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Spray Gun Troubleshooting & Preventative Maintenance Guide SB-2-001
- Spray Gun Troubleshooting & Preventative Maintenance Guide SB-2-001 [ English ]
Before using this equipment, read all safety precautions and instructions in this manual.
Keep for future use.
SPRAY GUN TROUBLESHOOTING AND
PREVENTIVE MAINTENANCE GUIDE
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EN
SERVICE MANUAL
LOCK OUT / TAG-OUT
Failure to de-energize, disconnect, lock out and tag-out all power
sources before performing equipment maintenance could cause
serious injury or death.
OPERATOR TRAINING
All personnel must be trained before operating finishing
equipment.
EQUIPMENT MISUSE HAZARD
Equipment misuse can cause the equipment to rupture,
malfunction, or start unexpectedly and result in serious injury.
PROJECTILE HAZARD
You may be injured by venting liquids or gases that are released
under pressure, or flying debris.
PINCH POINT HAZARD
Moving parts can crush and cut. Pinch points are basically any
areas where there are moving parts.
INSPECT THE EQUIPMENT DAILY
Inspect the equipment for worn or broken parts on a daily basis.
Do not operate the equipment if you are uncertain about its
condition.
In this part sheet, the words WARNING, CAUTION and NOTE are used to
emphasize important safety information as follows:
Hazards or unsafe practices which
could result in minor personal injury,
product or property damage.
! CAUTION
Hazards or unsafe practices which
could result in severe personal
injury, death or substantial property
damage.
! WARNING
Important installation, operation or
maintenance information.
NOTE
Read the following warnings before using this equipment.
READ THE MANUAL
Before operating finishing equipment, read and understand all
safety, operation and maintenance information provided in the
operation manual.
WEAR SAFETY GLASSES
Failure to wear safety glasses with side shields could result in
serious eye injury or blindness.
NEVER MODIFY THE EQUIPMENT
Do not modify the equipment unless the manufacturer provides
written approval.
IT IS THE RESPONSIBILITY OF THE EMPLOYER TO PROVIDE THIS INFORMATION TO THE OPERATOR OF THE EQUIPMENT.
FOR FURTHER SAFETY INFORMATION REGARDING THIS EQUIPMENT, SEE THE GENERAL EQUIPMENT SAFETY BOOKLET (77-5300).
KNOW WHERE AND HOW TO SHUT OFF THE EQUIPMENT
IN CASE OF AN EMERGENCY
PRESSURE RELIEF PROCEDURE
Always follow the pressure relief procedure in the equipment
instruction manual.
NOISE HAZARD
You may be injured by loud noise. Hearing protection may be
required when using this equipment.
STATIC CHARGE
Fluid may develop a static charge that must be dissipated through
proper grounding of the equipment, objects to be sprayed and all
other electrically conductive objects in the dispensing area. Improper
grounding or sparks can cause a hazardous condition and result in
fire, explosion or electric shock and other serious injury.
WEAR RESPIRATOR
�Toxic fumes can cause serious injury or death if inhaled.
Wear a respirator as recommended by the fluid and solvent
manufacturer’s Safety Data Sheet.
TOXIC FLUID & FUMES
�Hazardous fluid or toxic fumes can cause serious injury or death if
splashed in the eyes or on the skin, inhaled, injected or
swallowed. LEARN and KNOW the specific hazards or the fluids
you are using.
KEEP EQUIPMENT GUARDS IN PLACE
Do not operate the equipment if the safety devices have been
removed.
! WARNING
AUTOMATIC EQUIPMENT
Automatic equipment may start suddenly without warning.
FIRE AND EXPLOSION HAZARD
Improper equipment grounding, poor ventilation, open flame or
sparks can cause a hazardous condition and result in fire or
explosion and serious injury.
MEDICAL ALERT
Any injury caused by high pressure liquid can be serious. If you
are injured or even suspect an injury:
• �Go to an emergency room immediately.
• �Tell the doctor you suspect an injection injury.
• �Show the doctor this medical information or the medical alert
card provided with your airless spray equipment.
• �Tell the doctor what kind of fluid you were spraying or
dispensing.
GET IMMEDIATE MEDICAL ATTENTION
To prevent contact with the fluid, please note the following:
• �Never point the gun/valve at anyone or any part of the body.
• �Never put hand or fingers over the spray tip.
• �Never attempt to stop or deflect fluid leaks with your hand,
body, glove or rag.
• �Always have the tip guard on the spray gun before spraying.
