................ 14
7 Record Of Turbine Maintenance ......................................................................................................................................... 14
8 Turbine Maintenance And Cleaning .................................................................................................................................... 15
8.1 Pre-Filter Maintenance ........................................................................................................................................................ 15
8.2 Filter Maintenance............................................................................................................................................................... 16
8.3 Annual Maintenance ............................................................................................................................................................. 16
9 Running Multiple Spray Guns With A Turbine ..................................................................................................................... 17
12 Genuine Apollo Accessories ............................................................................................................................................... 18
13 Warranty .............................................................................................................................................................................. 20

Page 3
1 Safety
Read all instructions and safety precautions before operating the unit.
Indicates a hazardous situation, which, if not avoided, will result in death or serious injury. Indicates a
hazardous situation, which, if not avoided, could result in death or serious injury.
Indicates a hazardous situation, which, if not avoided, could result in minor or moderate injury. NOTICE
Indicates a situation that could result in damage to the equipment or other property.
Risk of fire or explosion! Solvent and paint fumes can explode or ignite, causing severe injury and
property damage.
Paints and solvents containing HALOGENATED HYDROCARBONS can react
explosively with aluminum. Always check the product’s label before using these
materials in the unit.
Hazardous vapors: Paint, solvents, insecticides and other materials may be
harmful if inhaled, causing severe nausea, fainting or poisoning.
Make sure the room is well ventilated. Avoid all ignition sources, such as static
electricity, sparks, open flames, hot objects, sparks from connecting and
disconnecting power cords, and working light switches.
Follow the material and solvent manufacturers’ safety precautions and
warnings. Do not use liquids with flash points less than 100° F (38° C).
Static electricity can be produced by HVLP spraying. Make sure any electrically
conductive object being sprayed is grounded to prevent static sparking. The
sprayer is grounded to prevent static sparking. The sprayer is grounded through
the electrical cord.
Use a respirator or mask whenever there is a chance that vapors may be inhaled.
Read all instructions with the mask to ensure that the mask will provide the
necessary protection against the inhalation of harmful vapors.
Do not carry the turbine while spraying.
Keep the turbine at the maximum distance from the spraying area.

Page 4
NOTICE
•Tipping the spray gun causes the spray gun to clog. Dried spray material also clogs the pressure delivery
tube and fittings. The spray gun does not function when clogging occurs.
•When not in use, be sure to disconnect the hose and place the spray gun into the Handi-Hold™ Docking
Station on the turbine to avoid tipping.
Improper installation of the ground plug can result in the risk of electrical shock. If repair or
replacement of the plug or cord is necessary, do not connect the ground wire to either flat blade
terminal. The wire with green insulation (with or without a yellow stripe) is the
grounding wire.
1. For any question regarding proper installation of the ground plug, consult a qualified (licensed
or certified) electrician.
2. Do not modify the plug provided. If the plug does not fit the outlet, have the proper outlet
installed by a qualified electrician.
3. If an extension cord is required, use only a three wire extension cord that has the same
configuration as the unit cord, including the (round) ground terminal. Make sure that the extension cord is plugged into
a properly grounded receptacle.
4. When using an extension cord, be sure it is in good condition and heavy enough to meet the specifications in the chart below.
If an extension cord is needed the following wire sizes must be used.
25’ cord (7.62m)…………………………............................ 10 Gauge
50’ cord
(15.24m)………………………………................... 10 Gauge
100’ cord (30.48m)…………
……………………………...... 10 Gauge
Grounding instructions for all countries using a 2 pronged plug configuration.
This product must be properly grounded. In the event of an electrical short circuit, grounding reduces
the risk of electrical shock by providing an alternate path for the electrical current.
This product is equipped with a cord that has a ground wire and an appropriate ground plug. Plug the unit into an outlet that
is properly installed and grounded in accordance with local codes and ordinances.

