FOXBORO 873EC-JIPFGZ electrodeless conductivity analyzer

FOXBORO 873EC-JIPFGZ is a high-performance electrodeless conductivity analyzer, specially designed for measuring the conductivity of aqueous solutions.

This instrument is widely used in industrial process control, water quality monitoring and other fields, and is favored by users for its improved guidance, reliability and ease of operation.

Product features

Stepless measurement: It avoids the influence of contamination and wear on traditional electrode-type conductivity meters, improving measurement accuracy and stability.

Performance: The measurement accuracy can reach ±0. 5% of the upper limit of the measurement range ensures accurate and reliable measurement results.

Multi-range measurement: It can measure conductivity in various ranges to meet different application requirements.

Automatic temperature compensation: Equipped with an internal temperature sensor, it can automatically compensate for the temperature of the measurement results, improving measurement accuracy.

Multiple output signals: It offers various output signals such as 4-20mA and 0-10V, facilitating connection with other devices.

Durable and sturdy: Made of durable materials, it is suitable for the industrial environment of smart phones.

Easy to install and maintain: Simple to install and convenient to maintain.

Product parameters

Power supply :120V AC

Frequency :50/60Hz

Output signal :4-20mA isolated

Measurement range :50-2000mS/cm

Temperature measurement range :-17℃ to +199℃

Relative humidity :5-95%

Accuracy :±0.5%

Product specification

Overall dimensions: 92(H)x 92(W)x 183(L)mm

Installation method: Panel installation

Certification: FM

Product series

The 873EC series is an early analyzer series launched by FOXBORO Company. 

This series of products includes conductivity analyzers, pH value analyzers, etc. 873EC-JIPFGZ is a model in this series, mainly used for measuring electrical conductivity.

Product function and application

Measuring the electrical conductivity in water: It is used for monitoring water quality and controlling the water treatment process.

Process control

It is used to monitor and control the conductivity in industrial processes, such as boiler water, cooling water, etc.

Environmental monitoring: It is used to monitor the electrical conductivity of environmental water bodies and assess the water quality conditions.

Application field

Power industry: boiler water, cooling water, sewage treatment, etc.

Chemical industry: Product quality control, process monitoring.

Food and beverage industry: Pure water preparation, product quality control.

Pharmaceutical industry: Pure water preparation, process monitoring.

Environmental protection industry: Water quality monitoring, sewage treatment.