1. Application Overview:

The AML-VOC02 organic volatile organic compound (VOC) gas detector is an intelligent high-performance detection instrument that uses imported intelligent gas sensors and can continuously monitor VOC gases online.Organic volatile organic compound (VOC) gas alarmReal time concentration display can be achieved on the computer through the gas alarm controller and monitoring management software, and real-time monitoring data and alarm status can also be transmitted to the safety control center through the optional wireless module. It can be widely used in petroleum and petrochemical, metallurgy, environmental protection, gas, fire protection, municipal, chemical, shipping, power, process control, sewage treatment, emergency rescue monitoring and other industries.

The standard configuration includes a dot matrix LCD industrial liquid crystal display and RS485 digital signal output. Optional modules such as programmable switch output can be configured to provide customized products according to user needs. It also supports output signal fine-tuning and other functions, making it convenient for system networking and maintenance. Can detect various toxic and harmful gases such as VOC, PH3, NH3, ETO, etc. At the same time, our organic volatile organic compound (VOC) gas alarm is sold to various parts of China, including Hebei Province, Shandong Province, Hubei Province, Jiangxi Province, etc.

AML-VOC02 alarm configuration:

Gas detector host

audible and visual alarm

mounting bracket

GPRS wireless module

2. Functional Features

Provide multi-level and multi parameter tiered warning and alarm limits for enterprises with clear emission limits (which other enterprises cannot achieve)

The product complies with the VOCs emission control standards for industrial enterprises in Hebei, Shandong, Shaanxi, Beijing, and Tianjin landmarks;

Wireless adopts GPRS, and data is automatically transmitted to the environmental monitoring department;

The TFT-LCD industrial screen displays the concentration values of various components such as VOC, SO2, NO2 detected in real time, with simple operation, clear interface, and convenient and fast operation;

The imported photoionization detector used is internationally recognized as an excellent VOCs detector;

The gas alarm controller detects the concentration value of VOC gas in real-time 24 hours a day. When the concentration value reaches or exceeds the alarm point, the controller immediately issues an audible and visual alarm and drives other peripheral devices such as exhaust or solenoid valves to operate, preventing explosions, fires, and poisoning accidents;

Optional explosion-proof design, can be installed in explosion-proof areas, safe and reliable;

The system adopts the total heating method, which ensures accurate and reliable monitoring data from probe sampling to analysis of high temperature throughout the entire process;

Equipped with automatic blowing function, it can automatically remove dust on the surface of the filter element and extend the service life of the filter element;

Equipped with automatic calibration function, no need for on duty, minimizing maintenance to the greatest extent possible;

Scalable optional measuring instrument for temperature, pressure, flow and humidity, accurately sampling temperature, pressure, flow and humidity parameters, analyzing the total daily and monthly emissions of VOCs from fixed sources;

It can store twice as much detection data as its peers, instantly query historical data, and export it on a USB drive for easy analysis of factory emission data;

Remote monitoring, capable of remotely controlling detection instruments and operating them on the central platform;

M-BUS signal output or RS485 digital output, can be uploaded to DCS and PLC systems;

Scalable measurement collection and processing device switch operation status;

The product complies with the national standard GB16297-1996 Comprehensive Emission Standard for Air Pollutants,

GB13223-2011 Emission Standards for Air Pollutants from Thermal Power Plants;

Local standard Tianjin DB12/524-2014 Industrial Enterprise Volatile Organic Compound Emission Control Standard,

Hebei DB13/2322-2016 VOCS Emission Control Standards for Industrial Enterprises,

Shandong DB37/2801.3-2017 Volatile Organic Compound Emission Standards,

Shaanxi DB61/T1061-2017 Volatile Organic Compound Emission Control Standard;

Implement the enterprise standard Q/AML28-2017 VOCS over limit alarm sensing device (volatile organic compound online detector);

Equipment installation and networking shall comply with the "Technical Requirements for Installation and Networking of Non Methane Total Hydrocarbon Online Monitoring System for Fixed Pollution Sources in Shanghai (Trial)" and the "Technical Requirements for Photoionization Detector (PID) Method for Continuous Automatic Monitoring System of Volatile Organic Compound Emissions from Fixed Pollution Sources in Guangzhou Province"

3. Technical indicators