The part number **10RS-5C-R6-R** typically refers to a high-precision, wirewound potentiometer or a specialized resistor component, often associated with brands like **Sakae** or similar manufacturers specializing in precision electromechanical parts. ### Component Specifications Below is a breakdown of the typical technical characteristics for this series: | Parameter | Specification (Typical) | | :--- | :--- | | **Component Type** | Precision Wirewound Potentiometer | | **Resistance Value** | 5k Ohms (indicated by "5C" or "5") | | **Number of Turns** | Single-turn (indicated by "10RS" series) | | **Linearity** | ±0.5% to ±0.1% (High precision) | | **Power Rating** | 0.5W to 1.0W at 40°C | | **Operating Temp** | -50°C to +125°C | | **Housing Material** | Aluminum or high-grade reinforced plastic | --- ### Part Number Breakdown Understanding the nomenclature helps in identifying specific features: * **10RS**: Refers to the series model. The "10" usually indicates the outer diameter (approx. 10mm-13mm) and "RS" identifies it as a rotary-style precision sensor. * **5C**: This is the resistance code. "5" often signifies the multiplier, representing a **5k $\Omega$** total resistance. * **R6**: This suffix usually denotes the mechanical variation, such as the shaft length, shaft shape (D-shape vs. round), or the bushing type. * **-R**: Typically stands for **RoHS Compliance**, ensuring the part is free from hazardous substances like lead. --- ### Key Features and Applications 1. **High Resolution**: Being a wirewound component, it provides excellent stability and a low temperature coefficient, making it ideal for fine adjustments. 2. **Long Rotational Life**: Designed for industrial applications where the dial may be turned frequently. 3. **Applications**: * Industrial control panels. * Medical instrumentation. * Measurement and calibration equipment. * Aerospace positioning systems. ### Installation Code Example If you were interfacing this potentiometer with a microcontroller (like an Arduino) to read its position, the wiring logic would look like this: ```cpp // Basic analog read for a 5k potentiometer const int potPin = A0; // Connected to the wiper (middle pin) int val = 0; void setup() { Serial.begin(9600); } void loop() { val = analogRead(potPin); // Reads 0 to 1023 Serial.println(val); delay(100); } ```