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FOAMiT 10 GAL PORTABLE FOAM UNIT BATTERY OPERATED-NATURAL-SANTO-SS BALL VALVE

$ 818.4

Availability: 100 in stock

Description

Condition: Like new. The foaming unit was used a few hours for demonstration purposes only.
Details: The unit was used with a pH neutral probiotic biosurfactant cleaners.
Shipping: Local Pick-up available in Glendora, CA. 91741
A FOAM IT PRODUCT
10 Gallon Battery Foam Unit with Stainless Steel Ball Valve
Draws from pre-mixed solution
Battery operated
Up to 45 minutes of continuous use from one charge
Stainless ball valve with foam fan tip
Hinged back plate provides tool-free access to components
Natural color tank for easy visibility of product levels
Hinged lid, available in 5 colors
Integrated hose wraps
Front-facing drain
Model
FI-10N-B-SSBV
LIQUID TEMPERATURE RANGE
40-100˚F (4.4-37˚C)
ELECTRICAL REQUIREMENTS
120 VAC at 60 Hz, 1 amp (GFCI protected outlet) for battery charger only
OPERATING VOLTAGE
12 VDC
CHEMICAL COMPATIBILITY
Chemical products used with this equipment must be formulated for this type of application and compatible with unit materials and pump seals. For more information on chemical compatibility, consult the manufacturer or MSDS for your product or contact our customer service department.
POWER TYPE
Battery
BATTERY CHARGE TIME (FROM FULL DEPLETION)
8 hours
BATTERY RUN TIME (FROM FULL CHARGE)
45 minutes of continuous use
CHEMICAL PICKUP TYPE
Draws from pre-mixed solution
NUMBER OF PRODUCTS UNIT CAN DRAW FROM (AND WHETHER IT DRAWS SIMULTANEOUSLY OR ONE AT A TIME)
One product
SUCTION LINE LENGTH/DIAMETER
3/8 in. (9.5 mm) inside diameter
CAPACITY
12.5 gallons (47.32 liters)
DISCHARGE HOSE DIAMETER/LENGTH
12 ft. (3.66 m) hose, with 3/8 in. (9.5 mm) inside diameter
DISCHARGE WAND/TIP TYPE
Polypropylene trigger handle with 50˚ fan tip
OUTPUT DISTANCE
5-6 ft. (1.52-1.83 m)
OUTPUT VOLUME
4-5 gal/min (15-18.93 l/min) of foam
FLOW RATE*
2 gal/min (7.6 l/min)
PUMP SEALS
Santoprene, Viton, or Kalrez
WHEEL TYPE
Two 10 inch non-marking wheels
*Dilution rates and flow rates given are based on chemical with viscosity of water and factory air pressure settings.