Thermistor 10K Ohm | Wired Temperature Probe | B-Value 3950 10-Pack

This group of NTC thermistors has wires already attached. They measure temperature in your electronics projects. A thermistor is a resistor. Its resistance changes in a predictable way with temperature. This provides a direct way to get temperature readings. Use them for 3D printer hotends, HVAC systems, or custom circuits. Features and Benefits - Available in 10k and 100k ohm options - Choose 10k for common uses. Or pick 100k, which is often used for 3D printers that need specific temperature curves. - B-value of 3950 - This constant helps with accurate temperature calculations. You get more reliable data from the temperature sensor probe. - Pre-soldered lead wires - The attached thermistor with cable saves you time. You can connect it right to your board without difficult soldering. - MF52D epoxy-coated bead - The negative temperature coefficient sensor is safe from moisture and physical contact. This helps it work correctly. Applications - 3D Printing - Watch and set the temperature of a printer's hotend or heated bed. This helps with consistent prints. - Climate Control - Put this NTC temperature sensor into an HVAC system. It measures air or fluid temperature. - DIY Electronics - Add temperature monitoring to an Arduino project. Use it for data logging or to turn on a fan for cooling. What It Is This is a 10-pack of 10K Ohm thermistors, specifically a wired temperature probe. It is a Negative Temperature Coefficient (NTC) sensor, meaning its resistance decreases as its temperature increases. This model is an MF52D, featuring a B-Value of 3950K. It is designed for accurate temperature sensing, with an accuracy of 1%. These components are essential for various temperature measurement and control applications. Key Uses & Applications These wired temperature probes are suitable for applications requiring precise temperature monitoring. As an NTC thermistor, they are commonly used in temperature control systems, such as those found in HVAC equipment, domestic appliances, and industrial machinery. Their 10K Ohm resistance and 1% accuracy make them suitable for projects where reliable temperature feedback is crucial. They can be integrated into circuits to provide data for thermostats or over-temperature protection. How to Choose When selecting a thermistor, consider the required resistance, such as the 10K Ohm or 100K Ohm options available. The B-Value, which is 3950K for this product, is critical as it defines the resistance-temperature relationship. Ensure the probe type, a wired temperature sensor in this case, is appropriate for your installation. Accuracy, stated here as 1%, indicates the reliability of the temperature readings. The model number, MF52D, can also be a factor for compatibility in existing systems. Grit / Spec Guide This product is a 10K Ohm thermistor with a B-Value of 3950K. It is an NTC sensor, meaning its electrical resistance changes predictably with temperature. The accuracy is 1%, ensuring reliable temperature readings. It functions as a wired temperature probe, designed for direct integration into circuits. The model is MF52D. These specifications are key to understanding its performance and suitability for various temperature sensing tasks. Care & Safety Handle thermistors with care to avoid damage to the wired probe. Ensure correct polarity if applicable, although NTC thermistors are generally non-polarised. When integrating into a circuit, ensure the maximum current and voltage ratings are not exceeded to prevent overheating or failure. Protect the sensor from excessive mechanical stress or corrosive environments that could affect its accuracy or lifespan. Always disconnect power before installation or removal.