Parametric Search
    The restrictors incorporate a precision synthetic sapphire orifice which is fitted within a main body. The sapphire orifice is a stable, accurate flow restrictor. Standard sizes range from .0012" to .0252" orifice diameter in 32 increments.
Unit of Measure

Material

N/A Brass

Orifice Material

N/A Synthetic Sapphire

CV

N/A 0.0021

Seal Material

N/A Viton

Nominal Orifice Size

N/A 24

Maximum Operating Pressure

N/A 100 psig

Inlet Type

N/A Straight Thread

Connection A

N/A 10-32 UNF Male

Screened

N/A None

Orifice Diameter

N/A 0.0094 in0.24 mm

Width Across Flats (Hex)

N/A 1/4 in

Total Length

N/A 9/32 in

Orifice Diameter Accuracy

N/A ±0.0003 in

N/A

  • High Pressure Capability
  • Economical Precision Orifice
  • Repeatable Orifice Size and Shape
  • Predictable Flow Rate
  • Uni-directional Flow

N/A

  • Precision Flow Control - Gases or Liquids
  • Accurate Timing in Pneumatic or Hydraulic Circuits
  • Pressure Dividing Circuits and Pneumatic Resistance Bridges
  • Impedance Matching

Air Flow at Pressure - Standard Liters Per Minute (SLPM)_Sapphire

N/A 1 psig: 0.259 5 psig: 0.584 10 psig: 0.830 15 psig: 1.05 20 psig: 1.25 25 psig: 1.44 30 psig: 1.63 40 psig: 2.02 50 psig: 2.39 60 psig: 2.77 70 psig: 3.14 80 psig: 3.51 90 psig: 3.89 100 psig: 4.26

Air Flow at Vacuum - Standard Liters Per Minute (SLPM)_Sapphire

N/A 5 In. Hg.: 0.377 10 In. Hg.: 0.482

Air Flow at Vacuum, Choked Flow - Standard Liters Per Minute (SLPM)_Sapphire

N/A 15 In. Hg.: 0.525 20 In. Hg.: 0.525 30 In. Hg.: 0.525

Air Flow at Pressure - Standard Cu. Ft. Per Hour (SCFH)_Sapphire

N/A 1 psig: 0.549 5 psig: 1.24 10 psig: 1.76 15 psig: 2.22 20 psig: 2.65 25 psig: 3.05 30 psig: 3.45 40 psig: 4.28 50 psig: 5.06 60 psig: 5.87 70 psig: 6.65 80 psig: 7.44 90 psig: 8.24 100 psig: 9.03

Air Flow at Vacuum - Standard Cu. Ft. Per Hour (SCFH)_Sapphire

N/A 5 In. Hg.: 0.799 10 In. Hg.: 1.02

Air Flow at Vacuum, Choked Flow - Standard Cu. Ft. Per Hour (SCFH)_Sapphire

N/A 15 In. Hg.: 1.11 20 In. Hg.: 1.11 30 In. Hg.: 1.11