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Fine screens are used to protect orifices and other critical components from the occasional particles that enter the fluid during installation or otherwise. They are not intended to replace normal filtration equipment, but rather to augment the protection of critical components in fluid control systems. Four sizes of screen particle retention are offered; 10, 15, 25 and 100 microns. The stainless steel wire screens do not introduce loose particles into the fluid stream. The screens are thoroughly cleaned to prevent inadvertent introduction of contaminants.
Unit of Measure

Body Material

 N/A Brass

Screen Material

 N/A 304 SS

Sealant

 N/A Loctite 609

Particle Retention (Nominal)

 N/A 10 µm

Maximum Operating Pressure

 N/A 100 psig

Maximum Differential Pressure (Across Screen)

 N/A 100 psid

CV

 N/A 0.009

Connection A

 N/A 10-32 UNF Female

Connection B

 N/A 10-32 UNF Female

Outside Diameter

 N/A 0.312 in

N/A

    In-line screens are suitable for use with liquids or gases compatible with the materials of construction. The screens protect critical components such as orifices from clogging or reducing flow rate. Applications for in-line screens include protection of:
  • Precision Orifices
  • Pneumatic Transducers
  • Gas and Liquid Flow Instruments
  • Medical Devices
  • Filling and Purging Systems
  • Pneumatic Timers
  • Transmitters
  • Pneumatic Transmission Lines
  • Hydraulic Controls
  • Leak Test Equipment
  • Flow Measurement Devices

Features

 N/A

Fine screens are used to protect orifices and other critical components from the occasional particles that enter the fluid during installation or otherwise. They are not intended to replace normal filtration equipment, but rather to augment the protection of critical components in fluid control systems. Four sizes of screen particle retention are offered; 10, 15, 25 and 100 microns. The stainless steel wire screens do not introduce loose particles into the fluid stream. The screens are thoroughly cleaned to prevent inadvertent introduction of contaminants.