Medium: Conductive liquids (sewage, wastewater, mud, etc.)
Accuracy:±0.5%
Diameter:DN10~16000mm
Electrode type: 316L, HB, HC, Ti, Ta, Pt
Output communication: 4-20mA, pulse, RS485
Power supply: 220VAC, 24VDC, battery
Installation: flange, threaded, Tri-clamp, insertion
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The coil is made of high-quality pure copper, which can effectively transmit current, resist erosion by various chemical substances, reduce measurement errors caused by temperature changes, and improve the vibration resistance and impact resistance of the electromagnetic flowmeter, thereby improving measurement accuracy and stability and service life. At the same time, it can also reduce the power consumption of the electromagnetic flowmeter and improve energy utilization efficiency.
The sensor adopts a three-electrode design, which effectively eliminates electromagnetic interference caused by non-metallic pipes on-site measurement pipes, and greatly improves the anti-interference ability of the electromagnetic flowmeter. At the same time, stable and high-precision measurement can be ensured even when the medium flow rate changes slightly.
Sewage treatment system
Sewage treatment system refers to a treatment system that removes or transforms main pollutants in urban sewage and industrial wastewater through physical, chemical or biological treatment methods to meet environmental discharge standards or reusable water quality requirements.
SolutionBy monitoring flow data in real time, sewage treatment plants can more accurately control the process parameters of each treatment link and improve treatment efficiency. In addition, electromagnetic flow meters can also help sewage treatment plants monitor the dosage of chemicals and ensure the rational use of chemicals, thereby reducing operating costs and reducing environmental impact. In short, flow monitoring is of great significance in the sewage treatment process. It can help improve the efficiency and reliability of the sewage treatment system in terms of operation management, equipment selection and optimization, energy consumption and cost control, as well as early warning and emergency response.
1. Three-electrode design, more accurate measurement.
2. Dual-frequency excitation method, higher stability.
3. All-copper self-adhesive coil, strong anti-interference ability.
4. Split type IP68 waterproof, better protection.
5. Optional DTU wireless transmission module can realize data cloud monitoring.
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