No test equipment necessary
Your electric scooter controller will not accept throttle commands
This is an easy test to perform.
Hall Effect throttles have three wires, Red, Black and usually one of the following a green, yellow or blue.
Controller outputs on Red 3.4-5VDC
Check Your POT Throttle here POT Codes
TEST
1. Remove fuse
2. Elevate rear wheel ( we will try to make it spin at full speed )
3. Turn key to off position
4. Make a circuit between the three accelerator / deraillur wires from controller
( This is where the three throttle wires mentioned above plug into the controller )
5. Replace fuse
CAUTION
Be sure scooter is stable
Stay clear of rear wheel
6. Turn key to on position
7. Turn key to off position
End of test
1. Remove fuse
2. Elevate rear wheel ( we will try to make it spin at full speed )
3. Turn key to off position
4. Make a circuit between the three accelerator / deraillur wires from controller
( This is where the three throttle wires mentioned above plug into the controller )
5. Replace fuse
CAUTION
Be sure scooter is stable
Stay clear of rear wheel
6. Turn key to on position
7. Turn key to off position
End of test
If the motor did not spin you have
another problem. ( bad connection, batteries, controller, key switch,
motor ect.)
If the motor spins there is a short in the throttle system.
Check all connections and look for broken wires.
Replace Throttle
If the motor spins there is a short in the throttle system.
Check all connections and look for broken wires.
Replace Throttle
24V controllers will not have full
function when system voltage falls below 21 volts or each of two
batteries falls below 10.5V.
36V controllers will not have full function when system voltage falls below 31.5 volts or each of three batteries falls below 10.5V.
SMART charging systems work the same way.
24V chargers will refuse when system voltage falls below 20.5
36V chargers will refuse when system voltage falls below 31.5 ( Ex. 44VDC output SMART charger refuse a 24v system)
36V controllers will not have full function when system voltage falls below 31.5 volts or each of three batteries falls below 10.5V.
SMART charging systems work the same way.
24V chargers will refuse when system voltage falls below 20.5
36V chargers will refuse when system voltage falls below 31.5 ( Ex. 44VDC output SMART charger refuse a 24v system)
