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Application Area

Semiconductor
New energy
Data center
Electric power grid
Environmental Protection
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Application scenarios

The BOE cleanroom leakage monitoring system adopts a spiral induction line, which is laid in various pipeline locations, equipment bases and other areas prone to leakage. When liquids such as water, acid or alkali come into contact with the sensing line and cause a short circuit, the system can quickly capture the signal. In terms of communication, the system adopts a dual mode of 485 bus and dry contact. The 485 bus can achieve long-distance, multi node stable data transmission, while the dry contact ensures reliable signal transmission in complex electromagnetic environments with strong anti-interference ability. The data is transmitted to the backend through the leakage monitoring controller. Once a leakage occurs, it immediately triggers information push and records and analyzes data to assist in operation and maintenance decision-making and risk prevention, and comprehensively safeguard the production safety of the clean room.

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Application scenarios

Huacan Optoelectronics New Factory Leakage Detection Project

Project background: New factory leakage detection project.

Project pain points: There are many chemicals, water and other pipelines involved in the production process of the workshop, which pose a risk of leakage and make it difficult for operation and maintenance personnel to inspect.

Solution: A complete set of solutions and leakage detection products.

Real time monitoring of various liquid hazardous chemicals leaks, preventing greater harm from leakage accidents, and saving operation and maintenance costs.

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Application scenarios

Tang Group Energy Storage Tank Leakage Monitoring Project

Project background: In the environment of energy storage boxes, they are used to store energy and supply electricity. During operation, high temperatures are generated, so air conditioning and water cooling methods are needed for cooling. And in outdoor environments, there is a large temperature difference between indoors and outdoors, which can lead to condensation. There is also a possibility of external rainwater infiltrating during heavy rain. So in this environment, it is necessary to monitor the liquid inside the energy storage tank to avoid water generated by various factors affecting equipment operation and causing accidents.

Pain point of the project: In the environment of the energy storage box, there is a large amount of static electricity interference, and conventional induction lines will be conductive in severe static electricity environments, leading to false alarms.

Solution: The project utilized a combination of XW-PC-1S and XW1100B. XW1100B is an induction line specially developed for interference from static electricity, iron filings, dust, and other factors in the on-site environment. Compared with conventional induction lines, it has an additional layer of nylon sheath, which can effectively isolate interference and has higher sensitivity.

Implementation value: Replaced the conventional induction line solution, solved the problem of false alarms in friendly equipment, and provided safe driving protection for energy storage.

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Product Center

Data Center
Semiconductor
Power Grid
New Energy
Environmental Protection

Xiangwei Measurement and Control

Shenzhen Xiangwei Measurement and Control Technology Co., Ltd. was established in 2009 and is headquartered in Longhua District, Shenzhen. It focuses on energy conservation, environmental protection, and emergency safety services, providing integrated solutions for leak warning of water, acid, alkali, and oil liquids in this field. It is a national high-tech enterprise with an independent industrial Internet of Things leak sensing laboratory, fully automated intelligent production line, and global city network. It has diversified development in the field of intelligent monitoring.
  • 2009

    Shenzhen Xiangwei Measurement and Control Technology Co., Ltd. was established in 2009

  • 50+

    Having over 80 independent intellectual property rights, including inventions and utility models

Service Process

  • 01 Online Consultation
  • 02 On-site inspection
  • 03 Drawing design
  • 04 Formulate a plan
  • 05 Technical exchange
  • 06 Sign a contract

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