The **14-RSC141D1A00** is a specific model of a **Rocker Switch**, typically manufactured by brands like **E-Switch** (part of their RSC series). These switches are commonly used in power supplies, consumer electronics, and industrial equipment. --- ### Technical Specifications The following table outlines the primary electrical and mechanical characteristics of the 14-RSC141D1A00: | Feature | Specification | | :--- | :--- | | **Switch Type** | Rocker Switch | | **Circuit Configuration** | SPST (Single Pole Single Throw) | | **Switch Function** | On-Off | | **Current Rating** | 20A @ 125VAC / 15A @ 250VAC | | **Illumination** | Non-Illuminated | | **Actuator Color** | Black | | **Housing Color** | Black | | **Termination Style** | Quick Connect (6.3mm / 0.250") | | **Mounting Type** | Panel Mount (Snap-in) | | **Operating Temperature** | -20°C to +105°C | --- ### Component Breakdown #### 1. Internal Contacts The switch utilizes silver-plated copper alloy contacts. The **SPST** configuration means it has two terminals: one for the "Line" (input) and one for the "Load" (output). When the rocker is pressed to the "On" position, the internal bridge closes the circuit. #### 2. Actuator and Housing * **Material:** High-quality Polyamide (Nylon 6/6), which provides excellent thermal resistance and electrical insulation. * **Ergonomics:** The "14" in the series often refers to a specific bezel/actuator shape (curved rocker) designed for easy manual operation. #### 3. Mounting Mechanism The unit features plastic "wings" or clips on the sides of the housing. This allows for **Snap-in** installation into a rectangular panel cutout, eliminating the need for mounting screws. --- ### Typical Applications * **Power Strips:** Used as the primary master power switch. * **Appliances:** Found in coffee makers, vacuum cleaners, and small kitchen tech. * **Industrial:** Control panels for machinery requiring high-current switching. * **Computers:** Main power toggle for ATX power supply units. --- ### Electrical Safety Considerations When integrating this part into a circuit, ensure: * **Voltage Headroom:** Do not exceed the rated 250VAC. * **Inrush Current:** If switching motors or capacitive loads, the initial current spike should not exceed the 20A rating to prevent contact welding.