The GDS system uses high-performance gas detectors to accurately detect the gas concentration in the environment, and upload data to the host computer through standard signal/bus/wireless transmission/industrial Ethernet.
Realize the functions of real-time monitoring of gas concentration information, real-time alarm, historical alarm query, historical trend query, historical report, distribution map, sending message to larm, etc.
It is convenient for users, safety, health or environmental protection departments to grasp the situation of combustible/toxic gases in the environment in time to prevent explosion and poisoning accidents.
Hose computer: used for field data collection, storage, monitoring, alarm, data management, historical record query, etc.
Controller: According to the system architecture, a dedicated controller or PLC produced by the company can be selected to realize real-time data collection and linkage control.
Network communication: Collecting the data of the gas detector on the spot by means of standard signal bus wireless transmission, etc., after processing, the data is uploaded to the hose computer through the industrial Ethernet.
On-site detector: It integrates gas detection, display and alarm, and uploads data to the controller by 4-20mA+HART and Modbus.
With WEB and mobile APP interfaces; it can meet the access requirements of mainstream IoT protocols such as MQTT, Bluetooth, NB-IOT, LORA, Zigbee and other signals.
Based on the open architecture, it can realize the interconnection and intercommunication with DCS/SIS/fire protection and other systems, and it is convenient to access the system of safety supervision and emergency management department.
Real-time monitoring of gas concentration information
Historical alarm query
Historical trend query
Massage alarm etc.
It can realize the interconnection and intercommunication with DCS/SIS/fire protection and other systems, and it is convenient to access the safety supervision and emergency management department systems.
According to specific requirements, special fire-fighting controllers, conventional/redundant/SIL-certified PLCs can be used.
Upload data to the hose computer in various ways to realize real-time monitoring and real-time alarm of gas concentration information
It can fulfil the signal access requirements of mainstream IoT protocols such as Bluetooth, NB-IOT, LORA, Zigbee, etc.
The SNEScan900-P continuous automatic monitoring system for volatile organic emissions is an automatic detection system for continuous and real-time determination of the total VOCs in the exhaust of fixed pollution sources.。