The equipment used in mines should be as lightweight and flexible as possible, which puts forward the requirement of lightweight connectors. The main body adopts low density and high strength PBT engineering plastic, which is lighter and stronger, and adopts a more compressive circular connector design. It is not only easy to carry to the underground mine, but also sturdy and not easily damaged, making it very suitable for mining scenarios;
In underground mines, methane sensors must have high waterproof and dustproof performance, otherwise the equipment is prone to malfunction. Overall, it has a rigorous waterproof and dustproof design, with a standard IP66 protection level. Users can also choose IP67 or IP68 level products, which fully meets the waterproof and dustproof requirements of methane sensors for connectors;
Under the mine, in addition to dust, there are also many corrosive components, so salt spray corrosion resistance must be a key factor to consider. The main shell is made of PBT material with strong salt spray corrosion resistance, and the dust cover of the socket is also made of PBT material, which can withstand the impact of salt spray corrosion in the complex environment of the mine;
The efficient and reliable transmission of methane concentration signals can truly serve the purpose of alarm and safety. Having excellent signal transduction ability. The high conductivity contact material, combined with advanced coating technology, can achieve efficient transmission of sensor signals, ensuring the long-term stable operation of methane sensors underground.
Methane gas detection is of great significance for coal mine production and is a key technical means to ensure the safety of underground operations in coal mines. Therefore, whether methane sensors can achieve efficient and safe transmission of detection signals in harsh underground environments is a key performance indicator requirement for signal connectors.
