Environmental Laboratory
New Humidity Transmitter in Probe Design with 4 - 20mA Output
Apr 12 2011
The new transmitter of the series EE061, in the form of a slim probe from E+E Elektronik, allows for the precise measurement of the relative humidity in air from 0…100 %RH.
The main challenge in the development was to deal with the heat generated by the current output. The latest microprocessor technology in combination with excellent temperature compensation and a special design of the
electronics have solved this problem.
The EE061 unifies outstanding measurement accuracy with a compact design and a 4 – 20 mA current output.
The electronic board integrated in the probe is protected from external influences by a potting compound of very high quality and therefore usable from -40 to 60 °C. In combination with the for years now proven quality of the E+E coating of the humidity sensor, is the transmitter insensitive to dust, dirt and condensation. The EE061 allows for stable long term measurements in demanding applications like outside, in stables, storage rooms, or greenhouses.
All important information for the user is engraved on the 160 mm long sensor probe by means of a laser and will be still legible after several years of use. The supply voltage for the EE061 is 9 – 28 Vdc. Indifferent of how the probe is connected the protection against reverse polarity prevents installation errors. The fixed connection cable is 0.5 meter or 3 meter long.
It is possible to have an optional 4-wire passive (sink) temperature output. The available accessories like a mounting flange and a radiation shield for outdoor applications completes the flexibility of these series.
Download data sheet humidity transmitter EE061
Digital Edition
AET 28.4 Oct/Nov 2024
November 2024
Gas Detection - Go from lagging to leading: why investment in gas detection makes sense Air Monitoring - Swirl and vortex meters will aid green hydrogen production - Beyond the Stack: Emi...
View all digital editions
Events
Dec 02 2024 London, UK
Dec 03 2024 Dusseldorf, Germany
Dec 11 2024 Shanghai, China
Jan 12 2025 Abu Dhabi, UAE
Jan 14 2025 Abu Dhabi, UAE