NTC Thermistor 100K sensor

NTC Thermistor 100K sensor Specification

Product Type
NTC Thermistor Sensor

Outer Diameter
5 mm (approx)

Size
100K

Lead Time
Immediate

Pattern
Bead Type

Model No
NTC 100K

Storage Instructions
Keep in a dry environment

Noise Level
Silent

For Use In
Temperature Measurement and Control Applications

Compatible Brand
Universal

Weight
2 grams (approx)

Features
High precision, Fast response, Reliable stability, Easy installation

Year Built
2024

Color
Blue/Metallic

Material
Epoxy coated thermistor with copper leads

Insulation Resistance
>100M at 500V DC

B Value
3950K 1%

Package Content
1 x NTC Thermistor 100K sensor

Mounting Type
Wire type, ready to solder

Response Time
<10 seconds (in still air)

Application
3D printer hotend/bed, HVAC, battery packs, electronics

Resistance
100K 1% at 25C

Lead Length
1 meter (approx)

Operating Temperature Range
-40C to +125C

About NTC Thermistor 100K sensor

Features:

The NTC temp sensor is equipped with an XH2.54-2P terminal, making it easy to connect to your printers control board.
This user-friendly design allows for a hassle-free installation process, even for those with limited technical expertise.
With a maximum temperature rating of 350, this thermistor is capable of withstanding high temperatures commonly encountered during 3D printing. Its durable construction, featuring a Dumet wire head measuring 3*15mm, ensures reliable performance and longevity.
Upgrade your 3D printer with the 100K NTC3950 Thermistor Dumet Wire 3*15mm Cartridge High Temperature Sensor and experience improved temperature control and print quality.

High Precision Sensing for Diverse Applications

This NTC Thermistor 100K sensor combines advanced materials and manufacturing for consistent, accurate readings. Its high insulation resistance and robust epoxy protection ensure stable long-term use, while universal compatibility allows integration with a variety of temperature-sensitive systems including 3D printing, HVAC, and battery management.

Effortless Installation and Immediate Integration

The wire-type mounting and 1-meter lead length allow straightforward soldering and versatile positioning within your device. Its bead-type, epoxy-coated design ensures durability, while immediate lead time means you can deploy it to temperature measurement or control tasks promptly without delays.

FAQ's of NTC Thermistor 100K sensor:

Q: How do I install the NTC Thermistor 100K sensor in my system?

A: You can easily install the sensor by soldering its copper wire leads directly to the designated points in your device. Its 1-meter lead offers flexibility in placement, making it suitable for integration with 3D printers, HVAC systems, and electronics.

Q: What makes this thermistor beneficial for temperature control applications?

A: The sensor delivers high precision (1% resistance accuracy), rapid response times (<10 seconds), and stable performance across -40C to +125C, ensuring reliable temperature monitoring and control in sensitive applications such as battery packs and heating elements.

Q: When should I use this specific 100K thermistor model?

A: This thermistor is ideal when you require accurate temperature measurement or regulation, especially in setups like 3D printer hotends/beds, HVAC units, or battery management systems. It is particularly recommended when precision and rapid response are vital.

Q: Where can this NTC Thermistor 100K sensor be applied?

A: It is universally compatible and can be used in various environments including electronics circuits, 3D printing equipment, heating/cooling control systems, and battery packs. Its robust design suits both industrial and consumer devices.

Q: What materials and construction features ensure its reliability?

A: The sensor is coated in durable epoxy and fitted with corrosion-resistant copper leads, offering excellent insulation resistance (>100M at 500V DC) and minimizing noise, which ensures longevity and stable, silent operation.

Q: How should I store the NTC Thermistor 100K sensor before use?

A: For optimal performance and longevity, keep the sensor in a dry environment to protect its epoxy coating and lead wires from any potential moisture-related damage.