7CH3SH-10 Methyl mercaptan Gas Sensor For Wastewater Treatment Plants

                               7CH3SH-10 Methyl mercaptan Gas Sensor For Wastewater Treatment Plants

Product Features:

• Low - power Consumption Design: With a low - power design, it is energy - efficient, reducing power consumption and suitable for long - term continuous operation, which helps to extend the service life of the equipment using this sensor and reduce operating costs.
• Compact Size: It has a small volume, which is convenient for project integration and development. It can be easily installed in various gas detection equipment, such as portable gas detectors or fixed - installed monitoring devices, without taking up too much space.
• High Precision and Stability: It has high - precision measurement capabilities, with a resolution of 0.1 ppm, and can accurately detect low - concentration methanethiol gases. It also has strong stability, good consistency and repeatability, which can ensure the reliability of measurement results in long - term use.
• Multiple Concentration Units: Concentration units such as PPM, VOL, LEL, mg/m³, and μg/m³ are optional, which can meet the needs of different application scenarios and data display requirements, facilitating users to view and process data according to actual needs.
• Temperature Compensation Function: It is equipped with a full - range temperature compensation and data correction function, which can ensure the measurement accuracy in the temperature range of - 20℃ ~ 50℃, reducing the impact of environmental temperature changes on the measurement results.
• Safe and Reliable: The intrinsically safe circuit design meets safety requirements and is equipped with anti - interference, short - circuit and reverse - polarity protection functions, which can effectively prevent sensor damage caused by abnormal power supply or external interference, and ensure safe use in harsh environments.
• Fast Response: The response speed is fast, and the T90 response time is ≤60 s, which can quickly detect the change of methanethiol concentration, and provide timely feedback for gas monitoring, helping users to respond to gas leakage and other situations in time.
• Strong Anti - interference Ability: It can deal with harsh on - site environments and electrical interference, and is less affected by other gases. Even in complex industrial environments or environments with a variety of gas mixtures, it can still maintain stable and accurate measurement of methanethiol.
• Diverse Signal Outputs: There are optional analog voltage signals (such as 0 - 3V, 0.4 - 2V), current signals (4 - 20MA), and digital signals (RS485, TTL), which can be easily connected to industrial control systems such as PLC/DCS, facilitating data acquisition, transmission and processing, and is convenient for integration with various monitoring and control systems.
• Zero Adjustment Function: It has a built - in zero - point fine - tuning function, which is convenient for calibration and maintenance. Users can adjust the zero point of the sensor according to actual needs to ensure the long - term accuracy of the sensor.
• No Need for Re - calibration: It is precisely calibrated before leaving the factory, and there is generally no need for re - calibration during use, which reduces the user's use cost and operation difficulty, and also ensures the stability of measurement data.

Product Uses:

• Environmental Monitoring2: It is used to detect the methanethiol concentration in the atmospheric environment, which is widely used in environmental monitoring stations, meteorological departments, etc. It can provide data support for environmental protection work, help monitor air quality, and is of great significance for evaluating environmental pollution and formulating environmental protection policies.
• Industrial Emission Monitoring3: It is suitable for industries such as oil refineries, fertilizer and pesticide manufacturing plants. These industries may produce methanethiol during the production process. The sensor can be used to monitor the emission of methanethiol in real - time, ensure that the emission meets environmental protection standards, and also protect the safety and health of workers.
• Wastewater Treatment Plants2: In wastewater treatment plants, the anaerobic digestion of organic matter may produce methanethiol and other odorous gases. The 7CH3SH - 10 gas sensor can be used to monitor the concentration of methanethiol in the air of the plant area, help control the treatment process, and reduce the impact of odorous gases on the surrounding environment and the health of workers.
• Indoor Air Quality Detection2: Although the concentration of methanethiol in indoor environments is usually low, in some special occasions, such as newly decorated rooms or places close to industrial pollution sources, there may be a small amount of methanethiol. The sensor can be used to detect the methanethiol content in homes, offices and other places to ensure a safe and healthy living and working environment.
• Gas Detector and Analyzer Manufacturing4: It is provided for gas detector production enterprises and gas analyzer R & D manufacturers as a core detection component. These manufacturers can use this sensor to develop various types of gas detection equipment, such as portable methanethiol detectors, fixed - installed gas analysis systems, etc., to meet the needs of different users for gas detection.
• Smart Home Applications2: It can be integrated into smart home systems. Through the Internet of Things technology, it is linked with other devices. When the methanethiol concentration exceeds the standard, it can automatically send out alarms or trigger ventilation equipment to purify the air, providing a more intelligent and safe living environment for users.