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Modular In-Line Flow Meter for Compressed Air and Gases
Suitable for Various Pipe Diameters
The compact EE741 in-line flow meter from E+E Elektronik measures accurately the consumption of compressed air and technical gases. Thanks to the modular design, one and the same transmitter can be used for three different pipe diameters (DN15, DN20, DN25). To do so, the transmitter is simply combined with the appropriate gauge mounting block. The thermal hot-film anemometer measurement principle stands for best long-term stability and short response time.
Humidity Calculator Calculates Humidity Measurands, including Measurement Uncertainties
Now Also Available as an App for Mobile Devices
With the online humidity calculator from E+E Elektronik, humidity-related parameters can be calculated quickly and easily. In contrast to other programs, it takes into account the measurement uncertainties. The E+E humidity calculator is now also available as a free app for mobile devices. The app for Android or iOS operating systems can be downloaded from the Google Play or Apple App Store. The app also features a pressure dew point calculator.
Modular CO2 Transmitter Now Measures CO2 Concentration up to 50,000 ppm
Extended Measuring Range
The modular CO2 transmitter EE870 from E+E Elektronik now measures CO2 concentration up to 5% CO2 (50,000 ppm). The extended measuring range makes the EE870, consisting of CO2 probe, conversion board and connection cable, even more versatile. The interchangeable CO2 probe EE871 with auto-calibration uses an infrared measuring principle (dual wavelength NDIR operation principle) that is particularly insensitive to pollution. Aging effects are compensated automatically, resulting in excellent long-term stability. Thus the CO2 transmitter is ideal for demanding applications.
Digital Humidity Sensors with Integrated Contamination Protection
New Standard on the Digital Sensor Market
At the SENSOR+TEST 2016 the Austrian sensor specialist E+E Elektronik presents for the first time the new digital humidity and temperature sensors EEH110 and EEH210. The integrated E+E proprietary coating protects the sensors optimally from pollution and leads to excellent long-term stability even under harsh conditions. Several interfaces and supply voltages (3 V or 5 V) allow for easy integration of the accurate RH/T sensors in a wide range of applications.
Air Velocity Transmitter for HVAC
Accurate Control of Ventilation and Air Conditioning Systems
The EE650 air velocity transmitter from E+E Elektronik is optimized for accurate, reliable and long-term stable measurement of air velocity in ventilation ducts. With selectable measuring ranges 0-10/15/20 m/s (0-2000/3000/4000 ft/min) and high accuracy, the EE650 suits perfectly all common HVAC applications. The new E+E VTQ flow sensor element of EE650 operates on the thermal anemometer principle, is very robust and highly insensitive to pollution.
E+E Elektronik Offers Accredited Calibrations for CO2
The Austrian sensor specialist E+E Elektronik offers now accredited calibrations also for CO2-fraction in gas. The E+E calibration laboratory is accredited by Akkreditierung Austria according to DIN EN ISO/IEC 17025 and is the only facility in Austria which can carry out CO2 calibrations at this high level.
Calibration Certificates from E+E Elektronik Carry the CIPM MRA Logo
Calibration at the Highest Level
E+E Elektronik maintains the national standards for humidity and air velocity in Austria as a designated laboratory of the Federal Office for Metrology, BEV (Bundesamt für Eich- und Vermessungswesen). Recently, the International Bureau of Weights and Measures (BIPM) authorized E+E Elektronik to use the CIPM MRA logo (International Committee for Weights and Measures - Mutual Recognition Arrangement) on its BEV/E+E calibration certificates.
Humidity and Temperature Transmitter for Demanding Meteorological Applications
Highly Accurate Outdoor Measurement
EE33-M is the newest addition to the well proven EE33 transmitter series for relative humidity (RH) and temperature (T). The heated RH sensor, the additional heating of the RH sensing probe and a separate T probe ensure highly accurate outdoor measurements even under condensation conditions. A special coating protects the RH sensor against pollution. Together with a radiation shield, EE33-M is ideal for high-end meteorology applications.
Room Transmitter for CO2, Humidity and Temperature
Smart Solution for Indoor Climate Control
The EE800 transmitter from E+E Elektronik measures CO2, temperature and relative humidity and calculates the dew point temperature. The versions with Modbus RTU or BACnet MS/TP interface also calculate absolute humidity, mixing ratio, specific enthalpy, frost point temperature and partial water vapour pressure. In addition, they can be easily integrated into a bus system for building automation or automatic indoor climate control.
Humidity & Temperature Transmitters with BACnet Interface
BACnet Tested and Certified
The EE210 and EE160 transmitters from E+E Elektronik are designed for highly accurate measurement of relative humidity and temperature. Both are now available with a BACnet MS/TP interface for easy integration into a network or bus system for modern building automation.
Active Temperature Sensors for HVAC and Building Technology
Comprehensive Product Range for Temperature Measurement
The new temperature sensors from E+E Elektronik are now also available with 0-10 V or 4-20 mA outputs. The active sensors extend the portfolio of the Austrian sensor specialist in the field of HVAC and building technology. The compact, innovative housing and mounting concept with protection class IP65 / NEMA 4 facilitates extremely simple and fast installation of the sensors.
Compact Dewpoint Transmitter for OEM Applications
Accurate Dewpoint Measurement down to -60°C Td
The compact EE355 dewpoint transmitter measures dewpoint temperature with ±2°C accuracy across the entire working range. The unit offers an optimal price-performance ratio for OEM applications in compressed air systems, plastic dryers and other industrial drying processes.