Kliimaseadme temperatuurianduri tuvastamise standard
Toote nimi : Konditsioneeri temperatuuriandur;
Tüüp : 10K
Materjal : Vask, Plastikust;Pea suurus : 2.5 x 0,5 cm / 1″ x 0,2″(H*D)
Kogupikkus : 51cm / 20″;Värv : Must, Vase toon
Toote nimi : Konditsioneeri temperatuuriandur;
Tüüp : 10K
Materjal : Vask, Plastikust;Pea suurus : 2.5 x 0,5 cm / 1″ x 0,2″(H*D)
Kogupikkus : 51cm / 20″;Värv : Must, Vase toon
PTC termistorid on positiivse temperatuurikoefitsiendiga takistid, mis tähendab, et takistus suureneb temperatuuri tõustes. PTC termistorid jagunevad kasutatud materjalide põhjal kahte rühma, nende struktuur, ja tootmisprotsess.
Pt100 anduri sondi takistus on 100 oomi juures 0 °C ja 138.5 oomi juures 100 °C. Selle takistus varieerub lineaarselt sõltuvalt temperatuurist, st., kui temperatuur tõuseb, nii ka Pt100 takistus; seetõttu, kui suudame mõõta takistust, saame määrata temperatuuri.
The main difference between a Pt100 and a Pt1000 sensor is their nominal resistance at 0°C, with a Pt100 having a resistance of 100 ohms and a Pt1000 having a resistance of 1000 ohms, meaning the Pt1000 has a significantly higher resistance, making it more suitable for applications where precise temperature measurement is needed with minimal influence from lead wire resistance, especially in 2-wire circuit configurations;
PT100, the full name of platinum thermal resistor, is a resistive temperature sensor made of platinum (Pt), and its resistance value changes with temperature. The 100 after PT means that its resistance value is 100 ohms at 0℃, and its resistance value is about 138.5 ohms at 100℃.
This article explores 2-, 3-, and 4-wire configurations for resistance temperature detectors (TTA-d), focusing on how environmental factors, täpsusnõuded, kulu, and wire configuration affect selection. The 4-wire configuration is complex but offers the highest accuracy, while the 2-wire configuration has advantages in lower-accuracy applications. Choosing a configuration requires a combination of application requirements and practical conditions.
TTA (Vastupidavuse temperatuuri detektor) is a sensor whose resistance changes as its temperature changes. The resistance increases as the temperature of the sensor increases. The resistance vs temperature relationship is well known and is repeatable over time.