Clean Liquid Systems
Clean Liquid Systems
20150 Kuykendahl Rd. Unit 200
Spring, Texas 77379
Phone: 713-253-0100
Fax: 732.493.8954
E-Mail: info@cleanliquidsystems.com
Website: www.cleanliquidsystems.com
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SBT Series housings robust design and high quality construction assures dependable protection for industrial and commercial applications.
Unit of Measure

Specifications

Brands

 N/A Clean Liquid Systems

Series

 N/A SBT

Finish

 N/A 2-Part Epoxy on Carbon Steel/Passivation Glass Bead on 314SS and 316SS

Maximum Working Pressure

 N/A 150 psi

Hydro-Tested Pressure

 N/A 225 psi

Housing Data

Basket Size

 N/A #1

Basket Dimensions

 N/A 6.7 x 15 in

Surface Area

 N/A 2.3 ft²
Maximum Flow Rate1 N/A 100 gpm

Building a Part Number

Connection Size

 N/A 1-1/2 in

Connection Type

 N/A Flange National Pipe Thread (NPT) Triclamp

Outlet Connection

 N/A Bottom Side

Material

 N/A 304 Stainless Steel 316 Stainless Steel Carbon Steel

Design Specifications

Design Specifications

 N/A
  • Eye-Nut/Swing Bolt Closure 4-Bolt for high pressure operation safety
  • 316SS Restrainer Basket with 9/64" perforations
  • Differential/Drain/Vent Connections
  • Top inlet with flow through cover improves flow distribution and pressure loss
  • Machined cover seals directly on bag for bypass free filtration
  • Reduced headroom for unfiltered liquid makes bag change outs quick and easy
  • Stainless adjustable legs
  • Standard Buna-N Seals

Process Fluids

Process Fluids

 N/A
  • Water (Fresh/Sea/R.O./D.I/Waste)
  • Chemicals
  • Food & Beverage
  • Soaps & Detergents
  • Oils
  • Coolants
  • Paints & Coatings
  • Pulp & Paper

Options

Options

 N/A
  • NPT/ANSI 150# Flanges/Sanitary Connections
  • Side In, Side Out/Side in, Bottom Out/Custom
  • Seal materials (FKM, EPDM, Encaps. PTFE, Silicone)
  • Electropolish Finish
  • ASME Code Stamp
  • Mesh Lined Basket
  • Custom OEM designs
  • 1 Maximum flow rates through housings determined with water and no filter bag Installed. Viscosity, filter bag and connection size will affect flow rates.