- Upgrade from the original ordinary temperature probe directly exposed temperature measurement to resistance package temperature measurement. Temperature measurement head cylinder diameter 3mm, length 15mm, can be used with the heating block that supports the thermocouple.
- The temperature measurement range is increased from -50 ℃~ 250℃ to -50 ℃ ~ 320 ℃. It helps a lot to print high-temperature filaments and can replace the original K-type thermocouple temperature. If need to print high-temperature filament, the HT-NTC100K thermistors are highly recommended.
- The new version of HT-NTC100K temperature measuring thermistor adopts 304 stainless steel, with the internal temperature package to ensure the maximum service life with precision temperature measurement.
- HT-NTC100K thermistor adopts a white high-temperature cord, which can bear higher temperatures. And for customers’ convenience, the wires adopt line connection, the customer can tear the wires depending on their application. The high-temperature line is double thicker than others in the market, not easy to break off.
- Supports the customization of different specifications, including the temperature head cylinder size, and length of the wires (MOQ is 100 sets).
- Can be used with the new version of the heater (the new heater can heat up to 350 degrees).
Specification:
| Material | Teflon wire conductors |
|---|---|
| Temp Range | 300V |
| Main color | White |
| Cable length | 1M |
| Outer diameter | 1.05mm |
| Accuracy | ±1% |
| Impedance | 100KΩ |
| 3D printer thermistors, temperature sensors. | Yes |
| NTC Thin Film Thermistor Cable | Yes |
| Shipping Weight | 0.03 kg |
| Shipping Dimensions | 6 × 5 × 1 cm |
Package Includes:
1 x NTC B3950 100K Thermistors 1% with Cable and 2pin Terminal
NTC B3950 100K Thermistors 1% with Cable and 2pin Overview
The NTC B3950 100K Thermistor is a precision temperature sensor encased in a 3 mm × 15 mm stainless-steel probe, pre-wired with a flex cable and a 2-pin JST connector. With a 100 KΩ impedance and ±1% accuracy, it reliably measures temperatures up to 320 °C and is ideal for 3D-printer hotends, heated beds, and other high-temperature applications.
Key Features of NTC B3950 100K Thermistors 1% with Cable and 2pin
- 100 KΩ B3950 thin-film thermistor element for consistent response
- ±1% resistance accuracy across industrial ranges
- Stainless-steel probe (3 mm diameter, 15 mm length) for robust mounting
- Pre-wired with high-temp cable (Ø 1.05 mm) and 2-pin JST terminal
- Operates reliably up to 320 °C, replacing K-type thermocouples in many setups
- Fast shipping from Zbotic—get it delivered promptly for your projects
Applications and Use Cases
- Extruder and heated-bed temperature monitoring in FDM 3D printers
- DIY temperature controllers for solder reflow ovens
- Environmental chambers and laboratory furnaces
- Homebrew beer fermentation temperature logging
- Industrial process control requiring high-accuracy sensing
- HVAC system diagnostics and retrofit sensors
How to Use NTC B3950 100K Thermistors 1% with Cable and 2pin
Mount the stainless-steel probe so it contacts the surface or medium you wish to monitor. Plug the 2-pin JST connector into your controller’s thermistor input, configure the firmware to use a 100 KΩ B3950 curve, and secure the cable away from moving parts or direct heat to ensure stable, interference-free readings.
Why Buy from Zbotic?
- Genuine Products: All items sourced from authorized distributors
- Fast Shipping: Orders ship within 24 hours with tracking (non backordered products)
- Free Shipping: Free delivery on qualifying orders
- COD Available: Cash on Delivery, UPI, cards, net banking
- Technical Support: Expert help for setup and troubleshooting
- Easy Returns: Hassle-free replacement for defective products
Frequently Asked Questions
Can I use this thermistor in place of a K-type thermocouple?
Yes. Simply connect the 2-pin JST plug to your controller’s thermistor port and select the 100 KΩ B3950 profile in firmware. It delivers stable readings without the wiring complexity of K-type sensors.
Do I need to calibrate the sensor before use?
No calibration is required. The thin-film B3950 element is factory-matched to ±1% accuracy—just select the matching curve in your controller settings for plug-and-play operation.
What is the safe operating temperature range?
The stainless-steel probe and high-temp cable support continuous operation up to 320 °C, with reliable measurements down to −40 °C in low-temperature environments.
How to Interface BH1750 Light Sensor with Arduino & ESP32
The BH1750 light sensor is one of the most popular digital ambient light sensors used in hobby electronics...
Read More →
How to Fix Noisy Sensor Readings: Filtering Techniques for Arduino
You have wired up your sensor, uploaded your sketch, and opened the Serial Monitor — only to see...
Read More →
Piezoelectric Sensor: Vibration, Impact and Energy Harvesting
Piezoelectric sensors are one of the most fascinating components in electronics. They convert mechanical stress—vibration, impact, bending—directly into...
Read More →Technical Specifications
| Pin Count | 2-pin |
|---|---|
| Interface / Protocol | BLE |
| SKU | AI2959 |
| Weight | 0.01 kg |
| Availability | Out of Stock |
Applications & Use Cases
The NTC B3950 100K Thermistors 1% with Cable and 2pin Terminal is a versatile temperature & humidity sensor used across a wide range of applications including weather stations, greenhouse monitoring, HVAC systems, cold chain logistics, and server room monitoring.
Common use cases:
- Building a home weather station with Arduino
- Monitoring greenhouse conditions via IoT
- Alerting when server room temperature exceeds threshold
This product is ideal for IoT developers, agricultural engineers, and home automation enthusiasts.
Technical Tip: DHT22 offers better accuracy than DHT11. For precision applications, use SHT31 or BME280. Ensure adequate ventilation around the sensor.
Shipping & Delivery
- Free shipping on orders above ₹999 across India
- Dispatched within 1-3 business days
- Expected delivery: 3-7 business days depending on location
- Secure packaging to ensure safe transit of electronic components
