FOAMER NOZZLE ATTACHMENT
RY31F04/RY31F04VNM
WARNING:
To reduce the risk of injury, user must read and understand
the operator's manual for their pressure washer before
using this accessory. Fits most pressure washers. Ensure
compatibility and proper fit before using this accessory.
Wear eye protection with side shields marked to comply
with ANSI Z87.1 Risk of fluid injections; do not point at
people, pets, electrical devices, or the unit itself. Turn off
the pressure washer, relieve the water pressure in the trig-
ger handle, and lock the lock out on the trigger handle (if
one is included with your pressure washer) before install-
ing, changing, or adjusting accessories. For cold water
use only. For outdoor use only – store indoors. Save these
instructions. Refer to them frequently and use them to
instruct other users. If you loan someone this product,
loan them these instructions also.
PRODUCT SPECIFICATIONS
Connection1/4 in.Quick Connect Plug Inlet
Maximum Pressure .......................................up to 3300 psi
Maximum Water Flow ...............................................4 GPM
Maximum Water Temperature ................................... 140°F
APPLICATIONS
You may use this product for the purpose listed below:
Applying detergent to remove dirt and mold from decks,
cement patios, and house siding, cars, boats, motor-
cycles, outdoor furniture, and grills
INSTALLING THE FOAMER NOZZLE
ATTACHMENT
See Figures 1 - 2.
The foamer nozzle attachment allows you to use foaming
detergent while using your pressure washer for cleaning.
Add 4 oz. of concentrated detergent into the detergent
cup, then fill with water up to the 8 oz. mark.
NOTE: Use only RYOBI
(available at your local retailer) in the attachment. Any
other solutions may damage the attachment.
concentrated foaming detergent
™
ATTACHMENT
HEAD
DETERGENT
CUP
Install the attachment head to the cup and tighten
securely.
Install the attachment on the end of your pressure wash-
er's spray wand just as you would any type of nozzle.
Fig. 1
PRESSURE
WASHER
SPRAY
WAND
Fig. 2