Filter Housings for High Flow Applications
The High Flow Series filter housings are designed to accept and competitive High Flow Series large geometry filter elements. Available in both vertical and horizontal orientations, the High Flow housings can accept from 1 to 7 filter elements. Also available is a single round tipped horizontal design that allows easier removal without the need for a platform and readily drains from back of vessel to eliminate fluid spills.
Product Specifications
Shell/O-Ring:
Buna-N, EPDM, Silicone, Viton
Optional:
300 psig (20.6 bar) Flanged Head designs available – Consult Factory
Not for use with compressed gases
Operating Parameters
Maximum operating pressure:
Carbon Steel
150 psig (10.3 bar) @ 500°F (260°C) in liquid service
Stainless Steel
150 psig (10.3 bar) @ 300°F (149°C) in liquid service
Not for use with compressed gases
Available Options
- Vertical Housing Inlet/Outlet Side in/Side out
- Vertical Housing Inlet/Outlet Side in/Bottom out
- Horizontal Housing Inlet/Outlet Side in/Bottom out
- Tilted Horizontal Side in/Side out
- Tilted Horizontal Side in/Bottom out
- Gauge ports
- Hinged cover
- Davit arm
FEATURES & BENEFITS
- Industrial grade housings available in 304, 316 and carbon steel wetted parts
- ASME U code available
- Designs for 1, 3, 4 or 7 filters per housing for flows up to 3500 GPM*
- 150 psig designs
- Accepts 20″, 40″ and 60″ High Flow cartridges
- Vertical and horizontal designs offered
- Hold down plate prevents elements from unseating due to back pressure
- Filter removal tool available to facilitate element changeout
- Swing bolts on 150 psig design
- Equipped with 1″ vent and 2″ drain
(1″ drain on tipped horizontal style)
TYPICAL APPLICATIONS
- Pre RO
- Water
- Desalination
- Oil and Gas
- Food and Beverage
- Pulp and Paper
- Petrochemicals
FLOW CAPACITY
Flow capacity based on light dirt load and low viscosity. Actual flow rate may be lower with vessel sizing based on dirt load, fluid dirt loads, nature of contaminant, viscosity, micron rating and temperature.