• Moisture in Oil Sensor

    E+E Elektronik EE364 Moisture in Oil Sensor

    E+E Elektronik EE364 Moisture in Oil Sensor is designed to provide reliable online monitoring of moisture levels in various fluids such as transformer oil, engine oil, lubrication oil, hydraulic oil, and diesel fuel. This moisture sensor not only accurately measures water activity (aw) and temperature (T) but also calculates the absolute water content (x) of the oil in parts per million (ppm). The EE364 utilizes high-end E+E humidity sensing elements known for their exceptional long-term stability and robust resistance to pollution. This moisture in the oil sensor provides data through the RS485 interface using the Modbus RTU protocol. 

    Applications: Industrial Lubrication Systems, Hydraulic Systems, Turbine Oil Monitoring, Aviation and Aerospace, Automotive Industry.

  • Moisture in Oil Sensor

    E+E Elektronik EE381 Moisture in Oil Sensor

    E+E-EE381 Moisture in Oil Sensor is a specialized device crafted for the dependable measurement of moisture in transformer, lubrication, or hydraulic oil, along with diesel fuel. This Moisture in Oil Sensor plays a crucial role in preventive maintenance by providing accurate measurements of water activity (aw) and temperature (T). Additionally, the EE381 goes a step further by calculating the absolute water content of the oil (x) in parts per million (ppm).This Digital moisture sensor ensures reliable and consistent performance even in challenging environmental conditions.

    Applications : Transformer Monitoring, Turbine Lubrication, Compressed Air, Industrial Machinery, Aviation and Aerospace.

  • Duct and Immersion Temperature Sensor

    E+E Elektronik EE431 Duct and Immersion Temperature Sensor

    E+E Elektronik EE431 Duct and Immersion Temperature Sensor are ideal for process control, HVAC, and building automation. This Temperature Sensor measures temperature (T) in liquids and air with high accuracy. Digital, Analog, and Passive Outputs: This Temperature Sensor can be identified and used by the Modbus RTU, BACnet MS/TP protocol, RS485 interface, voltage or current output, or other methods.

    Applications: Building Automation, Refrigeration, Environmental Monitoring, Data Centers, Clean Rooms and Laboratories, HVAC (Heating, Ventilation, and Air Conditioning System), and Process Control Systems.

  • EE471 Temperature Sensor with Remote Probe

    E+E Elektronik EE471 Temperature Sensor with Remote Probe

    E+E Elektronik EE471 Temperature Sensor with Remote Probe is designed for measuring temperature in specific applications where the sensor needs to be placed at a distance from the point of measurement. This Temperature Sensor with Remote Probe feature allows for flexibility in positioning the sensor in environments where direct contact may not be feasible or safe. This Temperature Sensor typically have a specified level of good accuracy.

    Applications : Building automation, HVAC systems, Environmental Monitoring , process control , Laboratories, etc.

  • E+E Elektronik EE576 Probe for Very Low Air Velocity

    E+E Elektronik EE576 Probe for Very Low Air Velocity

    E+E Elektronik EE576 Probe for Very Low Air Velocity is specifically designed for measuring the accurate low air velocity. This Air Velocity Probe operates on the hot-film anemometer principle .Its has compact air velocity transmitter specifically engineered for accurately measuring extremely low velocities.

     Applications : HVAC Systems , Clean Air Cabinets, Filter monitoring, Environmental Monitoring, Laminar flow control, Laminar flow control, Filter monitoring

  • Air Velocity Transmitter for HVAC

    E+E Elektronik EE650 Air Velocity Transmitter for HVAC

    E+E Elektronik EE650 Air Velocity Transmitter for HVAC is designed for accurate and dependable air velocity measurement. This is a device that makes use of a cutting-edge thin-film air velocity sensing element made by E+E that works on the same principles as a thermal anemometer. This Air Velocity Sensor makes fast and simple installation possible by the enclosure design and the mounting edge that is part of the supply scope.

    Applications: Building Automation, HVAC (heating, ventilation, and Air conditioning) Ventilation control, Ventilation systems, Process control.

