Water situation monitoring
Water supply network pressure and flow station HD-SPF760
- Pressure range: 0-1.6MPa
- Flowmeter type: plug-in type
- Power supply: solar energy
- Output method: 4G wireless
- Product description: The water supply pipeline pressure and flow monitoring system is a comprehensive monitoring and management equipment that uses online monitoring equipment as the core, intelligent Internet of Things t
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Product Introduction
The water supply pipeline pressure and flow monitoring system is a comprehensive monitoring and management equipment that uses online monitoring equipment as the core, intelligent Internet of Things technology, and specialized analysis software to collect, store, process, query, and warn real-time monitoring information on the pressure and flow of the water supply pipeline. The water supply network pressure and flow monitoring system is suitable for remote monitoring of water supply networks by water supply enterprises. Staff can remotely monitor the pressure and flow situation of the entire city's water supply network at the water supply dispatch center. Scientifically command the start and stop of water supply equipment in each water plant to ensure balanced water supply pressure and stable flow rate; Timely detection and prediction of pipe explosion accidents.
Functional characteristics
1. High reliability
The use of industrial grade designed pipeline pressure and flow monitoring equipment, combined with the application of Internet of Things and microservices technology, ensures the overall reliability of data collection, transmission, processing, and analysis.
2. High accuracy
Adopting high-precision pipeline pressure and flow monitoring sensor design, and using unified standard API data communication interface services, not only ensures the accuracy of monitoring data, but also ensures the stability and effectiveness of the entire system operation.
3. Strong professionalism
The system has strong professionalism, with professional services and scheme design required for each stage, including but not limited to basic data collection, demand research, zoning scheme design, zero pressure testing of pipeline network, implementation scheme design, etc.
4. Reduce costs and increase efficiency
Through the construction and operation of system solutions. Improved the intelligence level of the water supply network, effectively shortening the response time for new leakage, reducing the amount of leakage water, saving water resources, reducing the production and sales gap of water supply, and reducing the economic losses caused by safety accidents of drainage pumping stations.
Equipment parameters
Pressure transmitter parameters
Range: 0-1.6MPa, customizable
Pressure type: gauge pressure
Output signal: RS485 or 4-20mA
Power supply voltage: 9-24VDC
Accuracy level: 0.5% FS default
Protection level: IP68
Ultrasonic flow meter parameters
Measurement accuracy: ≤ 0.5%
Flow rate range: 0-10m/s, measured in both forward and reverse directions
Pipeline diameter: DN50-DN6000mm
Sensor type: plug-in type
Signal output: 4-20mA
Signal input: 3 channels 4-20mA
Communication interface: isolated RS485 serial interface, supporting MODBUS protocol
Power supply method: DC8-36V
Telemetry terminal parameters
Serial interface: 1 USB, 3 RS485
Input channel: Analog+Switching=6 channels
Application protocols: MODBUS RTU protocol, hydrological protocol, water resources protocol, environmental protection 212 protocol, etc
Communication method: 4G/GPRS wireless transmission
LCD display: touch screen display
Power supply: 10V~30VDC
CPU: 32-bit processor, running at a frequency of 80MHz
Real time clock: supports
Power consumption: Online current ≤ 60mA/12V
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