ABOUT
Hanhai Opto-electronic is a major scientific research achievement transformation institution of the Hefei Institute of Physical Science, Chinese Academy of Sciences.
The wall mounted passive laser monitoring system is particularly suitable for underground insulation head gas leakage monitoring of gas pipelines entering and leaving unmanned stations. The system consists of a wall mounted host, a photosensitive terminal, an expansion module, and a management platform. The light sensing terminal is a passive device that can be buried underground simultaneously with the pipeline, achieving long-term online monitoring of insulation joint leakage. A wall mounted device can carry 2 or 16 photosensitive terminals through expansion modules. Different light sensing terminals can be configured according to different scenarios.
Independent research and development
Active monitoring
Maintenance-free
High sensitivity
No false positives
Zero false negatives
Strong anti-interference
Suitable for underground insulation head gas leakage monitoring of gas pipelines entering and exiting unmanned stations.
The sensor host integrates laser information transmission and reception, making the overall size smaller and allowing for free placement, making it easier to install and move.
Each monitoring channel has a response time of only 10 seconds and can accurately detect ppm level trace gas leaks, truly achieving gas leak prevention monitoring.
Mainly used for buried insulation joints, supporting real-time multi-channel transmission (up to 16 channels).
Real time monitoring of the site and display of monitoring data.
Light sensing terminals are pure optical devices with lossless characteristics. High reliability, no need for calibration.
Ultra long system operating life. Significantly reduce the operating costs of equipment throughout its lifecycle, once and for all.
TEL:400-055-1239 (9:00~17:00)
MAIL:lisghanhai@gkhhlaser.com
ADDR:302 Floor, Building 5, No. 18, Kechuang 13th Street, Beijing Economic and Technological Development Zone