Page 5
2 TrueHVLP™ Spray Finishing Systems
CONGRATULATIONS!! You have just purchased the finest HVLP air turbine system available.
You are about to enjoy the great benefits of TrueHVLP™. Our designs are the result of many
years experience in manufacturing HVLP turbine systems, and HVLP spray guns. We have
painstakingly worked and consulted with professional spray finishers to bring you this versatile,
well engineered tool.
Whether you are new to spray finishing, you have spray finished before, or are just new to HVLP
spraying; there are some basic spray finishing guidelines that will help you to achieve the best
results and optimum success from your new equipment. Reading this information carefully and
following these simple steps will ensure that you get the best performance and results from your
new TrueHVLP™ spray system.
Check the contents of your box. The following are included:
(1) Precision-6 Turbine Unit
(1) TrueHVLP™ Spray Gun
(1) 37’ Flex-Air Hose
(1) Instruction Manual
(1) Wrench
(1) Spray Gun Lube
(1) Cleaning Brush
(1) Electric Cord
(5) Quick Coupler (4x Handi-Hold™) (1x Hose Coupler)
2.1 How Your HVLP Turbine System Works
Your turbine system has three components: the turbine unit (1), spray gun (2) and air hose (3). The turbine unit, when connected
to the correct electrical power supply and with the on/off switch in the “on” position, provides a continuous
sourc e of clean, warm,
dry, High Volume Low Pressure (HVLP) air. The air hose connects the turbine unit to the spray gun. Air flows through the hose to
the nozzle of the specially designed TrueHVLP™ spray gun. Atomization of the coating is achieved when the air mixes with the
stream of fluid passing through the tip/nozzle. This low pressure atomization principle
achieves minimum misting (overspray) to
the spray environment.
2.2 How Your Spray Gun Works
Apollo’s 7500 series spray gun is a non-bleeder style gun. When the turbine blower is turned “on”, air will only flow
through the air cap when the trigger on the spray gun is activated or pulled back. Air also flows through the air feed tube to
pressurize the cup and deliver fluid to the tip/nozzle. When the paint flow screw is opened and the trigger pulled back, fluid flows
through the tip/nozzle mixing with the air flow delivered from the air cap and projects a fine atomized mist to your work piece.
Spray pattern control will vary depending on the spray gun model. Consult your individual spray gun manual for detailed
operation and maintenance of your spray gun.

Page 6
2.3 Preparing To Use Your TrueHVLP™ Turbine System
Connect the air hose to the turbine. Pull back the spring loaded quick disconnect coupler and insert
the male connector
on the air hose into the turbine connector. Release the ring. Your air hose will be
locked into place. To release the air hose, pull back on the spring loaded quick coupler ring with
your fingers and pull. Connect other end of hose to spray gun using this same procedure. Plug
power cord into an outlet that is properly installed and grounded in accordance with local codes and
ordinances.
NOTICE:
Do not cover or enclose the turbine. It is important to draw cool/ambient air
through the unit for optimum performance. Avoid placing the turbine in a warm
environment or in direct sunlight.
2.4 Familiarize Yourself With Your TrueHVLP™ Turbine Spray Gun
Refer to your Spray Gun Instruction Manual for information, setup and operation of your model spray gun.
You are now ready to spray your coating of choice on your work piece. Good quality results with your TrueHVLP™ spray
finishing equipment are a combination of careful preparation of your project, a proper spraying environment, a basic
knowledge of the coatings you will be using and how these coatings work with your TrueHVLP™ spray equipment.
Pressure will remain in the spray cup when unit is off. If you pull the trigger back, a stream of fluid will
flow. To prevent accidents, turn material flow screw clockwise until it is completely closed. The trigger
is now locked in the closed position.
Note: It is not necessary to empty and clean your spray gun when you pause between applications. Be sure, however, to clean
your spray gun thoroughly at the end of your work session. Do not leave material in your spray gun overnight. Extra caution
must be taken when spraying coatings that have a catalyst or hardener added. These coatings can harden in your spray gun
quickly, making cleaning difficult or impossible. Read manufacturer’s coating instructions as to how much time you have before
catalyst/hardener begins to set up.
2.5 Get To Know Your Turbine
Handi-Hold™ Spray Gun Docking Station
Every Precision-6 turbine comes equipped with 4 x Handi-Hold™ Spray Gun Docking
Stations (A), Apollo’s smart innovation. Store, hold or transport your spray gun in a vertical
position with no risk of it falling over. Ready to spray when you are. Disconnect hose from
spray gun and insert coupler into the Handi-Hold™ Spray Gun Docking Station (A).

