Odor monitoring device

The odor monitor can select 9 target gases, including odor OU value, ammonia, hydrogen sulfide, trimethylamine, methyl mercaptan, methyl sulfide, dimethyl disulfide, carbon disulfide, and styrene, which can be combined arbitrarily. The technical principle is not limited, and the detection range is not limited. The sensor is selected to be pluggable;

Simultaneously supporting monitoring of meteorological parameters, temperature and humidity, wind speed and direction, and atmospheric pressure.

▲ Sensor array combination:

Compatible with electrochemistry PID、 Principle of metal oxide semiconductor and other sensor technology - Array based cross interference algorithm processing

▲ Human computer interaction interface, real-time display of monitoring data:

Industrial grade high-definition 7-inch touch screen, monitoring data, change curves, historical data, alarm data, etc. The operating system displays real-time values, unit values, maximum values, minimum values, and average values of monitoring indicators in real time

Can query historical data for any time period and display it in a curve graph

▲ Intelligent sensing technology, automatic recognition and expansion

The odor monitoring device is equipped with a calibrated intelligent gas sensor, which is plug and play and automatically recognizes odors; Exclusive customized reaction chamber for sensors, fully and effectively detecting target gases through reaction

By replacing different intelligent gas sensors, it is possible to detect gases other than the existing four types of gases. One machine with multiple imported vacuum pumps, multiple filtration protection devices, and sniffing bag type provides stable and stable airflow

▲ Intelligent calibration and multiple data correction modes ensure data stability

Zero point automatic calibration, intelligent data temperature compensation, K-value intelligent algorithm calibration gas, remote calibration of target points

The odor monitor is an instrument developed and designed based on this for detecting industrial toxic and harmful gases. The selection range of gas types for detection includes hydrogen sulfide, ammonia, methyl sulfide, methyl mercaptan, dimethyl disulfide, carbon disulfide, styrene, triamine, nitrogen oxides, ozone, sulfur dioxide, hydrogen chloride, chlorine gas, TVOC and other industrial gases. Based on the concentration of these pollutants, the odor concentration OU value can be analyzed. Users can also customize gas types, quantities, and detection ranges according to their actual application needs. Compared with traditional chemical gas detection systems, the MG series multi-component gas monitoring instrument has the characteristics of fast detection speed, high detection sensitivity, multiple detection parameters and flexible selection of types, easy operation, and low system maintenance. It has gradually become a necessary gas detection equipment for environmental monitoring stations, industrial parks, large chemical and pharmaceutical enterprises to cope with environmental air pollution monitoring.

Performance characteristics of odor monitoring device

1. A single device can simultaneously detect 10 types of toxic industrial gases, and 1 to 10 gas parameters can be selected according to actual detection needs. Multiple devices can be used together to expand the monitoring of gas types;

2. It has certain seismic, explosion-proof, and waterproof performance, and has fixed installation angles for easy installation;

3. It includes wireless and wired data transmission modules, and can be sent in multiple channels. Multiple devices can also be connected to form a detection network;

4. The sensor types are intelligent electrochemical sensors and PID sensors, which can be separately plugged, replaced, and calibrated;

5. Open communication protocol, capable of data integration and display with third-party monitoring platform software;

6. It can be connected to electronic nose odor monitoring devices, gas sampling controllers, particulate matter monitoring devices, and other equipment to synchronously output monitoring result data;

7. The instrument can effectively set basic working parameters such as gas monitoring time, sensor cleaning and zero calibration time, data output frequency, and excessive alarm concentration, and adjust the setting content according to application needs.

8. The communication protocol can be compatible with 212 or Modbus protocols, and other protocols can also be customized according to customer needs.