Product Overview
A 
product.
product.- Draws from pre-mixed solution
- Battery-powered – no air lines or power cords to hold you back
- Up to 2 hours of non-continuous run time from one charge
- Easy-to-read battery level indicator on back plate
- Designed for easy charging and maintenance
- Ideal for drain foaming, spot cleaning, and more
- Optimized for use with low-foaming chemical products
- Produces a lower volume of foam than our air-operated units
- Natural color tank for easy visibility of product levels
- Hinged lid
- Color coding options:
- Lid – 7 colors (BK, BL, GN, YL, RD, PL, OR)
- Discharge hose – 4 colors (BL, GN, YL, RD)
- Integrated hose wraps
- In-line strainer to protect pump from debris
| LIQUID TEMPERATURE RANGE | 40-100ËšF (4.4-37ËšC) |
|---|---|
| ELECTRICAL REQUIREMENTS | 120 VAC at 60 Hz, 2 amps (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 SDS for your product or contact our customer service department. |
| POWER TYPE | Battery |
|---|---|
| BATTERY CHARGE TIME (FROM FULL DEPLETION) | 7.5 hours |
| BATTERY RUN TIME (FROM FULL CHARGE) | Up to 2 hours of non-continuous run time |
| CHEMICAL PICKUP TYPE | Draws from pre-mixed solution |
| NUMBER OF PRODUCTS UNIT CAN DRAW FROM | One product |
| SUCTION LINE LENGTH/DIAMETER | 3/8 in. (9.5 mm) inside diameter |
| CAPACITY | 15 gallons (56.78 liters) |
| DISCHARGE HOSE DIAMETER/LENGTH | 15 ft. (4.6 m) hose, with 1/2 in. (12.7 mm) inside diameter) |
| DISCHARGE WAND/TIP TYPE | Stainless steel wand with 65ï‚° fan tip and ball valve |
| 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 | 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.