  • Low Air Velocity Sensor

    E+E Elektronik EE660 Low Air Velocity Sensor

    E+E Elektronik EE660 Low Air Velocity Sensor designed specifically for clean rooms and applications requiring precise measurement of very low air velocity, such as laminar flow control. This Air Velocity Sensor operates the hot film anemometer and the measured data is available as current and voltage outputs. This Air Velocity Sensor allows for user configuration through jumpers via software.

    Applications: ventilation application, clean rooms, laminar floor monitoring, building automation, HVAC systems, Laboratories, Museums and Archives, Greenhouses

  • HVAC Air Velocity Probe

    E+E Elektronik EE671 HVAC Air Velocity Probe

    E+E Elektronik EE671 HVAC Air Velocity Probe is a portable device used for HVAC (heating, ventilation, and air conditioning) systems. This HVAC Air Velocity Probe offers great long-term stability and high precision, working on the hot air anemometer concept. The EE671 comes with an M12 connector. This HVAC Air Velocity Probe is very robust and highly insensitive to contamination.

    Applications: Heating and Ventilation Systems, Flow Monitoring and Control, Wind Tunnels, Air Ducts, Fume Hoods, Air Handlers, and Clean Rooms.

  • E+E Elektronik EE680 Air Velocity and Temperature Sensor for Laminar Flow

    E+E Elektronik EE680 Air Velocity and Temperature Sensor for Laminar Flow

    E+E Elektronik EE680 Air Velocity and Temperature Sensor for Laminar Flow is a device that measures the air velocity (Av) and the temperature (T) Which operate on the hot film anemometer principle. This Velocity sensor for Laminar Flow gives excellent accuracy down to 0.1m/s by a thin film sensing element. The Temperature sensing device is facilitated as a straight and angled version with various probe lengths & while the mounting concept and the M12 stainless steel connector. It comes with an optional adaptor and also with PCS10 product configuration software. 

    Applications: Pharmaceutical, Life Sciences & Microelectronics Industries, HVAC, Automotive, Weather Stations

  • CO2 Temperature and Relative Humidity Sensor

    E+E Elektronik EE800 Room Sensor for CO2, Temperature, and Relative Humidity

    E+E Elektronik EE800 Room Sensor for CO2, Temperature, and Relative Humidity is a room sensor with multi-parameters of CO2, temperature & relative humidity all in a single device. This CO2 Temperature and Relative Humidity gives accurate and stable measurements using a dual-wavelength NDIR CO2 sensor. This CO2 Temperature and Relative Humidity can be connected with either the RS485 interface or analog outputs to interface with building automation systems.

    Applications: Office Buildings, Schools, Residential Buildings, Laboratories and Research, Hotels, Hospitals and Healthcare, Commercial and Retail Spaces, Greenhouses and Controlled Agriculture, Museums, and Archives.

  • EE820 CO2 Sensor for Demanding Applications

    E+E Elektronik EE820 CO2 Sensor for Demanding Applications

    E+E Elektronik EE820 CO₂ Sensor can sense CO2 with Outstanding Accuracy, a long term stability, has high resistance to pollution. This CO2 detector can give the fast response, It can easily adjustable. It stays precise in all temperatures. The sensor uses a special dual-wavelength technology that corrects for aging and resists pollution, making it very stable and reliable over time.

    Applications : Hatchers, incubators, livestock barns, and greenhouses.

  • E+E Elektronik EE850 CO2, Humidity and Temperature Duct Sensor

    E+E Elektronik EE850 CO2, Humidity and Temperature Duct Sensor

    E+E Elektronik EE850 CO2, Humidity and Temperature Duct Sensor is a device which measures of CO2 levels, relative humidity (RH), and temperature (T) in various applications, particularly in demand-controlled ventilation and building automation systems. This Temperature Humidity Sensor functional design installing it into a duct, where a controlled amount of air flows through the divided probe to reach the CO2 sensing cell inside the transmitter enclosure. 

    Applications : Building automation, HVAC Systems, Clean Rooms, Greenhouses, Commercial Buildings.

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