Electromagnetic Flow Meter for Wastewater JDM-AXW

The JDM-AXW electromagnetic flowmeter, designed based on Faraday's electromagnetic induction principle, is a high-precision flow measurement instrument suitable for measuring the volumetric and mass flow rates of various conductive fluid media. This product utilizes high-precision analog signal processing technology and advanced adaptive digital signal processing (ADSP) algorithms, boasting excellent anti-interference capabilities. It maintains

high precision and excellent long-term stability even in complex industrial environments. The sensor adopts a modular design, with key components made of aviation-grade corrosion-resistant materials. The converter is produced through an ISO 9001 certified fully automated production line, ensuring the reliability of the product throughout its entire lifecycle. The intelligent display module integrated with a high-brightness LCD screen provides practical functions such as real-time flow trend charts, historical data query, and fault self-diagnosis. The user-friendly GUI interface design, coupled with infrared remote control functionality, has increased on-site operation efficiency by over 60%. The product has been successfully applied to flow monitoring and process control in the petrochemical, biopharmaceutical, municipal water supply, and other fields.

High-quality materials and precision manufacturing

The sensor coil is made of 99.99% high-purity oxygen-free copper wire, which has undergone triple insulation treatment and has a temperature resistance rating of Class H (180°C). The core components of the converter are imported brands, and the surface coating meets international anti-corrosion standards. The pipeline and flange are welded using argon arc welding technology, resulting in uniform welds, excellent air tightness, and an appearance that meets industrial-grade aesthetic standards.

High-precision flow measurement

The original multi-parameter (temperature/conductivity, etc.) dynamic compensation algorithm significantly enhances measurement accuracy under complex working conditions; the real-time processing system based on the ARM core achieves a sampling rate of up to tens of thousands of times per second; the independently developed GUI system based on the ARM architecture, equipped with a fully functional real-time operating system, supports one-click calibration and parameter adjustment, and requires no professional training for operation.

Excellent electromagnetic compatibility design

Compliant with GB/T17626.4-2018 Level 4 electromagnetic immunity standard; triple shielding design (Faraday cage/common mode choke/digital isolation); adaptive notch filter to eliminate power frequency interference.

Corrosion resistance and long-life design

The sensor lining can be selected from PTFE/PFA/F46/neoprene/polyurethane rubber, etc., depending on the usage scenario. The electrodes can be chosen from SUS316 / Hastelloy B/C / titanium / tantalum / platinum-iridium alloy / stainless steel-coated tungsten carbide, etc., with excellent resistance to corrosive media such as acids, alkalis, and salts, as well as excellent wear resistance.

Multi-functional communication interface

Supports 4-20mA analog output, RS485 (Modbus protocol), and HART protocol, enabling seamless integration with control systems such as PLC and DCS.

Severe environment adaptability

Certified with an IP67 protection level, and having completed high and low temperature impact (-40℃~85℃), vibration testing, and anti-interference testing, ensuring reliable operation in field environments.

Quantitative control and extended functionality

Built-in programmable quantitative alarm output, suitable for scenarios such as filling.

Split-type structural design

Supports wall-mounted installation and custom cable length, facilitating system integration and networking.