Page 7
3 Apollo Turbine Model Precision-6
The model Precision-6 is the newest Precision Series turbine system by
Apollo Sprayers International, Inc. Apollo’s Precision Control System
(PCS™) allows you to control the air pressure from the turbine to within 1/10th
of a PSI. The Precision-6 comes supplied with one spray gun and a 37’ air
hose. The unit has the capability to run two spray guns using a garden hose
“Y” connector as long as the material you are spraying does not require the
full power of the system to adequately atomize it.
In order to operate the Precision-6 it is important to connect the hose and
spray gun. The turbine will not operate correctly without back pressure to
the motor, which means the spray gun and hose need to be connected.
The Precision-6 is NOT compatible with “Bleeder” style spray guns. Push
the male connector, on the air hose into the female quick connect on the
turbine. Push the female quick connect on the air hose onto the male end on
the spray gun handle. Your system is now connected.
To control the air pressure on the Precision-6 turbine, connect the spray gun and air hose with the turbine. Plug the turbine into
a 240 volt power supply. Rotate the control knob to the left hand side to the “Hour Meter” position. Push the ON/OFF switch to
the ON position. The control panel will now display the total number of whole hours of use. The factory has calibrated your
turbine motor for the maximum output pressure possible with the PRECISION-6. To get an accurate stable spraying pressure it
is advised that you let the turbine warm up for about 5-10 minutes. Once the turbine motor is warm the LCD will give you an
accurate pressure reading to 1/10th PSI. The maximum flow pressure of the PRECISION-6 is 10.5 PSI.
It is important to understand the difference between static or sealed pressure vs. flow pressure. When setting the turbine
pressure for spraying you should always set the flow pressure. You can set the flow air pressure from the spray gun, not the
material in order to set the flow pressure. This is why it is preferable to set the pressure without any material in the cup. Pull
the trigger and release the air from the spray gun. While continuing to pull the trigger, adjust the pressure on the turbine to the
spraying pressure of your choice. Once you have set the pressure release the trigger. The pressure will stay where you set
it.
Pull
the trigger again and watch the LCD screen. You will notice the air pressure drop and then go back to where you set the
pressure. This will work for any pressure setting.
The control board will automatically adjust the motor speed to compensate for barometric
pressure and elevation. The pressure reading will always be accurate. To decrease the
pressure from the maximum setting simply turn the knob underneath the LCD pressure
display counter-clockwise, toward “MIN”. To increase the pressure once reduced, turn
the knob clockwise, toward “MAX”. As you turn the knob, the pressure will increase or
decrease accordingly. The scale behind the adjusting knob is there to indicate the
direction to increase and decrease the pressure only. The scale does not represent any
settings for the air pressure.
The viscosity of the coating you want to spray will determine the amount of pressure
needed. The thicker your viscosity, the more pressure you will need to atomize your
coating. For highest efficiency, use the lowest pressure that produces the best
atomization and finish results. If you experience “Orange Peel”, increase the pressure. If
you have too much overspray, decrease the pressure.
The Precision-6 also has two additional features, an “HOUR METER” and “IDLE MODE”.
The hour meter records the use of the turbine in whole hours. To see how many hours of
use your turbine has, turn the power control knob counter-clockwise until the indicator mark
on the knob lines up with the line for the hour meter. The LCD will then display the hours
of use rather than the pressure. The second feature unique to your PRECISION-6 Turbo
system is the “IDLE MODE”. When your turbo system is turned on with the spray gun and
air hose connected and you do not trigger the spray gun for more than 48 seconds the
motor will drop into “IDLE MODE”, which is displayed in the LCD screen. This is a safety
feature built into your PRECISION-6 in order to keep the motor running cool and increase
the life expectancy. In order to take your PRECISION-6 out of “IDLE MODE” simply pull
the trigger on the spray gun and the unit will immediately return to the preset pressure you
set prior to “IDLE MODE”.
PRECISION-6 with
7500QT
Twin Turbo spray system
14 psi (0.97 bar) sealed*
10.5 psi (0.72 bar) flow*
130 cfm (3.68 cmm) Dual air
filtration Single spray gun
220 - 240 volts, 50Hz, 12 amps.
1.75H.P.
Weight: 76lbs (34.5 kg)
Height: 41” (104.14 cm)
Width: 20” (50.8 cm)
Length: 15” (38.1cm)
All EU units shipped
All USA & Canada unit shipped

