1. General Description
This system which is based on GIS electronic and geography information technology, can be used for establishing a perfect water flooding system and equipment distribution graph, providing a complete multi-node testing method, the time-node and time systems are used for testing and analyzing accurately each node and efficiencies of whole water flooding system, including the electric energy of motor input node, torque rotation speed of the motor, flow rate and pressure of pump inlet node and its outlet node, trunk line pressure and flow rate of outlet node of the station, the coming water trunk line pressure, flow rate and nodal tubing pressure and flow rate in the water allocation station.
The system which is based on Windows interface is used to establish an integrated software system for a set statistical analysis, simulating calculation, systematical evaluation and optimized operation of single machine and network operations. It is mainly used for instructing the daily production management, ensuring the optimal operation of the water flooding system.
2. Main Configuration of System
An advanced notebook computer, stand-alone edition system software.
Windows operation system.
Power sensor and acquiring circuits.
Pressure\flow sensing and acquiring circuits.
Temperature sensing and acquiring circuits.(option)
Supersonic double frequency Doppler type flowmeter. (option)
Torque sensor and acquiring circuits Centrifugal pump coupling.(option)
3. Main Technical Parameters and Precison
AC Voltage | 50V~1140V | ≤0.5%F·S |
AC Current | 0A~500A | ≤0.5%F·S |
Power Factor | -0.80~1.00 | ≤0.01 |
Pressure of Force Pump | 0MPa~50MPa | ≤0.5%F·S |
Pressure 0f Input Well-head | 0MPa~50MPa | ≤0.5%F·S |
Flow Rate | 0.5m3/h~5000m3/h | ≤1.0%F·S |
Flow Rate | 0~12000N·m | ≤0.5%F·S |
Temperature | -10℃~100℃ | ≤0.5%F·S |
Meaning Range of Supersonic Flowmeter | 0.06~10m/s | (±1%) |
