Tuoteryhmät
Tuotetunnisteet
panssaroitu termopari-anturi
terän sulakepidike
Auton terän sulake
Auton sulake
Keraaminen putken sulake
Katkaisija
Levytermostaatit
Ds18b20 lämpötila-anturi
sähkösulake
Nopea/hidas sulake
Sulakekotelon pidike
Lasiputken sulake
Inline sulakepidike
Limit Snap Disc -termostaatti
Pienet katkaisijat
Moottorin ylikuormitussuoja
Moottorin lämpösuojaus
NTC anturi
NTC termistori anturi
PCB-asennettava sulakepidike
PPTC nollattava sulake
PT100 lämpötila-anturi
PTC termistori
anturin liittimen johtosarja
Anturin anturit & Kaapelit
Hitaasti palava mikrosulake
Pinta-asennettavat sulakkeet
Temp Cutoff -linkki
Lämpötilan säätökytkin
Lämpötilasulake
Lämpösensori
Lämpötila-anturin kaapeli
Lämpötila-anturi
lämpötilakytkin
Lämpökatkaisu
Lämpökatkaisukytkin
Lämpösulake
lämpösuoja
Lämpökytkin
Termistori anturin anturi
China Custom Thermistor sensor Probe Assembly for temperature control
High-End Resistor sensor Probe Manufacturer — YAXUN specializes in thermistor featuring temperature sensitivity and AEC-Q200 qualified. TCTR – NTC Thick Film Thermistor. 47-1.6MΩ. Tightest tolerance 1%. B Value 2410K – 4800K.
Thermistor Temp Sensor — Silicon-Based Linear Thermistors At The Same Cost And Size Of Traditional NTC Thermistors. Achieve High Accuracy System Reliability With The Industry’s Smallest Linear Thermistors.
An NTC thermistor is a temperature sensor that uses the resistance properties of ceramic/metal composites to measure the temperature. Our full spectrum NTC thermistor is a resistance thermometer, or a resistor whose resistance is dependent on temperature. The term is a combination of “thermal” and “resistor”. It is made of metallic oxides, pressed into a bead, disk, or cylindrical shape and then encapsulated with an impermeable material such as epoxy or glass. High-End Resistor sensor Probe Manufacturer — YAXUN specializes in thermistor featuring temperature sensitivity and AEC-Q200 qualified. TCTR – NTC Thick Film Thermistor. 47-1.6MΩ. Tightest tolerance 1%. B Value 2410K – 4800K.
Thermistor Temp Sensor — Silicon-Based Linear Thermistors At The Same Cost And Size Of Traditional NTC Thermistors. Achieve High Accuracy System Reliability With The Industry’s Smallest Linear Thermistors.
Field-proven thermistor level-sensing technology with NPT mounting threads;
SP-M models temperature sensor are designed for use with ST-15 Control Monitors Electrical appliances, automobiles, aviation, small household appliances, toys;
Typical uses include storage tanks, double-containment piping trenches, and double-wall storage tank interstitial space monitoring;
Years of dependable, virtually maintenance-free operation;
Sensors can be easily extended to desired length at installation site using a 3/8” x 3/8” coupler and the required length of 3/8” NPT pipe.
Ender 3 Thermistor Sensor, Upgrade HT-NTC100K 3D Printer Thermistor Sensor: Thermistor temperature sensor. Metal head diameter: 3 mm, head length: 15 mm,cable wire length: 1 meter,connector: XH2.54 2PIN, (Suitable for heating blocks with holes of 3 mm*15 mm-3 mm*20 mm);
Widly Compatibility: Product recommended operating temperature -50 °C ~ +280 °C, can replace the cartridge K-type thermocouple temperature sensor. Compatible with the heatblocks with 3 mm hole,such as: V6 Volcano PT100 type heated block, jne;
Sensors is accurate: The best feature was the flexible and heat shielded probe leads to the copper sensor. Unlike the other with a nickel plated probe/heat shrink, this can be fitted in very tight spots without worry. Be sure you redo your PID calibration;
Long Service Life: Compared with the same type that are insulated with ordinary heat shrinkable tubes, ours uses glass fiber with a temp resistance of 400C degrees for insulation to avoid the possibility of thermal short circuit during high temp work;
Fit ALL-METAL HOTEND: Work for E3D-V6 Volcano PT100 Ender 3 series all-metal hotend such as spider-hotend,K1-red-Lizard-hotend,dragonfly-hot-end,voron-hotend etc.
Radial Leaded Resin Coated NTC Thermistor Features
High measurement accuracy.
Tight tolerance on resistance and Beta value.
Fast response, small dimension.
Can operate in long time stability.
Nominal resistance @25C can be from R25 1kΩ–1000kΩ.