• �Always ensure that the gun trigger safety operates before
spraying.
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Gravity feed guns are ideal for small applications such
as spot repair, detail finishing or for finishing in a limited
space. They require less air than a suction feed gun
and usually have less overspray.
A pressure feed system is normally used when large
quantities of material are to be applied, when the
material is too heavy to be siphoned from a container
or when fast application is required.
PRINCIPLES OF AIR SPRAY
Spray application is perhaps the simplest method of
coating where a sizeable area or volume of material is
involved or when intricate shapes and irregular surfaces
require painting. Spray will give the most uniform film
thickness making it easy to obtain a smooth finish.
The air spray gun is a tool which uses compressed air
to atomize paint, or other sprayable material, and to
apply it to a surface. Air and material enter the gun
through separate passages, and are mixed at the air
cap in a controlled pattern. Air spray guns may be
classified in various ways. Two ways of classifying guns
are by the location of the material container and the
material feed system. Figure 1 shows a gun with a
cup attached below. This is called Suction Feed which
draws material to the gun by suction. Figure 3 is a
gun with a cup attached above. This is called Gravity
Feed – the material travels down, carried by gravity.
Figure 4 shows a material container some distance
away from the spray gun. This is Pressure Feed –
the material is fed by positive pressure. Suction feed
is easily identified by the fluid tip extending slightly
beyond the face of the air cap, as shown in Figure 2.
Suction feed guns are suited to many color changes
and to small amounts of material, such as in touchup
or lower production operations.
Figure 1 – Suction Feed Gun with Attached Cup
Fluid
Tip
Air Cap
Air Cap
Fluid
Tip
Figure 2 – Suction Feed Air Cap
Figure 3 – Gravity Feed Gun With Cup on Top
Figure 4 – Typical Pressure Feed Gun
with Remote Cup
Figure 5 – Pressure Feed Air Cap
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Internal and External Mix Guns
An external mix gun mixes and atomizes air and fluid
outside the air cap. It can be used for applying all
types of materials, and it is particularly desirable when
spraying fast-drying paints such as lacquer. It is also
used when a high quality finish is desired.
This gun mixes air and material inside the air cap,
before expelling them. It is normally used where low
air pressures and volumes are available, or where slow-
drying materials are being sprayed. A typical example is
spraying flat wall paint, or outside house paint, with a
small compressor. Internal mix guns are rarely used for
finishing when a fast-drying material is being sprayed,
or when a high quality finish is required.
HVLP (High-Volume/Low-Pressure)
HVLP uses a high volume of air (typically between 15-
22 CFM) delivered at low pressure (10 psi or less) to
atomize paint into a soft, low-velocity spray pattern.
As a result, far less material is lost in overspray, bounce-
back than with conventional air spray. This is why HVLP
delivers a dramatically higher transfer efficiency (the
amount of material that is actually applied to the part)
than higher pressure spray systems.
Spray a horizontal test pattern (air cap horns in a vertical
position). Hold the trigger open until the paint begins
to run. There should be even distribution of the paint
across the full width of the pattern (see Figure 10).
Adjust with fan pattern adjustment. If distribution is
not even, there is a problem with either the air cap or
the fluid tip. Refer to the TROUBLESHOOTING sec-
tion for examples of faulty patterns to help diagnose
the problem.
The HVLP spray gun resembles a standard spray gun
in shape and operation.
HVLP is growing in popularity and it has also been
judged environmentally acceptable due to its high
transfer efficiency.
HVLP can be used with low to-medium solid materials,
including two-component paints, urethanes, acrylics,
epoxies, enamels, lacquers, stains, primers, etc. More
recently developed HVLP air caps can also satisfactorily
atomize even high solid coatings.
OPERATION
Suction and Gravity Feed Equipment Hook-Up
Connect the air supply from the compressor outlet to
the air filter regulator inlet. Connect the air supply hose
from the regulator outlet to the air inlet on the spray
gun. After the material has been reduced to proper
consistency, thoroughly mixed and strained into the
cup, attach the gun to the cup.
HVLP
Conventional
Figure 6 – External Mix Gun
Figure 7 – Internal Mix Gun
Figure 8 – Air Cap Overspray, Conventional/HVLP
Figure 9 – Suction Feed & Gravity Feed
System Components
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If the pattern produced by the above test appears
normal, rotate the air cap back to a normal spraying
position and begin spraying (Example – a normal pat-
tern with a #9000 air cap will be about 9 long when
the gun is held 8 from the surface.) With the fluid
adjusting screw open to the first thread and the air
pressure set at approximately 30 psi, make a few test
passes with the gun on some clean paper. Move the
gun faster than usual when spraying the test passes.