Page 8
Normal triggering of the spray gun during a pass will prevent the turbo system from entering “IDLE MODE”. *All turbine
pressures quoted are measured sealed and at the motor outlet. Actual spraying pressures will vary depending on the model
and size of the turbine.
4 Know Your Coatings
4.1 Coating Properties
Coatings are a blend of resins and additives to create a product that will provide a protective and beautifying surface to your
work piece. Different resins have different properties. It is important to use the correct coating to achieve a desired result.
Manufacturers of coatings can control the resin solids content, production viscosity, sheen, color, flow-out enhancement and
other properties. Some products offer ways to adjust the coating properties such as speeding up or slowing down the drying
time, adding catalysts to strengthen the molecular bond or adding flatting agents to lower the sheen. Manufacturers will often
give some guidelines on how to thin their product for spray application. There are many different types of spray equipment in
use. Coatings manufacturers cannot address all of them. It is important for the finisher to understand the spray equipment
and to use common sense to arrive at the correct fluid viscosity to produce the best possible results with the selected coating
and the equipment being used.
4.2 Your Choice of Coatings and Viscosity
Extremely thin, watery or light bodied fluids such as inks, aniline dyes and oil stains can generally be used straight from t he
can. RTS or Ready to Spray water based finishing products are formulated to be used straight from the can without thinning
with a 3 stage or larger turbine. Most other coating products should be thinned according to the manufacturers guidelines Chart
“A” below shows you the approximate air pressure needed to spray a given viscosity range.
Chart A Turbine Performance
Sealed Air Pressure Coating Types
2-5 PSI Low-Medium Viscosity Materials
5-8 PSI Medium Viscosity Materials
8-10 P SI High Viscosity Materials
Using Latex (Emulsion) Paint
Although your turbine spray system is best suited to spray Class A Finish coatings such as lacquers, enamels, urethanes,
varnishes, waterborne and water base etc., you can spray latex (emulsion) house paint if you follow a few simple rules.
First , it
is generally necessary to thin latex (emulsion) paint. This will vary from as little as 10% to as much as 50% depending on the
air pressure you choose and the quality of the paint used. Second, it is necessary to use a larger nozzle and needle set in the
spray gun (1.8mm or 2.0mm) when spraying doors or larger areas. If you are spraying latex on cabinets or fine woodworking you
should use a smaller needle and nozzle in order to decrease the droplet size. We recommend that you use a 1.5mm nozzle with
the C-HS air cap for this application type. It is recommended that a latex (emulsion) paint conditioner like Floetrol®, be added
to aid flow-out. These products are sold at local paint stores. Some brands of paints have their own flow additive, if this is the
case with the latex paint you choose always use the recommended flow additive.

