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Alüminyum kabuk PTC ısıtıcı
zırhlı termokupl sensörü
bıçak Sigorta Tutucu
Araba bıçağı sigortası
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Seramik PTC ısıtıcı
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Ds18b20 Sıcaklık Sensörü
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Limit Snap Disk Termostatı
Mini Devre Kesiciler
Motor aşırı yük koruyucusu
Motor termal koruması
NTC sensörü
NTC termistör sensörü
PCB Montajlı Sigorta Tutucu
PPTC Sıfırlanabilir Sigorta
PT100 Sıcaklık sensörü
PTC ısıtıcı
PTC termistörü
sensör konnektörü demeti
Sensör Probları & Kablolar
tek kademeli kılcal termostat
Yavaş Üflemeli Mikro Sigorta
Akıllı Termostat
Yüzeye Monte Sigortalar
Sıcaklık Kesme Bağlantısı
Sıcaklık kontrol anahtarı
Sıcaklık Sigortası
Sıcaklık sensörü
Sıcaklık sensörü kablosu
Sıcaklık Sensörü Probu
sıcaklık anahtarı
Termal kesme
Termal Kesme Anahtarı
Termal Sigorta
termal koruyucu
Isı anahtarı
Termistör Sensör Probu
Pt100 temperature sensor for military equipment
Aerospace: In the aerospace field, PT100 sensors are used to measure the temperature of liquid oxygen and liquid hydrogen combustion chambers, turbine engines, fuel cells, vesaire. of aircraft and spacecraft. High precision, high reliability and strong stability are required.
Kategori: Sıcaklık sensörü
Etiketler: PT100 Sıcaklık sensörü, Sensör Probları & Kablolar, Sıcaklık sensörü, Sıcaklık sensörü kablosu
Pt100 / PT1000 sensor probes and wiring harnesses are widely used in military equipment, aviation, and aerospace equipment. The pt100 temperature sensor is an instrument that converts temperature variables into a standardized output signal that can be transmitted. It is mainly used for the measurement and control of industrial process temperature parameters. Transducers with sensors usually consist of two parts:
The PT100 sensor is a thermal resistor temperature sensor. Its working principle is to measure temperature by using the characteristic that the resistance of the conductor changes with temperature. In the PT100 sensor, the resistance value of pure platinum changes with temperature. When the temperature rises, the resistance value increases, and vice versa. Öyleyse, by measuring the resistance value of the PT100 sensor, the temperature of the measured object can be known.
PT100 sensors have the advantages of high precision, iyi stabilite, yüksek güvenilirlik, and strong interchangeability, so they have been widely used in various fields. The following are some common application scenarios:
Industrial field: PT100 sensors are widely used in temperature measurement and control in industrial production processes, such as metallurgy, chemical industry, electricity, medicine and other fields. In high temperature, high pressure, and highly corrosive environments such as thermal power plants, nuclear power plants, and petrochemicals, PT100 sensors can stably and reliably measure temperature to ensure the smooth progress of the production process.
Automotive field: The temperature of components such as automobile engines, transmissions, and radiators needs to be accurately measured and controlled. PT100 sensors are widely used in temperature detection and control systems for automotive parts.
Aerospace: In the aerospace field, PT100 sensors are used to measure the temperature of liquid oxygen and liquid hydrogen combustion chambers, turbine engines, fuel cells, vesaire. of aircraft and spacecraft. High precision, high reliability and strong stability are required.
Agriculture: In greenhouse environments, PT100 sensors can be used to measure parameters such as soil temperature and air temperature. Provide precise temperature control and environmental monitoring for agricultural production.
Food: In food processing and storage, temperature is one of the key health and safety indicators. PT100 sensors can be used for temperature monitoring and control in food processing, refrigeration, warehousing and other links to ensure food quality and safety.
Medical: In medical equipment, such as medical thermostats, incubators, vesaire. PT100 sensors are also used in equipment that requires accurate measurement and control of system temperature.
In short, PT100 sensors, as a high-precision and high-stability temperature sensor, have been widely used in various fields. It has the advantages of wide temperature measurement range, high precision and good stability, and can provide reliable guarantee for temperature measurement and control of various equipment and systems.
Indexing table
-50°C 80.31 Ah
-40°C 84.27 Ah
-30°C 88.22 Ah
-20°C 92.16 Ah
-10°C 96.09 Ah
0°C 100.00 Ah
10°C 103.90 Ah
20°C 107.79 Ah
30°C 111.67 Ah
40°C 115.54 Ah
50°C 119.40 Ah
60°C 123.24 Ah
70°C 127.08 Ah
80°C 130.90 Ah
90°C 134.71 Ah
100°C 138.51 Ah
110°C 142.29 Ah
120°C 146.07 Ah
130°C 149.83 Ah
140°C 153.58 Ah
150°C 157.33 Ah
160°C 161.05 Ah
170°C 164.77 Ah
180°C 168.48 Ah
190°C 172.17 Ah
200°C 175.86 Ah
composition part
Bize Ulaşın
E-postanızı bekliyorum, size içinde cevap vereceğiz 12 ihtiyaç duyduğunuz değerli bilgilerle saatler.
İLGİLİ ÜRÜNLER
zırhlı termokupl sensörü üreticisi
Zırhlı termokupl sensörü, endüstriyel montajlı termokupllarla aynıdır. Sıcaklık sensörü olarak, genellikle görüntüleme cihazlarıyla birlikte kullanılır, kayıt cihazları ve elektronik regülatörler. Aynı zamanda, aynı zamanda monte edilmiş termokupllar için sıcaklık algılama elemanı olarak da kullanılabilir.
PT100 RTD sensör probu & Kablolar
PT100 termal direnç toplama modülleri, izole edilmiş bağlantı noktası üzerinden RS-485 yerel kontrol ağına bağlanabilir. 485 iletişim arayüzü. RS-485 en fazla 32 PT100 termal direnç toplama modülleri aynı veriyoluna asılacak. Fakat, Link-Max'in RS-485 tekrarlayıcısı kullanılıyorsa, kadar 256 PT100 termal direnç toplama modülleri aynı ağa bağlanabilir, ve maksimum iletişim mesafesi 1200m'dir.
RTD PT100 Temperature Sensor Probe with Cable
What is a Platinum thermal resistance sensor?
Bir RTD (Direnç Sıcaklık Dedektörü) 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.