Humidity and Temperature Sensor for Demanding Climate Control
EE210
The EE210 is the ideal sensor for high accuracy measurement of relative humidity and temperature in demanding climate control applications.

With encapsulated measurement electronics inside the sensing probe and E+E proprietary coating protection of the humidity sensor element, EE210 can be employed even in harsh and aggressive environment.
Calculated physical quantities:
- Dew point temperature
- Frost point temperature
- Absolute humidity
- Mixing ratio
- Wet bulb temperature
- Water vapor partial pressure
- Specific enthalpy
Typical Applications
- Agriculture
- Stables, hatchers, incubators
- Greenhouses
- Storage rooms, cooling chambers
- Swimming halls
- Wall, duct and remote probe versions
- Voltage and current analogue outputs freely configurable by the user
- Modbus RTU Interface
- Optional Display
- High accuracy
- Outstanding temperature compensation
- Best protection against condensation and pollution
- Very robust sensing head
- Easy mounting
- Measuring range Humdity
- 0...100% RH
- Accuracy Humdity
- -15...40 °C <90% RH ±(1.3+0.003*mv)% RH-15...40 °C >90% RH ±2.3% RH-40...60 °C ±(1.5+0.015*mv)% RH
- Measuring range Temperature
- -40...80 °C (-40...176 °F)
- Accuracy Temperature
- ±0.2 °C (0.34°F)
- Analogue outputs
- 0-5/10 V or 4-20 mA
- Digital output
- Modbus RTU
- Supply
- 24V AC/DC
Custom solutions for precise results
For more than 40 years, E+E Elektronik has been developing and manufacturing its highly precise and long-term stable sensors exclusively at its headquarters in Engerwitzdorf, Austria. The high level of vertical integration – from the sensor element to the precisely calibrated measuring device – ensures compliance with the highest quality standards and enables a quick response to customer-specific requirements.
E+E Elektronik offers:
- Accredited sensor calibration for the highest quality standards
- Efficient service – worldwide through local offices
- Short delivery times

FAQ
Transmitter with "two-wire" technology receive the power from the process, and the signal is carried on return wire (closed current loop). With "three-wires" technology the power supply is separate from current output: 2 wires are the power supply and the third carries the signal.
Downloads EE210
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