ORFICE - 6 ORFS X .06S ORFS

Description & Features

Designed for use in hydraulic circuits requiring controlled flow restriction, this SAE O-Ring Face Seal orifice fitting from Brennan Industries connects two 6 ORFS ports with a fixed orifice size of .062 inches. The ORFS configuration provides a leak-resistant, face-seal connection well suited to high-pressure hydraulic lines where fitting integrity is critical.

The ORFICE - 6 ORFS X .06S ORFS is a compact, inline fitting that meters flow between matched ORFS connections, making it a practical choice for hydraulic systems where precise flow control at a fixed rate is needed without additional valve components.

SKU: RSTFF2406-06-06-R.062

Supplier Part Number (MPN): FS2406-06-06-R.062

Specifications

Brand
Brennan Industries
Additional Information
Corrosion-Resistant, Buna-N Seal, 0.062 in Orifice
Connection Size 1
3/8 in
Connection Size 2
3/8 in
Connection Type
Female ORFS Swivel, Male ORFS
Connection Type 1
Female ORFS Swivel
Connection Type 2
Male ORFS
Dimension Standards
SAE J1453
Finish
Zinc Trivalent
Fitting Type
Reducer
Material
Steel
Material Construction
AISI 12L14/C1045 Steel
Maximum Operating Pressure
9200 psi
Operating Temperature
-40 to 250 deg F
Series
FS2406-RESTRICTED Series
Thread Size
11/16-16

Product Questions & Answers (2)

Question by: Lance W on Jun 12, 2025, 8:41 AM
Hey, I need to restrict flow in my hydraulic lines. Is this little guy gonna hold up to the pressure?
Answer by: Customer Support on Jun 13, 2025, 9:11 PM
Designed for hydraulic circuits needing controlled flow restriction, this fitting uses a SAE O-Ring Face Seal, which gives you a leak-resistant connection. It's well-suited for high-pressure hydraulic lines where keeping everything sealed tight is key.
Question by: Floyd R on May 3, 2025, 8:20 AM
what's the actual orifice size on this thing, and is it fixed or can it be adjusted at all?
Answer by: Customer Support on May 4, 2025, 12:43 PM
Fixed at .062 inches and stays that way. There's no adjustment built into this fitting. It's a static restriction, so the flow rate it allows is set by that orifice diameter and the pressure conditions in your system. If you need a different flow rate down the road, you'd be swapping it out for a different orifice size rather than tuning this one.

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