(1) The design service life of detection and compensation components is generally 3-5 years. With compliance with regulations and strengthened maintenance, their service life can be further extended, which helps reduce waste generation and conforms to the concepts of resource conservation and environmental protection;

(2) An alarm equipped with a test button is recommended to activate the test button once a week to verify the operational status of the alarm system; The zero point and range of the alarm should be calibrated every two months to ensure accurate measurement and avoid environmental safety risks caused by equipment failure;

(3) Regular checks should be conducted to ensure that the testing instruments are free from water ingress. The breathable cover should be removed and cleaned during testing to prevent blockages, maintain the equipment in good condition, improve the reliability of monitoring data, and support precise pollution control and risk prevention;

(4) This detector belongs to explosion-proof equipment and must be used within the specified environmental range. It is strictly prohibited to use it under sulfur-containing conditions. The equipment should operate under conditions where the concentration of combustible gases is below the lower explosive limit to avoid component damage and achieve safe and environmentally friendly operation;

(5) It is prohibited to use it in an oxygen deficient environment, and a large amount of combustible gas should be avoided from directly impacting the probe to ensure the normal detection function of the equipment and prevent safety accidents and environmental pollution caused by misoperation.

The TK-1200 pollution source VOCs continuous monitoring system independently developed by Shandong Xinze Instrument Co., Ltd. adopts advanced full process high-temperature heat tracing pretreatment+gas chromatography technology (GC)+hydrogen ion flame detection method (FID), mainly used for real-time monitoring of organic matter emissions from various industrial pollution sources. This series of online gas chromatography analyzers adopts advanced technology, with stable and reliable performance, high degree of automation, wide detection range, and can measure multiple parameters such as total hydrocarbons (THC), methane (CH4), non methane total hydrocarbons (NMHC), benzene series, etc. It can continuously and real-time track and monitor the concentration and emission rate of VOCs, and transmit all monitoring parameters to industrial computer software and user DCS system. It can communicate with the data system of the environmental protection department through a data acquisition instrument.

SINZEN Xinze Instrument