Typical resistance at 25C R25 1k ohm, 2k ohm, 2252 ohm, 3k ohm, 4.7k ohm, 5k ohm, 6.8k ohm, 10k ohm, 15k ohm, 20k ohm, 30k ohm, 40k ohm, 47k ohm, 50k ohm, 100k ohm, 150k ohm, 1000k ohm, jne.
Dissipation factor: ≥3.0 mW/C in still air.
Thermal time constant: ≤12 seconds in still air.
Operating temperature range: -45C — +125C.
Part Number | Resistance @25C R25(ohm) |
Beta Value (K) |
MF52-102□3950 | R25: 1K ohm | B(25/50C): 3950k |
MF52-202□3470 | R25: 2K ohm | B(25/50C): 3470k |
MF52-202□3550 | R25: 2K ohm | B(25/50C):3550k |
MF52-202□3950 | R25: 2K ohm | B(25/50C):3950k |
MF52-2252□3935 | R25: 2252 ohm | B(25/50C):3935k |
MF52-2.78K□3950 | R25: 2.78K ohm | B(25/50C):3950k |
MF52-302□3977(B25/85) | R25:3K ohm | B(25/85C):3977k |
MF52-332□3950 | R25: 3.3K ohm | B(25/50C):3950k |
MF52-472□3950 | R25: 4.7K ohm | B(25/50C): 3950k |
MF52-502□3470 | R25: 5K ohm | B(25/50C): 3470k |
MF52-502□3950 | R25: 5K ohm | B(25/50C): 3950k |
MF52-682□3977(B25/85) | R25: 6.8K ohm | B(25/85C): 3977k |
MF52-682□4200 | R25: 6.8K ohm | B(25/50C): 4200k |
MF52-103□3380 | R25: 10K ohm | B(25/50C): 3380k |
MF52-103□3435(B25/85) | R25: 10K ohm | B(25/85C): 3435k |
MF52-103□3470 | R25: 10K ohm | B(25/50C):3470k |
MF52-103□3950 | R25: 10K ohm | B(25/50C): 3950k |
MF52-103□3977(B25/85) | R25: 10K ohm | (B25/85C): 3977k |
MF52-103□4100 | R25: 10K ohm | B(25/50C): 4100k |
MF52-153□3950 | R25: 15K ohm | B(25/50C): 3950k |
MF52-203□3950 | R25: 20K ohm | B(25/50C): 3950k |
MF52-233□4200 | R25: 23K ohm | B(25/50C): 4200k |
MF52-303□3950 | R25: 30K ohm | B(25/50C): 3950k |
MF52-40.27k□3979(B25/85) | R25: 40.27K ohm | B(25/85C): 3979k |
MF52-473□3950 | R25: 47K ohm | B(25/50C): 3950k |
MF52-503□3950 | R25: 50K ohm | B(25/50C): 3950k |
MF52-503□3990 | R25: 50K ohm | B(25/50C): 3990k |
MF52-503□4050 | R25: 50K ohm | B(25/50C): 4050k |
MF52-104□3950 | R25: 100K ohm | B(25/50C): 3950k |
MF52-104□3990 | R25:100K ohm | B(25/50C): 3990k |
MF52-104□4200 | R25:100K ohm | B(25/50C): 4200k |
MF52-154□4370(B25/85) | R25: 150K ohm | B(25/85C): 4370k |
MF52-105□4730 | R25:1000K ohm | B(25/50C): 4730k |
Notes:□ in the part number for filling in resistance tolerance,
optional for ±1%(F), ±2%(G), ±3%(H), or ±5%(J).
Ota yhteyttä
Sähköpostiasi odotellessa, vastaamme sinulle sisällä 12 tuntia arvokasta tietoa, jota tarvitset.
LIITTYVÄT TUOTTEET
Ds18b20 lämpötila-anturin johtosarja
DS18B20 anturin johtosarja on yleisesti käytetty digitaalinen lämpötila-anturi. Lähtö on digitaalinen signaali, jolla on pienen koon ominaisuudet, matalat laitteistokulut, vahva häiriöntorjuntakyky, ja korkea tarkkuus. Digitaalinen lämpötila-anturi DS18B20 on helppo kytkeä, ja sitä voidaan käyttää useaan otteeseen pakkaamisen jälkeen, kuten putkityyppi, ruuvityyppi, magneetti tyyppi, ja ruostumattomasta teräksestä valmistettu pakkaustyyppi. On olemassa erilaisia malleja, mukaan lukien LTM8877, LTM8874 ja niin edelleen.
RTD PT100 Temperature Sensor Probe with Cable
What is a Platinum thermal resistance sensor?
An RTD (Resistance Temperature Detector) is a Platinum thermal resistance whose resistance changes with changes in temperature. Its resistance increases as the sensor temperature increases. The relationship between resistance and temperature is well known and repeatable over time. RTD is a passive device. It does not produce output by itself. External electronics can be used to measure the sensor resistance by passing a small current through the sensor to produce a voltage. Typically 1 mA or less measurement current, maximum 5 mA, without risk of self-heating.