The highly accurate humidity / temperature transmitter EE33 is designed for fast and reliable measurement of relative humidity / dew point temperature / absolute humidity / ... under the most demanding conditions. Neither condensation nor heavy chemical pollutions will affect prompt and reliable measurements. Process pressures as high as 100 bar ( 1450 psi) and continuous high humidity are also no problem for the EE33. Distinctive models and mounting versions allow the humidity / temperature transmitter EE33 to be utilized in numerous applications: Measurement of relative humidity during temporary condensation: the measurement cell is briefly heated, but very intense Measurement of dew point temperature at continuous high humidity: the measurement cell is controlled and heated continuously Measurement of relative humidity at continuous high humidity: the measurement cell is controlled and heated continuously; an additional temperature sensor is added Measurement of relative humidity at high chemical exposure and average humidity: the measurement cell is briefly heated, but very intense Measurement of relative humidity at process pressure up to 100bar ( 1450psi) and average humidity: the measurement cell is installed in a special high pressure probe The core of the humidity / temperature transmitter EE33 is the humidity sensor HMC01. This monolithic measurement cell is manufactured in thin-film technology by E+ E Elektronik. Chemical contamination and also condensation will actually evaporate due to the innovative design of the HMC01 humidity sensor. The monolithic construction of the sensor allows a fast return to normal conditions and a continuation of the measurement. Additionally, with the inimitable E+ E sensor coating the HMC01 humidity sensor is even better protected against corrosive and short-circuit-causing conductive soils. The configuration software included in the scope of supply allows user friendly setup of the operation / sensor heating mode as well as selection and adjustment of the electrical outputs.

The highly accurate humidity / temperature transmitter EE33 is designed for fast and reliable measurement of relative humidity / dew point temperature / absolute humidity / ... under the most demanding conditions.

 

 Neither condensation nor heavy chemical pollutions will affect prompt and reliable measurements. Process pressures as high as 100 bar ( 1450 psi) and continuous high humidity are also no problem for the EE33.

 

 Distinctive models and mounting versions allow the humidity / temperature transmitter EE33 to be utilized in numerous applications: 

 

 Measurement of relative humidity during temporary condensation: 

 the measurement cell is briefly heated, but very intense

 Measurement of dew point temperature at continuous high humidity: 

 the measurement cell is controlled and heated continuously

 Measurement of relative humidity at continuous high humidity: 

 the measurement cell is controlled and heated continuously; an additional temperature sensor is added

 Measurement of relative humidity at high chemical exposure and average humidity: 

 the measurement cell is briefly heated, but very intense

 Measurement of relative humidity at process pressure up to 100bar ( 1450psi) and average humidity: 

 the measurement cell is installed in a special high pressure probe

 The core of the humidity / temperature transmitter EE33 is the humidity sensor HMC01. This monolithic measurement cell is manufactured in thin-film technology by E+ E Elektronik.

 

 Chemical contamination and also condensation will actually evaporate due to the innovative design of the HMC01 humidity sensor. The monolithic construction of the sensor allows a fast return to normal conditions and a continuation of the measurement.

 

 Additionally, with the inimitable E+ E sensor coating the HMC01 humidity sensor is even better protected against corrosive and short-circuit-causing conductive soils.

 

 The configuration software included in the scope of supply allows user friendly setup of the operation / sensor heating mode as well as selection and adjustment of the electrical outputs.