1, When using, pay attention to the length of the tracer wire and use as much as needed. Do not pour out all the tracer wire at once.

2, When the tracer wire enters the Directional drilling with the pipe, it should be watched to avoid knotting or entanglement of the tracer wire.

3, It's better to have a simple pay-off rack, fix the tracer wire on the pay-off rack, and drag the tracer wire and the pipe at the same time.

4, During the process of dragging the pipe, the tracer wire should not be tripped by small trees or other obstacles to avoid being pulled off.

5, The tracer wire and the top of the pipe should be firmly tied to prevent the tracer wire from falling off when the pipe passes through. If the tracer wire needs to leave the ground surface, a certain length should be reserved appropriately. It is recommended to reserve a length of approximately 1.5 meters for the tracer wire after leaving the ground for detection purposes.

6, The tracer wire should not have joints during the use of directional drilling.

The gas tracer wire effectively solves the problem that non-metallic pipelines cannot be detected using metal pipeline finders, and can be widely used for the search and positioning of underground non-metallic pipeline networks such as gas, water supply pipelines, and drainage pipelines.

In addition, we can briefly introduce some issues related to tracer wire detection as follows:

1. After the pipeline is laid, a pipeline detector should be used to conduct a detectability test on the laid traceable trace line to ensure that the metal wires are properly connected, and the test results should be recorded.

2. Connect the metal wire of the tracer wire to the transmitter input terminal of the pipeline locator, and the transmitter grounding terminal should be as far away as possible from the transmitter. Use grounding piles or poles to reduce grounding resistance.

3. By using a receiver to detect and receive transmission signals, the displacement and burial depth of the pipeline can be found.