Page 9
Chart B Nozzle, Needle And Air Caps For 7500 Series Spray Guns
Tip/Needle Size Application Air Cap
0.8MM (.029) Inks, Dyes, Stains, extremely thin viscosity fluids, Water
based finishes
A
1.0MM (.039) All purpose, thin lacquers, thin enamels, Water based
finishes, Automotive, Marine, Airplane finishes
B
1.3MM (.051) All purpose, thin lacquers, thin enamels, Water based
finishes, Automotive, Marine, Airplane finishes
B
1.5MM (.059) Catalyzed lacquers, Conversion Varnish, Primers
,
Water based finishes, Automotive, Marine, Airpla
ne
finishes, Varnish, High Viscosity B
OR C Industrial Coatings, Urethanes, Enamel,
B or
C
1.8MM (.070) Catalyzed lacquers, Conversion Varnish, Primers,
Automotive, Marine, Airplane finishes, Varnish, High
Viscosity Industrial Coatings, Urethanes, Enamel
C
2.0MM (.079) Thinned Latex (Emulsion) Paint, Multispec, Heavy
Primers, Butyrate, Nitrate
Dope, C High Viscosity Industrial
Coatings
C
2.5MM (.098) Thinned Latex (Emulsion) Paint, Multispec, Solvent
adhesives, Wax based strippers
D

Page 10
Viscosity Cup
Comparison
Chart
ZAHN #2 FORD # 4
16 5
17 8
18 10
19 12
20 15
22 17
24 19
27 21
30 23
34 26
37 29
41 31
49 36
58 41
66 45
74 51
82 56
Chart C Viscosity
Note: Chart C should be used as a guide to thinning various coatings. Actual reduction will
depend upon model turbine used, flow out properties of the coating and the final visual
results of the sprayed work piece.
Coating Thin/Reduce
Lacquers 25%-50%
Sanding Sealer 20%-30%
Enamels 20%-40%
Stains use from can
Acrylic Enamel 50%-60%
Catalyzed Polyurethane 10%-30%
Polyurethane's Varnishes 20%-30%
Waterborne Coatings 00%-10%
Latex/Emulsion Paint 10%- 40%

Page 11
4.3 Technique
Like any skill, practice makes perfect. Never try to rush the spray finishing process. Learn the characteristics of the coating you
will be spraying. Build up layers of material (3-4 applications or more if necessary). Sand between coats and allow proper drying
time between applications. Before you start spraying your first project put some water in the spray gun and spray on some
cardboard. This will help you to understand the spray gun adjustments and the speed at which to move.
Some rules for effective spray finishing:
1. Remember to always keep the distance between the spray gun and the surface the same when moving across your work,
(or up and down) called a “pass”. Do not rotate or turn your wrist from side to side.
See Chart E Below
2. Move the spray gun across your work from end to end.
3. Be sure to maintain the same speed of movement. This ensures an even application of coating.
4. At the end of a “pass” always release the trigger. To continue, spray in the opposite direction and overlap your previous
coat by 1/3 to 1/2.
5. When finished you should have an even wet coat on your work. If you have dry spots you have overlapped too wide. If you
have heavy or wet spots, you have overlapped too much or sprayed too slowly.
6. When spraying a large or pre-assembled piece, start at the top and work down.
7. Try to spray the hard to reach and underneath surfaces first.
Common sense and some forethought will prevent errors. Remember, that a light wet film will generally produce better results
than a heavy wet coat. When spraying a vertical surface it is advisable to apply a thin/light “tack” coat first, followed by a normal
light wet coat. This technique will help prevent “runs” and “sags”.
Chart E - Spray Gun Technique
When using your Spray Gun you control five variables:
1. Fluid flow.
2. Distance of the spray gun from your work. 4”-8” (10-20cm) is average. Closer if necessary.
3. Pattern direction (vertical fan, horizontal fan and round).
4. Speed of application.
5. Fan pattern size. 7500 series with Fan Pattern Control Ring.
NOTE: Items 1, 2, and 4 directly relate to each other.
Cleaning Your TrueHVLP™ Spray Gun
Refer to your spray gun manual for cleaning and maintenance of your spray gun model.

