[giaban]Giá: Liên hệ[/giaban]

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  [/hinhanh] [tomtat] Giá: Liên hệ
Xuất xứ: Germany
Bảo hành: 12 tháng
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[kythuat]
Công ty Pitesco là nhà XNK hàng đầu và là nhà cung cấp chuyên nghiệp các mặt hàng tự động, thiết bị điện và điện công nghiệp. Chúng tôi đáp ứng mọi xu hướng công nghiệp hóa, hiện đại hóa cũng như mọi lĩnh vực. 
Liên hệ cho chúng tôi theo số 0972 064 954  | 0914 237 179  để  thông tin mà Quý khách CẦN.  
- Mr Mai Nghĩa -
< Sales  Engineer>
Email : nghia.pitesco@gmail.com 
Yahoo :  nghia.pitesco
Skype :   nghia.pitesco
web: pitesvietnam.com

Specifications

  • Capacity 0 - 3000 hl/h
  • Nominal diameter DN10 - 200 [mm]
  • Measuring 0 - 100 Mio / cm³
  • Reproducibility +/- 0,5 Mio / cm³
  • Turbidity range 0-30000 EBC +/- 1%
  • Temperature range -2 - +95°C (28 - 203°F)
  • Industrial protection IP65
  • Materials AISI 304 / 1.4301 others on request

Description

The yeast pitching system HDS enables to spread yeast homogeneously in wort according to the desired concentration.
The unit can be delivered as a complete skid mounted system combined with the wort aeration.
The control can be carried out based on the comparison of the flow rates of the yeast / wort or on the difference of turbidity before and after the blending of yeast and wort.
Due its compact and modular design it can be easily integrated into any existing plant.
The wort passes the inductive flowtransmitter and the first turbidity sensor. The wort quantity as well as the basic turbidity are determined. In the mixing nozzle, wort and yeast are blended together and homogenized in the following pump or in the static mixer. The second turbidity sensor determines the general turbidity resulting from the added yeast and from the basic turbidity. The amount of the yeast is controlled by a frequency controlled pump. The control can be carried out on the flow rates and / or at the difference of the turbidity. By using the method of regulation based on the difference of turbidity, a correlation curve is stored in the PLC, enabling the determination of the yeast concentration for any difference of turbidity. By using the difference of turbidity, the concentration of yeast in the wort is indirectly set. If the flow of the wort or of yeast stops, the integrated inductive flowtransmitter detects it and the unit stops automatically. The redundant pitching controlled by the difference of turbidity or the volume proportion guaranties a high security in its utilization. Both systems operate independently from each other and in case that one system fails, the unit can continue the production controlled by the second control system. The system can be combined with a wort aeration system or integrated into any existing PLC system.
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Catalogue
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Copyright 2014 Pites. Design by NghiaMai