Manufactured by Eaton Aeroquip, this Steel Adapter, 3/4-14 Female NPT Cross is a rigid four-way fitting designed for hydraulic line connections requiring a fixed cross configuration. With a catalog reference of C1BA27 and an "A" dimension of 1.36, this #12 FP series cross provides reliable flow distribution across multiple circuit branches in demanding industrial hydraulic systems.
The female NPT thread on all four ports allows straightforward integration into existing threaded hydraulic lines. Its rigid construction suits applications where fitting movement or flex is not required, making it well suited for stationary manifold assemblies and multi-port distribution points. Eaton Aeroquip's FP series fittings are recognized across a broad range of fluid compatibility applications, as reflected in the extensive cross-reference documentation associated with this product line.
SKU: 2080-12-12S
Supplier Part Number (MPN): 2080-12-12S
Alternate Part Numbers: C1BA27, MI-00325222, MINO-00015F67456
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Specifications
A
1.36
Alternate Part Numbers
Alternate Part NumberC1BA27, Alternate Part Number MI-00325222, Alternate Part Number MINO-00015F67456
trying to plumb a couple lines together, is this basically a 4-way cross with 3/4-14 female NPT on all sides?
Answer by: Customer Support on Mar 26, 2025, 4:17 PM
Function-wise, it’s a rigid cross fitting that gives you four female pipe-thread ports. The size called out for this one is 3/4-14 female NPT, and it’s an Eaton Aeroquip cross (catalog C1BA27).
Question by: Danny M on May 31, 2025, 7:02 AM
what exactly is this thing used for in a hydraulic setup? tryin to figure out if it fits what i got going on
Answer by: Customer Support on Jun 2, 2025, 6:38 AM
A cross fitting like this one connects four lines at a single junction point, all sharing the same port size. With 3/4-14 female NPT threads on all four ports, it lets you branch a hydraulic line in multiple directions without stacking a bunch of separate fittings together. It's a rigid configuration, meaning there's no swivel or articulation, so the connected lines stay fixed in position once everything's torqued down. Common use is in systems where flow needs to be split or distributed from one central point.