Automated RFS Systems
An automated RFS system is configured to individual plant applications. It controls zoned spray manifolds for sequenced rinse, foam and sanitize application processes. The booster pump feeds pressurized water to the RFS unit, which injects the chemical and controls zones and cycles. Sani-Matic engineers the spray devices to meet specific applications and layout. Automated RFS controls interface with process equipment controls for permission to clean, and can pass data records to plant-side software.
Central High Pressure Systems Sani-Matic Central High Pressure (CHP) Systems are designed to efficiently clean facilities and process equipment by supplying consistent high pressure and water flow to multiple drop stations located throughout a facility.
Standard • Stainless steel skid-mounted surge tank • A utomatic temperature and water level controls with alarm and shutdown • In-tank steam heating, direct steam injection • Drop station configurations: Rinse Only • Rinse / Foam • Rinse / Foam / Sanitize Features
Optional • Soft start motor assembly, VFD control
• Additional pumps for any system • PLC controls with control interface • N atural gas, electric immersion heating or shell and tube steam heat exchanger • C omponents including spray guns, foaming wands, hoses and hose racks
How it Works Remote Drop-Station Components: Drop stations are installed to provide specific cleaning functions in a particular location and are supplied by a Central High Pressure unit.
High pressure supply header
Central supply source
Rinse and foam station
Foam-only station
Rinse, foam and sanitizing station
Rinse-only station
The Impact RFS Booster System supplies pressurized water to remotely mounted Impact RFS Stations. RFS Booster Systems
RFS Stations Wall-mounted drop stations are configurable to Rinse (R), Rinse-Foam (RF) or Rinse-Foam-Sanitize (RFS). Stations safely integrate chemicals from local chemical jugs through an automated Venturi injector.
The RFS boosted pressure systems boost incoming water pressure by 300 psi (or specified) to ensure proper cleaning impact for every hose gun operator on-demand. Sensors automatically turn on the boosters and a time delay shutdown conserves energy.
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