New Arrival China China Electrically Operated Ozonator 300g/H for Starch Industrial Wastewater

Our pursuit and company purpose is always to “Always satisfy our consumer requirements”. We keep on to acquire and style and design remarkable high-quality products for each our outdated and new customers and reach a win-win prospect for our consumers as well as us for New Arrival China China Electrically Operated Ozonator 300g/H for Starch Industrial Wastewater, We sincerely be expecting exchange and cooperation with you. Allow us to move forward hand in hand and accomplish win-win circumstance.
Our pursuit and company purpose is always to “Always satisfy our consumer requirements”. We keep on to acquire and style and design remarkable high-quality products for each our outdated and new customers and reach a win-win prospect for our consumers as well as us for China Ozone Generator, Ozone Producing Device, Our company always concentrate on the development of the international market. We’ve a lot of customers in Russia , European countries, the USA, the Middle East countries and Africa countries. We always follow that quality is foundation while service is guarantee to meet all customers.

DOZ-3000/6000 Online Dissolved Ozone Analyzer

Introduction

DOZ-3000/6000 is a total new industrial dissolved ozone analyzer, with high intelligence, sensitivity. It can measure dissolved ozone and temperature simultaneously. It is widely used in such industries as thermal power plant, running water, pharmaceutical, drinking water, water purification, industrial pure water, swimming pool disinfection residual chlorine continuous monitoring.

Features：

Simple operation, fast calibration

IP65 rated, dustproof and waterproof, all-weather precise

4-20mA isolated current output, efficient variable speed

Dual password protection, prevent unauthorized change settings

Great anti-interference ability, suitable for complex industrial field environment

Three electorde method without membrane dissolved ozone, accurate measurement, can be compared with DPD method

Specification：