Manifold Module, SYNTESI® Series 2 – Road Edition
The Branching Module – Version 2 is a versatile coupling element designed to connect seamlessly between any SYNTESI® modules, enabling an independent air intake for greater flexibility in pneumatic system design. Featuring a two-way configuration with both upper and lower connections, it ensures efficient distribution of compressed air while maintaining compact dimensions. Available in sizes SY1 and SY2, the module adapts to diverse system requirements, with performance parameters directly dependent on the SYNTESI® components it is integrated with. Delivering impressive flow rates of 1550 l/min at 1/8″ (SY1) and 7000 l/min at 3/8″ (SY2) under an inlet pressure of 6 bar (Δp = 1 bar), it guarantees reliable operation in demanding industrial environments. Engineered for durability and precision, the Branching Module enhances modularity, simplifies installation, and optimizes airflow management, making it an essential solution for professionals seeking efficiency, scalability, and top performance in their pneumatic applications.
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The Branching Module – Version 2 is a versatile coupling element designed to connect seamlessly between any SYNTESI® modules, enabling an independent air intake for greater flexibility in pneumatic system design. Featuring a two-way configuration with both upper and lower connections, it ensures efficient distribution of compressed air while maintaining compact dimensions. Available in sizes SY1 and SY2, the module adapts to diverse system requirements, with performance parameters directly dependent on the SYNTESI® components it is integrated with. Delivering impressive flow rates of 1550 l/min at 1/8″ (SY1) and 7000 l/min at 3/8″ (SY2) under an inlet pressure of 6 bar (Δp = 1 bar), it guarantees reliable operation in demanding industrial environments. Engineered for durability and precision, the Branching Module enhances modularity, simplifies installation, and optimizes airflow management, making it an essential solution for professionals seeking efficiency, scalability, and top performance in their pneumatic applications.
Additional information
| Maximum operating temperature [°C] | 50 |
|---|---|
| Minimum operating temperature [°C] | -10 |















