FIEDLER > Meteorological sensors > Temperature and heat flux sensors

Temperature and heat flux sensors

Temperature and heat flux sensors are used to accurately measure temperature and heat transfer in various environments. They provide reliable data for monitoring, process control, and energy applications.

Product type

Heat flux sensors

Heat flux sensors are used to measure the amount of heat transferred through materials or media. They provide reliable data for energy monitoring, research, and the control of technological processes.

HFP01 – Hukseflux Heat Flux Sensor

HFP01 – Hukseflux Heat Flux Sensor

The HFP01 is the world’s most popular heat flux sensor, used to measure heat flux in soil, building materials, and other objects. This sensor converts thermal energy into electrical voltage using a series of thermocouples housed in a ceramic-plastic body and requires no external power supply. The sensor features a robust design, low intrinsic thermal resistance, and can be connected directly to standard data logging systems or, via an amplifier, to telemetry units.

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Temperature datalogger

A temperature data logger is used to measure and record temperature in various environments. It provides reliable data for monitoring, process evaluation, and long-term tracking of temperature trends.

Temperature sensors

Temperature sensors are used to accurately measure temperature in various environments and processes. They provide reliable data for monitoring, controlling process systems, and industrial applications.

TEP1/H – Water Temperature Sensor

TEP1/H – Water Temperature Sensor

The TEP1/H is a rugged probe designed to measure water temperature in open channels, tanks, pipes, or process equipment. The probe is designed to operate reliably in humid environments and provides a stable output signal suitable for connection to telemetry stations, controllers, and data loggers. Thanks to its robust design and precise temperature sensor, the TEP1/H is the ideal choice for applications requiring reliability and long-term measurement stability.

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Pt100-SP – Resistance Temperature Sensor with Screw Connection

Pt100-SP – Resistance Temperature Sensor with Screw Connection

The Pt100-SP is a resistance temperature sensor based on a platinum resistance of 100 Ω at 0 °C, designed for permanent installation using threaded fittings. The threaded connection allows for easy installation in pipes, tanks, or technical outlets and ensures stable contact with the monitored liquid or environment. The sensor is suitable for precise industrial and laboratory temperature measurements and supports standard connections to FIEDLER AMS data loggers and telemetry units. The mechanical design with a threaded connection ensures long-term stability and resistance to vibrations and mechanical damage.

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TEP06 - Measurement Transmitter for 6 Temperatures

TEP06 - Measurement Transmitter for 6 Temperatures

The TEP06 measurement transducer is suitable for highly accurate measurement of up to six temperatures using standard and widely used Pt100 sensors.  The TEP06 transmitter, including the sensor cable terminations, is encapsulated in a protective polyurethane compound. This mechanical design even allows for continuous operation of the transmitter while submerged in water.

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Pt100 – Resistance Temperature Sensor

Pt100 – Resistance Temperature Sensor

The Pt100 is a resistance temperature sensor based on a pure platinum resistance of 100 Ω at 0 °C. The change in resistance is proportional to temperature and enables accurate and stable measurements over a wide range. Pt100 sensors are the standard for both industrial and laboratory applications because they combine good linearity, durability, and long-term signal stability. Pt100 sensors are easily integrated into measurement systems, control systems, data loggers, and telemetry stations. They are available in various configurations (e.g., with a protective well, cables, or connectors), allowing you to select the optimal option for your specific application.

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TEP1/K – Air Temperature Sensor

TEP1/K – Air Temperature Sensor

The TEP1/K is a rugged probe designed to measure air temperature in open environments. The sensor’s design minimizes the effects of wind, direct sunlight, and precipitation on the sensing element, ensuring reliable and reproducible data even in adverse weather conditions. The probe uses a Pt100 resistance temperature sensor and is compatible with a range of telemetry and measurement systems from FIEDLER AMS that support analog or resistance inputs.

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