catégories de produits
- Interrupteur thermique 63
- Fusible de voiture 19
- Fusibles boulonnés 7
- fusion thermique 29
- fusibles à montage en surface 12
- thermistance 11
- Porte-fusible à montage sur circuit imprimé 27
- Faisceau de câblage 4
- Porte-fusibles à lame 17
- thermostat 44
- Fusible électrique 14
- Disjoncteur thermique 20
- Porte-boîte à fusibles 36
- Capteur de température 52
Mots clés du produit
capteur à thermocouples blindé
porte-fusible à lame
Fusible de lame de voiture
Fusible de voiture
Fusible à tube en céramique
Disjoncteur
Thermostats à disque
Capteur de température DS18B20
Fusible électrique
Fusible à fusion rapide/lente
Porte-boîte à fusibles
Fusible en tube de verre
Porte-fusible en ligne
Thermostat à disque à pression limite
Mini-disjoncteurs
Protecteur de surcharge du moteur
Protection thermique du moteur
Capteur CTN
Capteur à thermistance NTC
Porte-fusible à montage sur circuit imprimé
Fusible réinitialisable PPTC
Capteur de température PT100
Thermistance PTC
faisceau de connecteur de capteur
Sondes de capteur & Câbles
thermostat capillaire à un étage
Micro-fusible à soufflage lent
Fusibles à montage en surface
Lien de coupure de température
Interrupteur de contrôle de la température
Fusible de température
Capteur de température
Câble du capteur de température
Sonde de capteur de température
interrupteur de température
Coupure thermique
Interrupteur de coupure thermique
Fusion thermique
protecteur thermique
Interrupteur thermique
Sonde de capteur de thermistance
Messages récents
Surface Mount Temperature Sensor Probe for Rice Cooker
NTC Temperature Sensor Probe use in Rice Cooker top Cover, Commercial Cover Rice Cooker Top, Cover Temp Measuring Accessories 23.62 X 0.39 X 0.39 pouces; 0.48 ounces. EPCOS / AVX / SEMITEC /SUBARA / MITSUBISHI / OHIZUMI NTC thermistor Sensor, Surface Mount Temperature Sensor. Rice cooker top lids temperature sensor– fast response time for immediate adjustments to heating power: with a quick response time, this probe allows for immediate adjustments to the heating power in order to maintain the desired temperature.
NTC Temperature Sensor Probe use in Rice Cooker top Cover, Commercial Cover Rice Cooker Top, Cover Temp Measuring Accessories 23.62 X 0.39 X 0.39 pouces; 0.48 ounces.
Rice cooker top lids temperature sensor– fast response time for immediate adjustments to heating power: with a quick response time, this probe allows for immediate adjustments to the heating power in order to maintain the desired temperature.
Rice cooker accessories– suitable for kinds of rice cooker, provides accurate temperature monitoring.
Replacement rice cooker top cover sensor– the material is safe and light, which is wear resistance and practical for the lasting time use.
As a common equipment in modern kitchens, induction cooker is loved by the majority of users for its efficient and convenient heating method. In the work of induction cooker, temperature sensor plays a vital role. It can monitor the temperature of the stove surface in real time to ensure the cooking taste and safety of ingredients. But when the temperature sensor fails, we need to detect and repair it. This article will introduce how to detect the quality of induction cooker temperature sensor.
The induction cooker temperature sensor is mainly responsible for monitoring the temperature of the induction cooker surface to prevent equipment damage or fire caused by overheating. It controls the heating power of the induction cooker by sensing temperature changes, thereby maintaining a suitable cooking temperature.
Preparation before detection
Before performing the test, please make sure that the power is disconnected and that the induction cooker has completely cooled down. En même temps, prepare tools such as multimeter and screwdriver.
Steps for detecting the temperature sensor of the induction cooker
Disconnect the power, open the back cover of the induction cooker, and find the temperature sensor. The temperature sensor is usually located near the heating area of the induction cooker, and the shape is mostly cylindrical or flat.
