High-Temperature NTC 100K Ohm B3950 Thermistor Cartridge Sensor - 5 PCS (Type A)

Product Description:

💍 Elevate your 3D printing experience with the NTC 100K ohm B3950 Thermistor, designed specifically for high-temperature applications in upgraded 3D printer heater blocks. This advanced 3x15mm cartridge sensor is engineered to deliver accurate temperature readings, ensuring optimal performance and quality in your prints.

Key Specifications:

• Type: Negative Temperature Coefficient (NTC)
• Maximum Operating Temperature: Up to 280°C
• Beta Value: 3950 K
• Resistance at 25°C: 100 Kohms
• Accuracy: ±1%
• Temperature Measurement Head Dimensions: 3mm diameter x 15mm length
• Cable Length: 1 meter

🛡️ This upgraded thermistor features a robust design that transitions from conventional temperature probes exposed to the environment to a more reliable encapsulated sensor. The encapsulation, made with durable copper and high-temperature heat-conductive glue, not only extends the service life of the thermistor but also enhances its measurement response time and accuracy compared to stainless steel counterparts.

🛠️ The NTC 100K 3950 thermistor is fully compatible with various high-performance 3D printer heating blocks, including the PT100 version V6, V5 upgraded, and PT100 version Volcano heating blocks. By implementing this sensor, you can expect heightened precision in temperature control, which is essential for achieving superior print quality.

⚡ For users configured with Marlin firmware 2.0, simply use the following settings to ensure optimal performance:
#define TEMP_SENSOR_0 13
This configuration supports temperature readings up to 300°C for both "Simple ONE" and "Hotend All In ONE" setups.

Available Variants:

• Type A: White cable without wire connector
• Type B: White cable with XH 2.54 2P wire connector
• Type C: Kapton insulation tube with orange cable and XH 2.54 2P wire connector

🛠️ Enhance your 3D printing capabilities with the NTC 100K ohm B3950 Thermistor—a crucial component for precise thermal regulation in advanced 3D printing applications.