8
USER MANUAL - URBAN RYDER™
www.greenlightcycle.com
1-855-GRN-RYDE
(1-855-476-7933)
ASSEMBLY: SEAT INSTALLATION & TIRE PRESSURE
4. Seat Installa on
Iden fy the “Minimum Insert Line” on the seat post (
Fig. 4.1
). Insert the seat post into the seat tube so the Minimum Insert
Line is not visible (
Fig. 4.3
). The seat post sha must be installed so that the Minimum Insert Line is at least 1/4 inch
below
the Quick Release Lever.
Assembly: Seat Installation & Tire Pressure
Fig. 4.1 Seat Post, “Minimum
Insert Line”
Fig. 4.3 Seat Post Inserted
Correctly, 1/4” Past
“Minimum Insert
Line”
Fig. 4.2 Incorrectly Installed
Seat Post
With the Quick Release Lever in the open posi on (the lever should be at a 90° angle to the seat tube), insert the seat post
into the seat tube. Tighten the Quick Release clamp by turning the tension adjus ng nut clockwise, with one hand on the
cam lever to keep it from rota ng. Li the Quick Release Lever up to the locked posi on.
Grab the seat by the saddle with both hands to a empt to rotate the seat. If you are unable to force the seat out of
alignment with the frame, the clamp is ght enough. If the seat moves out of alignment with the frame, increase the
tension on the adjus ng nut approximately a 1/4 turn and try again. The seat height can be adjusted from 34 to 38.5 inches
(863 mm - 977 mm) from the ground or 30.5 to 34.5 inches (774 mm - 876 mm) from the pedals.
Fig. 5.1 Tire Pressure Ratings
CAUTION:
Less than 1/2 a turn on the adjus ng nut can make the di
ff
erence between safe clamping force
and unsafe clamping force.
CAUTION:
A poorly adjusted seat can result in
damaging the bicycle, personal injury or death
.
!
!
!
!
CAUTION:
The res have
NOT
been
fi
lled with air to the correct capacity for shipping purposes.
!
!
5. Tire Pressure
Using a hand pump,
fi
ll the res with air to the
ra ng on the sidewall (
Fig. 5.1
). We recommend a
hand pump to avoid over in
fl
a ng the res, which
can easily happen when using a high pressure air
line at a gas sta on or automo ve re store.
The res are rated for a maximum of pressure of
“
450 kPa
” or “
65 PSI
”.
