| Customization: | Available |
|---|---|
| Accuracy: | ±0.2-0.5% |
| Main Application: | Water, Wastewater, Diesel Fuel, Fuel Oil, Conductive Liquid |
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1.Scientific measurement principle, high accuracy and stability
Based on Faraday's law of electromagnetic induction, the measurement accuracy can reach ± 0.5%~± 1% (depending on the model), with good repeatability, suitable for high-precision flow monitoring scenarios.
The measurement results are not affected by changes in physical parameters such as fluid density, viscosity, temperature, and pressure (which must meet the pressure requirements of the pipeline), and are only related to fluid conductivity (which must be ≥ the minimum threshold).
2. Convenient remote transmission function, supporting remote monitoring
Built in remote transmission module, it can transmit real-time flow data to PLC, DCS system or cloud platform in the form of 4-20mA current signal, HART protocol, RS485/RS232 digital signal, etc., realizing remote data acquisition and monitoring.
Support wireless remote transmission expansion (such as pairing with wireless communication modules), no need for on-site wiring, suitable for distributed measurement in long-distance or complex environments.
3. Wide range and strong adaptability
The range ratio can reach 10:1~20:1, and it can measure fluids with low to micro flow rates (such as 0.01 m/s) to high flow rates (such as 15 m/s), meeting the needs of different working conditions.
Suitable for conductive liquids such as sewage, acidic and alkaline liquids, mud, tap water, etc., especially for fluids with high viscosity and particle impurities (without the risk of mechanical component blockage).
4. No pressure loss, energy saving and consumption reduction
The sensor structure is a straight through pipeline without throttling or moving parts, with low fluid flow resistance and negligible pressure loss, reducing system energy consumption and operating costs.
5. Easy installation and maintenance, high reliability
The installation method is flexible and supports flange type, clamp type, etc. It only needs to ensure the requirements of the front and rear straight pipe sections (usually 5D in the front and 3D in the back, where D is the pipe diameter), without the need for complex debugging.
The sensor lining and electrode materials can be selected (such as polytetrafluoroethylene, stainless steel, Hastelloy, etc.), which are corrosion-resistant, wear-resistant, suitable for harsh working conditions, and have a long service life.
No mechanical wear parts, low failure rate, long maintenance cycle, can reduce downtime for maintenance.
6. Rich intelligent functions
Support real-time display of flow rate, cumulative measurement, flow rate and other parameters on LCD screen, with a user-friendly interface.
Equipped with self diagnostic functions (such as electrode contamination detection, signal abnormality alarm), it is convenient to quickly locate faults.
Parameter settings (such as range, unit, damping time, etc.) can be made through on-site buttons or remote software, with high flexibility.
7. Complies with industrial standards and has strong compatibility
The output signal complies with international industrial standards, is easy to integrate with other automation equipment, and supports multi system collaborative work.
Some models have explosion-proof certification (such as Ex certification) and can be used in flammable and explosive environments (such as the chemical and petroleum industries).
8. Environmental protection and energy conservation, in line with sustainable development
Non contact measurement (without moving parts) reduces the risk of fluid contamination and is suitable for hygiene industries such as food and medicine.
Low power design (some models support battery power), suitable for remote areas or scenarios without power supply.
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