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CO2/Temperature/Humidity/Differential Pressure Digital Sensor Module EE894

CO2/Temperature/Humidity/Differential Pressure Digital Sensor Module EE894

The measurement principle adopts the NDIR method (non-dispersive infrared absorption)! For integration into OEM equipment, HVAC, and agricultural-related devices!

● The detection principle recommended by the Ministry of Economy, Trade and Industry for CO2 measuring devices is an optical sensor. ● Equipped with automatic calibration function (automatic correction function). ● Revolutionary long-term stability. ● Temperature/pressure compensation function. ● Low power consumption. ● Compact (45 mm * 22 mm * 15 mm). ■ The EE894 is a digital sensor module suitable for ventilation control and general building air conditioning management applications for CO2/temperature/humidity/differential pressure. ■ To compensate for aging degradation, it adopts E+E's unique dual-wavelength NDIR CO2 sensor. ■ It is resistant to contamination and provides long-term stability. In addition to CO2 measurement, it can also measure humidity (RH), temperature (T), and differential pressure (p). For more details, please download the catalog or contact us.

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CO2/Temperature/Humidity/Differential Pressure Digital Sensor Module EE895

CO2/Temperature/Humidity/Differential Pressure Digital Sensor Module EE895

The measurement principle adopts the NDIR method (non-dispersive infrared absorption)! For integration into OEM equipment, HVAC, and agricultural-related devices!

● The detection principle recommended by the Ministry of Economy, Trade and Industry for CO2 measuring devices is an optical sensor. ● Equipped with automatic calibration function (auto-correction function). ● Revolutionary long-term stability. ● Temperature/pressure compensation function. ● Low power consumption. ● Compact. ■ The EE895 is ideal for ventilation control and general building air conditioning management applications. Due to its low power consumption, it is also suitable for battery-operated devices such as handheld units, data loggers, and wireless transmitters. ■ To compensate for aging degradation, E+E's unique dual-wavelength NDIR CO2 sensor is employed, which is resistant to contamination and provides long-term stability. It performs accurate measurements across all temperature ranges. ■ In addition to CO2 measurement, it can also measure temperature (T) and differential pressure (p). The temperature and pressure compensation from the included sensors minimizes the impact of altitude and external environments on CO2 measurements. ■ The measurement values for CO2, temperature (T), and differential pressure (p) can be output digitally via I²C or UART. Settings can be configured through digital communication. The measurement interval for CO2 can be set according to application and power conditions. For more details, please download the catalog or contact us.

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Digital sensor module for CO2/temperature/humidity/micro differential pressure for schools

Digital sensor module for CO2/temperature/humidity/micro differential pressure for schools

Optimize school ventilation management! Measure CO2 levels for a comfortable environment.

In school classrooms and facilities, maintaining air quality through appropriate ventilation is important for improving the health of students and the quality of the learning environment. In particular, an increase in CO2 concentration can lead to decreased concentration and health issues. The EE894 simultaneously measures CO2 concentration, temperature, humidity, and differential pressure to support the optimization of ventilation systems. This ensures that appropriate ventilation conditions are maintained at all times, providing a comfortable and healthy learning environment. 【Usage Scenarios】 - Classrooms - Gymnasiums - Staff rooms - Libraries 【Benefits of Implementation】 - Energy savings and comfort achieved through ventilation control based on CO2 concentration - Visualization of air quality through real-time environmental monitoring - Improved health management and learning efficiency for students

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Digital sensor module for CO2/temperature/humidity/differential pressure for agriculture

Digital sensor module for CO2/temperature/humidity/differential pressure for agriculture

Adopting NDIR method! For agricultural environmental control. Measuring CO2, temperature, humidity, and differential pressure.

In the agricultural sector, accurate monitoring of environmental factors such as CO2 concentration, temperature, and humidity is essential to optimize the growth environment for crops. In particular, CO2 concentration directly affects plant photosynthesis, while temperature and humidity significantly influence the occurrence of pests and diseases as well as growth rates. Improper environmental management can lead to reduced yields and lower quality. The EE894 simultaneously measures CO2, temperature, humidity, and differential pressure, addressing these challenges in agricultural environmental control. 【Usage Scenarios】 - Plant factories - Greenhouses - Livestock facilities - Warehouses 【Benefits of Implementation】 - Real-time monitoring of CO2 concentration, temperature, and humidity to maintain optimal conditions - Energy savings through automatic control of ventilation systems - Improvement in crop growth conditions - Reduction of pest and disease risks

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Digital sensor module for CO2/temperature/humidity/differential pressure for residential use

Digital sensor module for CO2/temperature/humidity/differential pressure for residential use

Adopting NDIR method! Monitoring indoor air quality for a healthy living environment.

In health management within residential settings, indoor air quality is extremely important. Specifically, properly managing CO2 concentration, temperature, and humidity is essential for maintaining the health of residents. High concentrations of CO2 can cause drowsiness and headaches, while excessive humidity can promote the growth of mold and dust mites, potentially leading to allergies and respiratory issues. The EE894 was developed to address these problems. It simultaneously measures CO2 concentration, temperature, humidity, and differential pressure, enabling the optimization of ventilation systems and the efficient operation of air purifiers. This helps create a healthy indoor environment and supports comfortable living. 【Usage Scenarios】 - Living rooms, bedrooms, and children's rooms within homes - Control of ventilation systems - Performance evaluation of air purifiers - Monitoring for health management purposes 【Benefits of Implementation】 - Increased health awareness through visualization of indoor air quality - Energy-saving effects through optimization of ventilation and air conditioning - Reduced risk of mold and dust mite growth - Creation of a comfortable living space

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