Turbo Plast

“Mandal” Lever-Lock Line-Tee (Quick-Connect Branch Manifold)

Code Size (Ø) Quantity
TP 600 000 029 75×75 1 pc
TP 600 000 030 110×75 1 pc
TP 600 000 031 110×110 1 pc
TP 600 000 032 125×75 1 pc
TP 600 000 033 125×110 1 pc
TP 600 000 034 125×125 1 pc
TP 600 000 035 160×75 1 pc
TP 600 000 036 160×110 1 pc
TP 600 000 037 160×125 1 pc
TP 600 000 038 160×160 1 pc
Категория: Sprinkler irrigation

The “Mandal” line-tee is a heavy-duty mechanical junction node engineered to establish high-integrity T-shaped branches within primary fluid transport pipelines. It allows agricultural water management operators to seamlessly divert a calculated portion of the volumetric fluid flow from the primary supply mainline to power auxiliary watering sectors or integrate secondary filtering and regulation hardware.

The component features an integrated quick-release lever-lock system (BRS), securing an instantaneous, tool-free mechanical coupling with Mandal transport pipelines in a matter of seconds. In perfect alignment with the engineering standards of the broader Mandal infrastructure series, this line-tee is precision-rated for high-pressure hydraulic operations and exhibits exceptional resistance to severe external mechanical shocks and physical displacement under field loads.

  • Configuration: T-shaped structural manifold splitter (1 primary inlet / 2 distribution outlets)
  • Connection type: Heavy-duty quick-connect lever-lock coupling mechanism (BRS)
  • Material: High-impact, structurally reinforced technical polymer equipped with heavy-duty structural flanges
  • Sizing grid (mainline inlet × branch outlet in mm): 75×75; 110×75 / 110×110; 125×75 / 125×110 / 125×125; 160×75 / 160×110 / 160×125 / 160×160
"Mandal" lever-lock tees are widely deployed to configure branched multi-directional distribution manifolds on agricultural plots characterized by complex topographies or when modern zone-watering protocols require the simultaneous irrigation of multiple independent field sectors. Hydraulic Adaptation: Due to its broad reducing matrix — which facilitates smooth transitions from high-volume primary transport pipes (e.g., 160 mm) down to localized distribution channels (75 mm) — the tee functions as a highly efficient hydraulic adapter for anchoring lateral supply networks onto the high-capacity primary intake channel.

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