If there are variations in particle size – specks and/or
large globs, the paint is not atomizing properly (See
Figure 11). If the paint is not atomizing properly, in-
crease the air pressure slightly and make another test
pass. Continue this sequence until the paint particle
size is uniform.
If the pattern seems starved for material and the fluid
adjusting screw is open wide (to the first thread), the
atomization air pressure may be too high, or the mate-
rial may be too heavy. Recheck the viscosity or reduce
the air pressure.
If the material is spraying too heavily and sagging,
reduce the material flow by turning in the fluid adjust-
ing screw (clockwise).
Pressure Feed Components
A pressure feed system consists of a pressure feed
spray gun, pressure feed tank, cup or pump, an air
filter/regulator, appropriate air and fluid hoses and an
air compressor.
Connect the air hose from the air regulator to the air
inlet on the gun. Connect the mainline air hose to the
air inlet on the tank, cup or pump.
Connect the fluid hose from the fluid outlet on the tank
or pump to the fluid inlet on the gun.
Open spreader adjustment valve for maximum pat-
tern size. Open fluid adjustment screw until the first
thread is visible.
Shut off atomization air to the gun. Set the fluid flow
rate by adjusting the air pressure in the material con-
tainer. Use about 6 psi for a remote cup and about 15
psi for a 2-gallon, or larger, container. Adjust the fluid
flow in the following ways:
Remove the air cap. With atomization air off, pull the
trigger, flowing material into a clean, graduated con-
tainer for 10 seconds. Measure the amount of material
which flowed in that time and multiply times 6 (or flow
for 30 seconds and multiply time 2). This is the fluid
flow rate in ounces per minute. For standard finishing,
it should be about 14 to 16 ounces per minute. If the
flow rate is less than this, increase the air pressure in
the container and repeat.
When the flow rate is correct, reinstall the air cap. If
fluid pressure at the tank, cup or pump exceeds 20 psi,
the next larger fluid tip size should be used.
Turn the atomizaton air to about 30 psi at the gun.
Spray a fast test pattern on a clean sheet of paper and
check the consistency of the particle size. Increase
or decrease the air pressure until even particle size
is achieved.
Spray a horizontal test pattern holding the trigger
open until the material begins to run. Paint distribution
across the full width of the pattern should be the same
(adjust with fan pattern adjustment). If it cannot be
adjusted, there may be a problem with either the air
cap or the fluid tip which must be corrected. Refer to
the Troubleshooting Section.
Hints for good spray technique.
Hold gun perpendicular 6 to 8 (HVLP guns) or 8-10
(suction, gravity or pressure conventional feed guns)
to surface being sprayed.
Don't tilt the gun in any direction. This will result in
uneven paint build causing runs and sags (See Figure
12 on next page).
Trigger gun just before the edge of the surface to be
sprayed. The trigger should be held fully depressed
and the gun moved in one continuous motion, until
the other edge of the object is reached. Release the
trigger but continue the motion for a few inches until
it is reversed for the return stroke.
To avoid hazardous bursting
or equipment damage,
do not exceed the container's
maximum working pressure.
! WARNING
Figure 10 – Horizontal Test Pattern
with Even Material Distribution
Figure 11 – Pattern with Uneven Particle Size
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REPLACEMENT OF PARTS
Follow specific gun Service Bulletin exploded view
for replacing parts. There are areas requiring proper
sequence.
The fan adjustment assembly should only be installed
after turning the knob out. If left in, the stem or needle
could jam against the seat.
Pull trigger or remove fluid adjusting screw prior to tip
tightening. Tip and needle damage can occur.
Spray guns have some combination of plastic, copper,
leather and soft packings and gaskets. It is recom-
mended that these be replaced if the assembly is
removed or when doing an overall repair. The fluid
needle packing must be replaced when the packing
nut bottoms out.
It is recommended to oil a new packing or needle be-
fore assembly. Packing nuts should be tightened just
enough to seal (fluid leakage on pressure feed, suction
of air on suction feed). Too tight will bind the needle
as well as shorten life of packing. When replacing the
fluid tip or fluid needle, it is recommended to replace
both at the same time. Matched sets are available for
most guns on pressure feed combinations.
