Hydraulic Manifold 1 Circuit ESBE GMA411 DN25/32

The ESBE GMA411 Hydraulic Separation Manifold is engineered for efficient thermal management in heating systems. Designed for single circulation unit applications, this manifold ensures optimal hydraulic separation between the heat source and the heating circuit, enhancing system performance and longevity.

• Hydraulic Separation: Effectively isolates the heat source from the heating circuit, preventing interference and optimizing performance.
• Single Circuit Design: Specifically designed for systems with one circulation unit.
• High-Quality Insulation: Comes with a premium EPP insulation shell (λ 0,036 W/mK) to minimize heat loss and improve energy efficiency.
• Robust Construction: Manufactured from black coated steel S235, ensuring durability and long service life.
• Easy Installation: Features colour-coded connections for quick and error-free setup.
• Integrated Wall Brackets: Includes wall brackets for secure and stable mounting.
• Versatile Connections: Equipped with RN 1½" connections to the system and G 1½" connections from the heat source.
• Standard Outlet Spacing: 125 mm outlet spacing, compatible with the GMAx00 series.
• Low Pressure Drop: Engineered for minimal pressure loss, maintaining efficient system flow.
• Maintenance-Free: Requires no specific maintenance under normal operating conditions.
• Safety Compliance: Complies with PED 2014/68/EU, article 4.3, ensuring safe operation.
• Wide Media Temperature Range: Suitable for media temperatures ranging from 0ºC to +110ºC.
• Lightweight Design: Weighs only 3.9 kg, simplifying handling and installation.

With its compact design and straightforward installation, the ESBE GMA411 offers a reliable solution for maintaining efficient hydraulic separation in your heating system. The manifold’s robust construction and high-quality insulation ensure long-lasting performance and energy savings. This unit is an essential component for optimizing the functionality of heating systems with a single circulation unit, providing both thermal separation and ease of use.