The part number **14-RSC441D1121** refers to a high-quality **Rocker Switch** manufactured by **E-Switch**. It belongs to the RSC series, which is known for its compact size and high current rating. --- ### ## Technical Specifications Below is a detailed breakdown of the technical characteristics for this specific model: | Parameter | Specification | | :--- | :--- | | **Manufacturer** | E-Switch | | **Series** | RSC Series | | **Circuit Type** | SPST (Single Pole Single Throw) | | **Switch Function** | On-Off | | **Current Rating (AC)** | 15A @ 125VAC / 10A @ 250VAC | | **Actuator Style** | Concave (Rocker) | | **Illumination** | Non-Illuminated | | **Mounting Type** | Panel Mount, Snap-In | | **Termination Style** | Quick Connect (0.187" / 4.7mm) | | **Panel Cutout Size** | 12.10mm x 27.20mm | --- ### ## Part Number Breakdown (Nomenclature) To understand exactly what each digit in **14-RSC441D1121** signifies, we can look at the E-Switch coding system: 1. **RSC4**: Refers to the series and physical body size. 2. **4**: Circuit configuration (SPST). 3. **1**: Function (On-Off). 4. **D**: Terminal Type (Quick Connect). 5. **1**: Actuator Marking (Plain/No marking, or specific color code). 6. **1**: Housing Color (Black). 7. **2**: Actuator Color (Black). 8. **1**: Marking Color (White, usually "I/O" symbols). --- ### ## Key Features and Applications ### ### Features * **High Power Handling:** Capable of handling up to 15 Amps, making it suitable for industrial and consumer appliances. * **Snap-In Design:** Easy to install into panels without the need for additional hardware. * **Slim Profile:** The RSC series is designed for applications where space behind the panel is limited. ### ### Common Applications * **Consumer Electronics:** Power strips, vacuum cleaners, and coffee makers. * **Industrial Equipment:** Control panels for small machinery. * **Medical Devices:** Power switches for diagnostic tools. * **Office Appliances:** Printers and shredders. --- ### ## Connection Diagram The SPST configuration is the simplest form of a switch. Here is a logic representation: ```text Terminal 1 (Line) ---- [ Switch ] ---- Terminal 2 (Load) ``` * **Position 1 (OFF):** Circuit is open (No continuity). * **Position 2 (ON):** Circuit is closed (Continuity between terminals).