Close Coupled Tee (CCT) simulation using computation fluid dynamics.

This video demonstrates hydronic separation using a CCT. We have different volumetric flow rates from the boiler and to the underfloor heating circuit. It's interesting to notice the turbulence in the CCT and the high and low pressure areas. Kimbo at The Heating Academy from Northampton covers hydraulic separation in more detail, explaining different scenarios and solutions. We highly recommend booking yourself on his course.
heatingacademynorthampton.co.uk/
If your interested in our heat loss online training, then please look here:
www.heat-engineer.com/events

[@AdrianSnell-vb7vt]

Fantastic video, would be great to see a few more similar ones!

[@andrewmillwardwatford9410]

This isn't hydraulic seperation however it will funtion as needed.

[@heatpump8566]

Great vid

[@Newit2]

I have a low loss header on my 17kW heat pump I can’t get a 5-8 drop T1/T2 the best I got is 2degree drop the installers haven’t a clue waste of time any ideas would be appreciated.Nightmare heat pump waste of money 40kWh -2 that will go 55/60kWh