Overlap each stroke 50%. Less than 50% will result
in streaks on the finished surface. Move the gun at
a constant speed while triggering since the material
flows at a constant rate.
Another technique of triggering is referred to as feath-
ering. Feathering allows the operator to limit fluid flow
by applying only partial trigger travel.
Spray edges and corners first. This is called banding.
Banding reduces overspray yet provides good cover-
age on corners.
Correct
Incorrect
MAINTENANCE
AIR CAP – Remove the air cap from the gun and im-
merse it in clean solvent. Blow it dry with compressed air.
If the small holes become clogged, soak the cap
in clean solvent. If reaming the holes is necessary,
use a toothpick, a broomstraw or some other soft
implement.
Do not clean holes with a wire, a nail or a similar
hard object. Doing so could permanently damage
the cap by enlarging the jets, resulting in a defective
spray pattern.
Figure 12 – Spray Techniques
Suction or Pressure Feed Cleaning – A suction
or pressure feed gun with attached cup should be
cleaned as follows:
Turn off the air to the gun, loosen the cup cover and
remove the fluid tube from the paint. Holding the tube
over the cup, pull the trigger to allow the paint to drain
back into the cup.
Don't tilt the gun in any direction. This will result in
uneven paint build causing runs and sags.
Empty the cup and wash it with clean solvent and a
clean cloth. Clean off the outside of the tube. Fill half-
way with clean solvent and spray it through the gun to
flush out the fluid passages. Be sure to comply with
local codes regarding solvent disposal.
Then remove the air cap, clean it as previously explained
and replace it on the gun.
Wipe off the gun with a solvent soaked cloth, or if
necessary, brush the air cap and gun with a fiber brush
using clean-up liquid or thinner.
Figure 13 – Cleaning Air Cap
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This device incorporates a highly efficient fluid header,
which meters a precise solvent/air mixture. The cleaner
operates with compressed air and sends a finely atom-
ized blast of solvent through the fluid passages of the
hose, and spray gun.
This simple, easy to use cleaner speeds up equipment
cleaning and saves solvent. It also reduces VOC emis-
sions. Be sure that both the hose cleaner and gun
are properly grounded.
Where local codes prohibit the use of a hose cleaner,
manually backflush the hose into the cup or tank with
solvent and dry with compressed air.
Clean the container and add clean solvent. Pressurize
the system and run the solvent through until clean.
Atomization air should be turned off during this proce-
dure. Be sure to comply with local codes regarding
solvent dispersion and disposal.
Clean the air cap, fluid tip and tank. Reassemble for
future use.
Never soak the entire gun in cleaning solvent.
This will dry out the packings and remove lubrication.
NOTE
LUBRICATION
Lubricate the fluid needle packing (A), the air valve
packing (B), the trigger bearing screw (C), and the
adjusting screw threads (D) with spray gun lube daily.
The fluid needle spring (E) should be lightly coated
with petroleum jelly.
Thoroughly clean the air cap and baffle threads (F),
and lubricate with spray gun lube daily.
Lubricate each of these points after every cleaning
in a gun washer.
Cleaning a pressure feed gun with remote cup
or tank – Turn off air supply to cup or tank. Release
material pressure from the system by opening relief
valve. Material in hoses may be blown back. Lid must
be loose and all air pressure off. Keep gun higher than
container, loosen air cap approximately 2-3 turns, hold
rag over air cap, and trigger gun until atomizing air
forces all material back into the pressure vessel.
A gun cleaner may be used for either type of gun. This
is an enclosed boxlike structure (vented) with an array
of cleaning nozzles inside.
Guns and cups are placed over the nozzles, the lid is
closed, the valve is energized, and the pneumatically
controlled solvent sprays through the nozzles to clean
the equipment. The solvent is contained, and must be
disposed of properly.
Some states' codes require the use of a gun cleaner and
it is unlawful to discharge solvent into the atmosphere.
Another efficient method of cleaning the hose and gun
passages is with a Gun & Hose Cleaner device, such
as the SolventSaver (See Figure 14).
F
B
E
D
D
C
AFigure 14 – Using a Hose Cleaner
Figure 15 – Lubrications Points
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CONDITION CAUSE CORRECTION
Heavy top or bottom pattern Horn holes plugged. Clean. Ream with non-metallic point.
Obstruction on top or bottom of fluid tip. Clean.
Cap and/or tip seat dirty. Clean.
Heavy right or left side pattern Left or right side horn holes plugged. Clean. Ream with non-metallic point.