Page 12
5 Using Pressure Pots With Turbine Systems
There are many advantages to using pressure pots with a turbine system. Apollo Sprayers have made this very easy with our
fluid feed systems, 4500 and 4550. Refer to the accessories section of this manual for more information on these and other
products. By removing the paint cup from the spray gun you immediately reduce the overall weight of the spray gun by ½.
You also get a smaller tool to hold in your hand thereby allowing you to more easily
access the back of cabinets or other tight spaces where a standard cup gun would not fit.
By using a pressure pot you are able to spray larger quantities of material without
stopping to refill a smaller cup. This can save a lot of time on a long job where you are spraying
the same material all the time.
Using a pressure pot with any size turbine system is very easy. All you need is any size
pressure pot, a fluid hose and a small air compressor. When using a remote cup or
pressure pot, it is necessary to introduce compressed air in order to pressurize the
remote pot and move the fluid from the pot to the spray gun tip/nozzle. In general 5PSI (0.345
Bar) of air pressure is adequate to push most average viscosity fluids to the spray gun nozzle.
Higher pressure would only be necessary for heavier viscosity fluids or if you are spraying up
a ladder where the fluid has to travel more than 6 feet of elevation.
Connect the black fluid hose to the fluid outlet on the top of the pressure pot. Refer to your
pressure pot instructions for the specific location of the fluid outlet. Seal the threads with Teflon tape and tighten with a
wrench (spanner) to assure no fluid leaks once you pressurize the pot. Next, connect the air line from your compressor to
the air inlet. This should be a male quick connect adjacent to the regulator and gauge. If your quick connect is the same style
as the one on the pot you can pull back the ring on the female end and insert into the male end, releasing the
r ing to fasten
them together. Connect the other ends of the fluid line and air line to the spray gun and air compressor respectively. Your
turbine air hose will connect as normal directly to your spray gun. Refer to your spray gun instruction manual for
mor e
specific instructions.
Part #A4900 - 2.5 gallon (10 liter) deluxe pressure pot. Part #A4600 - 2 quart (2 liter) pressure pot.

Page 13
5.1 Testing Air Pressure In Pressure Pot
It is necessary to test the air pressure in the pressure pot to make sure that it is appropriate for the viscosity of material being
sprayed and the situation in which it is being sprayed. You don’t want the material coming out too quickly so that you get runs
and sags, but you also don’t want it to come out too slowly so that you are spraying very slowly. To test the air pressure in the
pressure pot follow these simple instructions:
1. DO NOT turn on the turbine at this time.
2. Make sure your air hose and material hoses are connected appropriately to the pressure pot.
3. Turn on your air compressor and wait until you have about 5PSI (0.345 Bar) in the pressure pot. Then, pull the trigger on
the spray gun until a stream of fluid flows from the tip/nozzle. NOTE: This may take a few minutes depending on the
length of your fluid hose.
4. Adjust the pressure on the pot regulator until the fluid drops off or bends at approximately 2-1/2 “ (6.35cm).
5. Your pot air pressure should be correct at this point, however, if the stream bends too short then increase the air pressure.
If the stream bends too far, then reduce the air pressure. If you need additional help, please feel free to call our
technicians at 1-888-900-4857.
Depressurize pressure pot using safety valve when equipment will be idle for a while. This will prevent
excess fluid from remaining in fluid hose, and prevent a possible accident if the trigger is pulled
causing material to stream from the spray gun.
Always ensure that the remote pot is tightly sealed, and all gaskets are in good shape, to prevent air and fluid leaks. Be sure to
flush and clean the fluid hose at the end of a work session. For smaller jobs, insert a one gallon can inside the 2.5 gallon (10
liter) pressure pot. This will help to keep the inside of the pot cleaner.
NOTE: It may be necessary to provide extra clearance by removing the filter on the bottom of the pickup tube for some paint
cans to fit inside the 2.5 gallon (10 liter) pressure pot.
5.2 Cleaning Pressure Pot
Cleaning your pressure pot is important to many years of long faithful service. If you don’t clean your pressure pot it will
eventually get clogged up with dried material from previous jobs. Make sure you not only clean your pressure pot well, but do it
quickly after you are done spraying so as to reduce the amount of time the material has to dry. To clean your pressure pot
follow these simple instructions:
1. Remove the lid and pour your remaining finish back into your can or if you have reduced it, into a different container for
storage.
2. Pour solvent or water (depending on the type of finish you have used) into the pressure pot and reseal the lid.
3. Re-pressurize the pressure pot with air.
4. Turn on your turbine and pull the trigger on the spray gun fully open until the material comes out clean.
5. Remove the lid once again and pour out any unused water or solvent.
6. Wipe the inside of the pressure pot, pickup tube and lid with a clean rag.
7. If you use water-based materials, dry the pressure pot.
8. Store in a clean dry place for use next time.

