This carbon steel tee adapter connects two O-ring face seal (ORS) male ports with a third male NPTF end, making it well suited for branching hydraulic lines where secure, leak-resistant connections are required. The Danfoss / Eaton FF2001T Series adapter features Dura-Kote plating for corrosion resistance and is rated for operating pressures above standard SAE specifications, providing reliable performance in demanding hydraulic systems.
With a 0.75-inch end size on the ORS ports and a compact 1.06-inch width, this tee adapter is designed to fit within tight installations without compromising connection integrity. The carbon steel construction offers durability across a broad temperature range, down to -65°F. Manufactured under the Aeroquip brand, it is part of a broad product family offering extensive configuration flexibility across hundreds of adapter styles.
SKU: FF2001T1212S
Supplier Part Number (MPN): FF2001T1212S
Alternate Part Numbers: C1JE43
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Specifications
Alternate Part Numbers
Alternate Part NumberC1JE43, Alternate Part Number MINO-00925X13064
Class
WEB-ITEM
Brand
Danfoss Power Solutions (II LLC Aeroquip)
Brand
Aeroquip
Pack Size
1.00
UOM
EA
End Gender 1
13554
End Gender 2
13556
End Gender 3
13558
End Size 2
0.75
End Type 1
ORS
End Type 2
ORS
Features
Dura-Kote plating for superior corrosion resistance|Design flexibility with hundreds of styles to choose from|Higher operating pressures above SAE standards
ICC
Tee/Y Adapters
Item Type
ORS Male/ORS Male/NPTF Male Tee Adapter
Language
English
Minimum Working Temperature
-65
Net Pack Quantity Units
EA
NMFC
50
Product Material
Carbon Steel
Product Width
1.06
Supplier Part Number
FF2001T1212S
Product Weight
0.40 lbs
Product Questions & Answers (1)
Question by: Marvin P on Jul 9, 2025, 2:58 PM
Will this tee adapter hold up if I'm running my equipment pretty hard, or is it more for light duty stuff?
Answer by: Customer Support on Jul 11, 2025, 6:18 AM
This adapter is rated for operating pressures above standard SAE specifications, so it should provide reliable performance even in demanding hydraulic systems.