Dirt on left or right side of fluid tip. Clean.
Remedies for the top-heavy, bottom-heavy, right-heavy and left-heavy patterns:
1) �Determine if the obstruction is on the air cap or the fluid tip. Do this by making a
test spray pattern. Then, rotate the cap one-half turn and spray another pattern.
If the defect is inverted, obstruction is on the air cap. Clean the air cap as
previously instructed.
2) �If the defect is not inverted, it is on the fluid tip. Check for a fine burr on the
edge of the fluid tip. Remove with #600 wet or dry sand paper.
3) �Check for dried paint just inside the opening. Remove paint by washing with
solvent.
Heavy center pattern Fluid pressure too high for atomization air
(pressure feed).
Balance air and fluid pressure.
Increase spray pattern width with
spreader adjustment valve.
Material flow exceeds air cap's capacity. Thin or lower fluid flow.
Atomizing pressure too low. Increase pressure.
Material too thick. Thin to proper consistency.
Split spray pattern Fluid adjusting knob turned in too far. Back out counterclockwise to achieve
proper pattern.
Atomization air pressure too high. Reduce at air regulator.
Fluid pressure too low (pressure feed only). Increase fluid pressure.
Spreader adjusting valve set too high. Adjust by turning in clockwise.
Jerky or fluttering spray *Loose or damaged fluid tip/seat. Tighten or replace.
Material level too low. Refill.
Container tipped too far. Hold more upright.
Obstruction in fluid passage. Backflush with solvent.
Loose or broken fluid tube or fluid inlet
nipple (suction or pressure feed). Tighten or replace.
Dry or loose fluid needle packing nut. Lubricate or tighten.
Damaged fluid needle packing. Replace.
*Most common problem.
TROUBLESHOOTING
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TROUBLESHOOTING
CONDITION CAUSE CORRECTION
Jerky or fluttering spray
(continued)
Suction Feed Only
Material too heavy. Thin or replace.
Air vent in cup lid clogged. Clear vent passage.
Loose, damaged or dirty lid. Tighten, replace or clean coupling nut.
Fluid tube resting on cup bottom. Tighten or shorten.
Damaged gasket behind fluid tip. Replace gasket.
Unable to get round spray Fan adjustment screw not seating
properly. Clean or replace.
Air cap retaining ring loose. Tighten.
Will not spray No air pressure at gun. Check air supply and air lines.
Internal mix or pressure feed air cap and
tip used with suction feed.
Change to proper suction feed air cap
and tip.
Fluid pressure too low with internal mix
cap and pressure tank. Increase fluid pressure at tank.
Fluid needle adjusting screw not open
enough. Open fluid needle adjusting screw.
Fluid too heavy for suction or gravity
feed.
Thin material or change to pressure
feed.
Starved spray pattern
Inadequate material flow.
Back fluid adjusting screw out to first
thread, or increase fluid pressure at
tank. Clear cup vent..
Low atomization air pressure
(suction and gravity feed).
Increase air pressure and
re-balance gun.
Excessive overspray Too much atomization air pressure. Reduce pressure.
Gun too far from work surface. Adjust to proper distance.
Improper stroking
(arcing, gun motion too fast).
Move at moderate pace, parallel to work
surface.
Excessive fog Too much, or too fast-drying thinner. Remix properly.
Too much atomization air pressure. Reduce pressure.
Paint bubbles in cup Fluid tip not tight. Tighten.
Fluid leaking or dripping from
cup lid Cup lid loose. Push in or replace.
Dirty cup or lid. Clean.
Cracked cup or lid. Replace cup and lid.
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CONDITION CAUSE CORRECTION
Dry spray Insufficient material flow. Increase fluid pressure or change to
larger tip.
Air pressure too high. Decrease air pressure.
Material not properly reduced (suction
feed).
Reduce to proper consistency.
Gun tip too far from work surface. Adjust to proper distance.
Gun motion too fast. Slow down.
Gun out of adjustment. Adjust.
Fluid leaking from
packing nut
Packing nut loose. Tighten, do not bind needle.
Packing worn or dry. Replace or lubricate.
Fluid leaking or dripping
from front of gun
Packing nut too tight. Adjust.
Dry packing. Lubricate.
Fluid tip or needle worn or damaged. Replace tip & needle with matched sets.
Foreign matter in tip. Clean.
Fluid needle spring missing or broken. Replace.
Wrong size needle or tip. Replace.
Needle bound by misaligned
sprayhead (MBC guns only).