Page 14
6 Record Of Turbine Use
Record Of Turbine Use
Model Serial # Date Purchased
Date Hours Of Use Total Hours
Turbine Recommended Maintenance: Clean and/or change pre-filters and/or cartridge filters every 50 hours or when
necessary. See Accessories Page for appropriate filter replacement for your model.
7 Record Of Turbine Maintenance
Record Of Turbine Maintenance
Date Maintenance Performed

Page 15
8 Turbine Maintenance and Cleaning
Always unplug your turbine from the main electrical supply before doing any maintenance or
repairs.
After Each Use:
Your Apollo turbine system requires very little maintenance. The turbine motor has sealed bearings that are lubricated for
life. The only maintenance that you will need to perform is checking, cleaning and replacing your filters and pre-filters as
required. It is very important that your motor has cool, clean air to operate efficiently. If you maintain your filters and pre-filters
well, you will enjoy many years of long service from your turbine motor.
NOTICE:
Always use genuine Apollo filters and pre-filters. Other types of filters and pre-filters may
prevent proper air flow to the motor, resulting in premature motor failure and voiding your
warranty.
8.1 Pre-Filter Maintenance
We recommend that you remove your pre-filters after each use. To remove the pre-filters: push your finger between the filter
(1) and pre-filter (2) until you can curl it up and pull the pre-filter off, rotating your finger around the pre-filter as you pull. Do
not pull hard as you will break the glue line on the pre-filter. Make sure you check both pre-filters as they can get dirty at
different intervals. If they appear to be a little dirty or clogged, you can wash them out using a mild soap and warm water. If
they are not cleanable you need to install new pre-filters.
To reinstall the pre-filters, hold one in both hands and apply the top first, moving your fingers around the inside as you slide it
back over the filter cartridge from top to bottom. NEVER operate your turbine without both filters and pre-filters installed and
clean.

Page 16
8.2 Filter Maintenance
Visually check your filters when you remove your pre-filters for cleaning. Check for accumulated material in the filter element. If
you suspect they may be dirty, or if you can see material building up, don’t take a chance, remove the filter and hold it up to
the light.
To remove your filters, remove two dome nuts (1) and pull filter plate (2) off. Filter plate can hang up on the threads so make
sure you pull it off straight. Remove filter (3). If filter is stuck to the side of the case, gently tap them with your hand.
To check your filters, hold them up to a light, similar to your car air intake filter. If you cannot see light through more than
50% of the filter, clean or replace filter element. To clean the air filter you can purchase a filter cleaner from your local auto
parts store. Spray the cleaner on both sides of the filter and let it sit for a few minutes. Then use your garden hose to wash
the filters from the inside out. Do not use a pressure nozzle as this could damage the filter element. Thoroughly dry the filter
element before reinstalling it on the turbine. To reinstall the filters, reverse the instructions above. Make sure that you line the
filter up with the filter plate first, this will help to keep it straight when replacing the dome nuts.
8.3 Annual Maintenance
Check carbon brushes at least once a year or every 150 hours, whichever comes first. To check your carbon
brushes consult with an authorized Apollo repair facility.

