Air temperature

Versatile sensors suitable for a wide range of applications

Pt100 air temperature sensors for indoor use and, if coupled to a radiant screen, suitable for outdoor weather applications.

Description

Pt100 air temperature sensor for indoor use and, when coupled with a radiant screen, suitable for outdoor weather applications.

A 4-wire sensing element, Pt100 1/3 DIN B, guarantees excellent precision over extended temperature ranges and cable lenght. This sensor is ideal for virtually any type of environmental application.


  • Accurate (±0,1 K @ 0 °C) misure di temperatura con elemento sensibile Pt100 1/3 DIN B;
  • Wide range of applications for air temperature measurements;
  • Converters for 4÷20 mA and RS485 Modbus-RTU outputs;
  • Laboratorio di calibrazione interno accreditato;
  • Sensore Class AA IEC60751;
  • Model codes: DMA033.1, EST033, DMA033A.

Which sensor can be used for accurate indoor air temperature measurement?

LSI LASTEM air temperature sensors use a Pt100 sensing element and are designed for accurate measurements in indoor environments. The 4-wire configuration and Pt100 1/3 DIN B element ensure accurate measurements even with long cables; the sensor is Class AA according to IEC 60751 and provides an accuracy of ±0.1 K at 0 °C.

Where can LSI LASTEM indoor air temperature sensors be used?

The sensors are suitable for monitoring air temperature in buildings, offices, schools, museums, archaeological sites, laboratories and other indoor environments where accurate thermal measurements are required. Air temperature is also a key parameter for assessing Indoor Environmental Quality (IEQ), thermal comfort and the conservation of artworks and sensitive materials.

Why is accurate air temperature measurement important in indoor environments?

Air temperature is one of the main parameters used to characterise indoor microclimatic conditions. Accurate measurements support the assessment of occupants’ thermal comfort, the monitoring of environmental conditions in buildings and the control of spaces where temperature and microclimatic stability are important, such as museums and archaeological sites.

How can LSI LASTEM air temperature sensors be integrated into a monitoring system?

LSI LASTEM Pt100 sensors can be connected to data acquisition systems for continuous indoor temperature monitoring. Converters with 4–20 mA and RS485 Modbus-RTU outputs are also available, facilitating the integration of temperature measurements into monitoring and building automation systems.

Additional information

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Product DMA033.1-EST033-DMA033A Categories , ,

Pt100 air temperature sensor for indoor use and, when coupled with a radiant screen, suitable for outdoor weather applications.

A 4-wire sensing element, Pt100 1/3 DIN B, guarantees excellent precision over extended temperature ranges and cable lenght. This sensor is ideal for virtually any type of environmental application.


  • Accurate (±0,1 K @ 0 °C) misure di temperatura con elemento sensibile Pt100 1/3 DIN B;
  • Wide range of applications for air temperature measurements;
  • Converters for 4÷20 mA and RS485 Modbus-RTU outputs;
  • Laboratorio di calibrazione interno accreditato;
  • Sensore Class AA IEC60751;
  • Model codes: DMA033.1, EST033, DMA033A.

Which sensor can be used for accurate indoor air temperature measurement?

LSI LASTEM air temperature sensors use a Pt100 sensing element and are designed for accurate measurements in indoor environments. The 4-wire configuration and Pt100 1/3 DIN B element ensure accurate measurements even with long cables; the sensor is Class AA according to IEC 60751 and provides an accuracy of ±0.1 K at 0 °C.

Where can LSI LASTEM indoor air temperature sensors be used?

The sensors are suitable for monitoring air temperature in buildings, offices, schools, museums, archaeological sites, laboratories and other indoor environments where accurate thermal measurements are required. Air temperature is also a key parameter for assessing Indoor Environmental Quality (IEQ), thermal comfort and the conservation of artworks and sensitive materials.

Why is accurate air temperature measurement important in indoor environments?

Air temperature is one of the main parameters used to characterise indoor microclimatic conditions. Accurate measurements support the assessment of occupants’ thermal comfort, the monitoring of environmental conditions in buildings and the control of spaces where temperature and microclimatic stability are important, such as museums and archaeological sites.

How can LSI LASTEM air temperature sensors be integrated into a monitoring system?

LSI LASTEM Pt100 sensors can be connected to data acquisition systems for continuous indoor temperature monitoring. Converters with 4–20 mA and RS485 Modbus-RTU outputs are also available, facilitating the integration of temperature measurements into monitoring and building automation systems.

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