Kısa: Wondering how the PHFZ Series filter cartridge handles iron removal in power plant condensate systems? This video provides a detailed walkthrough of its backflushable pleated design, showcasing how it operates with or without resin pre-coat applications. You'll see the welded 40"+30" configuration in action and learn how it maintains optimal flow rates while effectively removing iron contaminants.
İlgili Ürün Özellikleri:
Backflushable pleated filter cartridge designed for iron removal in power plant condensate water systems.
Available in multiple configurations including PHFZ-I (7-part), PHFZ-II (40"+30" welded), and PHFZ-III (multi-stage).
Operates effectively with or without resin pre-coat applications for versatile industrial use.
Constructed with Ф69 outer diameter and integral cage for structural integrity.
Handles maximum operating temperatures up to 250℃ and differential pressures up to 3.0 bar.
Provides recommended flow rate of 2.5 m³/h with design range of 2.2-2.8 m³/h.
Suitable for inlet water quality with iron concentrations below 1000 ppb.
Features extended service life through backflushable design, reducing maintenance costs.
Sorular:
What is the primary application of the PHFZ Series filter cartridge?
The PHFZ Series is specifically engineered for iron removal in condensate water systems within power plants, effectively removing iron contaminants while maintaining optimal flow rates.
What configurations are available for the PHFZ Series filter cartridge?
The PHFZ Series offers three configurations: PHFZ-I with 7-part construction, PHFZ-II with 40"+30" welded design, and PHFZ-III with multi-stage 20"+20"+20"+10" design.
How does the backflushable feature benefit power plant operations?
The backflushable design allows for extended service life and reduced maintenance costs by enabling efficient cleaning and reuse of the filter cartridge, maintaining operational efficiency in demanding industrial environments.
What are the operating parameters for the PHFZ-II model?
The PHFZ-II model operates at temperatures up to 250℃, handles differential pressures up to 3.0 bar at 90℃, and provides a recommended flow rate of 2.5 m³/h with inlet water quality below 1000 ppb iron concentration.