Use the resistance range (Ohms) of the multimeter, and connect the red and black test leads to the two pins of the sensor respectively. Normally, the resistance of the temperature sensor should be between 100kΩ and 200kΩ. Si la résistance est trop grande ou trop petite, or it is infinite (open circuit) or zero (short circuit), the temperature sensor may be damaged.
Measure the resistance of the sensor again during the heating process. Normally, the resistance of the sensor should gradually decrease as the temperature rises. If the resistance changes abnormally or does not change with temperature, the sensor may be faulty.
If the resistance of the sensor is normal in the cold state, but changes abnormally during heating, the thermistor of the sensor may be faulty. A cette époque, the temperature sensor needs to be replaced.
Description
TYPE: | Refrigerator Defrost Sensor | B25/50: | 3950K, 3977K, 3435K |
Sensor Head: | O Ring, Fork Metal, Injected Tube, NPT, M16, tainless Steel Tube | Fil: | CL2 PT4,#24 2466,#28 1332 |
Usage: | Refrigerator Defrost Sensor, Instant Water Heaters, chauffe-eau, air conditioner, refrigerator, water fountain, induction cooker, cafetière | Pn (rated Power): | 50mw |
Souligner: | EPCOS / AVX / SEMITEC /SUBARA / MITSUBISHI / OHIZUMI NTC thermistor Sensor, Surface Mount Temperature Sensor |
Custom Air conditioning ntc temperature sensor Wire 0.5M~10M Theory Signal Output Origin.
Specification Name | Scope | Detection Condition |
R25(nominal resistance value) | 1k, 2k, 2.7k, 3k, 5k, 10k, 15k, 20k, 30k, 40k, 47k, 50k, 100k, 200k (EPCOS / AVX / SEMITEC /SUBARA / MITSUBISHI / OHIZUMI NTC thermistor) | Constant temperature 25℃±0.05℃ |
R25 Permissible variance(%) | ±1,±2, ±3, ±5, ±10 | Constant temperature 25℃±0.05℃ |
B25/50 or B25/85(material coefficient)(thermal-sensitivity index) | 2500~5000K | Constant temperature 25℃±0.05℃
Constant temperature 85℃±0.05℃ |
B25/50 Value permissible variance(%) | ±1,±2 | Constant temperature 25℃±0.05℃
Constant temperature 50℃±0.05℃ |
∫(dissipation coefficient) | ≥0.8mw/℃ | Static in the air |
T(thermal time constant) | ≤25S | Static in the air |
Parement(Working temperature) | -30℃~+120℃ | |
Pn (rated power) | 50mw | within working temperature |
Case and head | Fork head, O ring head,drops of water head, Metal case, Thread copper case, injection head, tainless Steel Tube, or according to client’s drawing | |
Lead wire | #24 30# 2651, UL4411 28#, double wired conductor and so on, or according to client’s request. | |
Terminal | Can be riveted according to the requirements of various terminals |
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FAQ
Q1. Can I have a sample order for NTC, PT100,PT1000, RTD, and Ds18b20 SENSOR?
UN: Oui, we welcome sample order to test and check quality. Mixed samples are acceptable.
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PRODUITS CONNEXES
Faisceau de câblage du capteur de température Ds18b20
Le faisceau de câbles du capteur DS18B20 est un capteur de température numérique couramment utilisé.. La sortie est un signal numérique, qui a les caractéristiques de petite taille, faible surcharge matérielle, forte capacité anti-interférence, et une grande précision. Le capteur de température numérique DS18B20 est facile à connecter, et il peut être appliqué à de nombreuses occasions après avoir été emballé, comme le type de tuyau, à vis, type d'aimant, et type de boîtier en acier inoxydable. Il existe différents modèles, y compris LTM8877, LTM8874 et ainsi de suite.
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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.