Y-Mainfold -20 B-NUT to 20an / 20an

The Y-Mainfold -20 B-NUT to 20AN / 20AN is a premium hydraulic and pneumatic distribution manifold engineered for demanding tactical, military, and industrial fluid system applications. This Peterson Fluid component serves operators who demand reliable, leak-free performance in high-pressure environments where system integrity is non-negotiable. Whether supporting mobile command vehicles, aircraft hydraulic systems, or specialized equipment integration, this manifold consolidates multiple fluid lines into a single, compact assembly that reduces failure points and simplifies maintenance protocols.

Built to Peterson Fluid's exacting standards, the Y-Mainfold features a -20 B-NUT inlet port paired with dual 20AN outlet connections, delivering efficient fluid distribution across multiple circuits simultaneously. The 20AN SAE straight thread ports (standard across military and aerospace hydraulic systems) ensure compatibility with industry-standard quick-disconnects and adapters. Compact dimensions of 4.5 x 2 x 7 inches and a lightweight 0.5-pound profile make it ideal for space-constrained installations where weight savings directly impact vehicle or aircraft performance. The precision-ported design minimizes turbulence and pressure drop, maintaining system efficiency even under sustained high-flow conditions typical of tactical operations.

Operators managing complex hydraulic systems—from military tactical vehicles to specialized support equipment—will appreciate the Y-Mainfold's ability to consolidate bulk fluid distribution without sacrificing flow capacity or introducing additional leak paths. Installation is straightforward: the B-NUT inlet accepts standard -20 hose assemblies, while the dual 20AN ports connect directly to downstream circuits via AN adapters or quick-couplers. This manifold is particularly valuable in field-service environments where system reconfiguration must be rapid and reliable, offering drop-in compatibility with existing Peterson Fluid ecosystem components and proven performance across temperature extremes and vibration-intensive tactical platforms.