catégories de produits
- fusion thermique 32
- fusibles à montage en surface 12
- thermistance 17
- Porte-fusible à montage sur circuit imprimé 27
- Faisceau de câblage 4
- Porte-fusibles à lame 17
- thermostat 46
- Fusible électrique 14
- Disjoncteur thermique 20
- Porte-boîte à fusibles 36
- Capteur de température 58
- Interrupteur thermique 64
- Fusible de voiture 19
- Fusibles boulonnés 7
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
Thermostat intelligent
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
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Thin Film Element Pt100 Sensor
Série 111 direct immersion process threaded RTD probe sensors feature stainless steel sheaths and solder joints available in 1/8” NPT, 1/4” NPT, 3/8” NPT, 1/2” NPT or 3/4” NPT. A micro-embedded RTD probe is a miniature temperature sensor designed to be embedded in areas with limited space.
RTD Thin Film Element PT100 Temperature Sensor: PT100 10R 5%, 1-2176429-3; PT100A10RJ, 1-2176429-0; PT100 4R7 5%, PT100A4R7J: 1-2176429-1; 2-2176429-1; PT100 22R 5%, PT100C22RJ: 1-2176429-5; PT100 2K2 5%, PT10 0C2K2J: 2-2176429-7; PT100 330R 1%.
RTD thin film elements Pt100 are the most common type of RTD sensor and have a basic resistance value of 100 ohms at 0°C. Complies with DIN EN 60751.
Product Features:
RTD element type: platinum film temperature element;
Component packaging: céramique;
Component material: platinum;
Wire count: 2;
The 623M Series Bolt-On RTD Probe Sensor is a small, multi-dimensional sensor for use in applications requiring legacy accessories or where space is limited.
Le 300 Series Stator RTD Sensor is a flat, rectangular, laminated sensor commonly referred to as a “stator bar” because they are inserted between the coils of the motor stator.
Série 111 direct immersion process threaded RTD probe sensors feature stainless steel sheaths and solder joints available in 1/8” NPT, 1/4” NPT, 3/8” NPT, 1/2” NPT or 3/4” NPT.
A micro-embedded RTD probe is a miniature temperature sensor designed to be embedded in areas with limited space.
The 510M Series HVAC Averaging RTD Probe Sensor is designed for use in and around HVAC system intake manifolds and heating/cooling coils.
The 157M/158M Series Sanitary Meat RTD Probe Sensors are designed with a 316 stainless steel housing that is polished to a specific surface finish to reduce the area that can harbor bacteria.
Le 130 Series Spring Rebound Thermowell RTD Sensor is designed for applications where spring-rebound sensors require easy removal without shutting down the system.
Series 516M wall-mounted air sensing RTD probe sensors are commonly used to monitor indoor and outdoor air temperatures.
Le 310 Series Tip Sensitive Bearing RTD Probe Sensor is a tubular temperature sensor with a sensing element encapsulated in a copper alloy tip.
The 302F Series Toggle Stator RTD sensor, also known as an air or gas RTD, is used to measure the temperature of air entering and exiting motors and generators.
Constructed with a stainless steel sheath, le 120 Series spring-rebound stainless steel RTD probe utilizes a spring to provide positive contact between the tip and process, reducing the sensor's time response and providing more consistent temperature readings.
500 Series Point Sensing RTD Probe Sensors feature a rigid stainless steel sheath with an element embedded in an aluminum tip.
Pt100, 2.0x2.3, Class B, PTFC101BC1G0; Pt100, 1.2x4.0, Class A, PTFM101A1G0; Pt100, 2.0x5.0, Class T, PTFD101T1A0; Pt100, 2.0x5.0, Class T, PTFD101T1G0.
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PRODUITS CONNEXES
manufacturer of armored thermocouples sensor
Armored thermocouples sensor are the same as industrial assembled thermocouples. As a temperature sensor, it is usually used in conjunction with display instruments, recording instruments and electronic regulators. En même temps, it can also be used as a temperature sensing element for assembled thermocouples.
Production of platinum temperature sensor
STT-M series temperature sensors Probe are packaged with magnetic bodies. For paramagnetic metal surfaces, it can be easily sucked to the surface for temperature measurement and can be easily installed and removed. It is suitable for the detection of the key point temperature of large equipment before leaving the factory, and other occasions where the temperature detection point needs to be replaced frequently, so as to improve the efficiency of temperature detection
PT100 RTD sensor Probe & Câbles
PT100 thermal resistance acquisition modules can be connected to the RS-485 local control network through the isolated 485 communication interface. RS-485 allows up to 32 PT100 thermal resistance acquisition modules to be hung on the same bus. Cependant, if Link-Max's RS-485 repeater is used, up to 256 PT100 thermal resistance acquisition modules can be connected to the same network, and the maximum communication distance is 1200m.
Thermistor temperature sensor for electrical appliances
As everyone knows, the Small appliances , as a popular household kitchenware, not only has the function of heating, but also has many automatic functions. Par exemple, automatic heat preservation, automatic boiling water, automatic rice cooking, automatic soup cooking and other functions. The realization of all these automatic functions requires the Small appliances to be able to accurately measure and control the temperature. The existing Small appliances mainly uses a temperature sensor for temperature measurement. Tel que: