RV owners who want to upgrade their rigs with slide out switches need to understand the wiring diagram to avoid misconnections that can lead to system short circuits. This article provides an in-depth explanation of the schematic RV slide out switch wiring diagram, including its components, functions, and troubleshooting tips.
What is a Slide Out Switch?
A slide out switch is a device that controls the electric motor that moves the RV slide out. Typically, the switch is mounted on a control panel, which is located inside the RV. The switch has three positions, namely: in, out, and neutral. When the switch is in the in or out position, it either powers or reverses the electric motor to move the slide out accordingly. On the other hand, when the switch is in the neutral position, the slide out’s movement is blocked.
Components of the Slide Out Switch Wiring Diagram
The slide out switch wiring diagram consists of several components that facilitate the device’s functionality. These components include:
| Component | Description |
|---|---|
| Electric Motor | The motor that moves the slide out |
| Slide Out Switch | The device that controls the electric motor |
| Circuit Breaker | The safety device that cuts off the electric current when there’s a system overload |
| 12VDC Power Source | The battery that powers the electric motor and switch |
Wiring Diagram
The wiring diagram of the slide out switch typically consists of four wires. These wires are:
- Positive wire from the battery
- Negative wire from the battery
- Positive wire to the electric motor
- Negative wire to the electric motor
When the slide out switch is in the in position, the positive wire from the battery connects to the positive wire of the electric motor while the negative wire of the electric motor connects to the negative wire from the battery. Conversely, when the switch is in the out position, the positive wire from the battery connects to the negative wire of the electric motor while the positive wire of the electric motor connects to the negative wire from the battery.
Troubleshooting Tips for the Slide Out Switch Wiring Diagram
RV owners who encounter problems with their slide out switch wiring diagram can use the following troubleshooting tips:
Check for Power Source
The first thing to do is to check for power source by testing the battery. RV owners can use a voltmeter to check if the battery is generating enough power to move the slide out. If the battery is low, then it may need recharging or replacement.
Check for Loose Connections
Another common issue with the slide out switch wiring diagram is loose connections. RV owners should inspect the wiring for loose connections and tighten them accordingly. Additionally, they should inspect the circuit breaker for any tripped circuits and reset them if necessary.
Check for Faulty Switch
RV owners may encounter problems with the slide out switch if it’s faulty. They can use a multimeter to check the switch for any continuity issues. If they discover any issues, then they need to replace the switch.
FAQs
Q1. Can an RV owner install a slide out switch?
Yes, an RV owner can install a slide out switch. However, they should follow the manufacturer’s installation instructions and wiring diagram to avoid damaging the system.
Q2. How long does a slide out switch last?
The lifespan of a slide out switch depends on how often it’s used and how well it’s maintained. Typically, a slide out switch can last for several years with proper maintenance.
Q3. Can an RV owner repair a faulty slide out switch?
RV owners may attempt to repair a faulty slide out switch. However, they should have the necessary tools, skills, and knowledge to do so. Additionally, if the warranty is still valid, then they should contact the manufacturer for repair or replacement.
Q4. Can a faulty slide out switch cause an electrical fire?
Yes, a faulty slide out switch can cause an electrical fire if a short circuit occurs. RV owners should troubleshoot and repair any issues with the slide out switch wiring diagram to prevent system overloads and short circuits.
