Red 1000 Replacement Filter Elements
The Pall Red 1000 series of lube and hydraulic replacement filter elements are perfect for those who want the quality and performance of Pall filters for their lube and hydraulic systems without having to replace their existing housings.
Switching to Red 1000 has never been easier; these hydraulic filter elements fit directly into existing filter housings and don't need adaptors in both low and high collapse pressure designs. We have both fixed and reusable bypass valve for element styles containing an integral bypass valve.
If system protection is your top priority - Pall Red 1000 replacement filter elements must be your go-to!
These filters are available in multiple micron ratings and fit into an array of filter housings from manufacturers like Hydac, Parker, Schroeder, Donaldson, and others.
View the Red 1000 Cross-Over tool now to find your replacement filter element.
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Description
Pall's Red 1000 series replacement filter elements are tailor-made for lube and hydraulic filter applications. They are ideal for customers who wish to attain adept filtration quality and performance without altering their filter's existing housings.
Red 1000 filters come with Supralon® filter media and help remove harmful particulate contaminants to –
- extend component life
- reduce downtime
- increase productivity.
The Stress Resistant Media Technology (SRT) feature used in Red 1000 filters provides Beta > 1000 filtration efficiency for the protection of critical system components. They consistently clean fluid throughout the filter's service life and use low clean differential pressure for reduced energy consumption.
Why choose Pall Red 1000 replacement filter elements?
Red 1000 filter products incorporate Pall's leading Supralon technology and offer:
- Stress-resistant technology with CST Ratings.
- Beta 1000 filter performance ratings
- Low clean pressure drop
Pall's Red 1000 replacement hydraulic filter elements fit directly into existing filter housings without the need for adaptors, in both low and high collapse pressure designs. For element styles containing an integral bypass valve, both fixed and reusable bypass valve options are available.
Product Highlights:
- Red 1000 filter elements feature Stress Resistant Media Technology (SRT)
- Can be used with the existing filter housing
- Red 1000 filters with Supralon filter media remove harmful particulate contaminants
- Filter medium: inert inorganic fibers, impregnated and bonded with epoxy resin
- Filter element hardware: corrosion protected endcaps and core
- Low clean pressure drop
- Different filter grades and sizes available
- Anti-static options available
- Long service life
Documents
Red1000 Documents
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Red1000 Datasheet.pdf
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Specifications
- Filter Medium: Inert inorganic fibers, impregnated and bonded with epoxy resin
- Filter Element Hardware: Corrosion protected endcaps and core
- Filter Ratings:
- Cyclic Stabilization Test (80% Δp ) based on SAE ARP4205
- ßx(c)≥1000 multi-pass filter ratings (per ISO 16889)
- Element Collapse Pressure Rating (ISO 2941)
- 20 bard (300 psid) minimum for standard filter elements
- 210 bard (3,045 psid) minimum for high strength filter elements
- Fluid Compatibility (ISO 2943): Compatible with petroleum oils, water glycols, water-oil emulsions, and high-water containing fluids
- Flow vs. Pressure Drop (ISO 3968)
- Flow Fatigue (ISO 3724)
- Fabrication Integrity (ISO 2942)
- Temperature range:
- Fluorocarbon seals: -29°C (-20°F) to +120°C (+250°F)
- Nitrile seals: -43°C (-45°F) to +120°C (+250°F)
Note: Max 60oC (140oF) in water-based fluids
Product Certifications:
- Element Collapse Pressure Rating (ISO 2941)
- Fluid Compatibility (ISO 2943)
- Flow vs. Pressure Drop (ISO 3968)
- Flow Fatigue (ISO 3724)
- Fabrication Integrity (ISO 2942)
All elements are manufactured by Pall to exacting procedures and strict quality control. Elements are checked against rigorous ongoing validation test protocols within Pall Corporation. Pall is accredited to ISO 9001 and QS 9000.
Applications
Industrial Applications
Pall’s Red 1000 replacement hydraulic filter elements are used for both low and high collapse pressure designs with no adaptor changes. They can be used as replacement filter elements in non-Pall housings in:
- Hydroelectric Plants
- Turbine Lube & Hydraulics
- Turbine Lubrication
FAQs
1. Why should I prefer Pall Red 1000 replacement filter elements?
Red 1000 filter products incorporate Pall's leading Supralon technology and have:
- stress-resistant technology with CST Ratings.
- Beta 1000 filter performance ratings
- low clean pressure drop
Furthermore, they don't need any special adapters to retrofit customer's housings
2. Is switching to Pall Red 1000 hydraulic replacement filter element easy?
Yes, switching to Pall Red 1000 is simple as it directly fits into existing filter housings without the need for adaptors, in both low and high collapse pressure designs. For element styles containing an integral bypass valve, Pall offers fixed and reusable bypass valve options too.
3. What specifications should I check before purchasing filter elements?
Before purchasing filter elements, you should check the following specifications:
- Filter medium
- Filter element hardware
- Filter ratings like:
- Cyclic Stabilization Test based on SAE ARP4205
- ßx(c)≥1000 multi-pass filter ratings
- Element collapse pressure rating
- Fluid compatibility
- Flow vs. pressure drop
- Flow fatigue
- Fabrication integrity
4. Do I need to use adaptors when I switch to Red 1000 replacement filter elements?
No, you don't need adaptors while switching to Pall Red 1000 filter elements. They fit directly into existing filter housings and are available in both low and high collapse pressure designs.
5. What are the benefits of the Stress Resistant Media Technology (SRT) feature used by Red 1000 filters?
By using the Stress Resistant Media Technology (SRT) feature, Red 1000 filters provide Beta > 1000 filtration efficiency for the protection of critical system components. They consistently clean fluid throughout the filter's service life and use low clean differential pressure for reduced energy consumption.