VFD-R Double-Stage Vacuum Insulation Oil Regeneration Purifier/Filtration/Purification

Specifications

vacuum double-stage insulation oil purifier oil purification oil filtration oil treatment oil recycling oil regeneration 

Relative Models

VFD-A Double-Stage High-Efficiency Vacuum Insulation Oil Automation Purifier

VFD-A Double-Stage High-Efficiency Vacuum Insulation Oil Regeneration Purifier

VFD-A Double-Stage High-Efficiency Vacuum Insulation Oil Purifier with Tester

Application

VFD series is mainly used to improve the properties of insulation oil. It can remove trace water, gas, particulate matters etc. from the insulating oil effectively and rapidly so as to boost performance of transformers, circuit breakers, mutual inductors, cable and capacitors which has insulation system. VFD series specialize in purifying branded oil, insulating oil of high voltage and super high voltage transformer. Additionally, it is suitable for treating low viscosity lubrication oil. Custom options are available.

contact us at: sinonsh123(at)sino-purification(dot)com

Description

VFD series utilizes coacervation technology, coalescing technology, separating technology and refined purification technology. Comparing to Model VF series, it add ROOTS vacuum system, second stage of separating system to improve the effect of purification. To remove free, soluble water, carbon, free and dissolved gases and particulate matters from insulating oil effectively and rapidly.

Features

1.  Effective and efficient Dehydration (Degassing) System

2.  High precision Filtering System

3.  Powerful double stages vacuum system

4.  Electrical apparatus controlling System

5.  High quality components

6.  Diverse design in the structures and functions. The machine is available in mobile or stationary options. Various sizes and configurations (alloy shield)be available.

Available Style

1. Fixing type, mobile type with four wheels and mobile type with trailer
2. Normal appearance type, shelf-covering type and explosion-proof type
3. Available in deferent color.