Page 17
9 Running Multiple Spray Guns With A Turbine
All current Apollo Turbine Models have one air hose outlet on the side of the unit and are designed to run one spray gun. It is
possible to run a multi-stage turbine system with two spray guns at the same time by installing an garden hose “Y” connector, to
the turbine outlet port. It is important to note that if the “Y” Connector is installed and only one spray gun is operated, the 2nd
outlet must be capped or closed so that performance to the single spray gun will not be affected. To install a “Y” connector follow
these instructions:
1. Unscrew the female quick connect from the air outlet located on the side of your turbine.
2. Screw on the “Y” connector. Make sure the “Y” is sideways so you can easily attach your hoses.
3. Screw the female quick connect you removed from your turbine onto the “Y” connector. If you plan on using two spray
guns right away, then make sure you have a 2nd quick connect installed on the other side of the “Y” connector.
4. You are now ready to connect your air hoses and spray guns.
Remember, we do not recommend using the “Y” connector with turbines smaller than 4 or 5-stages. This is due to the power that
each model has. The more stages you have the more power you have. When you are running two spray guns on
a single turbine
you are splitting the air power that turbine has. While you will not divide it equally, you will reduce it considerably, so make sure
you do some test areas before you start on your project.
“Y” Connector with single hose and cap “Y” Connector with two hoses

Page 18
10 Genuine Apollo Accessories
4500–2 Quart (2 Liter)
Fluid Feed System #A4500
Excellent in the shop or on site. Perfect for that larger job when a quart (liter) is just not enough or when greater spray gun
mobility is needed to get into a tight corner.
Includes: oil-less mini air compressor, 2 quart (2 liter) non-stick coated pressure pot with stainless steel material tube, 20’
(6m) or 30’ (9m) fluid hose, air blanking screw and 4 wheels for easy mobility. Order part #A4500.
Using genuine Apollo accessories is important to the longevity, ergonomics and
portability of your equipment. Other brands of
accessories are not designed
specifically with your Apollo brand equipment in mind and could cause abnormal functionality.
For a complete list of Genuine Apollo parts please visit our website at www.hvlp.com or call a Customer Service
Representative at 888-900-4857.

Page 19
Pre-Filters Replacement Filters:
Part number: #A4096 Part number: A4098
Fluid Hoses
A2113 - 6’ (2m) x 1/4” (6mm) fluid hose with couplers
A2059 - 20’ (6m) x 1/4” (6mm) fluid hose with couplers
A2060 - 40’ (12m) x 1/4” (6mm) fluid hose with couplers
A2114 - 6’ (2m) x 3/8” (10mm) fluid hose with couplers
A2159 - 20’ (6m) x 3/8” (10mm) fluid hose with couplers
A2160 - 40’ (12m) x 3/8” (10mm) fluid hose with couplers
Turbine Air Hoses
A1068 - 24’ (7m) x 5/8” (16mm) flex-air hose
A1069 - 34’ (10m) x 5/8” (16mm) flex-air hose
A1070 - 44’ (13m) x 5/8” (16mm) flex-air hose
FS190 – Deluxe Cleaning Kit, Life Time Waranty

Page 20
FS 1670 - Filter Stand, Fits 1 & 2 Quart (1 & 2 Liter) Cups. A5251 - 1 Quart (1 Liter) Cup Assembly
A5269 - 8oz (250ml) Cup Assembly
A5033A – non-teflon 250cc cup assembly
A5033AT – teflon 250cc cup assembly
A5034A – non-teflon 600cc cup assembly
A5034AT – Teflon 600cc cup assembly
A7536A - non-teflon 1000cc cup assembly
A7536AT – Teflon 1000cc cup assembly