Lever-Lock 4-Way Distribution Cross

Code	Size (Ø)	Quantity
TP 600 000 019	75×75	1 pc
TP 600 000 020	110×75	1 pc
TP 600 000 021	110×110	1 pc
TP 600 000 022	125×75	1 pc
TP 600 000 023	125×110	1 pc
TP 600 000 024	125×125	1 pc
TP 600 000 025	160×75	1 pc
TP 600 000 026	160×110	1 pc
TP 600 000 027	160×125	1 pc
TP 600 000 028	160×160	1 pc

Категория: Sprinkler irrigation

The 4-way distribution cross functions as a centralized flow-management manifold node, engineered to divide a primary high-volume water stream into three distinct auxiliary directions simultaneously. This manifold component allows layout designers to establish complex, highly branched solid-set overhead irrigation networks, powering multiple active lateral watering lines directly from a single primary transport mainline.

The node is equipped with professional-grade quick-release lever-lock mechanisms (BRS), securing instantaneous, tool-free mechanical coupling with Mandal primary pipelines or Abot base-stabilized fittings. Its heavy-duty reinforced housing and structural coupling flanges are precision-engineered to withstand continuous high-pressure hydraulic operations and effectively absorb severe inline water hammer shocks typical of large-scale commercial irrigation distribution.

Configuration: 4-way structural manifold splitter (1 primary inlet / 3 distribution outlets)
Connection type: Quick-connect lever-lock coupling system (BRS) with high-compression integrated sealing gaskets
Sizing grid (mainline inlet × lateral outlets in mm): 75×75; 110×75 / 110×110; 125×75 / 125×110 / 125×125; 160×75 / 160×110 / 160×125 / 160×160

Quick-connect 4-way distribution crosses are indispensable fluid-routing assets when designing and executing complex overhead sprinkler and rain-gun irrigation arrays across medium to large-scale commercial agricultural operations. The primary structural objective of this manifold block is to maintain balanced hydraulic performance while diverting massive volumetric water yields from the heavy main supply pipeline into several operational field lines concurrently.