Aeroquip Reusable FTGS - Code

Description & Features

The Aeroquip Reusable FTGS - Code is engineered for reliability and versatility across various industrial applications. Constructed from durable carbon steel, this nipple assembly features a female ORS end and a male UNS end, providing secure connections. Its compact design, with a drop dimension of 0.4500 inches and an end size of 0.5625 inches, ensures a precise fit for systems requiring tight spatial constraints.

Designed to enhance productivity, this fitting reduces assembly times while maintaining dependable performance. The Aeroquip brand is known for its robust solutions, and this product is no exception, offering compatibility with a wide range of hydraulic fluids. The hex size of 0.69 inches further aids in easy installation and maintenance. Choose the Aeroquip Reusable FTGS - Code for a fitting that meets the demands of rigorous industrial environments.

SKU: FJ8707-0404S

Supplier Part Number (MPN): FJ8707-0404S

Specifications

Brand
Aeroquip® by Danfoss
a Dimensions
1.9 in
Compatible Hose ID
1/4 in
Connection Size 1
1/4 in
Connection Size 2
1/4 in
Connection Type
Female ORFS Swivel, Hose
Connection Type 1
Hose
Connection Type 2
Female ORFS Swivel
Construction Style
Reusable
Cut-Off Factor
0.84 in
Dimensions
0.13 in ID
Drop Dimensions
11 mm
End Connection Torque
18 to 20 lb-ft
End Gender 1
Female
End Gender 2
Male
End Size 1
9/16 in
Finish
Dura-Kote™
Fitting Type
45 deg Elbow
For Use With
1503 Series Hoses
Hex Size
0.43 x 0.69 in
Hose Dash Size
04
Inside Diameter
0.13 in
Material
Steel
Material Construction
Carbon Steel
Series
FJ8707 Series
Thread Sealant
Without Thread Sealant
Thread Type
UNF

Product Questions & Answers (1)

Question by: Dale R on Jan 21, 2026, 1:53 PM
Reckon this fitting will hold up with hydraulic fluid? Don't wanna use somethin' that'll break down on me.
Answer by: Customer Support on Jan 23, 2026, 12:18 PM
Fluid compatibility is definitely something to keep in mind. This fitting is compatible with a wide range of hydraulic fluids, so it should handle most common applications. You can also review the linked Eaton document for more specifics.

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