The EE354 dew point meter is optimised for monitoring refrigeration dryers. The measurement accuracy of ±1 °C (±1.8 °F) over the range of -3...20 °C Td (26.6...68 °F Td) and excellent long-term stability of the dew point sensor make the EE354 the ideal meter for refrigeration dryers.
Due to its compact design, EE354 can be easily installed even in tight, confined spaces. The extremely rugged stainless steel enclosure with ½ ISO or NPT thread and the M12x1 electrical connection facilitate quick and easy integration into the measuring task.
-20...50 °C (-4...122 °F) TdMeasurement range
± 1 °C (± 1.8 °F) TdAccuracy
Modbus RTU and 4-20mAOutputs
10-28 V DCPower supply
EE354 Datasheet(859.34 kb)
Scaling of the outputs(252.78 kb)
EE354 Manual(540.88 kb)
Cleaning Instructions(1054.21 kb)
Relabeling in case of product configuration change(1339.66 kb)
Modbus Application Note AN0103(158.85 kb)
EE-PCS Product Configuration Software(29283.79 kb)
Material: sintered stainless
Pores size: 10 µm
Length: 33mm (1.30")
For high mechanical stress and strong pollution
T range: -40...180°C (-40...176°F)
Response time t10/90: 30s
Industrial process control
Life stock barns
Unsuitable for condensing environment
The main difference is the hardware interface. The Modbus RTU protocol runs on RS485 Hardware while Modbus TCP/IP protocol on Ethernet hardware.
The dew point temperature (Td) indicates where condensation begins. The frost point temperature (Td) indicates where icing begins.
Yes, the probe and the sensing element of all E+E dew point measurement devices is wettable.
The standard scope of supply of E+E dew point sensors includes an inspection certificate according DIN EN 10204 - 3.1. For details on calibration certificates please see page 5 in www.kalibrierdienst.at/fileadmin/content/White_Paper_Calibration_and_traceability_in_measuring_technology.pdf
Accredited calibration certificate for CO2 is available upon request, please see our calibration website.
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.