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Temperature: -100 °C - 200 °C
Pt100 Smart-Sensor (-100°C to +200°C) for many applications, such as -80°C freezers. The Smart-Sensor technology allows for on-board calibration details and features analog/digital converter to simplify ...
Dickson
Temperature: -40 °C - 120 °C
DS18B20 digital temperature sensor (-40°C to +120°C) – Insertion probe designed for temperature monitoring directly at the core of food products. • Digital temperature ...
Dickson
Temperature: -200 °C - 50 °C
Pt100 sensor (-200°C to +50°C) for monitoring cryogenic freezers, liquid Nitrogen tanks, and transport scenarios, offering a high-accuracy solution for Emerald data loggers. • Analog temperature ...
Dickson
Temperature: -40 °C - 80 °C
DS18B20 digital temperature sensor (-40°C to +80°C) for refrigerators, cold rooms, freezers, drying ovens, incubators, Legionella detection • Digital temperature sensor ...
Dickson
Temperature: -200 °C - 50 °C
Pt100 Smart-Sensor (-200°C to +50°C) for cryogenic freezers, Nitrogen tanks. The Smart-Sensor technology allows for on-board calibration details and features analog/digital converter to simplify calibration. ...
Dickson
Temperature: -40 °C - 120 °C
DS18B20 digital temperature sensor (-40°C to +120°C, standard or submersible), for higher temperatures found in ovens, incubators, water baths • Digital temperature ...
Dickson
Temperature: -50 °C - 200 °C
Pt100 sensor (-50°C to +200°C) for monitoring high temperatures, such as incubators and ovens, as well as transport scenarios, offering a high-accuracy solution for Emerald data loggers. • Analog ...
Dickson
Temperature: -40 °C - 150 °C
The temperature sensor measures the temperature of various fluid media, such as water, fuel, or oil, over a wide temperature range.
Temperature: -30 °C - 100 °C
... theory, the sensor outputs the corresponding voltage to detect the temperature of the target. Application Household appliances (Microwave oven, hair dryers, range hood etc), temperature ...
Temperature: -30 °C - 100 °C
... existence of the target or the temperature of the target. Application Non-contact temperature measuring Infrared thermometer, such as ear temperature and forehead temperature ...
A resistive temperature detector (RTD) converts the measured physical value of temperature into an electrical output signal. Its operation is based on the known change in electrical resistance of a given material as a function of temperature variation. The RTD element is made of a pure material, often platinum.
ApplicationsThese devices are employed where very precise temperature measurement is required.
TechnologiesA small current is applied to the metal conductor. Rising temperature hinders the flow of electrons within, increasing resistance. This relationship is referred to as the temperature coefficient of resistance (TCR).
Most RTD elements are made of platinum, and are capable of measurements from -200° to +850° C. Less expensive nickel is sometimes used, but is only effective between -60° and +350° C. Pt 100 detectors have a resistance of 100 at 0° C, while Pt1000 models have a resistance of 1000 at the same temperature.
Choice will depend on detector configuration, whether for surface mounting or immersion. Other factors include the operating environment, the measurement medium and the required temperature range.
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