Page 77 - Parker - Process filtration

®
Fulfl o Filter Bags
Standard Bag
Flow Factors
SPECIFICATIONS Effective Removal Ratings Rating Flow
Maximum Recommended 0.5μm to 800μm (μm) Factors
Operating Conditions
Bag Media Selection 1 0.00083
Temperature: Mono-fi lament Mesh: 3 0.00059
Polyester: 275°F (136°C) Single strand nylon with retention ratings
Polypropylene: 200°F (94°C) from 100μm to 600μm 5 0.00044
Monofi lament Nylon Mesh: 275°F (136°C) 10 0.00029
®
Nomex : 425°F (220°C) Glazed Felt:
In polypropylene or polyester felts, the sur- 25 0.00017
Multifi lament Polyester Mesh:
275°F (136°C) face fi bers are melt bonded to one another, 50 0.00013
reducing the possibility of fi ber migration
Flow Rate: (Per single length) 75 0.00008
Multi-fi lament Mesh:
Standard Bag: 80gpm (303 lpm) Strong fabric woven from twisted strands. 100 0.00007
Change-out ΔP: 35psi (2.4bar) Particle retention ratings from 150μm to Flow Rate and Pressure Drop Formulas
800μm
Pressure: 70psid (4.8bar) Flow Rate (gpm) = Clean ΔP x Length Factor
High Temperature Nomex ® Viscosity x Flow Factor
Size
Clean ΔP = Flow Rate x Viscosity x Flow Factor
C1: 7.5˝ X 17.5˝ Standard Seal (no seal option specifi ed)
™
C2: 7.5˝ X 31.5˝ C = Plastic Quik-Seal Ring Length Factor
G1: 7˝ X 17.5˝ (polypropylene for P felt and polyester Notes:
G2: 7˝ X 31.5˝ for PE felt) 1. Clean ΔP is psi differential at start.
2. Viscosity is centistokes. Use Conversion Tables for other units.
G = Galvanized Steel Ring 3. Flow Factor is ΔP/GPM at 1cks for single length bag.
4. Length Factors convert fl ow or ΔP from single length bags.
Use length factor or 1 for single length and a factor of 2 for
double length.

Ordering Information

Polypropylene, Polyester Felt Bags Note: C-Style Bags for Parker housings / G-Style Bags for Competitor housings

C — F G — Q

Bag Size Polypropylene Media Seal Options Bag Size Polypropylene Media Seal Options
1 Micron (μm) 1 Micron (μm) Top Sealing
F Flex Band Seal Q
Plastic Ring
2 1 2 1
3 3
5 5
P P
10 10
25 25
50 50
100 100
Polyester Media Polyester Media
Micron (μm) Micron (μm)
1 1
3 3
5 5
10 10
PE PE
25 25
50 50
75 75
100 100
200 200

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