Although PE pipes have many advantages, their greatest weaknesses are low strength, poor light resistance, easy aging, and difficulty in detecting location, direction, and depth.

在以往市政建設(shè)施工中，由于管道的確切位置不十分清楚,被施工機(jī)械挖斷挖漏的現(xiàn)象很常見(jiàn),由此造成的燃?xì)庑孤┍ㄊ鹿室矔r(shí)有發(fā)生,因此探測(cè)標(biāo)地下PE管道的位置工作十分必要。

In the past municipal construction, due to the unclear exact location of the pipeline, it is common for the pipeline to be cut and leaked by construction machinery, resulting in gas leakage and explosion accidents. Therefore, it is necessary to explore the location of underground PE pipelines.

由于PE管材所具有的獨(dú)特技術(shù)性能和其他管材無(wú)法比擬的安裝方式,該種材料被全國(guó)燃?xì)庑袠I(yè)廣泛應(yīng)用于城市燃?xì)忸I(lǐng)域中，成為替代城市燃?xì)饴竦劁摴堋㈣T鐵管道的理想材料，特別是輸送燃?xì)夂妥詠?lái)水管道應(yīng)用多。但另一方面,由于PE管

Due to the unique technical performance of PE pipes and the incomparable installation method of other pipes, this material is widely used in the field of urban gas in the national gas industry, becoming the most ideal material to replace buried steel pipes and cast iron pipes for urban gas, especially for gas transmission and tap water pipelines. On the other hand, due to the PE pipe

材的特殊性, PE燃?xì)夤艿涝诎惭b、運(yùn)行管理、探測(cè)定位上同樣存在特殊性。PE 管道為惰性材質(zhì)制成,不

Due to the particularity of materials, PE gas pipelines also have particularity in installation, operation management, detection and positioning. PE pipes are made of inert material, not

導(dǎo)電.不導(dǎo)磁,埋人地下之后，目前還沒(méi)有較好的方法直接在地面探測(cè)到PE管道在地下的空間位置。

After conducting electricity and not conducting magnetism, and being buried underground, there is currently no better method to directly detect the spatial location of PE pipes on the ground.

為了PE管道埋地后能夠在地面探測(cè)到位置和埋深的問(wèn)題，人們已經(jīng)想出了多種方法,相比之下，導(dǎo)線示蹤線技術(shù)是經(jīng)濟(jì)、效果的方法。

In order to solve the problem of detecting the location and depth of PE pipelines on the ground after they are buried, many methods have been devised. In contrast, the wire tracing technology is the most economical and effective method.

所謂導(dǎo)線示蹤線技術(shù)就是在鋪設(shè)施工PE管道時(shí)與PE管道-起埋人一- 條銅導(dǎo)線(簡(jiǎn)稱示蹤線),為今后探測(cè)PE管道位置與深度所用,示蹤線法是目前國(guó)內(nèi)外普遍采用的探測(cè)方法。示蹤線在埋地管道施工中，為了使示蹤線在以后能夠很好地起到示蹤作用,它的施工方法和探測(cè)方法選擇十分重要。

The so-called wire tracing line technology refers to a copper wire (referred to as tracing line) that is buried with the PE pipe during the laying and construction of PE pipes. It is used to detect the position and depth of PE pipes in the future. The tracing line method is currently widely used at home and abroad. In the construction of buried pipelines, the selection of construction methods and detection methods is very important in order to ensure that the tracer line can play a good tracking role in the future.