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1. First generation trace line: it is composed of aluminum foil and plastic film. Aluminum foil is mainly used to transmit signals, and the matrix is fixed aluminum foil. Disadvantages of this tracer line: the strength of aluminum foil is very low, which is easy to break even in the process of production and transportation, and the auxiliary equipment is easy to be damaged. At the same time, the resistance of aluminum foil is very large, and the effective detection distance and depth are limited.
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2. Second generation tracer wire: it is pressed by steel wire and plastic film. The tracer wire is made of steel wire as the conductor, with high resistance and limited detection distance, which is difficult to meet the actual needs.
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3. Third generation tracer wire: it is composed of copper-clad steel metal wire core and PE outer protective layer, and its appearance is linear.
Buried tracer line structure
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PE outer protective layer, insulation, anti-corrosion, waterproof, anti-aging
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Copper layer, enhance conductivity and improve electrical signal
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Steel core, enhance the strength of wire body
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The double line connected structure can make the two lines bear the same force and the force is uniform
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Advantage of tracer line
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Low resistance
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High tensile strength
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Strong corrosion and aging resistance
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Double track advantage
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There is a protective joint connection at the connection
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Connection mode
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There are protective joints for the tracer line, which are used for the connection between lines. The joint has a waterproof and anti-corrosion closed cavity. The exposed ends of the tracer line are placed in the closed cavity, so as to protect the exposed missing ends from corrosion. The joint is made of PE material and has the ability of corrosion resistance and aging resistance.
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Laying and detection of tracer line
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The tracer line must be placed together with the pipeline when laying. The buried pipeline detector can only work after being trained and qualified. When detecting, connect one end of the transmitter of the pipeline detector to the missing line and the other end to the ground. Along the general direction of the pipeline, use the pipeline detector to detect the position and depth of the pipeline.
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