The new universe combustible gas detector adopts two concentration display methods, namely digital display and bar scale display, which facilitate users to intuitively read data. It is compact in size, lightweight, easy to carry and operate, and energy-saving. This instrument can be powered by dry or rechargeable batteries to meet the power requirements in different scenarios. In addition, it also has traffic anomaly self checking function, data recording function, and optional data download function, providing convenience for subsequent data analysis and management.

1. The new universe combustible gas detector is widely applicable in various places

Industrial production workshop: In the production lines of chemical, pharmaceutical, coating and other industries, it can monitor the concentration of combustible gases generated during the production process in real time to ensure the safety of the working environment. For example, in the vicinity of chemical reaction vessels, timely detection of leaked flammable gases can prevent the occurrence of explosion accidents.

Gas pipeline and equipment area: can be used for leak detection of various gas pipelines and gas equipment. Whether it is natural gas pipelines in cities or gas facilities such as artificial gas and liquefied gas in factories, this detector can quickly and accurately detect potential leakage points, ensuring public safety and the normal operation of production.

Hot work site: Before conducting open flame operations such as welding and cutting, it is necessary to analyze the concentration of combustible gases in the surrounding area. The combustible gas detector can help workers determine whether there are safe hot work conditions, effectively avoiding the risk of fire or explosion caused by excessive combustible gas.

Warehouses storing flammable and explosive materials: For warehouses storing flammable and explosive substances such as gasoline, alcohol, solvents, etc., it is crucial to regularly use this detector to check the concentration of flammable gases in the air. It can promptly detect abnormal situations, remind management personnel to take measures such as ventilation and air exchange, and reduce safety hazards.

Laboratories and research facilities: In some experimental environments involving the use of combustible gases, such as chemistry laboratories, materials science research laboratories, etc., this detector can accurately measure the concentration of combustible gases generated during the experimental process, ensuring the safety of experimental personnel and the accuracy of experimental results.

2. Detection principle and accuracy of combustible gas detector in the new universe

This series of detectors usually adopts the principle of contact combustion detection, which can effectively detect various flammable gases such as natural gas, artificial gas, liquefied gas, and vapors of flammable organic solvents. Its indication accuracy is relatively high, generally reaching ± 5% of the full range, and the alarm setting value is 20% LEL (lower explosive limit). When the concentration of combustible gases in the environment reaches or exceeds this threshold, the instrument will immediately emit an audible and visual alarm signal to remind relevant personnel to take measures.

3. Convenience of operation

The combustible gas detector has a simple design and is easy to operate. The large screen LCD digital display makes the reading clear and easy to understand, even non professionals can easily get started. After turning on, the tested gas can be automatically sampled without the need for complex setup processes. At the same time, the inherently safe and explosion-proof design allows it to be used with confidence in various hazardous areas, without causing accidents due to sparks generated by itself.

4. Data management function of combustible gas detector in the new universe

Some models are equipped with data recording and downloading functions, which can record the time, location, gas concentration, and other information of each detection, and organize and analyze it through dedicated software. This helps companies establish comprehensive safety management records, trace historical data, and better formulate safety production strategies and emergency plans.