Steel Adapter, 9/16-18 Male JIC 37 deg Flare Branch To 9/16-18 Male JIC 37 deg Flare Run, Tee

Description & Features

The Eaton Aeroquip Steel Adapter is a versatile component designed specifically for hydraulic, instrumentation, and chemical processing systems. Featuring a 9/16-18 Male JIC 37-degree flare branch to a 9/16-18 Male JIC 37-degree flare run in a tee configuration, this adapter ensures reliable and secure connections. Made from durable steel, it provides excellent resistance to wear and corrosion, making it ideal for demanding industrial environments. With dimensions of A: 1.06 and B: 2.12, this adapter fits seamlessly into existing setups while maintaining structural integrity.

SKU: 2033-6-6S

Supplier Part Number (MPN): 2033-6-6S

Alternate Part Numbers: C1AX97, MI-00314609, MINO-00015F62966

Specifications

a Dimensions
1.06 in
Connection Size 1
3/8 in
Connection Size 2
3/8 in
Connection Size 3
3/8 in
Connection Type
Male JIC
Connection Type 1
Male SAE 37 deg JIC Flare
Connection Type 2
Male SAE 37 deg JIC Flare
Connection Type 3
Male SAE 37 deg JIC Flare
Dimension Standards
SAE 070401/J514
Dimensions
2.12 in L
Drop Dimensions
1.06 in
Finish
Dura-Kote™
Fitting Type
Tee
Material
Steel
Material Construction
Carbon Steel
Operating Temperature
-65
Series
2033 Series
Thread Size
9/16-18
Tube OD
3/8 in

Product Questions & Answers (2)

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Question by: Johnny B on Oct 4, 2025, 7:19 AM
trying to swap out a tee i’ve got now, is this one 9/16-18 male JIC on all three ends or just the run?
Answer by: Customer Support on Oct 5, 2025, 7:30 PM
All three ports are 9/16-18 male with SAE 37 degree (JIC) flare ends, so the branch and both run ends match the same thread and flare type.
Question by: Pete C on Aug 28, 2025, 4:55 PM
Reckon this tee fitting would hold up okay in a hydraulic setup for a small tractor?
Answer by: Customer Support on Aug 30, 2025, 6:21 AM
Specifically, this adapter is designed for use in hydraulic, instrumentation, and chemical processing systems. So yes, it should be suitable for a small tractor's hydraulic system, assuming the pressure and fluid compatibility are within the system's design parameters.

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