Thanks to the modular design, heating system engineers can realise a wide variety of heat distribution configurations in a simple, time-saving and effective way.
The AFRISO heat source manifold ProFusion® HSM features a modular design and can be flexibly adapted to any heating system. The segments can be combined to meet your specific requirements, the connection directions for flow and return can be interchanged, and expansions can be easily integrated. This way, the HSM offers maximum adaptability for every installation.
The heat source manifold can be rotated to adapt flexibly to local conditions on the construction site. Thanks to the AFRISO plug-in system, the connected pump assemblies can be easily converted from right to left or left to right.
As opposed to conventional boiler manifolds, the heat source manifold can be flexibly adapted to the conditions on site by replacing segments. Whether you need the flow on the right or left or require more space between the pipes, there are virtually no limits to the flexibility.
The concept of adjustable wall distances also speeds up and facilitates installation. During installation, the distance to the wall can be adjusted from 80 to 130 mm in practically no time at all, allowing the manifolds and pump assemblies to be optimally adapted to the existing piping on site.
In addition to standard applications, the heat source manifold ProFusion® HSM can also be used to implement systems that require a bypass or a complete hydraulic separator function. The accessories included in the scope of delivery allow you to replace the separation between the flow and return by a hydraulic separator function. If a bypass valve is needed in the hydraulic system, the differential pressure bypass valve HSM DPO valve can be fi tted directly into one of termination components of the manifold. This eliminates the need for additional piping and labour. The differential pressure bypass valve ensures that a minimum circulation in the heat generator is maintained only when the heating circuits are closed. If the heating circuits are open, there is no bypass. This makes the system particularly effi cient, avoiding unnecessary energy
losses.
De-aeration via the upper chamber, separation between the two chambers
De-aeration via the bottom chamber, separation between the two chambers
De-aeration via the upper chamber, integrated accessories kit hydraulic separator
De-aeration via the upper chamber and differential pressure bypass valve
Thanks to the modular design, heating system engineers can realise a wide variety of heat distribution configurations in a simple, time-saving and effective way.
Whether installed straight away or retrofitted later: HSM, lets you implement a wide variety of heating concepts at any time using a single, standardised platform.
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