Power cable,water supply, petroleum, gas pipeline positioning cylindrical ID electronic marker ,buried label

Physical properties:

Size: Φ38mm*143mm

Weight: 0.49Kg

Shell material: ABS Engineering plastics

Internal Material: Ferrite Core

Color: orange red purple blue green yellow

Environmental characteristics:

Working temperature: -20℃~55℃

Storage temperature: -20℃~70℃

Drop test: 0.8 meters high drop to the concrete floor shell does not break

Protection class: IP67

Details:

Cylindrical buried ID electronic information marker|electric gas pipeline positioning and identification RF tag tracer is a low-frequency RFID buried electronic tag with a reading distance of 220CM and a working frequency of 125khz. The detection accuracy is x-y: 10cm z: 10cm. The shell is made of high-density polyethylene material, and the shell will not break when dropped from a height of 3 meters to the concrete ground. The data can be saved for 50 years, and the factory default is a read-only ID number that cannot be copied. Available in orange, red, purple, blue, green and yellow, suitable for all underground pipeline information signs.

Cylindrical buried ID electronic information marker | Power and gas pipeline positioning and identification RF tag tracer is a passive circuit inside, and the outside is made of sealed and waterproof high-density polyethylene material, which can prevent moisture, acid and alkali, corrosion and fully Resistant to drastic changes in the external environment, the service life is more than 50 years. The whole process of product processing and production adopts ROHS standard, and the UID code has been built in when leaving the factory. Buried near underground facilities when in use, it can Store information such as the location of underground facilities, burial depth, pipe diameter, pipe material, laying date, construction unit, and use date, so as to facilitate future detection and identification of underground facilities, and can also help manage daily maintenance work. .

Feature:

(1) It is waterproof, antimagnetic, high temperature resistant, and not affected by the environment.

(2) Passive and contact-free operation is adopted, and the application is convenient. It only needs to be placed in the electromagnetic field formed by the detector to accurately read the data, reducing or even eliminating the efficiency reduction and error correction costs caused by manual intervention in data collection.

(3) Fast data reading and long distance. It can read the internal storage data of the tag, and correlate with the information in the background management system through the mobile Internet, and display the tag information in real time.

(4) Reading does not depend on visible light, so it does not need to be visually visible, and can be used in harsh environments where barcode and nameplate technology cannot adapt.

(5) It has a confidentiality function for information data, so that the data can only be read by a special reader.

Applications:

Widely used in gas, electric power, water conservancy, communications and other industries for the positioning and identification of pipe networks, pipelines, and pipe galleries. It can be used in the process of laying pipes, and electronic markers are buried at inflection points, tees, etc. to mark, and electronic signs are buried The information that can be carried by the device includes: the characteristics of the buried point, the type and grade of the pipe material, the pipe diameter, the design pressure, the buried depth of the pipe, and the buried time, etc.

Range of use:

1. Directly buried non-metallic gas, electricity, water supply, communication, sewage and other pipelines and facilities must use electronic identification systems;

2. Directly buried metal gas, electricity, water supply, communication, sewage and other pipelines and facilities choose to use electronic markers according to the complexity of the line;

3. Various valves for all underground gas, electricity, water supply, communication, sewage and other pipelines;

4. All invisible manhole covers or manhole covers that may be buried by the municipal government (roads, greening);

5. All underground gas, electricity, water supply, communication, sewage and other pipelines are not in the turning of man-made wells;

6. Branch points and joints of all underground gas, electric power, water supply, communication, sewage and other pipelines, such as tees and reducing joints;

7. All intersections of underground gas, electricity, water supply, communication, sewage and other pipelines with other underground facilities;

8. The two ends of gas, electricity, water supply, communication, sewage and other pipelines crossing roads, rivers, buildings, walls or other public relations facilities can be the two ends of gas pipeline protection pipes;

9. When the depth of gas, electricity, water supply, communication, sewage and other pipelines varies by more than 0.5 meters, the location is high and low;

10. All pre-buried and prevented gas, electricity, water supply, communication, sewage and other pipeline ends;

11. Both ends of underground pipelines such as gas, electricity, water supply, communication, and sewage laid by trenchless technology;

12. Repaired underground gas, electricity, water supply, communication, sewage and other pipelines or joints (for marking maintenance information);

13. Other important underground gas, electricity, water supply, communication, sewage and other facilities marked on all File drawings;

14. All the places that the operator thinks need to be marked and positioned