Flow header without differential pressure

A manifold without differential pressure is designed in such a way that no pressure difference arises between the various heating circuits. All circuits are hydrodynamically equivalent, which ensures stable hydraulic conditions. Measures are taken to ensure that the circulation in the primary and secondary systems operates independently of one another.

The hydraulic decoupling makes control significantly simpler, as there is no need for complex pressure equalisation between the various heating circuits. In addition, a manifold without differential pressure ensures greater system stability, as pressure fluctuations are minimised and the individual circuits can operate independently of one another.

Overall, a manifold without differential pressure offers an efficient and reliable solution for heating systems thanks to its ease of use, improved system stability and flexible pump control, particularly in complex and larger buildings or systems.

Examples of possible circuits for manifolds without differential pressure

	Mixing circuit
	Constant mixing circuit
	Distribution circuit
	Injection system