Why does my Pride S34P Scooter controller indicate a fault?
- MMelissa MurphyJul 30, 2025
If your Pride Scooter controller indicates a fault, ensure that all connections are properly secured.
Why does my Pride S34P Scooter controller indicate a fault?
If your Pride Scooter controller indicates a fault, ensure that all connections are properly secured.
What to do if Pride S34P Scooter indicates a throttle fault?
If your Pride Scooter indicates a throttle fault, make sure that the throttle is in the rest position before switching on the scooter.
Why won't my Pride S34P Scooter drive?
Your Pride Scooter might not drive if the battery charger is connected or the seat is not in the driving position. Check these to ensure they are not inhibiting the S-Drive.
What to do if my Pride S34P parking brakes have a bad connection?
If the parking brakes on your Pride Scooter have a bad connection, check the parking brake and motor connections. Also, make sure the controller connections are secured.
What to do if my Pride S34P has excessive voltage applied to the controller?
Excessive voltage applied to the controller of your Pride Scooter is usually caused by a poor battery connection. Check the battery connections to resolve this.
What to do if the freewheel switch is activated on my Pride Scooter?
If the freewheel switch is activated or the manual brake disengagement mechanism is operated on your Pride Scooter, check the position of the switch or lever.
What to do if my Pride S34P has a bad connection to the motor?
If there is a bad connection to the motor of your Pride Scooter, check all the connections between the motor and the controller.
Weight Capacity | 300 lbs |
---|---|
Seat Type | Foldable |
Seat Width | 17 inches |
Seat Depth | 16 inches |
Drive System | Rear-wheel drive |
Battery Size | 12 AH |
Battery Charger | Off-board |
Battery Type | Sealed Lead Acid |
Motor Power | 24V DC motor |
Describes CE mark, product type, and initial warning to read the manual before operation.
Covers essential safety practices like seat belt use, avoiding alcohol, distractions, and awareness of obstacles.
Details precautions for curb climbing, hand/leg placement, snow operation, children, and reading the manual.
Discusses medication, limitations, drive mode, anti-tippers, electrical safety, temperature, programming, stopping distance, and transport.
Discusses disallowed modifications and essential pre-operation inspections for safety and performance.
Covers weight limits, tire pressure maintenance, and temperature effects on battery and scooter operation.
Explains EMI sources, effects on scooter control, and user precautions to avoid interference.
Lists detailed technical data including model, capacity, speed, dimensions, range, and slope limits.
Provides step-by-step instructions with illustrations for unfolding the scooter for use.
Provides step-by-step instructions with illustrations for folding the scooter for transportation.
Describes the control panel layout, power lights, speed adjustment, and battery status indicator.
Explains the key, horn, speed adjustment, and finger lever control for driving the scooter.
Covers speed adjustment, control panel display, auto power-off, and the free-wheeling mechanism.
Details electromagnetic brakes, parking brake function, and thermal rollback safety features.
Provides specifications for lead-acid and lithium batteries, and details about the approved battery charger.
Outlines the steps for charging the scooter and explains the battery indicator's function.
Details daily, monthly, and semi-annual maintenance tasks for the scooter's upkeep.
Covers cleaning, tire care, upholstery maintenance, and lubrication of moving parts.
Lists error flash codes and common symptoms indicating potential scooter problems.
Presents the electrical schematic for the scooter's components and wiring.
Provides a list of parts with corresponding numbers and a visual representation of their placement.
Outlines the warranty periods for different components and lists items not covered by the warranty.