4-Way Ball Valve Mixing Station
The 4-Way Ball Valve Mixing Station is a chemical proportioner for accurately diluting 4 chemical concentrates to required ratios and filling any sized container with diluted, ready-to-use chemical solutions. This venturi injection system uses standard city water pressure (25 - 125 PSI) to draw and blend chemical concentrate into the water stream to create an accurately diluted solution. Ball valve activation allows for hands-free dispensing. Available with separate flow rates for each ball valve to dispense into any sized container or equipment.
KEY FEATURES
- Eliminates manual mixing and optimizes chemical utilization, employee safety and labor efficiency
- Ball valve activation allows for hands-free dispensing
- Chemical resistant wetted components ensure years of outstanding performance with minimal maintenance
- Industrial-strength design holds up in tough environments
- Water pressure gauge eliminates guessing, reduces set-up time and helps with troubleshooting
- Dilution ratio controlled with precision metering tips
- Draws chemical concentrate from any sized container
- Choice of left or right side water inlet
- Mixing stations can be plumbed in series
INCLUDES
- Stainless steel mounting bracket
- Activation ball valve
- Polypropylene injector body
- Integrated brass back-flow preventer
- Easy-to-read water pressure gauge for accurate tip selection
- 20 color-coded metering tips for setting dilution ratios
- (4) 6' chemical suction tube with strainer
- (4) 4.5' open flow discharge tube
Requirements
WATER
- Temperature - up to 160°F
- Pressure - 25-125 PSI
- Supply Line - 1/2" Minimum
FLOW
- High Flow (Black Injector) - 4.0 - 7.3 GPM
- Low Flow (White Injector) - 1.9 - 3.4 GPM
- Bottle Fill (Blue Injector) - 0.6 - 1.0 GPM
DILUTION RATIO RANGE @ 40 PSI
- High Flow - 1,031:1 to 4.8:1
- Low Flow - 480:1 to 3.5:1
- Bottle Fill - 142:1 to 1.7:1
Safety Documents
PRODUCT INSTRUCTIONS
- Installation & Operation Instructions (View Online)
- Installation & Operation Instructions (Printer-friendly PDF)