To Next PageTo Next PageWhat to do if the Power Gear Engine shows a system fault?
If the Power Gear Engine experiences a system fault, it may be due to an obstruction or excessive system drag. Try running the room in the opposite direction. If it continues to move, remove any obstructions or excessive weight. Also, check for damaged components. If the room stops moving in the opposite direction, note the fault code and refer to the chart.
How to troubleshoot a motor fault in a Power Gear Engine?
If the Power Gear Engine's motor is faulty, first check all connections at the control box and motor to ensure they are secure. Next, inspect the harness for any broken wires. If these steps don't resolve the issue, apply 12.0 VDC directly to the motor. If the motor still doesn't run, it needs to be replaced.
What to do if the parking brake LED is flashing on my Power Gear Engine?
If the parking brake LED is flashing on your Power Gear Engine, it could be due to the parking brake not being set. Set the parking brake if applicable. If the problem persists, check for continuity to ground on the wire plugged into the park brake connector at the control box. A lost ground signal could be the cause.
Why is the low voltage LED flashing on my Power Gear Engine?
If the low voltage LED is flashing on your Power Gear Engine, the incoming voltage to the control box may be below 12.0 VDC. Check the 2-pin power connector at the control box. If the voltage is indeed below 12.0 VDC, contact O.E.M. for power and ground supplies.
What causes excessive battery voltage in a Power Gear Engine?
If the Power Gear Engine shows excessive battery voltage, it's because the supply voltage to the control box is 17.0 V DC or greater. Check the 2-pin power connector at the control box. If the voltage is 17.0 VDC or higher, contact O.E.M. for power and ground supplies.
What to do if my Power Gear Lifting Systems show a System Fault?
If your Power Gear Lifting System indicates a system fault, it is likely due to an obstruction or excessive system drag. Try running the bunk lift in the opposite direction. If the bunk continues to move, remove any obstructions or excessive weight. If the problem persists, a component may need repair.
Why are the stops not programmed on my Power Gear Lifting Systems?
The stops on your Power Gear Lifting System might not be programmed because they haven't been set initially, were cleared, or were improperly set. In any of these cases, the stops need to be programmed.
Details the rack and pinion design, 12V DC motor, and capacity of the slideout system.
Lists the key parts of the slideout system, including vertical channels, gear rack arms, and motors.
Step-by-step instructions for extending the slideout room, including pre-operation checks.
Step-by-step instructions for retracting the slideout room, including pre-operation checks.
Details fault codes, descriptions, possible causes, and solutions for system errors.
Explains how to clear minor and major faults detected by the control system.
Procedure to manually retract the room using the touchpad without power loss.
Detailed steps for manual retraction when power is lost or override mode A fails.
General| Brand | Power Gear |
|---|---|
| Model | 1510000199 |
| Category | Lifting Systems |
| Language | English |
