AMI C-0740-2F-304PC commercial filter vessel houses 7 filter cartridge of 40" length and can service flows up to 196 GPM. Constructed of 304 Stainless Steel with a Poly Coat finish, these filters are ideal for use ideal for use in chemical systems, pre-filtration for commercial RO and membrane water treatment systems, high purity water, post- filtration, food & beverage, industrial facilities, and general purpose filtration.
Benefits of AMI Commercial Water Filter Housings
Band V-Clamp Top Closure for Quick and Easy Cartridge Replacement
Side-In and Side-Out Connections for Easy Installation and Service
Housings are Compatible with Industry-Standard 2.5” OD, 40” Length Filter Cartridges, for Widely Available Replacements
Heavy-Duty 304 Stainless Steel Construction for Durability and Reliable Performance
AMI Products have earned an industry-wide reputation for their high quality and superior performance
Features of AMI Stainless Steel Liquid Filter Housings
- Band V-Clamp Top Closure
- Built-In Drain and Vent Ports
- 304 Stainless Steel with Poly Coat Finish
- Buna-N O-Ring
|
|
AMI 7-Round 40" Filter Housing Specifications
|
|
AMI Model Number: |
C-0740-2F-304PC |
Flow Rate*: |
196 GPM (45 m3/hr) |
Houses Qty. of Cartridges: |
7 |
Cartridge Length: |
39 inch or 40 inch |
Cartridge Diameter: |
up to 2.5" OD |
Top Closure: |
Band V-Clamp |
Inlet/Outlet: |
2" Flange |
Vent: |
¼" NPT |
Drain: |
½" NPT |
Material: |
304SS |
Finish: |
Poly Coat |
Max. Operating Pressure: |
150 psi (10 bar) |
Max. Operating Temperature: |
250°F (120°C) |
Housing Dimensions (approx.):
|
55"H x 15"OD (1397 mm x 381 mm) |
|
|
*Flow rates shown are based on 7 gpm/TIE 25 micron string wound filter cartridge and clean water (viscosity cp = 1) at 2psid. Flow rates are for guide lines only. Actual flow rates will vary based on fluid, viscosity, cartridge type, micron ratings and other factors.
Water Filter Cartridges
AMI Commercial Filter Housings will work with any industry-standard 40" Filter (39 inch or 40 inch length). Some commonly used filters are suggested above.
|