SAMES KREMLIN A3, Original Manual, Page: 25 / 30

SAMES KREMLIN - 1 - N° : 578.019.120-UK-1712
1. OPERATING
Safety instructions :

Never try to stop the spray fan with any part of the body (hands, fingers…) or with
rags. Never point the spray gun at anyone or at any part of the body.

The operator will need medical attention if the high pressure material spray is in
contact with the the body (eyes, fingers…).

Always lock the gun trigger with the safety device when not operating the gun.

Always depressurize air and hoses before carrying out any servicing on the gun.
In order to protect the operator, protective clothing (gloves, respirator
mask, glasses, hearing protective earplug, clothes…) are required.
Use the equipment in a properly ventilated area.
Unscrew the needle adjustment knob at the back of the gun.
Unscrew the air adjuster (s) located on the base or on the gun.
Select the desired projector ( needle) best suited for the job at hand.
Screw on the nozzle, then the aircap to the gun.
Before tightening up firmly the aircap ring, position the aircap for the best spray. The fan is vertical when
the 2 ears of the aircap are horizontal.

We advice you to put the gun in the "OPEN" position to prevent any damage to the needle
while fitting the nozzle .
2. CONTROL
This professional spray gun features 3 controls :

THE AIR PRESSURE
- Supply the air of the network (clean air - maximum pressure : 6 bar / 87 psi) to the gun.
- Control the gun opening (air pressure > 3 bar / 43.5 psi).
- Adjust the air pressure upstream of the gun to obtain a correct spraying.

THE FAN WIDTH
Can be adjusted by using the knurled knob. It controls the air going to the horns on the aircap. In this
way, the air is controlled through the fanned air outlets and allows the fan to change from flat (wide
open) to round (closed).

THE FLUID OUTPUT
Having selected the proper fluid nozzle / needle assembly and the fluid pressure, it is possible to
further control the output by changing the travel of the needle (needle stop knob) in case of fluid
supply.
Optimal set-up is usually obtained when the product needle is completely open. When this needle is
nearly closed, a regular flow of product can not be guaranteed.