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SIPHON FEED CUP HOOKUP

Air pressure for atomization is regulated at 
extractor. Amount of fluid is adjusted by fluid 
control screw on gun, paint viscosity and 
air pressure.

PRESSURE FEED CUP HOOKUP

Air pressure for atomization is regulated at 
extractor. Fluid pressure is regulated at cup 
regulator. For heavy fluids and internal mix 
nozzle spraying, fluid adjusted control screw on
gun, pressure cup also available less regulator.

PRESSURE FEED TANK HOOKUP

For portable painting operations
(Double regulator) Air pressure for atomization
and fluid supply is regulated by two individual 
air regulators on tank.

PRESSURE FEED TANK HOOKUP

For medium production spraying
(Single regulator) Air pressure for atomization is
regulated at extractor. Fluid pressure is regulated
at tank regulator.

PRESSURE FEED CIRCULATING HOOKUP

For heavy production spraying.
Air pressure atomization regulated at extractor.
Fluid pressure is regulated at fluid regulator.

TYPES OF INSTALLATION

7

PRESSURE SPRAYING

After selecting correct size fluid, set fluid pressure for the desired flow. Open atomization air and test
spray. If spray is too fine, then reduce air pressure. If spray is too coarse, then raise air pressure. Adjust
pattern width and repeat adjustment of spray.

Keeping fluid control screw in open position will reduce fluid needle wear.

NOTE: To reduce overspray and obtain maximum efficiency, always spray with the lowest possible 
atomization air pressure.

OPERATION

Proper handling of the gun is essential for obtaining a good finish. The gun should be held at right 
angle to the surface being covered, moving parallel with the surface. For precise control of the gun 
and material, the trigger should be released before the end of the stroke.

Hold the gun from 6 to 12 inches (15,24cm to 30,48cm) away from the surface depending on material
and atomizing pressure. For a uniform finish, lap each stroke over the preceding stroke, making sure 
the spray is smooth and wet.

Using the lowest possible atomizing air pressure will reduce over-spray and provide maximum efficiency.

Start

stroke

End of
stroke

Pull

trigger

Release

trigger

RIGHT

6 to 12 inches

(15,24cm to 30,48cm)

Coating should be even 

and wet when spraying

TRAVEL OF GUN

Coating will be light 

at this point

Coating will be heavy 

at this point

WRONG

6

Air Inlet

Air

Air

Air

Air

Air

Air Supply

Air Hose

Fluid

Fluid
Regulator

Fluid

Fluid

Fluid

Fluid

Fluid

Extractor

Extractor

Main Line

Outlet

Pressure Tank

Pressure Tank

Pressure Cup

Siphon Cup

Cup Regulator

Oil and Water

Extractor

Oil and Water

Extractor

Summary of Contents for 540139

Page 1: ...RATING YOUR SPRAY GUN SET KEEP MANUAL WITH IMPORTANT RECORDS FOR SAFETY INSTRUCTIONS AND OPERATING PROCEDURES Please retain these instructions for future reference ANTES DE OPERAR EL JUEGO DE PISTOLA...

Page 2: ...and other flammable waste materials must be placed in a tightly closed metal container and disposed of later in the proper fashion Do not wear loose or ill fitting clothing Remove watches and rings D...

Page 3: ...spray is too fine then decrease the air pressure or open fluid control screw If the spray is too thick then close the fluid control screw Regulate the pattern width and repeat adjustment of spray as...

Page 4: ...raise air pressure Adjust pattern width and repeat adjustment of spray Keeping fluid control screw in open position will reduce fluid needle wear NOTE To reduce overspray and obtain maximum efficiency...

Page 5: ...control at the gun AIR NOZZLE FLUID NOZZLE AND NEEDLE ASSEMBLY 1 All nozzles and needles are precision made and should be handled with care 2 Except as described in 5 do not make any alterations to th...

Page 6: ...moistened with thinner a Atomization air pressure is set too high b Trying to spray a thin material in too wide a pattern a Reduce air pressure b Increase material control by turning fluid Control scr...

Page 7: ...pring 1 4 Trigger 1 14 Fluid Control Knob 1 5 Gun Body 1 15 Packing Material 1 6 Washer 1 16 Packing Nut 1 7 Valve Seat 1 17 Spray Control Assembly 1 8 Valve 1 18 Complete Lid Assembly 1 9 Spring 1 19...

Page 8: ...tos Incluso los proyectiles peque os pueden causar lesiones oculares y ceguera El aire a presi n puede causar lesiones graves Siempre apague el suministro de aire purgue la presi n neum tica y descone...

Page 9: ...5cm 1 2 5cm 1 2 5cm 70 119m3 h 1 2 5cm 1 2 5cm 1 1 4 3 2cm 1 1 4 3 2cm 16 Nunca monte el extractor de aceite y agua en o cerca del compresor de aire Durante la compresi n la temperatura del aire aume...

Page 10: ...mantiene el tornillo de control del l quido en su posici n abierta se reducir el desgaste de la aguja de l quido NOTA Para reducir el rociado excesivo y obtener el m ximo de eficiencia siempre roc e...

Page 11: ...MEDIATAMENTE DEL SERVICIO REPARACIONES ANTES DE REPARAR LAS HERRAMIENTAS DESCON CTELAS DEL SUMINISTRO DE AIRE COMPRIMIDO LAS REPARACIONES DEBEN REALIZARSE CONFORME LOS PROCEDIMIENTOS RECOMENDADOS POR...

Page 12: ...LA DE AIRE DE L QUIDO Y AGUJA 1 Todas las boquillas y agujas est n hechas con precisi n y deben manipularse con cuidado 2 Con excepci n de lo descrito en el punto No 5 no altere la pistola en modo alg...

Page 13: ...uido Remoje la boquilla en disolvente para soltar las obstrucciones luego sople aire hasta que quede limpia Use un mondadientes para limpiar los orificios Nunca intente aflojar el material seco con un...

Page 14: ...2 V lvulas de conexi n para l quido 1 3 Gatillo de tornillo 1 13 Resorte 1 4 Gatillo 1 14 Perilla controladora del l quido 1 5 Cuerpo de la pistola 1 15 Material de la empaquetadura 1 6 Arandela 1 16...

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