FrymaKoruma

Vakuumentlüftungsanlage

FrymaKoruma Vakuumentlüftungsanlage

VE
  Usable volume (l) Power (kW)
VE-I 25 2,3
Data sheet    
VE-II 65 4,5
Data sheet    
VE-III 125 6,6
Data sheet    
VE-IV 300 12,5
Data sheet    
VE-V 550 17,0
Data sheet    
VE-VI 1200 24,0
Data sheet    

FrymaKoruma Vacuum Deaerating Unit, type VE


The vacuum deaerating unit for deaerating products of a liquid, semi-liquid or paste-like consistency. The unit works continuously and is usually the last station in a production line or the first in a filling line.

Key Advantages

  • Prevents oxidative phenomena such as discoloration and changes to odor and flavor, especially in the case of greases and oils
  • Uniform and smooth appearance of end product
  • Long-term stability is increased by deaeration
  • Optimally adaptable to any product
  • The deaerator considerably increases the dosing accuracy of the following filling devices because deaerated products are easier and quicker to fill
  • The deaerator considerably increases the specific weight of a product and reduces the packing volume
  • Easy to clean and service
Range of types
This series consists of 6 machine sizes.
Technical Data
Utilities
  • Power supply standard 400 V / 3 phases, 50 Hz
  • All other voltages and frequencies available upon request
  Material Specifications
  • Parts in contact with the product made of stainless chrome-nickel steel AISI 316L
  • Remaining parts stainless AISI 304 as well as steel finished with acid-proof and alkali-proof two component paint, in white RAL 9001 (standard) or – upon request – in green RAL 6011
  •  Elastomers in NBR (nitrile) as standard
Operating Conditions
  • Temperature: from 0° - 40°C
  • Air humidity: from 0 - 50%
  • Ambient air: as dust free as possible

Functional Description

The liquid containing the air or gas pockets is distributed in a thin layer on a centrifugal disc with a sieve and then sieved into the vessel through a screening frame. The air and gas pockets expand under vacuum, causing the bubbles to burst and the liberated pockets to be exhausted by the vacuum pump. This method removes even the most minute air pockets completely. Substances with a high internal viscosity or sensitive emulsions can be deaerated perfectly. A discharge pump then feeds the deaerated product to the next machine in the production line.

Specification of Standard Components

Mechanical
  • Single acting mechanical seals, elastomers EP
  • Others upon request
  • Water ring pump as vacuum unit
  • Product discharge by means of Mohno eccentric screw pump
  • Electrical & Electronic
  • Three-phase motor IP 54
  • Other protection types upon request

Safety
  • EC Declaration of Conformity as defined in the Machinery Directives 2006/42/EG, Annex II A

  • Options
  • Alternative centrifugal disc in a variety of designs
  • Ascending tube for strongly foaming products
  • Heatable or coolable vacuum vessel
  • CIP cleaning system
  • Automatic level regulator
  • Frequency converter
  • Double-acting mechanical seals
  • Selection of different elastomers
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