High accuracy long-term stable transmitters for relative humidity, temperature, dewpoint and frost point, absolute humidity, wet-bulb temperature, mixing ratio and specific enthalpy. Working range 0...100% rH and -40...180°C.
High-end humidity and temperature transmitter with multifunctional display
Highly accurate and reliable measurement in most demanding applications. The state of the art TFT colour display with integrated data-logging offers extensive error diagnostics and intuitive device setup.
Industrial humidity and temperature transmitter for permanent high-humidity and polluted environment
High accuracy measurement of relative humidity, temperature and dew point even at high humidity close to condensation or at high chemical load.
Humidity and temperature transmitter for intrinsically safe applications
Measurement of humidity and temperature in explosion hazard areas for gas and dust. It complies with the classifications for Europe (ATEX), International (IECEx) and USA / Canada (FM).
Cost Optimised Industrial Transmitter
Accurate and reliable measurement of relative humidity, temperature, dew point and frost point in the range -40…180 °C (-40…356 °F).
Humidity and Temperature Transmitter with Interchangeable Probes
The intelligent probes can be mounted directly onto the transmitter or remotely by cable. Ideal for FDA required loop calibration in pharmaceutical and biotech industries.
Humidity and Temperature Transmitter for High-end Meteorological Applications
Exact measurement of humidity and temperature even at permanent high humidity. The dual heating system prevents condensation and ensures short response time and fast recovery after condensing conditions.
Humidity and Temperature Transmitter for Demanding Climate Control
With encapsulated measurement electronics and E+E proprietary coating of the sensors, EE210 offers outstanding performance even in polluted and corrosive environment.
Humidity and Temperature Transmitter for Continuous High Humidity
Outstanding long term performance in high humidity and condensing environment due to heated humidity probe.