SGE-225-2-1980 07000C

SGE-225-2-1980 07000C application field and working principle

The SGE-225-2-1980 07000C is a highly specialized industrial equipment used to monitor aeronautical atmospheric condition, specifically air temperature and relative humidity. The equipment is used to measure the atmospheric temperature and the relative humidity which indicates the amount of water vapor that is in the atmosphere so that it can be used for air conditioning, aviation, and other environmental management solutions. The equipment is intended for use in areas where precise and reliable data is required.

Technical specifications:

• Temperature measuring range: -20 ℃ ~ +60 ℃
• Temperature resolution: 0.1 ℃
• Humidity measurement range: 0-100% RH
• Resolution of humidity measurement: 0.1% RH

Working principle

The SGE-225-2-1980 07000C is designed to monitor the temperature and relative humidity in the environment. It works by employing two sensors, one for detecting the temperature and the other for measuring the relative humidity, and then it combines the data from both sensors and displays it on a digital display. It also has an LED indication display, and it is capable of setting different alarm levels to warn the user when a particular atmospheric condition is detected.

The temperature sensor works by using thermistors. A thermistor is a sensing device composed of a semiconductor material that changes its electrical resistance when the temperature is changed. When the temperature increases, the resistance of the thermistor decreases, and when the temperature decreases, the resistance of the thermistor increases. The relative humidity sensor works by using a thin-film capacitive element. This element contains a material that changes its capacitance when the relative humidity is altered. The two sensors are connected to an amplifier, and when the sensor signal is amplified, the output signal is then transmitted to the digital display of the SGE-225-2-1980 07000C.

Application field

The SGE-225-2-1980 07000C is extensively used in the aerospace industry for atmospheric monitoring. Examples include aircraft design, flight operations, maintenance, and more. It is also used in airports, laboratories, and weather stations for monitoring and assessing air quality and other associated parameters. In addition, it is widely used in the field of environmental management, for example, to monitor the air quality in residential, industrial, and commercial areas.

Other application fields include weather forecasting, climate research, and air temperature and humidity control in various industries. It is also suitable for use in buildings, ships, and other areas where the monitoring of the temperature and humidity is needed.