Quadrupole conductivity electrode

In modern industrial production, water quality monitoring is not only the foundation for ensuring stable operation of processes, but also a key link in ensuring the quality of final products and equipment safety. EC-A401 launched by Shanghai Botuo Instrument Co., LtdQuadrupole conductivity electrodeWith its four electrode technology, high-precision measurement capability, andexcellentThe industrial adaptability has become the preferred solution for online monitoring of water quality in many industries.

The EC-A401 electrode adopts a new generation four electrode structure design, embedded with NTC-10k or PT1000 (standard) high-precision temperature sensors, which can synchronously and accurately measure the conductivity and temperature of water samples, and achieve automatic temperature compensation, effectively eliminating measurement deviation caused by environmental temperature fluctuations. Compared to traditional two electrode sensors, the four electrode technology fundamentally solves the polarization effect problem in high conductivity measurements, while significantly reducing the impact of electrode surface contamination on reading accuracy, and significantly improving the stability and reliability of long-term operation.

The electrode has a wide measurement range of 0-200 mS/cm, with a basic error of only ± 1% (conductivity) and ± 0.5 ° C (temperature), and a reaction time of less than 60 seconds. It is suitable for various complex working conditions ranging from ultrapure water to high ion concentration wastewater. Its core components are made of corrosion-resistant titanium alloy electrode material, and the shell is made of high-strength ABS engineering plastic. The overall protection level reaches IP65, and it can work continuously and stably in harsh industrial environments ranging from 0-80 ° C. The standard configuration includes 5-meter cables and 3/4-inch up and down mounting threads for quick on-site integration.

The outstanding user value of EC-A401 is reflected in three aspects: first, high precision and real-time performance, providing reliable water quality data support for enterprises; Secondly, it has low maintenance costs. The four electrode structure reduces scaling and polarization, prolongs calibration cycles, and reduces the burden of operation and maintenance; Thirdly, it has wide applicability and has been successfully applied in key scenarios such as drinking water purification, pharmaceutical water systems, air conditioning circulating water, industrial wastewater treatment, ion exchange devices, etc. Especially in the pharmaceutical industry, precise monitoring of the conductivity of water for injection (WFI) and purified water (PW) is crucial,satisfyGMP and pharmacopoeia requirements.

In addition, as a domestically produced high-performance sensor, EC-A401 significantly reduces procurement and spare parts costs while ensuring technical performance, and enhances supply chain security. Select EC-A401Quadrupole conductivity electrodeIt means choosing an efficient, intelligent, and sustainable water quality monitoring system to help enterprises move towards a new stage of high-quality, green, and intelligent production.