EE210

Humidity and Temperature Sensor for Demanding Climate Control

The EE210 is the ideal sensor for high accuracy measurement of relative humidity and temperature in demanding climate control applications.

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  • Humidity
  • Temperature
EE210 humidity and temperature sensor for duct mounting with display
EE210 humidity and temperature sensor for duct mounting
EE210 humidity and temperature sensor with remote probe and display
EE210 humidity and temperature sensor for wall mounting and display

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

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Key Features EE210

  • Wall, duct and remote probe versions
  • Voltage and current analogue outputs freely configurable by the user
  • BACnet MS/TP or Modbus RTU Interface
  • Optional Display
  • High accuracy
  • Outstanding temperature compensation
  • Best protection against condensation and pollution
  • Very robust sensing head
  • Easy mounting

Technical data EE210

  • 0...100% RH


    Measuring range 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

    Accuracy Humdity

  • -40...80 °C (-40...176 °F)

    Measuring range Temperature

  • ±0.2 °C (0.34°F)

    Accuracy Temperature

  • 0-5/10 V or 4-20 mA

    Analogue outputs

  • BACnet MS/TP or Modbus RTU

    Digital output

  • 24V AC/DC

    Supply

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Related products

Downloads EE210

Datasheet
EE210 Datasheet
(1419.09 kb)
EE-PCA Product Configuration Adapter
(790.77 kb)
Humidity Calibration-Kit Datasheet
(642.96 kb)
Manual
EE210 Manual
(1573.31 kb)
Calibration Kit - User Guide
(537.45 kb)
Cleaning Instructions
(891.89 kb)
EE210 PICS - BACnet Protocol Implementation
(212.24 kb)
Support literature
Modbus Application Note AN0103
(181.41 kb)
BACnet Certificate
(259.5 kb)
Software
EE-PCS Product Configuration Software
(21982.92 kb)
Planning Data
EE210 (wall mount) BIM - Building Information Modeling (ifc)
(173.34 kb)
EE210 (duct mount) BIM - Building Information Modeling (ifc)
(196.13 kb)
EE210 (remote probe) BIM - Building Information Modeling (ifc)
(219.75 kb)
EU Declaration of Conformity
EE210 (V) CE-DoC
(300.78 kb)
EE210 (RS485) CE-DoC
(300.47 kb)
EE210 (mA) CE-DoC
(304.87 kb)
Declaration of Conformity to EU REACH
(366.08 kb)

EE210 Accessoires

  • HA010101

    Membrane filter

    membrane filter

    Construction

    Material: PC
    Filter: PTFE membrane
    Pores size: 1 µm
    Length: 34mm (1.34")

    Features

    Very good protection against fine dust

    T range: -40...80°C (-40...176°F)
    Response time t10/90: 15s

    Typical applications

    Building automation
    Dusty environment

     

    Suitable for Products:

EE210 FAQ

  • What is the difference between Modbus RTU and Modbus TCP/IP?

    The main difference is the hardware interface. The Modbus RTU protocol runs on RS485 Hardware while Modbus TCP/IP protocol on Ethernet hardware.

  • Which E+E products are BACnet certified?

    EE160 and EE210 are tested and certified by BTL (BACnet Testing Laboratories).

  • What is the difference between a BTL listed and a non-listed BACnet product.

    All BACnet products are tested at E+E. The BTL listed E+E products have been additionally tested by the BACnet Testing Laboratories.

  • What is the difference between a 2 wire and a 3 wire current output?

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

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