Bladez Corp. • 20155 Ellipse • Foothill Ranch, CA 92610 • (866) 325-2339 • www.ebladez.com
Page 10
Multi-Function LED
The XTR-SE comes equipped with a multi-
function LED that indicates charge status
while riding. When the scooter is powered
on and has a full charge (over
23.2V
) the
LED light will be green. While riding the
LED light will turn to yellow to indicate mid-
charge
(21.5V to 23.2V
). When the LED
light turns red (
under 21.5V
) it is time to
charge your scooter. If the LED light starts
to blink red
(under 19V)
the scooter has
gone into deep discharge and it is
recommended that you do not ride your
scooter until you recharge completely, as it
may damage the batteries (Fig. 10).
The LED has other functions to help you troubleshoot some problems.
•
If you have the throttle lever depressed and you try to turn on the scooter the LED
will blink red. This is to keep the scooter from running away when you are not ready.
•
If the LED stays solid red after a full charge, you might have a problem with your PC
board. Please contact Bladez customer service department.
•
If there is a problem in the motor the LED will blink yellow. If the motor temperature
reaches 221° F the scooter will shut off and the LED light will blink green. If that
happens let the motor cool before you attempt to ride again.
Riding
Before going for a ride, make sure that all of
the bolts and screws are tightened. Flip the
ON/OFF switch to the ON position, a green
light next to the switch will turn on (Fig. 11).
You are now ready to ride your scooter.
NOTE:
If the unit is at the ON position for over
10-15 minutes without moving, Smart Power will
shut the scooter OFF. To reset, turn the unit
OFF, wait a few seconds and then switch it back
ON again.
Put one foot on the deck of the XTR-SE. While pushing off with the other foot, gently
squeeze the ACCELERATOR LEVER on the right side of the handlebars. The XTR-SE
will begin to move on its own power.
VOLTS
COLOR
ABOVE 23.2
GREEN
BETWEEN 21.5V-
23V
YELLOW
LOWER THAN
21.5V
RED
LOWER THAN
19V
BLINK RED LIGHT
Fig.12
Fig. 8
