Electric flocculation power supply, non-standard customized type, please contact us!

NegotiableUpdate on 08/14

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The high-frequency switch electric coagulation water treatment power supply is a new generation of environmentally friendly rectifier power supply designed and produced for China's water treatment industry. This power supply has a small volume, light weight, high efficiency, high frequency, high control accuracy, stable performance, simple operation, low noise, and obvious energy saving. It is the preferred ideal power supply product for various water treatment and environmental protection supporting companies and manufacturers. Non standard customized products, please contact customer service

Product Details

Hequan Product Introduction

Only producing high-precision, high stability, and long lifespan industrial controllers

Scope of application:

Electrocoagulation, electrolytic water treatment, electrodialysis, electrocatalysis, electro oxidation water treatment, sodium hypochlorite electrolysis, as well as experimental research fields in universities, research institutes, and research institutes.

Power characteristics

Small size, light weight, only 20% of the same specification of thyristor rectifier

High efficiency and significant energy-saving effect. Energy saving 20% and 30% compared to thyristor rectifiers

High power factor and minimal pollution to the power grid.

Adjustable output voltage and current, automatic conversion between constant voltage and constant current.

PLc interface function: can remotely control power output. ·

Alarm function: It has overcurrent, overvoltage, overtemperature, and phase loss alarm functions.

Introduction to electrocoagulation

The use of the dissociation effect of electricity, with the assistance of chemical coagulants, to remove pollutants from wastewater or convert toxic substances into substances is called electrocoagulation.

The reaction principle of electrocoagulation is to use metals such as aluminum and iron as anodes. Under the action of direct current, the anode is dissolved, producing Al and Fe ions. Through a series of hydrolysis, polymerization, and oxidation processes of ferrous, they develop into various light based complexes, multi-core light based complexes, and even hydrogen oxides, causing colloidal and suspended impurities in wastewater to coagulate and precipitate and separate. At the same time, charged pollutant particles swim in the electric field, and some of their charges are neutralized by the electrode, promoting their destabilization and sedimentation.

When wastewater is subjected to electrolytic flocculation treatment, it not only has a coagulation and precipitation effect on colloidal and suspended impurities, but also can remove various pollutants in water due to the oxidation effect of the anode and the reduction effect of the cathode.