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SERVICE AREA
SERVICE AREA
Overview of GDS/GMS Gas Detection and Alarm System

Monitoring and control system for inert, flammable, and toxic gas leaks.

Combustible/toxic gas detectors are responsible for detecting various gases on the production site and converting the collected gas concentrations into analog signals. The data acquisition module transmits the collected signals to the GDS control unit through serial communication. The GDS control unit compares the detected values with their respective alarm upper/lower limits. When a detector detects a concentration that exceeds or falls below the upper or lower limit, the GDS control unit outputs an alarm signal through the DO module, turns on the sound and light alarm, and turns on or off related equipment.

Operators can monitor the real-time status of all detection points in the factory area through human-machine interaction interfaces such as the touch screen, operator station, and engineer station of the industrial computer, mainly including gas concentration values, alarm upper limits, real-time curves, and historical data. When an alarm occurs, it can also be silenced and responded to through an industrial computer.


GDS/GMS gas detection and alarm system function

Through the GDS system (gas detection and alarm system), real-time monitoring, warning processing, remote control, and equipment management can be integrated to achieve real-time monitoring of hazardous gas leaks in the factory area and intelligent judgment of alarms. It supports multiple alarm effects such as sound and light alarms and video linkage alarms. It can effectively prevent the occurrence of safety accidents in enterprises, achieve gas leakage and management in the production process, and ensure the safety of enterprise production.

Features of GDS/GMS gas detection and alarm system
Features of GDS/GMS gas detection and alarm system

In order to ensure the high reliability and technological advancement of the GDS system, the system design should follow the principles of advanced technology, reliable operation, rich functions, convenient use, easy maintenance, and reasonable investment, and the overall design and implementation of the system should be carried out.

Progressiveness: adopt advanced design ideas and equipment, make full use of existing high-tech, and the system reaches the domestic advanced level.

Maturity: Adopting mature technologies, brands, and models, and constructing them in a standardized manner to ensure the smooth operation of the system.

Openness: Following relevant standards, capable of supporting various networks and terminal devices, supporting various system architectures and open communication protocols.

Scalability: The system structure is advanced and reasonable, and software and hardware expansion is convenient.

Reliability: Provide fault-tolerant design. Support fault detection and recovery, with strong manageability.

Practicality: Fully combining the actual situation on site and the communication method selected by the user to meet the system application requirements.

Maintainability: Choose domestically supported and standardized product model protocols that are open and easy to maintain.

Economy: Fully consider the actual situation of the owner during design to achieve a high performance price ratio


Design specifications and references
  • GB50646-2020
    《Technical Standards for Special Gas System Engineering》
  • GB/T20801-2006
    《Pressure Piping Code - Industrial Piping》
  • TSG D0001-2009
    《Supervision and Regulations on Safety Technology of Pressure Pipelines - Industrial Pipelines》
  • GB50646-2020
    《Technical Standards for Special Gas System Engineering》
  • GB50236-2011
    《Code for Construction and Acceptance of On site Equipment and Industrial Pipeline Welding Engineering》
  • GB9448-1999
    《Welding and Cutting Safety》
  • GB50235-2010
    《Code for Construction and Acceptance of Industrial Metal Pipeline Engineering》
  • GB4962-2008
    《Technical Specification for Safety of Hydrogen Use》
  • GB50493-2009
    《Design Specification for Combustible Gas and Toxic Gas Detection and Alarm in Petrochemical Industry》