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FS6602-24-24-24 ORFS Swivel Run Tee | Male ORFS x Female ORFS to Male ORFS Tee

FS6602-24-24-24 ORFS Swivel Run Tee | Male ORFS x Female ORFS to Male ORFS Tee

Regular price $120.86 USD
Regular price $120.96 USD Sale price $120.86 USD
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Product Description

The FS6602-24-24-24 Male ORFS x Female ORFS to Male ORFS Swivel Run Tee is a rugged hydraulic ORFS tee fitting designed for use with SAE ORFS hydraulic systems that require a branch connection. This ORFS hydraulic tee combines three flat face connections: a male ORFS inlet, a female ORFS swivel outlet, and a male ORFS hydraulic fitting run port, all sized Nominal Size 24.

This FS6602-24-24-24 ORFS tee is ideal for fluid power applications requiring leak-resistant sealing where pressure, vibration, or mechanical shock is common.

Specifications

  • Material: Steel
  • Shape: Tee
  • Thread 1 Type: Male O-Ring Face Seal (ORFS)
  • Thread 1 Nominal Size: 24 (2-12)
  • Thread 2 Type: Female O-Ring Face Seal Swivel (ORFS)
  • Thread 2 Nominal Size: 24 (2-12)
  • Thread 3 Type: Male O-Ring Face Seal (ORFS)
  • Thread 3 Nominal Size: 24 (2-12)
  • Standards: SAE 520432

Features

  • Designed for high-pressure hydraulic systems
  • Precision engineered ORFS flat face sealing
  • Steel body for strength and durability
  •  female ORFS swivel adapter for easier installation and alignment
  • Leak-resistant ORFS hydraulic connections

Applications

  • Branching fluid lines in SAE ORFS hydraulic circuits
  • Industrial hydraulic machinery
  • Heavy-duty construction and mining equipment
  • Hydraulic manifolds and hose assemblies
  • Hydraulic pump and valve connections

O-Ring Face Seal (ORFS) hydraulic tee uses precision O-rings pressed between flat sealing surfaces to create a secure hydraulic seal even at working pressures up to 6000 PSI.

Built from forged steel with precision machining, this high-pressure ORFS tee provides strength and durability in demanding hydraulic environments such as industrial power units, heavy equipment, and large fluid conveyance systems.

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