Specially designed for HVAC, the EE160 by E+E Elektronik is a cost-effective, highly accurate transmitter for relative humidity and temperature.
With encapsulated measurement electronics inside the sensing probe and E+E proprietary coating protection of the humidity sensor element, EE160 offer outstanding long term stability and reliability.
- Wall and duct mount versions
- Voltage and current outputs freely configurable and scaleable
- Certified BACnet MS/TP or Modbus RTU, user configurable
- Optional passive temperature output
- Temperature compensation
- Protection against condensation and pollution
- Robust sensing head
- Easy mounting
- RH and T adjustable by the user
- Free configuration software
- Heating, ventilation and air conditioning
- Storage rooms
10...95% RHMeasuring range
-40...60 °C (-40...140 °F)
±0.3 °C (±0.54 °F)
0-10V or 4-20mAAnalogue outputs
BACnet MS/TP or Modbus RTUDigital output
Send us your e-mail, we will do our best to help you!
- Easily adapted for the US market
- Knockout for ½” conduit fitting
- External mounting holes
- Mounting with closed cover
- Electronics protected against construction site pollution
- Easy and fast mounting
- Electronics on the underside of the board
- Optimum protection against mechanical damage during installation
- Bayonet screws
- open/closed with a ¼ rotation
- Cast electronics
- Mechanical protection
- E+E humidity sensor HCT01
- Long-term stability
- Protected RH sensor surface
- Protected solder pads
- Tested to automobile standard AEC-Q200
EE160 Datasheet(1038.75 kb)
Scaling of the outputs(252.78 kb)
EE-PCA Product Configuration Adapter(727.56 kb)
Humidity Calibration-Kit Datasheet(428.89 kb)
EE160 Manual(1503.48 kb)
Calibration Kit - User Guide(1042.14 kb)
Cleaning Instructions(1054.21 kb)
PICS - BACnet Protocol Implementation(212.24 kb)
Relabeling in case of product configuration change(1339.66 kb)
BACnet Certificate(1125.49 kb)
Modbus Application Note AN0103(158.85 kb)
EE-PCS Product Configuration Software(28193.2 kb)
Passive T sensors
R-T Characteristics Pt100 DIN B / Pt1000 DIN B(244.46 kb)
R-T Characteristics Ni1000 TK6180 DIN B(168.38 kb)
R-T Characteristics NTC10k - B25/85:3989K(265.4 kb)
Humidity and Temperature Sensor for Demanding Climate Control
With encapsulated measurement electronics and E+E proprietary coating of the sensor element, EE210 offers outstanding performance even in polluted and corrosive environment.
Compact Humidity and Temperature Transmitter for HVAC and Building Technology
Compact humidity and temperature transmitter optimized for HVAC and building automation, with outstanding price/performance ratio. Analogue outputs and passive T sensor option. The clever enclosure design minimizes installation costs.
Air conditioning sensors
E+E Elektronik, your partner for sensor technology, provides you with tailor-made solutions and products for the precise and stable measurement of relative humidity, temperature, CO2 content of room air and air speed in air conditioning systems
Optimisation of fruit transport
A newly developed system to slow the ripening of fruit during transport and storage has been implemented with the aid of E+E humidity sensors
Filter: PTFE membrane
Pores size: 1 µm
Length: 34mm (1.34")
Very good protection against fine dust
T range: -40...80°C (-40...176°F)
Response time t10/90: 15s
Suitable for Products:
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.