Sagola 4100 Xtreme Ceramic Pressure Spray Gun

4100 Xtreme Ceramic Pressure Spray Gun

Manufacturer: Sagola

Part #: PG101521XX

• PG10152130 = Sagola 4100 Xtreme Ceramic Pressure with 78 Aircap & 1.40mm Tungsten Carbide Needle & Nozzle Kit 
• PG10152131 = Sagola 4100 Xtreme Ceramic Pressure with XT03 Aircap & 1.40mm Tungsten Carbide Needle & Nozzle Kit
• PG10152132 =Sagola 4100 Xtreme Ceramic Pressure with 67 Aircap & 1.80mm Tungsten Carbide Needle & Nozzle Kit 
• PG10152133 = Sagola 4100 Xtreme Ceramic Pressure with 64 Aircap & 2.20mm Tungsten Carbide Needle & Nozzle Kit 
• PG10152134 = Sagola 4100 Xtreme Ceramic Pressure with 64 Aircap & 2.50mm Tungsten Carbide Needle & Nozzle Kit 
• PG10152135 = Sagola 4100 Xtreme Ceramic Pressure with 62 Aircap & 2.80mm Tungsten Carbide Needle & Nozzle Kit 
• PG10152136 = Sagola 4100 Xtreme Ceramic Pressure with 63C Aircap & 2.80mm Tungsten Carbide Needle & Nozzle Kit 

Description: This unit belongs a the family of devices designed to spray products with compressed air with a spray gun, providing a high level of product transfer (T > 65%) and excellent quality finish, as well as low levels of contamination.

The SAGOLA gun model 4100 Xtreme (Gravity, Pressure and Suction) can be used for applying appropriately diluted products (paints, lacquers, varnishes, adhesives, etc.), used widely in the automotive industry, timber industry, plastics, etc.
The SAGOLA gun model 4100 Xtreme Ceramic can be used for spraying highly abrasive and high micronage products, used widely in the Construction, Industry in general (structural, bodyshop industry, ceramics, vitrified enamels, etc.)
Compressed air for spraying is connected to the air input connector under the gun grip.
In the gravity or suction version; the product to be applied is placed in the cup provided for this purpose, from which it flows by gravity or suction to the fluid tip and is then mixed with spraying air in a way that can be controlled from outside the air nozzle.
In the pressure version; the product to be applied is placed in the pressure tank (hereinafter Reboiler) or using a pressure pump. From here it flows through a hose to the fluid tip and is them mixed with spraying air in a way that can be controlled from outside the air nozzle.
When the trigger is pulled back to the first position, it engages the air valve stem, opening this and allowing air to flow through.
When the trigger is pulled back fully, the product needle is retracted, allowing the product to flow out. This is then sprayed in the form of a fan.
When the trigger is released, the needle returns to its initial position, first closing off the product outlet and then the air valve and application stops.

Tips:

-You are recommended to use the gun with the product regulator open (without removing it completely from its housing) in order to minimize wear to the fluid tip and needle and to ensure maximum amplitude.
- Use the lowest spray pressure in the nozzle that allows you to obtain the required finish. Not all products require the maximum pressure for correct spraying. With a lower pressure, less air is consumed and there is an additional increase in product transfer.
- The gun leaves the factory ready to spray products correctly with the air nozzle corresponding to each application. It is adjusted to an air inlet pressure of 2 bar to ensure maximum performance.
- Pay special attention to the application speed. The thickness of the film deposited may be greater than planned if the application speed is low, and the opposite is also true.
- If the film is thick or granulated, this is due to the fact that the air pressure is excessive for the amount of product being applied. Reduce the air pressure in the gun in order to ensure that the solvent in the paint does not evaporate during spraying and that this is not dry when it reaches the surface to be painted. Increase the amount of product, correct its viscosity or use a larger fluid tip in the gun.
- If the thickness of the layer is very thin, this is due to the fact that the air pressure is excessive for the amount of product to be applied. Decrease the amount of product, reduce its viscosity or use a smaller fluid tip in the gun.
- If sagging occurs, this is due to the fact that the amount of product to be applied is excessive for the air pressure used, that the viscosity is not correct or the application speed is not adequate.
Decrease the amount of product, adjust its viscosity or increase the application speed until the required finish is obtained.
- The spraying width (spraying pattern) obtained will depend on the air nozzle used. If nozzles are required for other applications, contact the Technical Service of SAGOLA S.A.
- The size or amplitude of the spraying pattern can be modified with the spray width regulator, by turning the control anticlockwise to increase this or clockwise to reduce this.

Parts and Accessories:

• Air Caps:
  • PT56418590 (78 Air Cap)
  • PT56418566 (XT03 Air Cap)
  • PT56418568 (67 Air Cap)
  • PT56418570 (64 Air Cap)
  • PT56418567 (62 Air Cap)
  • PT56418559 (63C Air Cap)
• Needles & Nozzles:
  • PT10010146 (1.40mm Tungsten Carbide Needle & Nozzle Kit)
  • PT10010148 (1.80mm Tungsten Carbide Needle & Nozzle Kit)
  • PT10010149 (2.20mm Tungsten Carbide Needle & Nozzle Kit)
  • PT10010162 (2.50mm Tungsten Carbide Needle & Nozzle Kit)
  • PT10010150 (2.80mm Tungsten Carbide Needle & Nozzle Kit)
• Common Spare / Replacement Parts:
  • PT56418623 (Air Valve Kit)
  • 56418494 (Air Valve Gasket, Pack of 6)
  • 54110012 (Air Valve Seat)
  • 56411616 (Packing Gland)

Literature:

• Manual