4-Way Compression Distribution Manifold

Code	Size (Ø)	Quantity
016 Q4S F10 004 S16	16 mm × 1"	1 pc
020 Q4S F10 004 S20	20 mm × 1"	1 pc

Категория: Accessories

The 4-way distribution manifold is engineered to establish a highly branched micro-irrigation layout from a single central supply junction. The fitting is equipped with a large-diameter central internal threaded union nut that threads directly onto a primary control valve or mainline adapter, paired with four separate discharge ports designed for the high-integrity integration of lateral drip tapes or blank tubing.

Each of the four operational outlets features an independent mechanical compression collet-nut that structurally clamps and seals the flexible lateral lines onto internal multi-barbed inserts. This geometric configuration enables operators to organize highly efficient, symmetrical watering sub-networks at the intersection of multiple crop beds or within the central axis of high-density greenhouse structures, ensuring uniform volumetric fluid distribution across all lines.

Type: Multi-port fluid distribution manifold (4-outlet configuration)
Material: High-impact, structurally dense technical polypropylene matrix resistant to high hydraulic line pressures and intensive solar UV radiation
Sizing matrix: 16 mm × 1" female parallel thread; 20 mm × 1" female parallel thread
Key design features: Heavy-duty internal parallel pipe threading on the primary intake node to facilitate direct, leak-proof mechanical coupling straight onto the supply manifold header

This 4-port compression collector is precision-rated for serving as the primary secondary-zone distribution manifold within small-to-medium agricultural frameworks, commercial nurseries, and industrial greenhouse arrays. Primary Engineering Advantages: Space-Saving Structural Compactness: Successfully replaces a complex, high-friction piping network built from multiple independent union tees, reducers, and short nipple adapters, reducing total physical envelope size. Hydraulic System Reliability: Minimizing the gross number of separate mechanical joint interfaces drastically lowers the statistical risk of localized leaks or sudden pressure drops across the network. Network Scalability: Empowers field operators to rapidly expand active watering coverage by branching out new independent lateral runs directly from a single centralized structural feed point.