Mini Boat Rocker Switch SPST On-Off 2 Pin
= Compact Snap-In Switch for Marine and DIY Projects =
This mini boat rocker switch is a standard SPST (Single Pole Single Throw) onoff switch with a simple 2pin design, making it ideal for controlling lights, motors, and other low-power devices in boats, cars, and household appliances .
Simple OnOff Control SPST circuit with 2 terminals for basic power switching
SnapIn Panel Mount Easy installation with a compact footprint
Rated for AC 125V/6A and 250V/3A (higher ratings up to 10A/125V and 6A/250V available on some models) .
Mounting hole size: typically 12.5mm x 19mm (0.49" x 0.75") .
Use for boats, cars, motorcycles, and household appliances like lamps and coffee makers .
Not designed for heavy loads or continuous high-current use; verify your load requirements before installation .
= Technical Specifications (Typical) =
| Parameter | Value |
|---|
| Circuit Type | SPST (Single Pole Single Throw) |
| Terminals | 2-Pin |
| Positions | 2 (ON-OFF) |
| Current Rating | 6A @ 125VAC / 3A @ 250VAC (typical) |
| Mounting Type | Snap-In / Panel Mount |
| Actuator | Rocker/Toggle |
| Contact Material | Copper/Plastic |
= Key Features =
+Compact Size - Small footprint fits tight spaces
+Durable Construction - Made from plastic/nylon with copper terminals
+Wide Compatibility - Works with various electrical products
+Long Mechanical Life - Up to 10,000 cycles
== Applications ==
- Boat and marine equipment lighting
- Car and motorcycle accessories
- Household appliance controls (lamps, water dispensers, coffee makers)
- DIY electronics and instrument panels
- Automotive and RV interior/exterior lights
Practical and Reliable - A straightforward solution for simple on/off control
Easy Installation Snapin design requires only a correctly sized panel hole
√ Available in various colors (black, white, red) and packs (1-35 pieces)
√ Commonly includes pre-wired cables for quick connection on some models
√ Suitable for DIY, repair, and new installations
= Troubleshooting =
Switch not functioning:
- Verify current and voltage ratings match your application.
- Check for proper electrical connections (solder or crimp).
- Test for continuity across the terminals with a multimeter.