Tap sprayhead perimeter with a wooden
mallet. Retighten lock bolt.
Runs and sags Too much material flow. Adjust gun or reduce fluid pressure, or
change to smaller tip.
Material too thin. Mix properly or apply light coats.
Gun tilted on an angle. Hold gun at right angle to work and
adapt to proper gun technique.
Thin, sandy coarse finish
drying before it flows out
Gun too far from surface. Check distance. Normally 6-8 (HVLP),
8-10 (conventional).
Fluid tip too small. Change to larger tip.
Too much air pressure. Reduce air pressure and check spray
pattern.
Improper thinner being used. Follow paint manufacturer's mixing
instructions.
Thick, dimpled finish
orange peel.
Too much material
coarsely atomized
Gun too close to surface. Check distance. Normally 6-8 (HVLP),
8-10 (conventional).
Fluid tip too large. Change to smaller tip.
Air pressure too low. Increase air pressure or reduce fluid
pressure.
Improper thinner being used. Follow paint manufacturer's mixing
instructions.
Material not properly mixed. Follow paint manufacturer's mixing
instructions.
Surface rough, oily, dirty. Properly clean and prepare.
Fluid dripping or leaking
from bottom of cup
Cup loose on gun. Tighten
Cup threads dirty. Clean.
Cup gasket damaged or dirty. Replace.
TROUBLESHOOTING
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More than just a spray gun manufacturer, DeVilbiss is your single source for
practical solutions to all your spray finishing challenges.
To maximize your production output, you need consistent, reliable performance,
high-quality results and a responsive service partner who knows the industry
and your business. And with DeVilbiss, you not only get the equipment, you
also get the expertise.
Since 1888, we've advanced the science of spray finishing by introducing
innovative products and technological developments that set the standards for
the industry. These efforts help ensure that we can deliver the best solution
for your particular spray finishing applications.
Spray Guns
• �Conventional air spray and HVLP
• �Standard-size, midsize, manual and automatic
• �Waterborne compatible, stainless steel passages
• �Shading and touch-up guns for precision control
• �Decorative guns for textured finish
• �Duster guns for tough cleaning applications
• �Gravity feed, suction feed, pressure feed
Cups and Tanks
• �Pressure, gravity and suction feed cups
• �Aluminum, stainless steel and polyethylene
• �ASME-certified galvanized and stainless tanks
• �Tank capacities from 2 gallon to 15 gallon
• �Air motor drives
Air Control
• �Regulators and gauges
• �Adjusting valves
• �Centrifugal, coalescing, in-line and desiccant filters
Hose
• �Fluid and air hose
• �Ball and air-adjusting valves
• �Fittings and connections
Additional Accessories
• �Thread Adapters
• �SolventSaver™ gun and hose cleaners
• �Gun-mounted fluid strainers
• �Replacement parts kits
• �Air cap test kits
• �Fluid regulators
SYSTEM SOLUTIONS FOR YOUR SPRAY FINISHING NEEDS
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WARRANTY POLICY
This product is covered by Carlisle Fluid Technologies’ materials and workmanship limited warranty.
The use of any parts or accessories, from a source other than Carlisle Fluid Technologies,
will void all warranties. Failure to reasonably follow any maintenance guidance provided
may invalidate any warranty.
For specific warranty information please contact Carlisle Fluid Technologies.
For technical assistance or to locate an authorized distributor,
contact one of our international sales and customer support locations.
Region Industrial/Automotive Automotive Refinishing
Americas
Tel: 1-800-992-4657 Tel: 1-800-445-3988
Fax: 1-888-246-5732 Fax: 1-800-445-6643
Europe, Africa,
Middle East, India
Tel: +44 (0)1202 571 111
Fax: +44 (0)1202 573 488
China
Tel: +8621-3373 0108
Fax: +8621-3373 0308
Japan
Tel: +81 45 785 6421
Fax: +81 45 785 6517
Australia
Tel: +61 (0) 2 8525 7555
Fax: +61 (0) 2 8525 7575
Carlisle Fluid Technologies is a global leader in innovative finishing technologies.
Carlisle Fluid Technologies reserves the right to modify equipment specifications without prior notice.
DeVilbiss®, Ransburg®, ms®, BGK®, and Binks®
are registered trademarks of Carlisle Fluid Technologies, Inc.
©2019 Carlisle Fluid Technologies, Inc.
All rights reserved.
For the latest information about our products, visit www.carlisleft.com
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