Data Sheet

DC Latching
Solenoid
Option
Pressure
Regulation
Effluent
Options
Available
P-220 Scrubber
Series
Valves
The P-220S Scrubber
The new P-220 Scrubber Series valves feature
Toro’s patent-pending Active Cleansing
Technology (ACT
™
) system. The ACT system’s
durable turbine is in constant rotation, which
in turn keeps the metering and filtration area
free of dirt and algae build-up. The turbine is
constructed of materials resistant to chlorine,
chloramines, and ozone, thereby keeping the
valve operating at peak performance.
Filter Surface
“Scrubber” Turbine
Features & Benefits
Multiple Design Configurations
Available in 1”, 1.5”, 2”, and 3” inlet/outlet designs, all of which allow the
flexibility of globe or angle orientation.
Durable Glass-Filled Nylon Construction
Robustly built to operate at pressures of up to 220 psi.
Active Cleansing Technology (ACT™)
The industry’s first active scrubber valve cleans continuously, whereas
competing valves only clean upon their opening and closing.
Fabric-reinforced EPDM Diaphragm and EPDM Seat
Designed to work in virtually all water applications.
Rugged Internal Plastic and Stainless Steel Components
The ACT scrubber turbine, nut and metering system are constructed of
marine and aerospace-grade plastics and metals that make them resistant
to chlorine- and ozone-treated water.
Available with Precise Pressure Regulation
Compact EZReg
®
dial-design technology ensures precise downstream
pressure for optimized sprinkler head performance.
Completely Serviceable and Retrofittable
The ACT scrubber diaphragm assembly can be replaced, and can also be
retrofit into previously installed P-220 models.
True dirty water irrigation valves, the Toro P-220S Scrubber
Series valves are built to handle chlorine, chloramine, and other
chemicals found in reclaimed and non-potable water systems.
Constructed of heavy duty, glass-filled nylon and EPDM rubber
components the P-220S valves feature Toro’s patent-pending
Active Cleansing Technology (ACT
™
), which helps prevent the
build-up of sand, algae, and other organic materials that may
inhibit water from metering properly through the valve.