Chemical Concentrate |
Water | |
Temperature | up to 160°F |
Pressure | 35-125 PSI |
Flow | 4 GPM @ 40 PSI |
Supply Line | 3/4" Min |
Compressed Air | up to 5 CFM |
Hose/Pipe | 1" & 3/4" ID |
Nozzle | HV Entryway Spreader (2 - use both) |
Requirements
Chemical Concentrate |
Water | |
Temperature | up to 160°F |
Pressure | 35-125 PSI |
Flow | 4 GPM @ 40 PSI |
Supply Line | 3/4" Min |
Compressed Air | up to 5 CFM |
Hose/Pipe | 1" & 3/4" ID |
Nozzle | HV Entryway Spreader (2 - use both) |
Overview
Safety & Operational Precautions
To Install (refer to diagram on next page)
Illustration on Page 1 shows overall system setup.
Run a common 1/2" ID compressed air supply line from the Satellite Controller to each Satellite . The size of the airline may need to be 3/4" depending on the distance and number of Satellite Entryway Foamers being installed. You will need up to 4 CFM at 60 PSI per station. If in doubt, oversize the airline. You can use short 3/8" tubing to connect the main airline to each Satellite.
Set the chemical dilution ratio by threading one of the color coded metering tips into each chemical check valve. See chemical labels for dilution ratio recommendation or consult your chemical supplier.
To Operate
The Satellite Entryway Foam Sanitizer is equipped with an air ball valve. While testing and adjusting the unit, or in case of an emergency, the unit can be shut off by closing the air ball valve completely. The unit will not operate when the air ball valve is closed, regardless of the central Satellite Controller settings. Do not use the air ball valve to control air flow. This ball valve must be fully open for the unit to operate correctly.
Recommended Testing Procedure — You can temporarily, directly connect a separate compressed air supply to the unit.
Testing Procedure when unit is connected to a Timed or PLC Jazz Satellite Controller:
Metering Tip Selection | ||
---|---|---|
Metering Tip Color |
OZ/MIN |
Dilution Ratio |
Brown | 0.56 | 914:1 |
Clear | 0.88 | 582:1 |
Bright Purple | 1.38 | 371:1 |
White | 2.15 | 238:1 |
Pink | 2.93 | 175:1 |
Corn Yellow | 3.84 | 133:1 |
Dark Green | 4.88 | 105:1 |
Orange | 5.77 | 89:1 |
Gray | 6.01 | 85:1 |
Light Green | 7.01 | 73:1 |
Med. Green | 8.06 | 64:1 |
Clear Pink | 9.43 | 54:1 |
Yellow Green | 11.50 | 45:1 |
Burgundy | 11.93 | 43:1 |
Pale Pink | 13.87 | 37:1 |
Light Blue | 15.14 | 34:1 |
Dark Purple | 17.88 | 29:1 |
Navy Blue | 25.36 | 20:1 |
Clear Aqua | 28.60 | 18:1 |
Black | 50.00 | 10:1 |
No Tip Ratio Up To: | 6:1 | |
The dilution ratios above are approximate values. Due to chemical viscosity, actual dilution ratios may vary. | ||
Formula | ||
GPM × 128 ÷ Desired Dilution Ratio = oz/min
|
Unit Flow Rates | |
---|---|
PSI | GPM |
35 | 3.74 |
40 | 4.00 |
50 | 4.47 |
60 | 4.90 |
70 | 5.29 |
80 | 5.66 |
90 | 6.00 |
100 | 6.32 |
110 | 6.63 |
120 | 6.93 |
125 | 7.07 |
Troubleshooting Guide |
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Problem | Possible Cause / Solution | |
---|---|---|
Startup | Maintenance | |
A) Foamer will not draw chemical. B) Foam surges. C) Foam output too wet. D) Foam output too dry. E) Doesn't come on when switch is turned on. F) Comes on and runs continuously. G) Comes on but no water through solenoid. H) Air or solution backing up into water line. | 1, 7, 8, 9, 10 1, 2, 3, 4, 6, 7, 8, 9, 10 2, 3, 4, 6, 7, 8, 9, 10 1, 5 11,12 11 10 |
13, 14, 15, 16, 17, 19, 20 13, 14, 15, 16, 17, 19, 20 13, 14, 15, 16, 17, 18, 19, 20 17 19 21 |
Possible Cause / Solution | |
---|---|
Startup | Maintenance |
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PREVENTIVE MAINTENANCE: When the unit will be out of service for extended periods, place chemical tube(s) in water and flush the chemical out of the unit to help prevent chemical from drying out and causing build-up. Periodically check and clean chemical strainer and replace if missing. |