BCS-320 Conductivity Temperature Sensor

• Introduction

The definition of conductivity is to describe the ability of a solution to conduct electricity. The graphite electrode method is used, and the principle of instrument measurement is to place a conductive sheet in the sample solution, and then apply a voltage to the corresponding disc to measure the current. Generally speaking, the magnitude of the current is proportional to the number of ions present in the conductive solution. The measured value of conductivity refers to the total content of all ions in a solution.

• feature

Cleaning and calibration are simple, and the balancing speed is fast;

Built in temperature sensor, designed with precision and high accuracy;

Corrosion resistant casing, waterproof rating IP68, capable of long-term underwater operation;

Small drift, fast response, and reliable results;

The on-site installation of sensors is convenient and fast, achieving plug and play functionality;

Default RS485 communication interface, standard Modbus protocol for easy integration.

• application

Widely used for conductivity monitoring in sewage treatment plants, water treatment plants, water stations, surface water, aquaculture, industry and other fields.

• Specifications

Measurement range: optimal range of 10-2000 μ s/cm;

Temperature: 0~80 ℃

Measurement accuracy: Conductivity: ± 1.5% (F.S.);

Temperature: ± 0.5 ℃

Resolution: 0.01 μ s/cm (depending on the measurement range)

Communication interface: RS485, standard Modbus protocol

Working environment: 5 ℃~45 ℃

Working voltage: 12V

Cable length: Standard cable length of 3 meters (customizable extension)

Size: Diameter 30mm x Length 195mm

Waterproof rating: IP68