Residual Chlorine Analyzer - for Water Supply - BOQU

Product Overview

Sure! Here is a summarized description of the “Residual Chlorine Analyzer - for Water Supply - BOQU” based on the detailed introduction:

Product Features

**Product Overview**

Product Value

The BOQU Residual Chlorine Analyzer (model CLR-2059G) is a precision instrument designed to measure residual chlorine levels in water. It offers reliable and real-time determination of chlorine concentrations ranging from 0.005 to 20.00 ppm, and is manufactured with high-quality materials and cutting-edge technology under strict international quality standards.

Product Advantages

**Product Features**

Application Scenarios

- High precision residual chlorine sensor with real-time measurement

- Stable zero point ensuring no measurement drift

- Diaphragm-covered electrodes reducing flow dependency and cross-sensitivity

- Automatic temperature compensation for accurate readings

- Multi-output communication including RS485 Modbus, 4-20mA, and high/low control relay outputs

- Resistant to mechanical stress and chemical corrosion

**Product Value**

This analyzer ensures accurate and dependable chlorine monitoring, critical for maintaining water quality and safety. Its advanced features, such as automatic temperature compensation and multi-output options, enhance operational efficiency and reduce manual intervention, promoting reliable water treatment and compliance with safety standards.

**Product Advantages**

- Precision and reliability with minimal drift

- Robust sensor design for durability under harsh conditions

- Versatile output interfaces facilitating easy integration with control systems

- Automatic compensation minimizes measurement errors

- Manufactured with eco-friendly considerations promoting sustainable usage

**Application Scenarios**

Widely used in monitoring residual chlorine levels in various water quality management contexts, including swimming pools, municipal tap water supply, medical wastewater treatment, industrial circulating water systems, CIP (clean-in-place) processes, and sewage treatment plants.