SPARE PARTS
ROTORS AND STATORS
ROTORS AND STATORS
SPRAY PLASTER MACHINES
SAL F4 is three-phase (400 V) continuous mixing pump, ideal for spraying pre-mixed surface coatings containing lime,
cement, finishing compounds, fillers, coloured compounds, adhesives, screeds...
and any prduct compatible with the mechanical spraying.
Dry product separated from the mixing chamber.
Fitted with 4 wheels and transport handles for easier movement.
SPRAY PLASTER MACHINES
SPRAY PLASTER MACHINES
TECHNICAL CARACTERISTICS:
Working pressure: max. 30 bar
Conveying output: Up to 50 litre/min
Conveying distance: Up to 50m
(Depends on the material used and hose diameters)
Motor: Nord-Germany 400 V, 3 Ph, 50 Hz, 5.5 kW, 400 rpm
Hopper content: 145 litre
Air compressor: Poly-Germany 400 V, 3 Ph, 50 Hz, 0.9 Kw, 250 l/min
Water pump: Ondina-Italy 400 V, 3 Ph, 50 Hz, 0.37 kW
Dimension L/W/H: 1.200/720/1.530 mm
Filling height: 910 mm
Weight: ~297 Kg
SPARE PARTS
SAL ROTORS AND STATORS/ SET
SAL D6 - 3
Pumps 1 is adapted to every premixed gypsum based, gypsum-lime based, cement-lime based plasters, floor-screed, glues and finishing products and can be used with all three-phased machines on the market.
SAL D7 - 2.5
The SAL rotor and stator/set is the ideal pump for pre mixed plasters made with gypsum, lime and gypsum, or lime and cement.
The strength of this pump is certainly the excellent balance between durability and flow rate (27 L/minute), which allows for a performance 25% better in respect to the D6-3 model, during the same amount of time. (108 m²/h against 88 m²/h)
SAL D8 - 2
The SAL rotor and stator/set is the high-efficiency mono pump (33L / min) recommended for premixed plasters based on lime and cement, lime and gypsum, gypsum, self-levelling screeds and insulating plasters.
The strong point of this product is undoubtedly the high productivity (33 L / minute) 50% more than the D6-3 model, in the same period of time. (132 m² / h vs 88 m² / h)
We recommend the use of the material tube with a 35 mm section which guarantees excellent durability of the pumping unit.